mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sterilizing a blow molding machine by filling a preform with a liquid sterilizer (P) of O.OlmL to 10mL before the preform enters a heating part , heating the preform in the heating part , wherein in the heating part the preform containing the liquid sterilizer (P) is held by a holding member and heated to activate the liquid sterilizer (P) in the preform , the holding member is sterilized by the activated sterilizer, the liquid sterilizer (P) remains in the preform to diffuse the liquid sterilizer (P), and blasting blow air into the preform in a blow molding die, wherein an extension rod is made to protrude into the preform , blow air is blasted into the preform from a valve block to expand the preform into a container and at the same time diffuse the remaining liquid sterilizer (P) in the container , the extension rod then retracts, and the sterilizer remaining in the container is guided to the retracted extension rod through the valve block along with the blow air.
A controller add-on comprising: a housing , wherein the housing is configured to mechanically couple to a body of a game controller , wherein a conformable surface of the housing is configured to conform with a bottom of the body of the game controller; a plurality of buttons coupled to the housing wherein the plurality of buttons are located opposite the conformable surface; and a controller interface coupled to the housing wherein the controller interface is configured to communicatively couple the plurality of buttons to the game controller, wherein the controller interface is further configured to tilt from a first position to make a physical and mechanical connection with the body of the game controller to a second position wherein the conformable surface contacts to the bottom of the body of game controller. a housing , wherein the housing is configured to mechanically couple to a body of a game controller , wherein a conformable surface of the housing is configured to conform with a bottom of the body of the game controller; a plurality of buttons coupled to the housing wherein the plurality of buttons are located opposite the conformable surface; and a controller interface coupled to the housing wherein the controller interface is configured to communicatively couple the plurality of buttons to the game controller, wherein the controller interface is further configured to tilt from a first position to make a physical and mechanical connection with the body of the game controller to a second position wherein the conformable surface contacts to the bottom of the body of game controller.
Instrument for bone resection, comprising supporting and positioning means for the correct alignment of said instrument with respect to the bone to be cut, a cutting guide , connected to said supporting and positioning means , said cutting guide comprising a support attachable to a bone to be cut, said cutting guide comprising a gauge block having a cutting surface and removably connected to said support said gauge block being configured to be connected to said support by quick connection means , characterised in that said quick connection means comprise a quick-release device comprising a spring-loaded button equipped with a press foot which is configured to act on a tab ; said tab projecting from an anterior surface of the gauge block and configured to abut against an anterior surface of said support , wherein the action of the press foot on said tab causes the immediate release of said gauge block from said support .
A method for reducing porosity in a composite structure , the method comprising: applying a first layer of composite material over a surface , wherein surface is one or more of a wing, a fuselage, a spacecraft; applying a venting layer over the first layer of composite material , wherein the venting layer is formed by fibers arranged in the form of a woven fabric and includes at least one of positioning fabric , fiberglass layer , Buckypaper , a nanomaterial layer , a nylon layer, and a polyester fiber layer; and applying a second layer of composite material over the venting layer in which the first layer of composite material , the venting layer, and the second layer of composite material form a composite layup for the composite structure , wherein the venting layer provides a number of pathways for allowing a number of fluids to escape out of the composite layup during curing of the composite layup , and wherein edges of the venting layer extend past first edges of the first layer of composite material and second edges of the second layer of composite material and wherein a pathway in the number of pathways extends from one edge of the edges of the venting layer to another edge of the edges of the venting layer to allow the number of fluids to escape out of the composite layup during curing of the composite layup . applying a first layer of composite material over a surface , wherein surface is one or more of a wing, a fuselage, a spacecraft; applying a venting layer over the first layer of composite material , wherein the venting layer is formed by fibers arranged in the form of a woven fabric and includes at least one of positioning fabric , fiberglass layer , Buckypaper , a nanomaterial layer , a nylon layer, and a polyester fiber layer; and applying a second layer of composite material over the venting layer in which the first layer of composite material , the venting layer, and the second layer of composite material form a composite layup for the composite structure , wherein the venting layer provides a number of pathways for allowing a number of fluids to escape out of the composite layup during curing of the composite layup , and wherein edges of the venting layer extend past first edges of the first layer of composite material and second edges of the second layer of composite material and wherein a pathway in the number of pathways extends from one edge of the edges of the venting layer to another edge of the edges of the venting layer to allow the number of fluids to escape out of the composite layup during curing of the composite layup .
