mhurhangee/patent-ind-claim-en huggingface dataset:
A high velocity spray method for treating the surface of a component (C) of a rotating machine in order to improve the wear resistance of the component (C), the method comprising the steps of: heating a first portion of an inert gas up to a spray temperature (T 3 ); preparing a powder of a ductile material having a composition including Co at a mass percentage comprised between 15% and 70%; preparing a mixture of said powder material and a second portion of inert gas; mixing said first portion of the inert gas and said mixture in a spray gun in order to create a spray jet ; and directing said spray jet towards said surface in order to deposit a coating (S) of said material; characterized in further steps of: preceding said step of heating by a pre-heating step in which said first portion of inert gas is pre-heated up to a pre-heating temperature (T 1 ) lower than said spray temperature (T 3 ) and comprised between 400 °C and 500 °C; and performing said step of heating in a final heater of the spray gun up to a temperature comprised between 550 °C and 800 °C. heating a first portion of an inert gas up to a spray temperature (T 3 ); preparing a powder of a ductile material having a composition including Co at a mass percentage comprised between 15% and 70%; preparing a mixture of said powder material and a second portion of inert gas; mixing said first portion of the inert gas and said mixture in a spray gun in order to create a spray jet ; and directing said spray jet towards said surface in order to deposit a coating (S) of said material; characterized in further steps of: preceding said step of heating by a pre-heating step in which said first portion of inert gas is pre-heated up to a pre-heating temperature (T 1 ) lower than said spray temperature (T 3 ) and comprised between 400 °C and 500 °C; and performing said step of heating in a final heater of the spray gun up to a temperature comprised between 550 °C and 800 °C. preceding said step of heating by a pre-heating step in which said first portion of inert gas is pre-heated up to a pre-heating temperature (T 1 ) lower than said spray temperature (T 3 ) and comprised between 400 °C and 500 °C; and performing said step of heating in a final heater of the spray gun up to a temperature comprised between 550 °C and 800 °C.
A machine for filling capsules or similar containers with a product comprising a rotating transfer turret arranged to transfer said capsules through adjacent operating stations and provided with seats for housing capsule bodies and capsule caps of said capsules , and at least one dosing station arranged to fill said capsule bodies with a product (P) drawn from a reservoir and comprising of a dosing turret rotating around a rotation axis (X) and moving along said axis (X) between a lowered position (A) and a raised position (B), at least one first dosing unit associated with said dosing turret , said dosing unit comprising an hollow dosing cylinder having an opening at a lower end and a piston movable within the dosing cylinder at least between a first internal position (D), in which the piston forms inside said dosing cylinder a dosing chamber , between the piston and said opening , for drawing a dose (P1) of product (P) from said reservoir and retaining it, and an ejection position (E) for ejecting said dose (P1) of product (P) out of said dosing cylinder and releasing it into the body of the capsule , characterised by including a first electrical linear actuator associated to said turret and connected to said first dosing unit and configured to move the piston between said first internal position (D) and said ejection position (E).
A surgical closure apparatus for facilitating closure of a wound, comprising: an outer member dimensioned for positioning within a wound opening and defining a central longitudinal axis ("K"), the outer member having a first longitudinal passage , defining an axis which is radially spaced relative to the central longitudinal axis ("K"), and a second longitudinal passage ; a needle assembly including a needle drive at least partially disposed within the first longitudinal passage of the outer member and a suture needle mounted to the needle drive, wherein the suture needle is curved and defines a needlepoint , and a suture configured for at least partially closing the wound opening within the tissue, the suture coupled to the suture needle and at least partially extending through the second longitudinal passage of the outer member, said surgical closure apparatus being characterized in that the suture needle is adapted for rotational movement around the axis of the first longitudinal passage between an unarmed condition and an armed condition through manipulation of the needle drive, wherein at least the needlepoint of the suture needle is disposed radial inwardly and outwardly relative to the outer member when the suture needle is in the unarmed condition and the armed condition respectively, the suture needle being positioned for passage through the tissue adjacent the wound openings when in the armed condition. an outer member dimensioned for positioning within a wound opening and defining a central longitudinal axis ("K"), the outer member having a first longitudinal passage , defining an axis which is radially spaced relative to the central longitudinal axis ("K"), and a second longitudinal passage ; a needle assembly including a needle drive at least partially disposed within the first longitudinal passage of the outer member and a suture needle mounted to the needle drive, wherein the suture needle is curved and defines a needlepoint , and a suture configured for at least partially closing the wound opening within the tissue, the suture coupled to the suture needle and at least partially extending through the second longitudinal passage of the outer member, said surgical closure apparatus being characterized in that the suture needle is adapted for rotational movement around the axis of the first longitudinal passage between an unarmed condition and an armed condition through manipulation of the needle drive, wherein at least the needlepoint of the suture needle is disposed radial inwardly and outwardly relative to the outer member when the suture needle is in the unarmed condition and the armed condition respectively, the suture needle being positioned for passage through the tissue adjacent the wound openings when in the armed condition.
