mhurhangee/patent-ind-claim-en huggingface dataset:
A first stage pressure regulator comprising: a valve body having an inlet and an outlet and defining a pressure chamber between the inlet and the outlet , the valve body defining a pressure compensation chamber having an opening fluidly communicating the pressure compensation chamber with the surrounding water; a removable high pressure orifice body defining an orifice therethrough, the orifice body carried by the valve body proximate the inlet ; a valve seat within the valve body ; a valve member slidably carried within the valve body pressure chamber having a valve end , the valve seat being carried by the valve end , the valve member slidable between an open state in which the valve end carrying the valve seat is spaced from the removable high pressure orifice body permitting fluid flow through the orifice between the inlet and outlet and a closed state in which the valve end carrying the valve seat is sealingly seated against the removable high pressure orifice body preventing fluid flow between the inlet and outlet characterized in that the first stage pressure regulator further comprises: an inlet tubular union removably received into the inlet and adapted to limit axial motion of the orifice body . a valve body having an inlet and an outlet and defining a pressure chamber between the inlet and the outlet , the valve body defining a pressure compensation chamber having an opening fluidly communicating the pressure compensation chamber with the surrounding water; a removable high pressure orifice body defining an orifice therethrough, the orifice body carried by the valve body proximate the inlet ; a valve seat within the valve body ; a valve member slidably carried within the valve body pressure chamber having a valve end , the valve seat being carried by the valve end , the valve member slidable between an open state in which the valve end carrying the valve seat is spaced from the removable high pressure orifice body permitting fluid flow through the orifice between the inlet and outlet and a closed state in which the valve end carrying the valve seat is sealingly seated against the removable high pressure orifice body preventing fluid flow between the inlet and outlet characterized in that the first stage pressure regulator further comprises: an inlet tubular union removably received into the inlet and adapted to limit axial motion of the orifice body .
A method of receiving a synchronization signal block, SSB, by a user equipment, UE, in a wireless communication system, the method comprising: receiving at least one SSB mapped to a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols in a first half-frame or a second half-frame included in a radio frame, wherein the at least one SSB is any one of a first SSB received in the first half-frame and a second SSB received in the second half-frame, a signal of the same type is mapped to a first OFDM symbol included in a plurality of OFDM symbols to which the first SSB is mapped and a second OFDM symbol included in a plurality of OFDM symbols to which the second SSB is mapped, and phases of the first OFDM symbol and the second OFDM symbol are different, wherein, based on initial access performed by the UE, the at least one SSB is repeatedly transmitted at a first time periodicity, and wherein, based on radio resource control, RRC, connection state of the UE, the at least one SSB is repeatedly transmitted at a second time periodicity longer than the first time periodicity. receiving at least one SSB mapped to a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols in a first half-frame or a second half-frame included in a radio frame, wherein the at least one SSB is any one of a first SSB received in the first half-frame and a second SSB received in the second half-frame, a signal of the same type is mapped to a first OFDM symbol included in a plurality of OFDM symbols to which the first SSB is mapped and a second OFDM symbol included in a plurality of OFDM symbols to which the second SSB is mapped, and phases of the first OFDM symbol and the second OFDM symbol are different, wherein, based on initial access performed by the UE, the at least one SSB is repeatedly transmitted at a first time periodicity, and
Apparatus for processing data comprising: processing circuitry to operate in a first security mode and in a second security mode; and flag circuitry to provide an access tracking flag having a first value when the processing circuitry enters the first security mode in association with a function call, wherein the processing circuitry is configured to switch said access tracking flag to a second value upon detection of a first access of at least one type to predetermined state data by the processing circuitry when operating in said first security mode in association with said function call. processing circuitry to operate in a first security mode and in a second security mode; and flag circuitry to provide an access tracking flag having a first value when the processing circuitry enters the first security mode in association with a function call, wherein the processing circuitry is configured to switch said access tracking flag to a second value upon detection of a first access of at least one type to predetermined state data by the processing circuitry when operating in said first security mode in association with said function call.
