mhurhangee/patent-ind-claim-en huggingface dataset:
A carrier for holding a plurality of containers (C), comprising: a plurality of panels extending at least partially around an interior space (1 10a, 1 10b) of the carrier , the plurality of panels comprises a front panel , a back panel , a front side panel , a back side panel , at least one bottom panel , and at least one central panel , a portion of the front panel forms a first curved corner of the carrier and a portion of the back panel forms a second curved corner of the carrier , the portion of the front panel and the front side panel are opposite one another and the portion of the back panel and the back side panel are opposite one another; and a front end flap foldably connected to the front side panel and a back end flap foldably connected to the back side panel , characterized in that each of the front end flap and the back end flap comprises a plurality of portions that comprises a proximal portion , an intermediate portion , and a distal portion , each portion of the respective plurality of portions is foldably attached to a respective adjacent portion of the respective plurality of portions at a respective vertical fold line and the respective distal portions of the front end flap and the back end flap are in face-to-face contact and disposed at least partially in the interior space (1 10a, 1 10b) of the carrier such that a space for at least partially receiving a vertical post of an outer container is formed between the front end flap and the back end flap . a plurality of panels extending at least partially around an interior space (1 10a, 1 10b) of the carrier , the plurality of panels comprises a front panel , a back panel , a front side panel , a back side panel , at least one bottom panel , and at least one central panel , a portion of the front panel forms a first curved corner of the carrier and a portion of the back panel forms a second curved corner of the carrier , the portion of the front panel and the front side panel are opposite one another and the portion of the back panel and the back side panel are opposite one another; and a front end flap foldably connected to the front side panel and a back end flap foldably connected to the back side panel , characterized in that each of the front end flap and the back end flap comprises a plurality of portions that comprises a proximal portion , an intermediate portion , and a distal portion , each portion of the respective plurality of portions is foldably attached to a respective adjacent portion of the respective plurality of portions at a respective vertical fold line and the respective distal portions of the front end flap and the back end flap are in face-to-face contact and disposed at least partially in the interior space (1 10a, 1 10b) of the carrier such that a space for at least partially receiving a vertical post of an outer container is formed between the front end flap and the back end flap .
A system for diagnosis of a subject, the system comprising: at least one diagnostic light source for emission of diagnostic light within a wavelength range of infrared, visible or ultraviolet light, the diagnostic light source emitting at least one light beam; at least one light detector , for detection of light; and a plurality of optical members adapted to conduct light to and/or from a tissue site of the subject, whereby the distal ends of the plurality of optical members are configured to be positionable at different locations of the tissue site in order to enable an effective diagnosis and/or treatment, each of the optical members being configured so that at least one of the light beams from the at least one diagnostic light source is coupled into the proximal end of the plurality of optical members by means of at least one focussing optical component , and the diagnostic light transmitted back from the tissue being emitted from the proximal end of the plurality of optical members member having a higher numerical aperture (NA) than the focussed beam coupled into the optical members providing an emission at least partially in a different angular sector than an angular sector of the focussed light beam, so that the diagnostic light scattered back from the tissue is detected by the at least one light detector; characterised by the plurality of optical members are configured to be interstitially arranged in tissue. at least one diagnostic light source for emission of diagnostic light within a wavelength range of infrared, visible or ultraviolet light, the diagnostic light source emitting at least one light beam; at least one light detector , for detection of light; and a plurality of optical members adapted to conduct light to and/or from a tissue site of the subject, whereby the distal ends of the plurality of optical members are configured to be positionable at different locations of the tissue site in order to enable an effective diagnosis and/or treatment, each of the optical members being configured so that at least one of the light beams from the at least one diagnostic light source is coupled into the proximal end of the plurality of optical members by means of at least one focussing optical component , and the diagnostic light transmitted back from the tissue being emitted from the proximal end of the plurality of optical members member having a higher numerical aperture (NA) than the focussed beam coupled into the optical members providing an emission at least partially in a different angular sector than an angular sector of the focussed light beam, so that the diagnostic light scattered back from the tissue is detected by the at least one light detector; characterised by the plurality of optical members are configured to be interstitially arranged in tissue.
A semi-finished component for the manufacture of knitted uppers , comprising a plain knitting and a purl knitting , there being at least one longitudinal channel which is formed within said knitting between the plane formed by said plain knitting and the plane formed by said purl knitting , said at least one longitudinally extended channel being configured to be engageable by an elongated engagement element which forms a lace or a reinforcement element designed to engage with a lace wherein at the longitudinally extended channel the extension in the direction of the rows of the purl knitting is constant and in the extension in the direction of the rows of the plain knitting there are multiple plain stitches for each respective purl stitch so as to produce a three-dimensional extension of the longitudinally extended channel toward the outside of the knitting.
