mhurhangee/patent-ind-claim-en huggingface dataset:
Method for anaesthetizing animals prior to slaughter, through the anaesthetizing action of a gas or gas mixture , the method operating in "batch" mode in which living animals, preferably grouped together in one or more cages, are positioned in a processing airlock where the animals are brought into contact with the anaesthetizing gas or gas mixture, according to a cycle comprising several steps which are characterized by different anaesthetic-gas contents, characterized in that at least one of the steps is carried out using gas recovered from the airlock and stored in at least one temporary storage capacity ( , No1, No2, No3, etc.) of variable volume, said at least one variable-volume capacity being able to generate a reduced pressure enabling it to draw out the gas contained in the airlock and store the gas thus recovered temporarily so that it can be used in a subsequent anaesthetizing operation.
Method for producing a plastic container and filling it with a filling product, comprising the introduction of a preform into a blow mould and application of a blowing medium to the preform for the production of a plastic container , characterised in that before the introduction of the filling product into the already blow-moulded plastic container the interior space (I) of the plastic container received in the blow mould is evacuated to a negative pressure with an absolute pressure of 0.5 bar to 0.05 bar, and a filling product at a positive pressure or ambient pressure is introduced into the interior space (I) of the plastic container which is at a negative pressure, so that during the filling with the filling product no fluid is displaced by the filling product and accordingly no fluid flows out of the interior space of the plastic container .
An optical assembly comprising: a window including an interior surface and an opposed exterior surface , wherein a perimeter surface , including one or more side surfaces, connects between the interior surface and the exterior surface ; a metal layer bonded to the perimeter surface of the window ; an anti-reflective coating (ARC) bonded to the interior surface of the window and the exterior surface of the window , wherein the ARC covers a majority of the interior surface of the window and the exterior surface of the window , characterized in that the metal layer extends onto an outer periphery of the interior surface of the window and onto an outer periphery of the exterior surface of the window ; and a metallic member for enclosing a focal plane array (FPA) aligned with the window , the metallic member joined to the metal layer by forming a solder joint between a metallic portion of the metallic member and the metal layer on the perimeter surface of the window . a window including an interior surface and an opposed exterior surface , wherein a perimeter surface , including one or more side surfaces, connects between the interior surface and the exterior surface ; a metal layer bonded to the perimeter surface of the window ; an anti-reflective coating (ARC) bonded to the interior surface of the window and the exterior surface of the window , wherein the ARC covers a majority of the interior surface of the window and the exterior surface of the window , characterized in that the metal layer extends onto an outer periphery of the interior surface of the window and onto an outer periphery of the exterior surface of the window ; and a metallic member for enclosing a focal plane array (FPA) aligned with the window , the metallic member joined to the metal layer by forming a solder joint between a metallic portion of the metallic member and the metal layer on the perimeter surface of the window .
Tailgate lift for a vehicle comprising: - a loading platform (P), - a pair of support arms which connect said platform (P) to a chassis of said vehicle , - means for moving said platform (P), comprising a lifting actuator and a rotation actuator , which are configured to give said platform (P) a vertical translation movement, in which said platform (P) translates disposed horizontally, that is, parallel to the ground, and a rotation movement, respectively, - a transverse bar attached to said pair of support arms by means of support members , said tailgate is characterized in that one support arm of said pair of support arms and one of either said lifting actuator or said rotation actuator are connected to said chassis in correspondence with a right anchoring bracket , while the other support arm of said pair of support arms and the other of either said lifting actuator or said rotation actuator are connected to said chassis in correspondence with a left anchoring bracket , which is separate and independent from said right anchoring bracket , wherein said transverse bar structurally connects said pair of support arms , and in that it also comprises a compensation actuator configured to move said platform (P) between a horizontal position (E) in which the tailgate is on the ground and a position (I) of connection to the ground, in which said platform (P) is inclined by a determinate angle (α) with respect to the horizontal plane. - a loading platform (P), - a pair of support arms which connect said platform (P) to a chassis of said vehicle , - means for moving said platform (P), comprising a lifting actuator and a rotation actuator , which are configured to give said platform (P) a vertical translation movement, in which said platform (P) translates disposed horizontally, that is, parallel to the ground, and a rotation movement, respectively, - a transverse bar attached to said pair of support arms by means of support members ,
A method of call routing, comprising: an application server receiving a first session initiation protocol, SIP, INVITE message that contains a uniform resource identifier, URI, of a called party and that identifies that a bearer for a call to the called party is to be set-up at least in part over a circuit switching domain, wherein the first SIP INVITE message is sent by a user equipment ; the application server determining a digit string associated with the URI of the called party; and the application server sending a SIP response message having a SIP header that contains the digit string, the SIP header indicating a reason identifying the purpose for providing the digit string to the user equipment , wherein the reason comprises at least one of: internet protocol multimedia subsystem, IMS, centralized services, CS, origination, IMS CS termination, and voice call continuity, VCC, invocation. an application server receiving a first session initiation protocol, SIP, INVITE message that contains a uniform resource identifier, URI, of a called party and that identifies that a bearer for a call to the called party is to be set-up at least in part over a circuit switching domain, wherein the first SIP INVITE message is sent by a user equipment ; the application server determining a digit string associated with the URI of the called party; and the application server sending a SIP response message having a SIP header that contains the digit string, the SIP header indicating a reason identifying the purpose for providing the digit string to the user equipment , wherein the reason comprises at least one of: internet protocol multimedia subsystem, IMS, centralized services, CS, origination, IMS CS termination, and voice call continuity, VCC, invocation.
