mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet to which one or more doors forming a storage compartment therewith are coupled; a first fan assembly positioned on an interior surface of a first cabinet wall of said storage compartment ; a second fan assembly positioned on the interior surface of a second cabinet wall of the storage compartment , wherein said second cabinet wall opposes the first cabinet wall , wherein the first and second fan assemblies each comprise: one or more circulation fans ; a filter made from a polymer fiber, said filter being coupled to a UV activated photocatalyst to form an activated filter ; and a plurality of LEDs positioned to project UV light onto said activated filter ; and an air circulation path configured to direct airborne bacteria and particulate matter within the storage compartment contemporaneously into the first and second fan assemblies using the one or more circulation fans and circulate filtered air into the storage compartment through the activated filter disposed in the air circulation path , wherein the activated filter is an activated carbon filter including an activated carbon and/or carbon black particles, and wherein said activated carbon filter is coupled to a titanium oxide (TiO 2 ) doped sol gel. a cabinet to which one or more doors forming a storage compartment therewith are coupled; a first fan assembly positioned on an interior surface of a first cabinet wall of said storage compartment ; a second fan assembly positioned on the interior surface of a second cabinet wall of the storage compartment , wherein said second cabinet wall opposes the first cabinet wall , wherein the first and second fan assemblies each comprise: one or more circulation fans ; a filter made from a polymer fiber, said filter being coupled to a UV activated photocatalyst to form an activated filter ; and a plurality of LEDs positioned to project UV light onto said activated filter ; and one or more circulation fans ; a filter made from a polymer fiber, said filter being coupled to a UV activated photocatalyst to form an activated filter ; and a plurality of LEDs positioned to project UV light onto said activated filter ; and an air circulation path configured to direct airborne bacteria and particulate matter within the storage compartment contemporaneously into the first and second fan assemblies using the one or more circulation fans and circulate filtered air into the storage compartment through the activated filter disposed in the air circulation path , wherein the activated filter is an activated carbon filter including an activated carbon and/or carbon black particles, and wherein said activated carbon filter is coupled to a titanium oxide (TiO 2 ) doped sol gel.
A portable sterilization device for use with one or more sterilants, the portable sterilization device comprising: an external housing unit; a sealable sterilization chamber located within the external housing unit; a sterilant delivery device operatively associated with the sealable sterilization chamber , the sterilant delivery device comprising a nebulization element , wherein the nebulization element is configured to receive and convert the one or more sterilants into an oxidative aerosol sterilant and is further configured to deliver the oxidative aerosol sterilant into the sealable sterilization chamber ; an ozone delivery device operatively associated with the sealable sterilization chamber and the sterilant delivery device , the ozone delivery device configured to deliver ozone into the sealable sterilization chamber ; an airflow circulation assembly; a control panel configured to operate the sealable sterilization chamber , the sterilant delivery device , the ozone delivery device, and the airflow circulation assembly; and a power source operatively associated with the control panel and configured to supply power to the sealable sterilization chamber , the sterilant delivery device , the ozone delivery device, and the airflow circulation assembly; whereupon activation, the control panel is configured to execute an operation to provide simultaneous delivery of the oxidative aerosol sterilant and the ozone into the sealable sterilization chamber . an external housing unit; a sealable sterilization chamber located within the external housing unit; a sterilant delivery device operatively associated with the sealable sterilization chamber , the sterilant delivery device comprising a nebulization element , wherein the nebulization element is configured to receive and convert the one or more sterilants into an oxidative aerosol sterilant and is further configured to deliver the oxidative aerosol sterilant into the sealable sterilization chamber ; an ozone delivery device operatively associated with the sealable sterilization chamber and the sterilant delivery device , the ozone delivery device configured to deliver ozone into the sealable sterilization chamber ; an airflow circulation assembly; a control panel configured to operate the sealable sterilization chamber , the sterilant delivery device , the ozone delivery device, and the airflow circulation assembly; and a power source operatively associated with the control panel and configured to supply power to the sealable sterilization chamber , the sterilant delivery device , the ozone delivery device, and the airflow circulation assembly; whereupon activation, the control panel is configured to execute an operation to provide simultaneous delivery of the oxidative aerosol sterilant and the ozone into the sealable sterilization chamber .
