mhurhangee/patent-ind-claim-en huggingface dataset:
A method of in-situ condition monitoring of grease within a mechanical system being a sealed bearing, the method being characterised in that it comprises: providing a pair of electrodes separated by and at least partially in contact with the grease, such that the grease acts as a dielectric between the electrodes; applying a multi-frequency alternating voltage between the electrodes; measuring the resulting current to determine a complex impedance of an equivalent circuit; comparing the complex impedance with preset values to determine a composition of the grease. providing a pair of electrodes separated by and at least partially in contact with the grease, such that the grease acts as a dielectric between the electrodes; applying a multi-frequency alternating voltage between the electrodes; measuring the resulting current to determine a complex impedance of an equivalent circuit; comparing the complex impedance with preset values to determine a composition of the grease.
A hearing aid for providing sound, the hearing aid comprising: a microphone for receiving sound and outputting an output signal, a BTE part comprising a signal generator for generating a second signal corresponding to the output signal, a ITE/RIC part comprising receiving means for receiving the second signal and outputting sound corresponding to the second signal, an element , comprising an element for transporting the second signal from the signal generator to the receiving means, wherein the element additionally comprises a sound guiding channel connected to the microphone and for guiding sound from outside the hearing aid to the microphone along a portion of a length of the element for transporting, wherein the element for transporting has a first length between the BTE and the ITE/RIC parts , and wherein the sound guiding channel has a second length being between 10 and 90% of the first length, characterised in that the sound guiding channel has a plurality of openings along a longitudinal direction hereof. a microphone for receiving sound and outputting an output signal, a BTE part comprising a signal generator for generating a second signal corresponding to the output signal, a ITE/RIC part comprising receiving means for receiving the second signal and outputting sound corresponding to the second signal, an element , comprising an element for transporting the second signal from the signal generator to the receiving means, wherein the element additionally comprises a sound guiding channel connected to the microphone and for guiding sound from outside the hearing aid to the microphone along a portion of a length of the element for transporting, wherein the element for transporting has a first length between the BTE and the ITE/RIC parts , and wherein the sound guiding channel has a second length being between 10 and 90% of the first length, characterised in that the sound guiding channel has a plurality of openings along a longitudinal direction hereof.
A vehicle comprising: a frame ; an apparatus coupled to the frame at a first end of the apparatus, wherein the apparatus comprises: a central region (314a-314c, 414) of the apparatus that includes a first energy-absorbing material, wherein a first side of the first energy-absorbing material is included in the first end of the apparatus coupled to the frame, and a side region (316a-316b, 416) of the apparatus that includes a second energy-absorbing material, wherein the side region is positioned along a second side of the first energy-absorbing material, wherein the second energy-absorbing material is positioned above a wheel of the vehicle, and wherein the first energy-absorbing material and the second energy-absorbing material have different material characteristics; and a mount to couple the apparatus with the frame; wherein the first energy-absorbing material of the central region has a first hardness that is less than a second hardness of the second energy-absorbing material of the side region. a frame ; an apparatus coupled to the frame at a first end of the apparatus, wherein the apparatus comprises: a central region (314a-314c, 414) of the apparatus that includes a first energy-absorbing material, wherein a first side of the first energy-absorbing material is included in the first end of the apparatus coupled to the frame, and a side region (316a-316b, 416) of the apparatus that includes a second energy-absorbing material, wherein the side region is positioned along a second side of the first energy-absorbing material, wherein the second energy-absorbing material is positioned above a wheel of the vehicle, and wherein the first energy-absorbing material and the second energy-absorbing material have different material characteristics; and a central region (314a-314c, 414) of the apparatus that includes a first energy-absorbing material, wherein a first side of the first energy-absorbing material is included in the first end of the apparatus coupled to the frame, and a side region (316a-316b, 416) of the apparatus that includes a second energy-absorbing material, wherein the side region is positioned along a second side of the first energy-absorbing material, wherein the second energy-absorbing material is positioned above a wheel of the vehicle, and wherein the first energy-absorbing material and the second energy-absorbing material have different material characteristics; and a mount to couple the apparatus with the frame; wherein the first energy-absorbing material of the central region has a first hardness that is less than a second hardness of the second energy-absorbing material of the side region.