A food contact item comprising a support structure with at least one zone made of a composite material having a food contact surface susceptible to contact a foodstuff, said at least one zone comprising, respectively consisting of, at least one fiber reinforcing laminar element embedded within a polymer matrix , the latter consisting of at least one base layer made of a first polymeric thermosetting material, wherein said polymer matrix is transparent or translucent so as to allow an user to see the at least one fiber reinforcing element therethrough , the transparent polymer matrix being able to be passed through by light without being scattered; characterized in that said polymer matrix comprises a contact surface made of a food grade material to define said food contact surface of said at least one zone made of composite material; and further characterized in that said at least one base layer includes an outer surface , said first polymeric material being a transparent or translucent food grade epoxy resin, said outer surface of said at least one base layer defining said contact surface of said thermosetting polymer matrix . characterized in that said polymer matrix comprises a contact surface made of a food grade material to define said food contact surface of said at least one zone made of composite material; and further characterized in that said at least one base layer includes an outer surface , said first polymeric material being a transparent or translucent food grade epoxy resin, said outer surface of said at least one base layer defining said contact surface of said thermosetting polymer matrix .
An attachment mechanism for securing a framed solar module to a support structure, the attachment mechanism comprising: a support member extending along a mounting surface, the support member forming a portion of the support structure; a bracket coupled with the support member; a seat coupled with the bracket, the seat configured to support at least a portion of the framed solar module, the seat comprising a seat surface ; a clip having an opening configured to receive the seat surface and a flange of the framed solar module to secure the framed solar module between the seat surface and the clip , characterized in that the attachment mechanism further comprises a hinge configured to couple the seat with the bracket , wherein the seat is configured to rotate about the hinge within the bracket . a support member extending along a mounting surface, the support member forming a portion of the support structure; a bracket coupled with the support member; a seat coupled with the bracket, the seat configured to support at least a portion of the framed solar module, the seat comprising a seat surface ; a clip having an opening configured to receive the seat surface and a flange of the framed solar module to secure the framed solar module between the seat surface and the clip , characterized in that the attachment mechanism further comprises a hinge configured to couple the seat with the bracket , wherein the seat is configured to rotate about the hinge within the bracket .
A component for a gas turbine engine, the component having a cooled feature, the component comprising: a material having a thickness, the component further comprising a first side , and a second side ; the cooled feature having at least one first opening passing from the first side to the second side ; and the component comprising at least one second opening passing from the first side to the second side forming a cooling passage , the second opening having a smaller surface area than the first opening; wherein the cooling passage is curved to at least partially follow the periphery of the cooled feature without being in direct fluid communication with the first opening; characterized in that the component further comprises a refresher portion, wherein the refresher portion comprises: a refresher inlet having an opening on the first side of the component; a refresher outlet having an opening in the cooling passage ; a refresher passage in fluid communication with the cooling passage . a material having a thickness, the component further comprising a first side , and a second side ; the cooled feature having at least one first opening passing from the first side to the second side ; and the component comprising at least one second opening passing from the first side to the second side forming a cooling passage , the second opening having a smaller surface area than the first opening; wherein the cooling passage is curved to at least partially follow the periphery of the cooled feature without being in direct fluid communication with the first opening; characterized in that the component further comprises a refresher portion, wherein the refresher portion comprises: a refresher inlet having an opening on the first side of the component; a refresher outlet having an opening in the cooling passage ; a refresher passage in fluid communication with the cooling passage . a refresher inlet having an opening on the first side of the component; a refresher outlet having an opening in the cooling passage ; a refresher passage in fluid communication with the cooling passage .