Roller blind , which comprises: - a support structure intended to be fixed to a load-bearing element; - at least one winder roller rotatably constrained to said support structure around a rotation axis (X) and extended along said rotation axis (X) between a first end and a second end that are constrained to said support structure ; - at least one fabric provided with a first edge fixed to said winder roller and susceptible of being wound around said winder roller ; - at least one support device , which is fixed to said support structure and supports the first end of said winder roller ; wherein said support device comprises a support body fixed to said support structure and intercepted by said rotation axis (X); wherein said support device also comprises a first retention element and a second retention element (190") arranged on said support body ; wherein said first retention element comprises a first lever , which is rotatably constrained to said support body around a first pivoting axis (Y') parallel to said rotation axis (X) and is provided with a retention portion ; wherein said first lever is configured for rotating between: - an open position, in which the retention portion of said first lever is rotated away from said second retention element (190") in order to allow the first end of said winder roller to pass between said first lever and said second retention element (190"); - and a closed position, in which the retention portion of said first lever is rotated closer to said second retention element (190"), delimiting, with said second retention element (190"), a seat at said rotation axis (X), and in such seat the first end of said winder roller is housed; characterized in that the retention portion of said first lever is provided with an opposing surface against which, with said first lever in closed position, said first end is adapted to act in abutment, forcing said first lever towards said closed position. - a support structure intended to be fixed to a load-bearing element; - at least one winder roller rotatably constrained to said support structure around a rotation axis (X) and extended along said rotation axis (X) between a first end and a second end that are constrained to said support structure ; - at least one fabric provided with a first edge fixed to said winder roller and susceptible of being wound around said winder roller ; - at least one support device , which is fixed to said support structure and supports the first end of said winder roller ; - an open position, in which the retention portion of said first lever is rotated away from said second retention element (190") in order to allow the first end of said winder roller to pass between said first lever and said second retention element (190"); - and a closed position, in which the retention portion of said first lever is rotated closer to said second retention element (190"), delimiting, with said second retention element (190"), a seat at said rotation axis (X), and in such seat the first end of said winder roller is housed;
An aqueous coating composition, the aqueous coating composition comprising: a) an acrylic polyester resin, obtainable by grafting an acrylic polymer with a polyester material, the polyester material being obtainable by polymerizing: i) a polyacid component, with ii) a polyol component, wherein at least one of the polyacid component and/or the polyol component comprises a functional monomer operable to impart functionality on to the polyester resin, such that an acrylic polymer may be grafted with the polyester material via the use of said functionality, b) a crosslinking material, wherein the crosslinking material comprises material according to formula (I) wherein R 1 is selected from aryl (such as C 4 to C 24 aryl), or aralkyl (such as C 5 to C 25 aralkyl); R 2 to R 5 are each independently hydrogen, alkyl (such as C 1 to C 20 alkyl), aryl (such as C 4 to C 24 aryl), aralkyl (such as C 5 to C 25 aralkyl) or -CHR 8 OR 9 ; wherein R 8 and R 9 are each independently hydrogen, alkyl (such as C 1 to C 20 alkyl), aryl (such as C 4 to C 24 aryl), aralkyl (such as C 5 to C 25 aralkyl), alkoxyalkyl (such as C 2 to C 40 alkoxyalkyl) or an alkaryl (such as C 5 to C 25 alkaryl); wherein at least one of R 2 to R 5 , is -CHR 8 OR 9 , suitably all of R 2 to R 5 , are -CHR 8 OR 9 . a) an acrylic polyester resin, obtainable by grafting an acrylic polymer with a polyester material, the polyester material being obtainable by polymerizing: i) a polyacid component, with ii) a polyol component, wherein at least one of the polyacid component and/or the polyol component comprises a functional monomer operable to impart functionality on to the polyester resin, such that an acrylic polymer may be grafted with the polyester material via the use of said functionality, i) a polyacid component, with ii) a polyol component, b) a crosslinking material, wherein the crosslinking material comprises material according to formula (I) wherein R 1 is selected from aryl (such as C 4 to C 24 aryl), or aralkyl (such as C 5 to C 25 aralkyl); R 2 to R 5 are each independently hydrogen, alkyl (such as C 1 to C 20 alkyl), aryl (such as C 4 to C 24 aryl), aralkyl (such as C 5 to C 25 aralkyl) or -CHR 8 OR 9 ; wherein R 8 and R 9 are each independently hydrogen, alkyl (such as C 1 to C 20 alkyl), aryl (such as C 4 to C 24 aryl), aralkyl (such as C 5 to C 25 aralkyl), alkoxyalkyl (such as C 2 to C 40 alkoxyalkyl) or an alkaryl (such as C 5 to C 25 alkaryl); wherein at least one of R 2 to R 5 , is -CHR 8 OR 9 , suitably all of R 2 to R 5 , are -CHR 8 OR 9 .