A coupling system for releasably coupling an air filter cartridge and a housing of an air filter assembly , comprising: an adapter comprising a first surface area being rotatably coupleable with a housing-side coupling element of the coupling system , the housing-side coupling element comprises at least one flexible and/or spring-like wire , on which a receiver or a projection is mounted for being rotatably coupleable with a projection or with a receiver on the first surface area of the adapter , and a second surface area being non-rotatably coupleable with a cartridge-side coupling element of the coupling system , the second surface area comprising at least one recess and/or at least one projection being coupleable with at least one of an at least partially complimentary projection and/or recess of a surface area of the cartridge-side coupling element , characterised in that said housing-side coupling element comprises two flexible and/or spring-like wires which are crossing each other substantially in their midpoints ; the wires carry the receiver or the projection in an area where the wires are crossing each other; and said wires are flexible in a coupling direction of a coupling of the first surface area with the housing-side coupling element and/or of a coupling of the second surface area with the cartridge-side coupling element . an adapter comprising a first surface area being rotatably coupleable with a housing-side coupling element of the coupling system , the housing-side coupling element comprises at least one flexible and/or spring-like wire , on which a receiver or a projection is mounted for being rotatably coupleable with a projection or with a receiver on the first surface area of the adapter , and a second surface area being non-rotatably coupleable with a cartridge-side coupling element of the coupling system , the second surface area comprising at least one recess and/or at least one projection being coupleable with at least one of an at least partially complimentary projection and/or recess of a surface area of the cartridge-side coupling element , characterised in that said housing-side coupling element comprises two flexible and/or spring-like wires which are crossing each other substantially in their midpoints ; the wires carry the receiver or the projection in an area where the wires are crossing each other; and said wires are flexible in a coupling direction of a coupling of the first surface area with the housing-side coupling element and/or of a coupling of the second surface area with the cartridge-side coupling element .
A pumping device at least for pumping a fluid, having at least one pumping space , having at least one pumping space element which at least partially delimits the pumping space and is designed to be dimensionally stable, and having at least one elastically deformable, in particular annular, pumping element , in particular a pumping diaphragm, which delimits the pumping space together with the pumping space element and is arranged on the pumping space element , the pumping element having at least one sealing extension , which is formed in one piece with a base body of the pumping element and, in a state of the pumping element arranged on the pumping space element , is arranged at least partially in a sealing groove of the pumping space element , the pumping space element having a counter surface for cooperation with a pumping surface of the base body of the pumping element for pumping a fluid, which extends over at least three successive circular arc sections, in particular when viewed in cross-section, wherein at least one edge surface of the pumping space element delimiting the sealing groove is arranged directly adjacent to at least one of the three circular arc sections.
A catheter tube, comprising a distal portion , at least one zone along a portion of the length of the tube, the zone comprising a plurality of units, and a lumen extending through said zone and into said distal portion, wherein the units of the zone are distributed circumferentially around the tube in at least one first band, each unit of the zone comprises at least one cutout segment that is oriented around a centre of symmetry, wherein the centre of symmetry of each unit in the band is positioned equally from the centre of symmetry of an adjacent unit in the same band and the centre of symmetry of each unit is positioned at the same point on the circumference of the tube as the centre of symmetry of a second unit in a third band which is separated by a second band from the first band, wherein said distal portion has a proximal end and a distal end , a skeletal tubular frame , comprising a plurality units of at least one cutout segment that is oriented with a rotational symmetry around a centre of symmetry, an outer jacket , an inner liner and a distal tip , in that said outer jacket and said inner liner encapsulate said skeletal tubular frame and enclose said lumen, and in that the distal tip has a proximal end and a distal end , characterized in that said distal end forms an inwardly bending curve forming an opening that has a diameter (Dt) smaller than a diameter (Dc) of said lumen of said catheter tube and said cutout segment being oriented with a three-fold rotational symmetry.
An aiming device for bone fixation, comprising: a handle extending from a first end to a second end along a longitudinal axis; a guide arm connected to the second end of the handle and having an opening extending therethrough, the guide arm being connected to a protection sleeve ; and a drill guide configured and dimensioned for insertion through the opening of the guide arm , the drill guide having a first guide channel extending therethrough to guide an insertion of a guide wire into a bone, characterized in that the drill guide is movable between a first position wherein the drill guide is axially and rotationally movable relative to the guide arm and a second position wherein the drill guide is axially and rotationally locked relative to the guide arm , and in that the drill guide further has a second guide channel extending therethrough to guide an insertion of a guide wire into the bone. a handle extending from a first end to a second end along a longitudinal axis; a guide arm connected to the second end of the handle and having an opening extending therethrough, the guide arm being connected to a protection sleeve ; and a drill guide configured and dimensioned for insertion through the opening of the guide arm , the drill guide having a first guide channel extending therethrough to guide an insertion of a guide wire into a bone, characterized in that the drill guide is movable between a first position wherein the drill guide is axially and rotationally movable relative to the guide arm and a second position wherein the drill guide is axially and rotationally locked relative to the guide arm , and in that the drill guide further has a second guide channel extending therethrough to guide an insertion of a guide wire into the bone.
