mhurhangee/patent-ind-claim-en huggingface dataset:
A waveplate comprising: a substrate forming an optic; the substrate including an integral portion forming a plurality of angled columnar features on an exposed surface thereof as a result of removal of a portion of a surface of the substrate , leaving the angled columnar features forming a metasurface ; the plurality of angled columnar features further being aligned parallel with a directional plane formed non-parallel to a reference plane (R), the reference plane (R) being normal to a surface of the substrate ; and the metasurface forming a birefringent metasurface which forms a portion of the substrate . a substrate forming an optic; the substrate including an integral portion forming a plurality of angled columnar features on an exposed surface thereof as a result of removal of a portion of a surface of the substrate , leaving the angled columnar features forming a metasurface ; the plurality of angled columnar features further being aligned parallel with a directional plane formed non-parallel to a reference plane (R), the reference plane (R) being normal to a surface of the substrate ; and the metasurface forming a birefringent metasurface which forms a portion of the substrate .
A hose comprising: (a) a tube layer ,; (b) a reinforcement layer disposed outwardly from the tube layer ; and, (c) a cover layer disposed over the reinforcing layer, characterized in that the tube layer comprises a bisphenol A curable rubber, wherein the tube layer defines an inner volume for containing and/or transferring fuel through the hose and wherein the tube layer is the innermost layer of the tube, and wherein the bisphenol A curable rubber is selected from the group consisting of hydrogenated nitrile rubber, epichlorohydrin rubber, fluoroelastomer rubber and perfluoroelastomer rubber. (a) a tube layer ,; (b) a reinforcement layer disposed outwardly from the tube layer ; and, (c) a cover layer disposed over the reinforcing layer,
Connector cavity assembly for a medical device, comprising - at least one connector cavity extending in a longitudinal axis and comprising a plurality of electrically conductive electrode contacts spaced apart from each other and a plurality of electrically insulating insulation elements , wherein the electrode contacts and the insulation elements are arranged alternatingly, and - a connector cavity housing , wherein the at least one connector cavity is removably arranged within the connector cavity housing , characterized in that the connector cavity housing exerts a pretension along the longitudinal axis on the at least one connector cavity leading to a liquid-tight sealing between the insulation elements and the electrode contacts . - at least one connector cavity extending in a longitudinal axis and comprising a plurality of electrically conductive electrode contacts spaced apart from each other and a plurality of electrically insulating insulation elements , wherein the electrode contacts and the insulation elements are arranged alternatingly, and - a connector cavity housing ,
An anti-noise component (100, 100a to 100c) for a connector , the connector including a plug provided on an end portion of a coaxial cable and a jack provided at an opening of a metal housing of an electronic device , wherein the anti-noise component (100, 100a to 100c) comprises: a first conductive member (6, 6a to 6c) having a cylindrical shape and configured to hold the plug or configured so that the plug is insertable therein, and a second conductive member having a cylindrical shape, the first conductive member (6, 6a to 6c) being inserted into the second conductive member , wherein a holding portion for the plug is formed on an inner circumferential portion of the first conductive member (6, 6a to 6c), an external thread portion is formed on an outer circumferential portion of the first conductive member, an internal thread portion is formed on an inner circumferential portion of the second conductive member, and the external thread portion can be screwed into engagement with the internal thread portion , and characterized in that : a flange portion is formed at a first end of the second conductive member, and a joining portion to be joined to an outer face of the metal housing is formed on the flange portion ; wherein the holding portion comprises: - a stepped portion that is configured to come into contact with a stopper portion of the plug ; and/or - a knurled portion . a first conductive member (6, 6a to 6c) having a cylindrical shape and configured to hold the plug or configured so that the plug is insertable therein, and a second conductive member having a cylindrical shape, the first conductive member (6, 6a to 6c) being inserted into the second conductive member , wherein a holding portion for the plug is formed on an inner circumferential portion of the first conductive member (6, 6a to 6c), an external thread portion is formed on an outer circumferential portion of the first conductive member, an internal thread portion is formed on an inner circumferential portion of the second conductive member, and the external thread portion can be screwed into engagement with the internal thread portion , and characterized in that : a flange portion is formed at a first end of the second conductive member, and a joining portion to be joined to an outer face of the metal housing is formed on the flange portion ; wherein the holding portion comprises: - a stepped portion that is configured to come into contact with a stopper portion of the plug ; and/or - a knurled portion . a flange portion is formed at a first end of the second conductive member, and a joining portion to be joined to an outer face of the metal housing is formed on the flange portion ; wherein the holding portion comprises: - a stepped portion that is configured to come into contact with a stopper portion of the plug ; and/or - a knurled portion . - a stepped portion that is configured to come into contact with a stopper portion of the plug ; and/or - a knurled portion .