A manually openable recyclable package for containing a product comprising: a tray having a product receiving area and a sealing flange, wherein the tray comprises an amorphous polyethylene terephthalate; a lidding film laminate having a seal area which is peelable sealed to the tray, wherein the laminate comprises: a first outer layer comprising a polyester copolymer heat sealing lacquer positioned within the seal area; a second outer layer comprising an amorphous polyethylene terephthalate; and a third layer positioned between the first and second outer layers which comprises an oriented polyethylene terephthalate; and a hermetic seal comprising a perimeter heat seal circumventing the product receiving area formed by heat sealing a portion of the seal area of the laminate to the sealing flange of the tray, wherein the tray is thermoformed and the lidding film laminate is thermoformed. a tray having a product receiving area and a sealing flange, wherein the tray comprises an amorphous polyethylene terephthalate; a lidding film laminate having a seal area which is peelable sealed to the tray, wherein the laminate comprises: a first outer layer comprising a polyester copolymer heat sealing lacquer positioned within the seal area; a second outer layer comprising an amorphous polyethylene terephthalate; and a third layer positioned between the first and second outer layers which comprises an oriented polyethylene terephthalate; and a first outer layer comprising a polyester copolymer heat sealing lacquer positioned within the seal area; a second outer layer comprising an amorphous polyethylene terephthalate; and a third layer positioned between the first and second outer layers which comprises an oriented polyethylene terephthalate; and a hermetic seal comprising a perimeter heat seal circumventing the product receiving area formed by heat sealing a portion of the seal area of the laminate to the sealing flange of the tray, wherein the tray is thermoformed and the lidding film laminate is thermoformed.
A Drum for a printing device for printing a sheet-shaped substrate , having a drum shell which can be driven in rotation about a longitudinal drum axis and has a shell surface to which at least one sheet-shaped substrate can be fixed, at least in certain regions, with a first fixing device for temporarily fixing a first substrate area of the sheet-shaped substrate to the drum shell, and with a vacuum fixing device for temporarily fixing a second substrate area of the sheet-shaped substrate to the drum shell by means of a vacuum, wherein the vacuum fixing device comprises at least one vacuum insert which is accommodated in a recess of the drum shell, which is mounted to slide along the shell surface concentrically with respect to the drum longitudinal axis between two stops, and temporarily provides a negative pressure on its side of the shell surface for fixing the second substrate region characterized in that the at least one vacuum insert is supported by a spring , and that the spring is configured to exert a restoring force on the vacuum insert in a direction opposite to the direction of rotation of the drum shell. having a drum shell which can be driven in rotation about a longitudinal drum axis and has a shell surface to which at least one sheet-shaped substrate can be fixed, at least in certain regions, with a first fixing device for temporarily fixing a first substrate area of the sheet-shaped substrate to the drum shell, and with a vacuum fixing device for temporarily fixing a second substrate area of the sheet-shaped substrate to the drum shell by means of a vacuum, wherein the vacuum fixing device comprises at least one vacuum insert which is accommodated in a recess of the drum shell, which is mounted to slide along the shell surface concentrically with respect to the drum longitudinal axis between two stops, and temporarily provides a negative pressure on its side of the shell surface for fixing the second substrate region characterized in that the at least one vacuum insert is supported by a spring , and that the spring is configured to exert a restoring force on the vacuum insert in a direction opposite to the direction of rotation of the drum shell.