A solar receiver comprising: a cylindrical assembly of panels wherein each panel includes light apertures and a watertight plenum arranged to cool the light apertures, the light apertures of each panel arranged to receive light from a light-receiving face of the panel, the light-receiving faces of panels facing outward from the cylindrical assembly of panels; a cylindrical back plate disposed inside the cylindrical assembly of panels with an annular gap through which a flowing heat transfer medium is configured to flow being defined between the cylindrical assembly of panels and the cylindrical back plate; and light channeling tubes having open first ends connected to the light apertures of the cylindrical assembly of panels and extending into the annular gap defined between the cylindrical assembly of panels and the cylindrical back plate and having closed second ends opposite the open first ends. a cylindrical assembly of panels wherein each panel includes light apertures and a watertight plenum arranged to cool the light apertures, the light apertures of each panel arranged to receive light from a light-receiving face of the panel, the light-receiving faces of panels facing outward from the cylindrical assembly of panels; a cylindrical back plate disposed inside the cylindrical assembly of panels with an annular gap through which a flowing heat transfer medium is configured to flow being defined between the cylindrical assembly of panels and the cylindrical back plate; and light channeling tubes having open first ends connected to the light apertures of the cylindrical assembly of panels and extending into the annular gap defined between the cylindrical assembly of panels and the cylindrical back plate and having closed second ends opposite the open first ends.
A rooftop exhaust system for exhausting air from a building, comprising: a fan assembly pivotally connected to a curb or support structure and moveable back and forth from a closed position to a tilted open position; the fan assembly including a base , a housing , a motor disposed in the housing , and a fan wheel driven by the motor and configured to induce air to move from the building through the fan assembly ; a pivot arm fixed to the housing and extending therefrom and configured to pivot about ar axis; a locking pin opening disposed on the pivot arm ; a cam surface disposed on the pivot arm adjacent the locking pin opening ; a support plate configured to be secured to the curb or support structure ; a spring biased locking pin mounted on the support plate and aligned with the cam surface and the locking pin opening ; the spring biased locking pin , cam surface and locking pin opening configured such that as the fan assembly is pivoted from the closed position toward the open position, the spring biased locking pin engages the cam surface and rides along the cam surface and thereafter is biased into the locking opening pin opening which stations and locks the fan assembly in the tilted open position; anc wherein the pivot arm includes a flange that projects outwardly from the pivot arm and wherein the locking pin opening is formed in the flange and wherein the flange is configured to form the cam surface . a fan assembly pivotally connected to a curb or support structure and moveable back and forth from a closed position to a tilted open position; the fan assembly including a base , a housing , a motor disposed in the housing , and a fan wheel driven by the motor and configured to induce air to move from the building through the fan assembly ; a pivot arm fixed to the housing and extending therefrom and configured to pivot about ar axis; a locking pin opening disposed on the pivot arm ; a cam surface disposed on the pivot arm adjacent the locking pin opening ; a support plate configured to be secured to the curb or support structure ; a spring biased locking pin mounted on the support plate and aligned with the cam surface and the locking pin opening ; the spring biased locking pin , cam surface and locking pin opening configured such that as the fan assembly is pivoted from the closed position toward the open position, the spring biased locking pin engages the cam surface and rides along the cam surface and thereafter is biased into the locking opening pin opening which stations and locks the fan assembly in the tilted open position; anc wherein the pivot arm includes a flange that projects outwardly from the pivot arm and wherein the locking pin opening is formed in the flange and wherein the flange is configured to form the cam surface .