A control unit for a pump , the control unit comprising: a control button adapted to operate the pump based on a user action; and a plurality of light emitting units (L1, L2, L3) configured with the control unit , wherein the plurality of light emitting units (L1, L2, L3) indicate one or more operating parameters of the pump , wherein the control button is configured to switch between a plurality of modes of control of the pump based on different user actions, wherein the plurality of light emitting units (L1, L2, L3) indicate switching between the plurality of modes by a change in color corresponding to the plurality of modes, wherein the plurality of modes include a first mode wherein the light emitting units indicate a first operating parameter, a second mode wherein the light emitting units indicate a second operating parameter, and a battery mode wherein the light emitting units indicate a battery status, and wherein the plurality of light emitting units (L1, L2, L3) are configured to selectively, e.g. periodically, indicate the battery status of the battery mode both during the first mode and the second mode. a control button adapted to operate the pump based on a user action; and a plurality of light emitting units (L1, L2, L3) configured with the control unit , wherein the plurality of light emitting units (L1, L2, L3) indicate one or more operating parameters of the pump , wherein the control button is configured to switch between a plurality of modes of control of the pump based on different user actions, wherein the plurality of light emitting units (L1, L2, L3) indicate switching between the plurality of modes by a change in color corresponding to the plurality of modes, wherein the plurality of modes include a first mode wherein the light emitting units indicate a first operating parameter, a second mode wherein the light emitting units indicate a second operating parameter, and a battery mode wherein the light emitting units indicate a battery status, and wherein the plurality of light emitting units (L1, L2, L3) are configured to selectively, e.g. periodically, indicate the battery status of the battery mode both during the first mode and the second mode.
A battery module comprising: a plurality of battery cells that is aligned in a first direction (X); a first chassis that includes a plurality of first compartments (11x1) and at least one second compartment (11x2) partitioned in the first direction (X), the first compartments (11×1) in which the battery cells are housed one by one; and a connection member that comprises a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body , and electrically connectable to electrodes of the battery cells via a conductive member , the first face facing in a second direction (Z) intersecting with the first direction (X), and a conductor that extends across the pair of connection terminals , characterised in that the second compartment (11x2) is located at an end of the first chassis in the first direction (X). a plurality of battery cells that is aligned in a first direction (X); a first chassis that includes a plurality of first compartments (11x1) and at least one second compartment (11x2) partitioned in the first direction (X), the first compartments (11×1) in which the battery cells are housed one by one; and a connection member that comprises a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body , and electrically connectable to electrodes of the battery cells via a conductive member , the first face facing in a second direction (Z) intersecting with the first direction (X), and a conductor that extends across the pair of connection terminals , characterised in that the second compartment (11x2) is located at an end of the first chassis in the first direction (X). a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body , and electrically connectable to electrodes of the battery cells via a conductive member , the first face facing in a second direction (Z) intersecting with the first direction (X), and a conductor that extends across the pair of connection terminals , characterised in that the second compartment (11x2) is located at an end of the first chassis in the first direction (X).
An acoustic biometric imaging system comprising: a transparent device member having a first face to be touched by a finger surface of a user, and a second face opposite the first face, said transparent device member having a first acoustic impedance (Z 1 ); a ultrasonic transducer acoustically coupled to the second face of said transparent device member in a first transducer region for receiving acoustic signals (S In ) conducted by said transparent device member from a finger touch region laterally spaced apart from said transducer region , saidfirst ultrasonic transducer having a second acoustic impedance (Z 2 ); an opaque masking layer arranged between said transparent device member and said ultrasonic transducer in said transducer region , said opaque masking layer having a third acoustic impedance (Z 3 ) between said first acoustic impedance (Z 1 ) and said second acoustic impedance (Z 2 ); and an attachment layer between said opaque masking layer and said ultrasonic transducer , wherein said attachment layer is a Bismuth-based alloy. a transparent device member having a first face to be touched by a finger surface of a user, and a second face opposite the first face, said transparent device member having a first acoustic impedance (Z 1 ); a ultrasonic transducer acoustically coupled to the second face of said transparent device member in a first transducer region for receiving acoustic signals (S In ) conducted by said transparent device member from a finger touch region laterally spaced apart from said transducer region , saidfirst ultrasonic transducer having a second acoustic impedance (Z 2 ); an opaque masking layer arranged between said transparent device member and said ultrasonic transducer in said transducer region , said opaque masking layer having a third acoustic impedance (Z 3 ) between said first acoustic impedance (Z 1 ) and said second acoustic impedance (Z 2 ); and an attachment layer between said opaque masking layer and said ultrasonic transducer , wherein said attachment layer is a Bismuth-based alloy.