Electronic module for a chip card with contactless operation, comprising a first substrate (S2) to which there is attached a microelectronic chip and a first antenna (L3) connected to said chip and formed by a plurality of turns surrounding said microelectronic chip , the electronic module comprising a second substrate (S1) stacked on the first substrate (S2) and provided with a recess arranged such that said microelectronic chip is positioned in said recess , characterized in that said second substrate (S1) of the electronic module comprises a second antenna (L2) and a third antenna (L1) that are connected in series and the turns of which are distributed on either side of said second substrate (S1), and in that at least some of the turns of the second and third antennas (L2, L1) of the electronic module that are situated on either side of the second substrate (S1) are arranged facing one another so as to create a capacitance between their two planes of turns.
A transparent optical article comprising a thermoplastic substrate and at least one dye A at least partially inhibiting light having a wavelength ranging from 400 to 460 nm, preferably from 420 to 450 nm, characterized in that it further comprises at least one optical brightener B for at feast partially balancing the color imparted to the transparent optical article by the dye A, wherein said at least one optical brightener B emits light by fluorescence at a wavelength ranging from 400 to 460 nm, preferably from 420 to 450 nm, and is incorporated into at least one layer L1 fused or bonded to the thermoplastic substrate, and wherein said dye A and said optical brightener B are different from each other.
A mower apparatus comprising: a pair of left and right rotary blades that are driven to rotate around a vertical axis; a drive unit that transmits a driving force to the rotary blades ; and a blade housing that covers an upper side and an outer-circumferential side of the rotary blades ; an upper corner portion of the blade housing , the upper corner portion corresponding to a portion at which a deck upper face and an outer-circumferential wall face of the blade housing are connected to each other, and a curved face portion that curves toward rotation centers of the rotary blades , relative to the outer-circumferential wall face , the closer the curved face portion is to the deck upper face , the curved face portion being formed in the upper corner portion characterized in that the upper corner portion is constituted by a combination of divided corner members that are divided at a plurality of portions in a direction in which the rotary blades rotate and in that the curved face portion is formed in each of the divided corner members . a pair of left and right rotary blades that are driven to rotate around a vertical axis; a drive unit that transmits a driving force to the rotary blades ; and a blade housing that covers an upper side and an outer-circumferential side of the rotary blades ; an upper corner portion of the blade housing , the upper corner portion corresponding to a portion at which a deck upper face and an outer-circumferential wall face of the blade housing are connected to each other, and a curved face portion that curves toward rotation centers of the rotary blades , relative to the outer-circumferential wall face , the closer the curved face portion is to the deck upper face , the curved face portion being formed in the upper corner portion characterized in that the upper corner portion is constituted by a combination of divided corner members that are divided at a plurality of portions in a direction in which the rotary blades rotate and in that the curved face portion is formed in each of the divided corner members .
A monitor stand comprising: a support portion supporting a monitor ; a base contacting a placing plane; and a support pillar connecting the support portion and the base , wherein the support pillar includes a plurality of support pillar members provided to overlap one another and the plurality of support pillar members being configured to be slidable one another, the support portion is provided in a first support pillar member which is one of the plurality of the support pillar members , the support pillar includes an interlocking portion configured to extend and shorten the support pillar by sliding the plurality of the support pillar members one another, the support pillar is inclined so that a depth of the support pillar , wherein the depth is a length in a direction of an image obtained by projecting the support pillar in a direction perpendicular to the bottom surface of the base, decreases with an extension of the support pillar , and the interlock portion is configured to keep a position of the monitor at a desired position by an urging force of a constant load spring which includes a spring portion . a support portion supporting a monitor ; a base contacting a placing plane; and a support pillar connecting the support portion and the base , wherein the support pillar includes a plurality of support pillar members provided to overlap one another and the plurality of support pillar members being configured to be slidable one another, the support portion is provided in a first support pillar member which is one of the plurality of the support pillar members , the support pillar includes an interlocking portion configured to extend and shorten the support pillar by sliding the plurality of the support pillar members one another, the support pillar is inclined so that a depth of the support pillar , wherein the depth is a length in a direction of an image obtained by projecting the support pillar in a direction perpendicular to the bottom surface of the base, decreases with an extension of the support pillar , and the interlock portion is configured to keep a position of the monitor at a desired position by an urging force of a constant load spring which includes a spring portion .