Process for preparing a high-purity nickel sulphate solution, comprising the steps of: i. providing an aqueous feed solution comprising nickel, cobalt, calcium and magnesium; ii. in a first solvent extraction circuit, extracting cobalt, calcium and, at least in part, magnesium, and if present zinc, copper, cadmium and manganese, from said aqueous feed solution using a first organic phase comprising a first alkylphosphorus-based extractant (I) and a first diluent, thereby obtaining an aqueous raffinate solution comprising nickel and a residual magnesium content and a cobalt-rich and calcium containing organic phase; iii. in a second solvent extraction circuit, extracting magnesium from said aqueous raffinate solution using a second organic phase comprising a second alkyl phosphorus-based extractant (II) and a second diluent, thereby obtaining a magnesium-depleted, high-purity aqueous nickel sulphate solution and a magnesium-enriched organic phase; and iv. stripping said cobalt-rich organic phase obtained in step ii. with an aqueous solution comprising a mineral acid, whereby said first solvent extraction circuit and said second solvent extraction circuit operate at a different temperature and/or with a different extractant. i. providing an aqueous feed solution comprising nickel, cobalt, calcium and magnesium; ii. in a first solvent extraction circuit, extracting cobalt, calcium and, at least in part, magnesium, and if present zinc, copper, cadmium and manganese, from said aqueous feed solution using a first organic phase comprising a first alkylphosphorus-based extractant (I) and a first diluent, thereby obtaining an aqueous raffinate solution comprising nickel and a residual magnesium content and a cobalt-rich and calcium containing organic phase; iii. in a second solvent extraction circuit, extracting magnesium from said aqueous raffinate solution using a second organic phase comprising a second alkyl phosphorus-based extractant (II) and a second diluent, thereby obtaining a magnesium-depleted, high-purity aqueous nickel sulphate solution and a magnesium-enriched organic phase; and iv. stripping said cobalt-rich organic phase obtained in step ii. with an aqueous solution comprising a mineral acid, whereby said first solvent extraction circuit and said second solvent extraction circuit operate at a different temperature and/or with a different extractant.
A disposable mask having a vertical direction (Y) and a width direction (X), including a mask body and a pair of ear looping straps extending from both side edges of the mask body, wherein the mask body includes an upper end edge linearly extending in the width direction (X), a lower end edge extending in the width direction (X), and both side edges extending in the vertical direction (Y) between the upper end edge and the lower end edge and a plurality of pleat portions formed by folding a body sheet forming the mask body in a pleated shape, the disposable mask being characterised in that - the lower end edge of the mask body includes a central part being convex upwardly. the mask body includes an upper end edge linearly extending in the width direction (X), a lower end edge extending in the width direction (X), and both side edges extending in the vertical direction (Y) between the upper end edge and the lower end edge and a plurality of pleat portions formed by folding a body sheet forming the mask body in a pleated shape, the disposable mask being characterised in that - the lower end edge of the mask body includes a central part being convex upwardly. - the lower end edge of the mask body includes a central part being convex upwardly.