A development cartridge detachable from a main body of an image forming apparatus, the development cartridge comprising: a photosensitive drum on which an electrostatic latent image is formed; a cleaning member to remove a waste toner from a surface of the photosensitive drum ; a lateral waste toner sealing member contacting an end portion of the photosensitive drum in a lengthwise direction of the photosensitive drum, to prevent the waste toner from leaking through the end portion of the photosensitive drum ; and a photosensitive frame comprising: a waste toner container to contain the waste toner; a first attachment surface to which the lateral waste toner sealing member is attached; and a side wall to form an upstream side boundary of the first attachment surface with respect to a rotation direction of the photosensitive drum , wherein the lateral waste toner sealing member comprises an opposite surface facing the side wall , and wherein a protrusion protruding towards the side wall is provided on the opposite surface , characterized in that an adhesive layer is provided on a portion of a bottom surface of the lateral waste toner sealing member , except for a portion corresponding to the protrusion . a photosensitive drum on which an electrostatic latent image is formed; a cleaning member to remove a waste toner from a surface of the photosensitive drum ; a lateral waste toner sealing member contacting an end portion of the photosensitive drum in a lengthwise direction of the photosensitive drum, to prevent the waste toner from leaking through the end portion of the photosensitive drum ; and a photosensitive frame comprising: a waste toner container to contain the waste toner; a first attachment surface to which the lateral waste toner sealing member is attached; and a side wall to form an upstream side boundary of the first attachment surface with respect to a rotation direction of the photosensitive drum , wherein the lateral waste toner sealing member comprises an opposite surface facing the side wall , and wherein a protrusion protruding towards the side wall is provided on the opposite surface , characterized in that an adhesive layer is provided on a portion of a bottom surface of the lateral waste toner sealing member , except for a portion corresponding to the protrusion . a waste toner container to contain the waste toner; a first attachment surface to which the lateral waste toner sealing member is attached; and a side wall to form an upstream side boundary of the first attachment surface with respect to a rotation direction of the photosensitive drum , wherein the lateral waste toner sealing member comprises an opposite surface facing the side wall , and wherein a protrusion protruding towards the side wall is provided on the opposite surface , characterized in that an adhesive layer is provided on a portion of a bottom surface of the lateral waste toner sealing member , except for a portion corresponding to the protrusion .
A method for manufacturing a registered embossed decorative panel, said method comprising the following steps: i) providing a substrate having a printed design, ii) applying a coating on the surface of the substrate provided with printing, iii) applying a release foil on the coating provided according to step ii), iv) curing said coating and thereby positioning said release foil on said substrate and maintaining said position, v) printing a resin on the release foil provided in step iii), wherein the resin thus applied is in register with the printed design of the substrate according to step i), vi) consolidating the composite according to step v) under heat and pressure, vii) removing the release foil from the composite thus consolidated according to step vi). i) providing a substrate having a printed design, ii) applying a coating on the surface of the substrate provided with printing, iii) applying a release foil on the coating provided according to step ii), iv) curing said coating and thereby positioning said release foil on said substrate and maintaining said position, v) printing a resin on the release foil provided in step iii), wherein the resin thus applied is in register with the printed design of the substrate according to step i), vi) consolidating the composite according to step v) under heat and pressure, vii) removing the release foil from the composite thus consolidated according to step vi).