A lighting assembly comprising: a substrate having a first surface; a plurality of electrode regions arranged on the first surface, each electrode region comprising one of a first external electrode and a second external electrode such that the first surface is provided with a plurality of first external electrodes and a plurality of second external electrodes each first external electrode and each second external electrode being insulated from each other; and a light emitting region arranged on the first surface and surrounding at least one of the plurality of electrode regions , the light emitting region comprising a first electrode layer, an electroluminescent layer, and a second electrode layer arranged sequentially in a direction away from the substrate , wherein the plurality of the electrode regions are arranged such that a pattern of the plurality of electrode regions is rotationally symmetric with respect to a center of the first surface, wherein the lighting assembly comprises a wire layer below the first electrode layer, the first electrode layer is electrically connected to the first external electrode via a wire of the wire layer, the second electrode layer comprises an extending portion extending to the wire layer and electrically connected to the second external electrode via another wire of the wire layer, wherein the lighting assembly further comprises an insulating material between the extending portion and the first electrode layer, wherein the plurality of the electrode regions are evenly distributed over the first surface. a substrate having a first surface; a plurality of electrode regions arranged on the first surface, each electrode region comprising one of a first external electrode and a second external electrode such that the first surface is provided with a plurality of first external electrodes and a plurality of second external electrodes each first external electrode and each second external electrode being insulated from each other; and a light emitting region arranged on the first surface and surrounding at least one of the plurality of electrode regions , the light emitting region comprising a first electrode layer, an electroluminescent layer, and a second electrode layer arranged sequentially in a direction away from the substrate , wherein the plurality of the electrode regions are arranged such that a pattern of the plurality of electrode regions is rotationally symmetric with respect to a center of the first surface, wherein the lighting assembly comprises a wire layer below the first electrode layer, the first electrode layer is electrically connected to the first external electrode via a wire of the wire layer, the second electrode layer comprises an extending portion extending to the wire layer and electrically connected to the second external electrode via another wire of the wire layer, wherein the lighting assembly further comprises an insulating material between the extending portion and the first electrode layer, wherein the plurality of the electrode regions are evenly distributed over the first surface.
An ostomy device comprising a moisture-curable adhesive composition comprising: a reactive component, wherein the reactive component comprises a reactive silicone polymer or a mixture of reactive silicone polymers; an adhesive component, wherein the adhesive component comprises a pressure sensitive silicone adhesive or a mixture of pressure sensitive silicone adhesives; wherein the pressure sensitive silicone adhesive is a polycondensed organopolysiloxane resin, which is a reaction product or products of a silanol terminated organopolysiloxane and a silicate organopolysiloxane resin containing at least one SiO 4/2 siloxy unit or a silsesquioxane comprising the formula [RSiO 3/2 ] n wherein each R, individually, is H, an alkyl group, aryl group, a reactive functional group or an alkoxy group, and n is 4-18, in the presence of a base to provide the polycondensed organopolysiloxane resin, a cross-linker; a catalyst, and a hydrocolloid, wherein the hydrocolloid is selected from potato starch, alginates, gelatine, cellulose derivatives, salts of carboxymethyl cellulose, sodium carboxymethyl cellulose, methyl cellulose, hydroxypropyl cellulose, hydroxyethyl cellulose, sodium starch glycolate, polyvinylalcohol, and mixtures thereof. a reactive component, wherein the reactive component comprises a reactive silicone polymer or a mixture of reactive silicone polymers; an adhesive component, wherein the adhesive component comprises a pressure sensitive silicone adhesive or a mixture of pressure sensitive silicone adhesives; wherein the pressure sensitive silicone adhesive is a polycondensed organopolysiloxane resin, which is a reaction product or products of a silanol terminated organopolysiloxane and a silicate organopolysiloxane resin containing at least one SiO 4/2 siloxy unit or a silsesquioxane comprising the formula [RSiO 3/2 ] n wherein each R, individually, is H, an alkyl group, aryl group, a reactive functional group or an alkoxy group, and n is 4-18, in the presence of a base to provide the polycondensed organopolysiloxane resin, a cross-linker; a catalyst, and a hydrocolloid, wherein the hydrocolloid is selected from potato starch, alginates, gelatine, cellulose derivatives, salts of carboxymethyl cellulose, sodium carboxymethyl cellulose, methyl cellulose, hydroxypropyl cellulose, hydroxyethyl cellulose, sodium starch glycolate, polyvinylalcohol, and mixtures thereof.
A thrust bearing (100; 200; 300) for a vehicle, comprising: an upper case (110; 210; 310) that abuts against a vehicle body-side attaching portion (VA); and a lower case (120; 220; 320) on which the upper case (110; 210; 310) is provided so that the lower case (120; 220; 320) is rotatable with respect to the upper case (110; 210; 310) about an axial center of a piston rod (AX) used in a shock absorber of a suspension of the vehicle, characterized in that the thrust bearing (100; 200; 300) further comprises a load sensor (140; 240; 340) for measuring a load vertically acting on the suspension.
A method for controlling a communication apparatus operating as an access point, the method comprises: transmitting via a Physical, PHY, layer, a trigger frame to trigger a multi-user, MU, transmission, wherein the trigger frame allocates one or more resource units of the MU transmission for data transmission towards one or more stations, and characterised by configuring the PHY layer in a receive state to receive one or more data frames over a frequency band excluding the one or more resource units allocated for the data transmission towards the one or more stations. transmitting via a Physical, PHY, layer, a trigger frame to trigger a multi-user, MU, transmission, wherein the trigger frame allocates one or more resource units of the MU transmission for data transmission towards one or more stations, and characterised by configuring the PHY layer in a receive state to receive one or more data frames over a frequency band excluding the one or more resource units allocated for the data transmission towards the one or more stations.