An angled instrument assembly , comprising: an angled sleeve having a hollow passage extending therethrough, comprising: a straight passage segment having a first longitudinal axis and an interior surface; an angled passage segment having a second longitudinal axis and an interior surface; and a junction region connecting the straight passage segment to the angled passage segment, the junction region including an inner elbow (115-a) and an outer elbow (115-b); wherein the second axis forms a first angle (a) with the first axis; and a driver shaft configured to be received within the hollow passage of the angled sleeve, comprising: an elongated shaft body having a proximal end and a distal end; and a tool bit engagement assembly coupled at the distal end of the elongated shaft body; and characterized in that , an interior surface of the inner elbow comprises a surface that forms a second angle (β) with the first axis, the second angle being less than the first angle (α); and the angled sleeve further comprises a tool bit opening located at the outer elbow of the junction region and configured to allow a tool bit to be passed into the angled passage segment along the second axis. an angled sleeve having a hollow passage extending therethrough, comprising: a straight passage segment having a first longitudinal axis and an interior surface; an angled passage segment having a second longitudinal axis and an interior surface; and a junction region connecting the straight passage segment to the angled passage segment, the junction region including an inner elbow (115-a) and an outer elbow (115-b); wherein the second axis forms a first angle (a) with the first axis; and a straight passage segment having a first longitudinal axis and an interior surface; an angled passage segment having a second longitudinal axis and an interior surface; and a junction region connecting the straight passage segment to the angled passage segment, the junction region including an inner elbow (115-a) and an outer elbow (115-b); wherein the second axis forms a first angle (a) with the first axis; a driver shaft configured to be received within the hollow passage of the angled sleeve, comprising: an elongated shaft body having a proximal end and a distal end; and a tool bit engagement assembly coupled at the distal end of the elongated shaft body; and characterized in that , an elongated shaft body having a proximal end and a distal end; and a tool bit engagement assembly coupled at the distal end of the elongated shaft body; and an interior surface of the inner elbow comprises a surface that forms a second angle (β) with the first axis, the second angle being less than the first angle (α); and the angled sleeve further comprises a tool bit opening located at the outer elbow of the junction region and configured to allow a tool bit to be passed into the angled passage segment along the second axis.
A method for fabricating a radial antenna panel (20; 452; 602, 604) of a reflector antenna , the method comprising: coupling a first frame member (56; 102; 404) and a second frame member (58; 102; 404) to respective sidewalls (152, 154; 402) of a panel bonding tool (150; 200) via fastening features to engage a through-hole pattern of each of the respective first and second frame members and bend the first and second frame members to form a perimeter frame , wherein a longitudinal surface of each of the first and second frame members extends beyond a longitudinal surface of the respective sidewalls along a length of the respective sidewalls, and the longitudinal surface of each of the first and second frame members corresponds to a reflector profile of the reflector antenna; applying an adhesive (302; 420) to each of the first and second frame members of the perimeter frame; adhering a reflector skin (60; 418; 610; 614) to the perimeter frame via the adhesive to form a radial antenna panel of a plurality of radial antenna panels, the radial antenna panel having the reflector profile; and decoupling the radial antenna panel from the panel bonding tool upon curing of the adhesive. coupling a first frame member (56; 102; 404) and a second frame member (58; 102; 404) to respective sidewalls (152, 154; 402) of a panel bonding tool (150; 200) via fastening features to engage a through-hole pattern of each of the respective first and second frame members and bend the first and second frame members to form a perimeter frame , wherein a longitudinal surface of each of the first and second frame members extends beyond a longitudinal surface of the respective sidewalls along a length of the respective sidewalls, and the longitudinal surface of each of the first and second frame members corresponds to a reflector profile of the reflector antenna; applying an adhesive (302; 420) to each of the first and second frame members of the perimeter frame; adhering a reflector skin (60; 418; 610; 614) to the perimeter frame via the adhesive to form a radial antenna panel of a plurality of radial antenna panels, the radial antenna panel having the reflector profile; and decoupling the radial antenna panel from the panel bonding tool upon curing of the adhesive.