Compound of formula (A) or a pharmaceutically acceptable salt thereof for use in the treatment of Polycystic Ovary Syndrome (PCOS), endometriosis, uterine fibroids or adenomyosis.
Multifunctional control valve, which comprises: a valve body , wherein the valve body comprises two water inflowing passages , a mixed water passage and two water dividing passages ; a main control valve core , wherein the main control valve core is disposed in the valve body and cooperates with the two water inflowing passages and the mixed water passage to enable the main control valve core to control a water temperature, an on-off operation and a flow rate of the mixed water passage ; a switch mechanism , wherein the switch mechanism is disposed in the valve body and cooperates with the mixed water passage and the two water dividing passages to enable the switch mechanism to switch the two water dividing passages to be in communication with the mixed water passage , the multifunctional control valve being characterized in that an end surface of the main control valve core is concave to define a sliding groove and in that the multifunctional control valve further comprises a switch driving mechanism , wherein the switch driving mechanism comprises a sliding rod , the sliding rod is slidably connected to the sliding groove , and the sliding rod is operatively connected to the switch mechanism to drive the switch mechanism to achieve the switching. a valve body , wherein the valve body comprises two water inflowing passages , a mixed water passage and two water dividing passages ; a main control valve core , wherein the main control valve core is disposed in the valve body and cooperates with the two water inflowing passages and the mixed water passage to enable the main control valve core to control a water temperature, an on-off operation and a flow rate of the mixed water passage ; a switch mechanism , wherein the switch mechanism is disposed in the valve body and cooperates with the mixed water passage and the two water dividing passages to enable the switch mechanism to switch the two water dividing passages to be in communication with the mixed water passage , the multifunctional control valve being characterized in that an end surface of the main control valve core is concave to define a sliding groove and in that the multifunctional control valve further comprises a switch driving mechanism , wherein the switch driving mechanism comprises a sliding rod , the sliding rod is slidably connected to the sliding groove , and the sliding rod is operatively connected to the switch mechanism to drive the switch mechanism to achieve the switching.
A nasal mask having a nasal chamber formed by an interior thereof an end-tidal CO 2 port , a pressure-based flow resistor, and an exhalation scoop fixed adjacent a lower portion of mask and adapted to overlie an upper lip of a patient when the mask is worn, the exhalation scoop formed of a material that is flexible relative to a material of the nasal mask such that the exhalation scoop is adapted to be pressed out of the way or folded back on itself to permit access to a mouth of the patient, and the end-tidal CO 2 port comprising a first opening located behind the exhalation scoop to overlie the upper lip of the patient for sampling exhaled CO2 expelled from the mouth of the patient, and a second opening located to underlie a nare of the patient for sampling exhaled CO2 expelled from a nose of the patient, the pressure-based flow resistor communicating with the second opening to maintain substantially constant sampling flow of CO2 expelled from the mouth and the nose of the patient to the end-tidal CO 2 port.