A manufacturing method of a coil component comprising the steps of: preparing a coil assembly body , in which a coil is attached on a magnetic core , and a mold body , which is formed with a cavity portion in the inside thereof and which includes at least one opening portion , putting a viscous admixture including magnetic powders and thermosetting resin and the coil assembly body in the cavity portion , pushing the put-in viscous admixture in the mold body , and thermally-curing the pushed-in viscous admixture and forming a magnetic exterior body which covers the coil assembly body , characterised in that in the step of pushing, a rotating press body is used. preparing a coil assembly body , in which a coil is attached on a magnetic core , and a mold body , which is formed with a cavity portion in the inside thereof and which includes at least one opening portion , putting a viscous admixture including magnetic powders and thermosetting resin and the coil assembly body in the cavity portion , pushing the put-in viscous admixture in the mold body , and thermally-curing the pushed-in viscous admixture and forming a magnetic exterior body which covers the coil assembly body , characterised in that in the step of pushing, a rotating press body is used.
An isobaric process for the separation of Radon from a mixture of raw gases comprising mainly Carbon dioxide, wherein the process comprises: adsorption of Radon from the mixture of raw gases on an active carbon substrate produced from coconut shell - having mean granulometry of 3.5 mm, 450-550 kg/m 3 density, 1000-1200 m 2 /g superficial area - at a temperature of -10°C to 30°C so as to provide a purified mixture of gases; heating, or heating and washing the substrate with an inert washing fluid to desorb or detach Radon from the substrate at a temperature of 120°C to 180°C ; and cooling the substrate prior to subsequent adsorption, wherein both adsorption and desorption of Radon are conducted at, substantially, atmospheric pressure. adsorption of Radon from the mixture of raw gases on an active carbon substrate produced from coconut shell - having mean granulometry of 3.5 mm, 450-550 kg/m 3 density, 1000-1200 m 2 /g superficial area - at a temperature of -10°C to 30°C so as to provide a purified mixture of gases; heating, or heating and washing the substrate with an inert washing fluid to desorb or detach Radon from the substrate at a temperature of 120°C to 180°C ; and cooling the substrate prior to subsequent adsorption, wherein both adsorption and desorption of Radon are conducted at, substantially, atmospheric pressure.
An apparatus for selectively destroying dividing cells in tissue to be treated beneath the skin, the dividing cells having polarizable or polar intracellular members, the apparatus comprising: a first insulated electrode having a first conductor, wherein the first electrode includes a first dielectric member that is in contact with the first conductor, the first dielectric member being for placement against the skin to form a capacitor; a second insulated electrode having a second conductor, wherein the second electrode includes a second dielectric member that is in contact with the second conductor, the second dielectric member being for placement against the skin to form a capacitor; and an electric field source for applying an alternating electric potential across the first and second conductors, wherein passage of the electric field through the dividing cells in late anaphase or telophase transforms the electric field into a non-homogenous electric field that produces an increased density electric field in a region of a cleavage furrow of the dividing cells, wherein the electric field source comprises a generator that generates an alternating voltage waveform at frequencies between 50KHz to 500KHz, whereby the non-homogeneous electric field produced within the dividing cells is of sufficient intensity to move the polarizable intracellular members toward the cleavage; characterised in that : the voltage waveform generated by the generator is adapted to provide an electric field intensity in the tissue to be treated of between 0.1 V/cm to 10.0 V/cm. a first insulated electrode having a first conductor, wherein the first electrode includes a first dielectric member that is in contact with the first conductor, the first dielectric member being for placement against the skin to form a capacitor; a second insulated electrode having a second conductor, wherein the second electrode includes a second dielectric member that is in contact with the second conductor, the second dielectric member being for placement against the skin to form a capacitor; and an electric field source for applying an alternating electric potential across the first and second conductors, wherein passage of the electric field through the dividing cells in late anaphase or telophase transforms the electric field into a non-homogenous electric field that produces an increased density electric field in a region of a cleavage furrow of the dividing cells, wherein the electric field source comprises a generator that generates an alternating voltage waveform at frequencies between 50KHz to 500KHz, whereby the non-homogeneous electric field produced within the dividing cells is of sufficient intensity to move the polarizable intracellular members toward the cleavage; characterised in that : the voltage waveform generated by the generator is adapted to provide an electric field intensity in the tissue to be treated of between 0.1 V/cm to 10.0 V/cm.