Method for controlling the relative degree of saturation of a solvent vapor in a gaseous medium in an inkjet marking module the inkjet marking module comprising: - an inkjet marking device being adapted to jet droplets of an inkjet marking material to form an image on a recording substrate (P); and - an evaporation device arranged for evaporating a solvent to a gaseous medium, the evaporation device comprising an aerosol generator for creating an aerosol being a colloidal dispersion of liquid droplets of the solvent in the gaseous medium; the evaporation device comprising a droplet eliminator for removing an excess of the liquid droplets of the solvent from the aerosol, the droplet eliminator being arranged such that in operation, the droplet eliminator is located downstream of the aerosol generator; the method comprising the steps of: - creating an aerosol of the solvent in liquid form in the gaseous medium, with the aerosol generator; - equilibrating the aerosol such that the gaseous medium saturates with solvent vapor; and - removing solvent droplets from the aerosol, with the droplet eliminator. - an inkjet marking device being adapted to jet droplets of an inkjet marking material to form an image on a recording substrate (P); and - an evaporation device arranged for evaporating a solvent to a gaseous medium, the evaporation device comprising an aerosol generator for creating an aerosol being a colloidal dispersion of liquid droplets of the solvent in the gaseous medium; the evaporation device comprising a droplet eliminator for removing an excess of the liquid droplets of the solvent from the aerosol, the droplet eliminator being arranged such that in operation, the droplet eliminator is located downstream of the aerosol generator; - creating an aerosol of the solvent in liquid form in the gaseous medium, with the aerosol generator; - equilibrating the aerosol such that the gaseous medium saturates with solvent vapor; and - removing solvent droplets from the aerosol, with the droplet eliminator.
Wheel suspension for a wheel , which is driven by means of an electric or pneumatic motor , of a vehicle, in particular a rear wheel of a utility vehicle, having an electric or pneumatic motor , and a swing arm which is supported on the vehicle in a first region so as to be able to be pivoted about a pivot axis and which is supported on the vehicle in a second region , wherein a third region of the swing arm carries a portion of the motor which is rotationally secure with respect to the swing arm in order to transmit a torque to the wheel with a rotating portion of the motor , wherein the swing arm is arranged with a tapering angle which is in a first angular range between 10° and 25° and with a roof angle which is in a second angular range between 0° and 5°, characterised in that the first region of the swing arm is in the form of a hollow member and the third region of the swing arm is made from solid material and the swing arm is produced from metal, preferably as a cast component. a swing arm which is supported on the vehicle in a first region so as to be able to be pivoted about a pivot axis and which is supported on the vehicle in a second region , wherein a third region of the swing arm carries a portion of the motor which is rotationally secure with respect to the swing arm in order to transmit a torque to the wheel with a rotating portion of the motor , wherein the swing arm is arranged with a tapering angle which is in a first angular range between 10° and 25° and with a roof angle which is in a second angular range between 0° and 5°, characterised in that the first region of the swing arm is in the form of a hollow member and the third region of the swing arm is made from solid material and the swing arm is produced from metal, preferably as a cast component.
Method for producing reconstituted tobacco wherein - the solid components of tobacco are ground up to a particle size of about 20 - 220 μm, preferably about 80-180 μm, - the ground product thus obtained is mixed with powdered cellulose, water, at least one binding agent and at least one material to form an aerosol until a mixture with a liquid content of about 30-50%, preferably about 35-40%obtained, - said mixture is subjected to a first lamination to obtain a continuous strip with a thickness of about 1-20 mm, preferably about 1-10 mm, characterized by the fact that - the strip already subjected to said first lamination is subjected to a series of further lamination steps, until a strip having considerably constant thickness of about 90 - 280 μm, preferably of about 140-200 μm, - said strip is dried until its liquid content is brought to about 8-15%. - the solid components of tobacco are ground up to a particle size of about 20 - 220 μm, preferably about 80-180 μm, - the ground product thus obtained is mixed with powdered cellulose, water, at least one binding agent and at least one material to form an aerosol until a mixture with a liquid content of about 30-50%, preferably about 35-40%obtained, - said mixture is subjected to a first lamination to obtain a continuous strip with a thickness of about 1-20 mm, preferably about 1-10 mm, characterized by the fact that - the strip already subjected to said first lamination is subjected to a series of further lamination steps, until a strip having considerably constant thickness of about 90 - 280 μm, preferably of about 140-200 μm, - said strip is dried until its liquid content is brought to about 8-15%.