A method of coating a lens comprising: (a) providing a lens support comprising, a central axis , an outer wall , an inner wall that is positioned between said central axis and said outer wall , an upper beveled surface that converges downward towards said central axis , said upper beveled surface having an outer diameter and an inner diameter , and a lower surface , wherein said lens support has a form of a ring, and said inner wall defines a central lens support hole ; (b) providing a lens having a forward surface , a rear surface , and a side surface , wherein said forward surface of said lens has an outer edge ; (c) positioning said lens support and said lens such that said outer edge of said forward surface of said lens abuts a portion of said upper beveled surface of said lens support ; and (d) applying at least one coating composition over said rear surface of said lens , thereby forming at least one coating layer over said rear surface of said lens , wherein said lower surface of said lens support resides on a base , said forward surface of said lens , said inner sidewall of said lens support , and an upper surface of said base together defining a central lens support chamber , characterized in that said method further comprises forming negative pressure within said central lens support chamber , thereby maintaining said outer edge of said forward surface of said lens and said upper beveled surface of said lens support in fixed abutment with each other during application of at least one coating composition over said rear surface of said lens . (a) providing a lens support comprising, a central axis , an outer wall , an inner wall that is positioned between said central axis and said outer wall , an upper beveled surface that converges downward towards said central axis , said upper beveled surface having an outer diameter and an inner diameter , and a lower surface , wherein said lens support has a form of a ring, and said inner wall defines a central lens support hole ; (b) providing a lens having a forward surface , a rear surface , and a side surface , wherein said forward surface of said lens has an outer edge ; (c) positioning said lens support and said lens such that said outer edge of said forward surface of said lens abuts a portion of said upper beveled surface of said lens support ; and (d) applying at least one coating composition over said rear surface of said lens , thereby forming at least one coating layer over said rear surface of said lens ,
A component mounting machine comprising: a frame ; a plurality of component supply devices which respectively include a plurality of feeder-type component supply units for supplying components at component supply positions and are exchangeably equipped on the frame ; a component transfer device which includes a mounting nozzle performing a lifting and lowering operation and picking up a component from the feeder-type component supply unit to mount the component on a board, which is equipped on the frame , and for which a reference height (H0) as a reference of the lifting and lowering operation of the mounting nozzle is set; characterized by a height memory section which is configured to memorize a height unique value (Heg) that is unique for each component supply device and that is commonly set for each feeder-type component supply unit based on the unit height of each feeder-type component supply unit, wherein a height of the component supply position of each feeder-type component supply unit when the component supply device is equipped is represented as a relative unit height to the reference height (H0); a height correction control section which is configured to correct a lowering operation stroke amount when the mounting nozzle picks up the component from each feeder-type component supply unit based on the height unique value (Heg) of the equipped component supply device and the dimension of each feeder-type component supply unit. a frame ; a plurality of component supply devices which respectively include a plurality of feeder-type component supply units for supplying components at component supply positions and are exchangeably equipped on the frame ; a component transfer device which includes a mounting nozzle performing a lifting and lowering operation and picking up a component from the feeder-type component supply unit to mount the component on a board, which is equipped on the frame , and for which a reference height (H0) as a reference of the lifting and lowering operation of the mounting nozzle is set; characterized by a height memory section which is configured to memorize a height unique value (Heg) that is unique for each component supply device and that is commonly set for each feeder-type component supply unit based on the unit height of each feeder-type component supply unit, wherein a height of the component supply position of each feeder-type component supply unit when the component supply device is equipped is represented as a relative unit height to the reference height (H0); a height correction control section which is configured to correct a lowering operation stroke amount when the mounting nozzle picks up the component from each feeder-type component supply unit based on the height unique value (Heg) of the equipped component supply device and the dimension of each feeder-type component supply unit.
A tube connection part adapted to accommodate a flexible medical tube made from a material comprising polyvinyl chloride, wherein said tube connection part comprises a sleeve adapted to form an overlapping region between said tube connection part and said medical tube, wherein an adhesion promoting agent is deposited on at least a subsection of a surface of said sleeve, characterized in that the adhesion promoting agent comprises a styrene-butadiene block copolymer and the adhesion promoting agent is deposited as an overmolding in a 2-component injection molding process on at least a subsection of a surface of said sleeve. characterized in that the adhesion promoting agent comprises a styrene-butadiene block copolymer and the adhesion promoting agent is deposited as an overmolding in a 2-component injection molding process on at least a subsection of a surface of said sleeve.
A method for improving the freeze/thaw stability of an aqueous coating composition comprising an aqueous polymeric dispersion, the method comprising adding the compound of Formula 1 to the aqueous coating composition: wherein n = 3 to 10 and further comprising adding at least one coalescent to the aqueous coating composition, wherein the coalescent comprises at least one of propylene glycol phenyl ether, ethylene glycol phenyl ether, dipropylene glycol n-butyl ether, ethylene glycol n-butyl ether benzoate, tripropylene glycol n-butyl ether, 2,2,4-trimethyl-1,3-pentanediol monoisobutyrate, triethylene glycol bis-2-ethylhexanoate, tributyl citrate and a compound of Formula 2: wherein 5 to 10 percent by weight of the compound of Formula 1 is added, based on the weight of the polymeric dispersion solids.
A method of wireless communication, comprising: receiving information regarding access terminal capabilities; and multiplexing localized and distributed transmissions to the access terminal as a function of the capabilities, wherein localized transmissions are block-wise transmissions, and wherein distributed transmissions are scattered transmissions, wherein a distributed allocation is performed as needed amongst subcarriers within localized subbands , and wherein the multiplexing facilitates optimized frequency diversity by notifying scheduled users of their respective sub-carrier allocation. receiving information regarding access terminal capabilities; and multiplexing localized and distributed transmissions to the access terminal as a function of the capabilities, wherein localized transmissions are block-wise transmissions, and wherein distributed transmissions are scattered transmissions, wherein a distributed allocation is performed as needed amongst subcarriers within localized subbands , and wherein the multiplexing facilitates optimized frequency diversity by notifying scheduled users of their respective sub-carrier allocation.