A method for a user equipment, UE, to provide feedback, the method comprising: connecting with a first cell associated with a first network entity and a second cell associated with a second network entity; receiving a radio resource control, RRC, message, the RRC message comprising a subframe configuration indicating a subset of subframes to be used to send feedback associated with one or more physical downlink shared channel, PDSCH, transmissions received from the first network entity; receiving a first PDSCH transmission from the first network entity and a second PDSCH transmission from the second network entity; determining a first subframe from the subset of subframes to send a first feedback associated with the first PDSCH transmission to the first network entity based on at least the subframe configuration comprised in the RRC message and a timing relationship; sending the first feedback associated with the first PDSCH transmission to the first network entity using the first subframe, wherein the first feedback is sent using one or more of a first physical shared uplink channel, PUSCH, or a first physical uplink control channel, PUCCH; and sending a second feedback associated with the second PDSCH transmission to the second network entity, wherein the second feedback is sent using one or more of a second physical shared uplink channel, PUSCH, or a second physical uplink control channel, PUCCH, and wherein the first feedback and the second feedback are segregated in a time domain. connecting with a first cell associated with a first network entity and a second cell associated with a second network entity; receiving a radio resource control, RRC, message, the RRC message comprising a subframe configuration indicating a subset of subframes to be used to send feedback associated with one or more physical downlink shared channel, PDSCH, transmissions received from the first network entity; receiving a first PDSCH transmission from the first network entity and a second PDSCH transmission from the second network entity; determining a first subframe from the subset of subframes to send a first feedback associated with the first PDSCH transmission to the first network entity based on at least the subframe configuration comprised in the RRC message and a timing relationship; sending the first feedback associated with the first PDSCH transmission to the first network entity using the first subframe, wherein the first feedback is sent using one or more of a first physical shared uplink channel, PUSCH, or a first physical uplink control channel, PUCCH; and sending a second feedback associated with the second PDSCH transmission to the second network entity, wherein the second feedback is sent using one or more of a second physical shared uplink channel, PUSCH, or a second physical uplink control channel, PUCCH, and wherein the first feedback and the second feedback are segregated in a time domain.
A method comprising: pre-treating a metal substrate such that a surface of the metal substrate is de-oxidized; immersing the metal substrate in a coating solution to produce a chromium based coating on the metal substrate, wherein the coating solution comprises a trivalent chromium compound and a fluoride compound, but does not contain hexavalent chromium; removing the coated metal substrate from the coating solution; and curing the chromium based coating in a controlled environment containing a gaseous atmosphere to produce a hexavalent chromium enriched corrosion resistant coating on the metal substrate, wherein the relative humidity is controlled within the controlled environment and wherein the gaseous atmosphere has a relative humidity of fifty to ninety percent. pre-treating a metal substrate such that a surface of the metal substrate is de-oxidized; immersing the metal substrate in a coating solution to produce a chromium based coating on the metal substrate, wherein the coating solution comprises a trivalent chromium compound and a fluoride compound, but does not contain hexavalent chromium; removing the coated metal substrate from the coating solution; and curing the chromium based coating in a controlled environment containing a gaseous atmosphere to produce a hexavalent chromium enriched corrosion resistant coating on the metal substrate, wherein the relative humidity is controlled within the controlled environment and wherein the gaseous atmosphere has a relative humidity of fifty to ninety percent.
A ventilation device for the ventilation and the heating or the air conditioning of the indoor space of a building , the device comprising a box delimited by walls , said box housing a generator of an air flow, such as a fan, delimiting, inside the box , a zone extending upstream of the air flow generator and a zone extending downstream of the air flow generator considered relative to the direction of circulation of the air flow inside the box , said box being equipped at the upstream zone with at least two closable air inlets , one of which, called outside air inlet , is able to be supplied with air taken from outside the building , the other of which, called inside air inlet , is able to be supplied with air taken from inside the building , said box comprising, at the downstream zone , at least two so-called ductable air outlet mouths and at least one partition dividing said downstream zone into a first chamber which is equipped with at least part of an air heating and/or cooling system and a second chamber , the first and second chambers (9; 10) each comprising at least two closable air outlets (11; 12), at least one of the air outlets of the first chamber and at least one of the air outlets of the second chamber opening into a same air outlet mouth , characterized in that the second chamber is devoid of air heating and cooling system and in that the air inlets of the upstream zone of the box are each provided with at least one closing member and at least one member for controlling driving of the movement of said at least one closing member between an open position and a closed position.