An aircraft seat , comprising a seating including a cushion carried by a frame as well as feet (12-17) carrying this frame , this frame comprising at least two beams (29-32) housing two opposite edges of the cushion , the cushion being carried by several straps extending from one beam (29-32) to the other, wherein at least one strap includes a damping portion , this damping portion comprising a folded part in which two consecutive regions of the same face of this strap being housed while being secured to each other via seams , so that these seams break when the strap undergoes high tensile stresses (T1, T2) and wherein at least one strap forms a loop surrounding two beams (29-32).
A closure in combination with a container neck, the closure comprising a cap , and a retaining ring for retaining the closure on the container neck, a tether is provided between the cap and the retaining ring, one end of the tether is fixedly connected to the cap and the other end is fixedly connected to the retaining ring , wherein the tether is connected to the cap by a root and extends from the root in a clockwise, cap screwing-on direction, and characterised in that the ring is rotatable but exerts a compression force on the container neck and the retaining ring is therefore retarded as it rotates together with the cap , whereby in use when the cap is screwed onto the neck the ring rotates less than the cap and causes the tether to buckle.
An expandable tubular system, comprising: an expandable tubular ; an expansion swage for expanding the expandable tubular , wherein the expansion swage is deformable from a compliant configuration to a smaller substantially non-compliant configuration; and a restriction member (30; 825; 1025) comprising a ring disposed on an exterior surface of the expandable tubular prior to expansion of the expandable tubular, characterised in that expansion of the expandable tubular in the location of the restriction member (30; 825; 1025) plastically deforms the expansion swage from the compliant configuration to the smaller substantially non-compliant configuration. an expandable tubular ; an expansion swage for expanding the expandable tubular , wherein the expansion swage is deformable from a compliant configuration to a smaller substantially non-compliant configuration; and a restriction member (30; 825; 1025) comprising a ring disposed on an exterior surface of the expandable tubular prior to expansion of the expandable tubular, characterised in that expansion of the expandable tubular in the location of the restriction member (30; 825; 1025) plastically deforms the expansion swage from the compliant configuration to the smaller substantially non-compliant configuration.
An information processing apparatus comprising: a storage control unit configured to control a storage unit to store a device unique key and a combination of a device unique ID and an installation key, the device unique key being a key unique to an electronic device , and the device unique ID being an ID unique to the electronic device, and the installation key being a key for installing a license to the electronic device; a license management unit configured to update information regarding a status of the license in response to: a determination that storage data, included in license return information, comprising a combination of the device unique ID and installation key information coincides with a combination stored in the storage unit, and a determination that a hash value of the storage data included in the license return information coincides with a hash value of the storage data calculated by the license management unit using the device unique key; the license return information being generated by the electronic device; wherein the installation key information includes at least one of: the installation key and an installation key management ID corresponding to the installation key. a storage control unit configured to control a storage unit to store a device unique key and a combination of a device unique ID and an installation key, the device unique key being a key unique to an electronic device , and the device unique ID being an ID unique to the electronic device, and the installation key being a key for installing a license to the electronic device; a license management unit configured to update information regarding a status of the license in response to: a determination that storage data, included in license return information, comprising a combination of the device unique ID and installation key information coincides with a combination stored in the storage unit, and a determination that a hash value of the storage data included in the license return information coincides with a hash value of the storage data calculated by the license management unit using the device unique key; a determination that storage data, included in license return information, comprising a combination of the device unique ID and installation key information coincides with a combination stored in the storage unit, and a determination that a hash value of the storage data included in the license return information coincides with a hash value of the storage data calculated by the license management unit using the device unique key; the license return information being generated by the electronic device; wherein the installation key information includes at least one of: the installation key and an installation key management ID corresponding to the installation key.