Combination of: - an electromagnetic switch, such as a vacuum interrupter, comprising: + at least an electromagnetic opening coil for moving the switch to an open state; + a first power supply, preferably a capacitor , for driving the opening coil; and + a control switch for controlling the power of the first power supply to the electromagnetic opening coil; - a controller having an open command input for receiving an opening command, an open output for controlling the control switch of the electromagnetic switch and a power supply input ; - an external power supply connected at least to the first power supply of the electromagnetic switch and to the power supply input of the controller, characterized by an opening control switch having an input terminal and an output terminal, wherein the input terminal is connected to the first power supply of the electromagnetic switch and wherein the output terminal is connected to the open command input and to the power supply input of the controller. - an electromagnetic switch, such as a vacuum interrupter, comprising: + at least an electromagnetic opening coil for moving the switch to an open state; + a first power supply, preferably a capacitor , for driving the opening coil; and + a control switch for controlling the power of the first power supply to the electromagnetic opening coil; + at least an electromagnetic opening coil for moving the switch to an open state; + a first power supply, preferably a capacitor , for driving the opening coil; and + a control switch for controlling the power of the first power supply to the electromagnetic opening coil; - a controller having an open command input for receiving an opening command, an open output for controlling the control switch of the electromagnetic switch and a power supply input ; - an external power supply connected at least to the first power supply of the electromagnetic switch and to the power supply input of the controller, characterized by an opening control switch having an input terminal and an output terminal, wherein the input terminal is connected to the first power supply of the electromagnetic switch and wherein the output terminal is connected to the open command input and to the power supply input of the controller.
A wall or ceiling covering or cladding system comprising a plate element , said plate element having an exposed front surface , a rear surface , and a material thickness between said front and rear surfaces , wherein the plate perimeter is delimited by side edges , the system further comprising one or more attachment strips and a plurality of profiles arranged on the front surface of the plate element, characterised in that - the attachment strips are provided on two opposing side edges of the plate element, - each attachment strip has fastening means suitable to attach the attachment strip to one of the two opposing side edges of the plate element , and further has an attachment fork , which fork when arranged on the plate element projects from the front surface of the plate element ; - each profile has an attachment surface where a groove is provided in said attachment surface , such that the groove can accommodate and hold the attachment fork of the attachment strip . - the attachment strips are provided on two opposing side edges of the plate element, - each attachment strip has fastening means suitable to attach the attachment strip to one of the two opposing side edges of the plate element , and further has an attachment fork , which fork when arranged on the plate element projects from the front surface of the plate element ; - each profile has an attachment surface where a groove is provided in said attachment surface , such that the groove can accommodate and hold the attachment fork of the attachment strip .
Device for applying labels on panels or other workpieces, which is configured to be mounted on an operating head of a machine tool , which is provided with a rotatable holding member, said device for applying labels comprising: a movable body comprising coupling means for coupling, when in use, to said rotatable holding member, and a rotor ; a main body where a cavity is formed where said rotor is housed, said cavity being in communication with at least one expelling member configured to expel air towards a panel or other workpiece intended to receive a label and with an opening opened to the exterior of said main body through a first passage ; and a first pressure reducing member which is connected with said main body and in communication with said first passage at a zone between said rotor and said opening ; wherein said rotor is configured such that the rotor , when rotating, intakes air from said first passage , while allowing taking and holding a label at said opening , and expels air from said at least one expelling member towards said panel or said other workpiece while allowing, in use, the cleaning of said panel or said other workpiece intended to receive said label. a movable body comprising coupling means for coupling, when in use, to said rotatable holding member, and a rotor ; a main body where a cavity is formed where said rotor is housed, said cavity being in communication with at least one expelling member configured to expel air towards a panel or other workpiece intended to receive a label and with an opening opened to the exterior of said main body through a first passage ; and a first pressure reducing member which is connected with said main body and in communication with said first passage at a zone between said rotor and said opening ; wherein said rotor is configured such that the rotor , when rotating, intakes air from said first passage , while allowing taking and holding a label at said opening , and expels air from said at least one expelling member towards said panel or said other workpiece while allowing, in use, the cleaning of said panel or said other workpiece intended to receive said label.