A grooming device comprising: a. a handle comprising; i. a housing portion comprising a proximal end and a distal end ; ii. a displacement sensor positioned within the handle; iii. a power source positioned within the handle, the power source providing power to the displacement sensor; iv. a neck portion comprising a proximal end and a distal end , the distal end of the neck portion being connected to the proximal end of the housing portion; and v. an implement connecting structure positioned at the proximal end of the neck portion and comprising a connection element ; vi. an eject element moveable within the handle, and a location element , the location element being connected to the eject element; and b. a grooming implement connected to the connection element, wherein as the eject element moves to eject the grooming implement from the connection element the displacement sensor detects displacement of the location element. a. a handle comprising; i. a housing portion comprising a proximal end and a distal end ; ii. a displacement sensor positioned within the handle; iii. a power source positioned within the handle, the power source providing power to the displacement sensor; iv. a neck portion comprising a proximal end and a distal end , the distal end of the neck portion being connected to the proximal end of the housing portion; and v. an implement connecting structure positioned at the proximal end of the neck portion and comprising a connection element ; vi. an eject element moveable within the handle, and a location element , the location element being connected to the eject element; and i. a housing portion comprising a proximal end and a distal end ; ii. a displacement sensor positioned within the handle; iii. a power source positioned within the handle, the power source providing power to the displacement sensor; iv. a neck portion comprising a proximal end and a distal end , the distal end of the neck portion being connected to the proximal end of the housing portion; and v. an implement connecting structure positioned at the proximal end of the neck portion and comprising a connection element ; vi. an eject element moveable within the handle, and a location element , the location element being connected to the eject element; and b. a grooming implement connected to the connection element, wherein as the eject element moves to eject the grooming implement from the connection element the displacement sensor detects displacement of the location element.
An expandable net light for decorative illumination comprising: a net defined by a matrix configuration defined by columns extending in a first direction and rows extending in a second direction generally transverse to said first direction; a power connector operatively connected to said net for connecting to a power source; at least one light positioned along a surface of said matrix of said net wherein said at least one light is operatively connected to said power connector ; an electrical circuit extending along said matrix and defining portions thereof for providing power from said power connector to said at least one light , said circuit comprising a plurality of conductive connectors in a first predetermined configuration; a plurality of expandable and non-conductive connectors defining at least a portion of said matrix and being configured and positioned to provide elastic properties along a portion of said matrix wherein said net is expandable in at least one of said first and second directions, said at least one of said first and second directions being substantially parallel to said plurality of expandable and non-conductive connectors . a net defined by a matrix configuration defined by columns extending in a first direction and rows extending in a second direction generally transverse to said first direction; a power connector operatively connected to said net for connecting to a power source; at least one light positioned along a surface of said matrix of said net wherein said at least one light is operatively connected to said power connector ; an electrical circuit extending along said matrix and defining portions thereof for providing power from said power connector to said at least one light , said circuit comprising a plurality of conductive connectors in a first predetermined configuration; a plurality of expandable and non-conductive connectors defining at least a portion of said matrix and being configured and positioned to provide elastic properties along a portion of said matrix wherein said net is expandable in at least one of said first and second directions, said at least one of said first and second directions being substantially parallel to said plurality of expandable and non-conductive connectors .
A temperature sensor for measuring temperature comprising: - a fibre optic cable comprising an optical fibre ; - an interrogator unit configured to interrogate the optical fibre with electromagnetic radiation, detect any radiation that is Rayleigh backscattered within the optical fibre and determine a measurement signal indicative of temperature changes for at least one longitudinal sensing portion of the optical fibre; - a controllable thermal element arranged along at least part of the length of the fibre optic cable and in thermal communication with the optical fibre; - a controller configured to control said thermal element to generate a thermal variation; and - an analyser configured to analyse the measurement signal from at least one sensing portion, extract a thermal response signal corresponding to the thermal variation and compare the thermal response to a predetermined characteristic to determine the temperature of the fibre optic cable at said longitudinal sensing portion. - a fibre optic cable comprising an optical fibre ; - an interrogator unit configured to interrogate the optical fibre with electromagnetic radiation, detect any radiation that is Rayleigh backscattered within the optical fibre and determine a measurement signal indicative of temperature changes for at least one longitudinal sensing portion of the optical fibre; - a controllable thermal element arranged along at least part of the length of the fibre optic cable and in thermal communication with the optical fibre; - a controller configured to control said thermal element to generate a thermal variation; and - an analyser configured to analyse the measurement signal from at least one sensing portion, extract a thermal response signal corresponding to the thermal variation and compare the thermal response to a predetermined characteristic to determine the temperature of the fibre optic cable at said longitudinal sensing portion.