A secondary battery comprising: a case having an internal space; an electrode assembly inserted into the case and including a first electrode plate, a second electrode plate and a separator formed between the first electrode plate and the second electrode plate; a cap plate sealing the case , electrically connected to the first electrode plate of the electrode assembly and having a safety vent provided on its one region; an upper insulation member formed on the cap plate ; a sub terminal plate formed on the upper insulation member and electrically connected to the safety vent through a connector part extending from its one end; and a terminal plate making contact with and coupled to a top portion of the upper insulation member and coupled to the sub terminal plate , characterized in that the secondary battery further comprising: an adhesion member formed on at least one of contact interfaces where the upper insulation member is coupled to the cap plate and the terminal plate ; and in that the sub terminal plate is coupled to the terminal plate and the safety vent by welding. a case having an internal space; an electrode assembly inserted into the case and including a first electrode plate, a second electrode plate and a separator formed between the first electrode plate and the second electrode plate; a cap plate sealing the case , electrically connected to the first electrode plate of the electrode assembly and having a safety vent provided on its one region; an upper insulation member formed on the cap plate ; a sub terminal plate formed on the upper insulation member and electrically connected to the safety vent through a connector part extending from its one end; and a terminal plate making contact with and coupled to a top portion of the upper insulation member and coupled to the sub terminal plate , characterized in that the secondary battery further comprising: an adhesion member formed on at least one of contact interfaces where the upper insulation member is coupled to the cap plate and the terminal plate ; and in that the sub terminal plate is coupled to the terminal plate and the safety vent by welding. an adhesion member formed on at least one of contact interfaces where the upper insulation member is coupled to the cap plate and the terminal plate ; and in that the sub terminal plate is coupled to the terminal plate and the safety vent by welding.
A cosmetic container comprising: a body having an interior space formed therein for holding a content; a body shoulder coupled to an upper part of the body ; and a pump coupled to an upper part of the body shoulder , wherein the body shoulder comprises an outer periphery member , an inner periphery member , a placement step , and a pump support , the outer periphery member inserted into the body , the inner periphery member positioned on an inside of the outer periphery member , the placement step formed on an upper part of the inner periphery member , the pump support protruding downward from the placement step and having the pump inserted through an inside thereof, the pump comprises a housing inserted through the pump support , and a housing flange configured to rest on the placement step is formed on an outer perimeter of the housing , wherein the body shoulder comprises a bottom surface , a reinforcing member protruding upward from the bottom surface , and the reinforcing member connected with the inner periphery member protruding upward from the bottom surface , wherein a disconnect portion is formed between the reinforcing member and an inner perimeter of the outer periphery member , wherein the cosmetic container further comprises a gap formed between the inner periphery member and the pump support , the gap configured to allow the pump support to be displaced in relation to the inner periphery member such that a pressure applied on the pump displaces only the pump support and leaves the inner periphery member and the outer periphery member undisplaced. a body having an interior space formed therein for holding a content; a body shoulder coupled to an upper part of the body ; and a pump coupled to an upper part of the body shoulder , wherein the body shoulder comprises an outer periphery member , an inner periphery member , a placement step , and a pump support , the outer periphery member inserted into the body , the inner periphery member positioned on an inside of the outer periphery member , the placement step formed on an upper part of the inner periphery member , the pump support protruding downward from the placement step and having the pump inserted through an inside thereof, the pump comprises a housing inserted through the pump support , and a housing flange configured to rest on the placement step is formed on an outer perimeter of the housing , wherein the body shoulder comprises a bottom surface , a reinforcing member protruding upward from the bottom surface , and the reinforcing member connected with the inner periphery member protruding upward from the bottom surface , wherein a disconnect portion is formed between the reinforcing member and an inner perimeter of the outer periphery member , wherein the cosmetic container further comprises a gap formed between the inner periphery member and the pump support , the gap configured to allow the pump support to be displaced in relation to the inner periphery member such that a pressure applied on the pump displaces only the pump support and leaves the inner periphery member and the outer periphery member undisplaced.