A method for producing a modified conjugated diene-based polymer, comprising a step of allowing an organometallic compound to react with a conjugated diene-based polymer having a unit based on a conjugated diene compound-containing monomer, and a unit based on a modifying agent that has a silicon atom, tin atom, germanium atom or phosphorus atom, wherein the organometallic compound is at least one selected from the group consisting of an organic alkali metal compound and an organic alkaline earth metal compound.
Inductor, comprising - an excitation coil with excitation coil windings (E 1 to E n ) defining an excitation coil axis , - at least one shielding coil (5; 5, 12) with shielding coil windings (S 1 to S m ) defining a respective shielding coil axis (11; 11, 14), wherein -- the at least one shielding coil (5; 5, 12) surrounds the excitation coil , -- the excitation coil is arranged in a shielding coil interior of the at least one shielding coil (5; 5, 12), wherein the shielding coil interior is limited by the shielding coil windings, and wherein the excitation coil axis and the respective shielding coil axis (11; 11, 14) define an angle δ, wherein applies: 60° < δ < 120°, preferably 75° < δ < 105°, and preferably 85° < δ < 95°, characterized in that the shielding coil windings of the at least one shielding coil (5; 5, 12) extend through an excitation coil interior of the excitation coil , wherein the excitation coil interior is limited by the excitation coil windings. - an excitation coil with excitation coil windings (E 1 to E n ) defining an excitation coil axis , - at least one shielding coil (5; 5, 12) with shielding coil windings (S 1 to S m ) defining a respective shielding coil axis (11; 11, 14), wherein -- the at least one shielding coil (5; 5, 12) surrounds the excitation coil , -- the excitation coil is arranged in a shielding coil interior of the at least one shielding coil (5; 5, 12), wherein the shielding coil interior is limited by the shielding coil windings, and wherein the excitation coil axis and the respective shielding coil axis (11; 11, 14) define an angle δ, wherein applies: 60° < δ < 120°, preferably 75° < δ < 105°, and preferably 85° < δ < 95°, characterized in that the shielding coil windings of the at least one shielding coil (5; 5, 12) extend through an excitation coil interior of the excitation coil , wherein the excitation coil interior is limited by the excitation coil windings. -- the at least one shielding coil (5; 5, 12) surrounds the excitation coil , -- the excitation coil is arranged in a shielding coil interior of the at least one shielding coil (5; 5, 12), characterized in that the shielding coil windings of the at least one shielding coil (5; 5, 12) extend through an excitation coil interior of the excitation coil , wherein the excitation coil interior is limited by the excitation coil windings.
A waveguide display system , comprising: a waveguide having a first surface and a second surface , the waveguide including an incoupling diffractive optical element, DOE and an outcoupling DOE ; a first light beam transmitted toward the incoupling DOE of the waveguide; a first reflective optical element , configured to receive the first light beam passing through the incoupling DOE of the waveguide, the first reflective optical element configured to reflect a collimated second light beam toward the incoupling DOE of the waveguide; wherein the waveguide display system is configured to: prevent propagation of the first light beam to the outcoupling DOE in the waveguide through total internal reflection, TIR; and cause the collimated second light beam to propagate to the outcoupling DOE in the waveguide through TIR. a waveguide having a first surface and a second surface , the waveguide including an incoupling diffractive optical element, DOE and an outcoupling DOE ; a first light beam transmitted toward the incoupling DOE of the waveguide; a first reflective optical element , configured to receive the first light beam passing through the incoupling DOE of the waveguide, the first reflective optical element configured to reflect a collimated second light beam toward the incoupling DOE of the waveguide; wherein the waveguide display system is configured to: prevent propagation of the first light beam to the outcoupling DOE in the waveguide through total internal reflection, TIR; and cause the collimated second light beam to propagate to the outcoupling DOE in the waveguide through TIR. prevent propagation of the first light beam to the outcoupling DOE in the waveguide through total internal reflection, TIR; and cause the collimated second light beam to propagate to the outcoupling DOE in the waveguide through TIR.