A method of forming, by bottom-up or top-down additive manufacturing, a three-dimensional object, comprising: (a) providing a cyanate ester dual cure resin; (b) forming a three-dimensional intermediate from said resin, where said intermediate has the shape of, or a shape to be imparted to, said three-dimensional object, and where said resin is solidified by exposure to light; (c) optionally washing the three-dimensional intermediate, and then (d) heating and/or microwave irradiating said three-dimensional intermediate sufficiently to further cure said resin and form said three-dimensional object; wherein said cyanate ester dual cure resin comprises: (i) a photoinitiator; (ii) monomers and/or prepolymers that are polymerizable by exposure to actinic radiation or light; (iii) optionally, a light absorbing pigment or dye; (iv) optionally, a metal catalyst; (v) optionally, a nucleophilic co-catalyst; (vi) at least one cyanate ester compound, and/or a prepolymer thereof ( e.g., a homoprepolymer and/or heteroprepolymer thereof), each said cyanate ester compound independently having a structure of Formula I: wherein m is 2, 3, 4, or 5, and R is an aromatic or aliphatic group; (vii) optionally a diluent; (viii) optionally a filler; and (ix) optionally, a co-monomer and/or a co-prepolymer. (a) providing a cyanate ester dual cure resin; (b) forming a three-dimensional intermediate from said resin, where said intermediate has the shape of, or a shape to be imparted to, said three-dimensional object, and where said resin is solidified by exposure to light; (c) optionally washing the three-dimensional intermediate, and then (d) heating and/or microwave irradiating said three-dimensional intermediate sufficiently to further cure said resin and form said three-dimensional object; wherein said cyanate ester dual cure resin comprises: (i) a photoinitiator; (ii) monomers and/or prepolymers that are polymerizable by exposure to actinic radiation or light; (iii) optionally, a light absorbing pigment or dye; (iv) optionally, a metal catalyst; (v) optionally, a nucleophilic co-catalyst; (vi) at least one cyanate ester compound, and/or a prepolymer thereof ( e.g., a homoprepolymer and/or heteroprepolymer thereof), each said cyanate ester compound independently having a structure of Formula I: wherein m is 2, 3, 4, or 5, and R is an aromatic or aliphatic group; (vii) optionally a diluent; (viii) optionally a filler; and (ix) optionally, a co-monomer and/or a co-prepolymer. (i) a photoinitiator; (ii) monomers and/or prepolymers that are polymerizable by exposure to actinic radiation or light; (iii) optionally, a light absorbing pigment or dye; (iv) optionally, a metal catalyst; (v) optionally, a nucleophilic co-catalyst; (vi) at least one cyanate ester compound, and/or a prepolymer thereof ( e.g., a homoprepolymer and/or heteroprepolymer thereof), each said cyanate ester compound independently having a structure of Formula I: wherein m is 2, 3, 4, or 5, and R is an aromatic or aliphatic group; (vii) optionally a diluent; (viii) optionally a filler; and (ix) optionally, a co-monomer and/or a co-prepolymer.
A method for the vitrification of arsenious oxide from an arsenic-containing material, comprising selecting an iron oxide-containing material containing at least 15% w/w iron oxide; mixing the arsenic-containing material with the iron oxide-containing material and glass into a mixture, and melting the mixture, yielding a resulting glass incorporating arsenic.
Method for manufacturing a printing bar unit for a printing system, the method comprising the steps of: - providing a support bar having a plurality of primary mounting positions ; - providing a plurality of exchangeable printheads , each printhead having a plurality of inkjet nozzles; and - releasably mounting the printheads to the support bar , characterized in that, preceding the step of releasably mounting the printheads to the support bar , a plurality of reference organs are connected at the primary mounting positions to the support bar and undergo an alignment finishing process for forming a plurality of secondary mounting positions , and reference end blocks are connected to free ends of the support bar and undergo an alignment finishing process for forming reference positioning faces destined to be placed at complementary bearing points of the printing system, and then in a subsequent step the printheads are releasably mounted to the secondary mounting positions on the reference organs . - providing a support bar having a plurality of primary mounting positions ; - providing a plurality of exchangeable printheads , each printhead having a plurality of inkjet nozzles; and - releasably mounting the printheads to the support bar ,