A gas separation module, comprising: a plurality of hollow fibers , held within a generally cylindrical casing having a longitudinal axis, the fibers being made of a polymeric material capable of separating a gas into components, the fibers being held by a pair of tubesheets , and a core tube extending along the longitudinal axis of the casing, the core tube is constructed with telescoping sections, wherein the tubesheets are affixed to the core tube, wherein the tubesheets are held at a constant distance from each other, and wherein the tubesheets are positioned such that there is slack in the fibers, said gas separation module being characterized in that the core tube defines two distinct channels for gas flow, wherein gas in one of said channels does not mix with gas in another of said channels . a plurality of hollow fibers , held within a generally cylindrical casing having a longitudinal axis, the fibers being made of a polymeric material capable of separating a gas into components, the fibers being held by a pair of tubesheets , and a core tube extending along the longitudinal axis of the casing, the core tube is constructed with telescoping sections, wherein the tubesheets are affixed to the core tube, wherein the tubesheets are held at a constant distance from each other, and wherein the tubesheets are positioned such that there is slack in the fibers, said gas separation module being characterized in that the core tube defines two distinct channels for gas flow, wherein gas in one of said channels does not mix with gas in another of said channels .
A hopper structure for treating granular material, comprising an inner sidewall section arranged, in use, as an upper tubular sidewall, a tapered lower section having a delivery mouth and an elongated insert body (8, 9, 10; 80, 90, 100; 105 and 122), wherein said insert comprises an upper portion and a lower portion (11, 12, 13; 111, 121), wherein said lower portion is arranged at said lower tapered portion of the hopper and having its conicity facing away from said upper portion, wherein said elongated insert body is hollow and wherein the lower portion of said insert is upside-down conical part, i.e. has its vertex facing towards the lower delivery mouth of the hopper, and the upper portion of said insert is conical, said insert having an intermediate cylindrical portion, wherein the lower, intermediate and upper portions are fluid-tight connected to one another, said upper portion and intermediate portion axially extending from the base of the lower portion up to at least one half of the upper tubular section at an angle λ≥ 0 with respect to a vertical line, said lower truncated cone portion (11, 12, 13; 111 e 121) of insert (8, 9, 10; 80, 90, 100; 105 e 122) being foraminated, wherein said tapered lower section of said hopper comprises at least one sidewall with a tapering angle (α 7 ); characterized in that : said lower portion (11, 12, 13; 111; 121) has a tapering angle (α 1 , α 2 , α 3 , β) lower than a tapering angle (α 7 ) of tapered lower section of the hopper; and in that said upper portion of said insert is connectable in fluid communication with a hot and dried source of air; wherein the hopper structure is configured such that, when in use, the air coming from the source of air flows along the insert, through the foraminated lower truncated cone portion (11, 12, 13; 111; 121), into the gap between the insert and the internal surface of the hopper, and rises to the hopper top. said lower portion (11, 12, 13; 111; 121) has a tapering angle (α 1 , α 2 , α 3 , β) lower than a tapering angle (α 7 ) of tapered lower section of the hopper; and in that said upper portion of said insert is connectable in fluid communication with a hot and dried source of air; wherein the hopper structure is configured such that, when in use, the air coming from the source of air flows along the insert, through the foraminated lower truncated cone portion (11, 12, 13; 111; 121), into the gap between the insert and the internal surface of the hopper, and rises to the hopper top.
A switch control method for a rail transit signal system, the method being configured for performing maintenance operation on a switch via a local switch control apparatus when a switch control command of the signal system fails or the signal system confirms agreement with local switch control, wherein the method specifically comprises: Step 1: a request stage: when preparing for switch maintenance operation, after a wayside safety confirmation person, a switch maintenance person, and an operator confirm the maintenance operation, pressing, by the wayside safety confirmation person, a local control request button on a switch confirmation control panel; Step 2: a confirmation stage: when the signal system works normally, receiving, by the signal system, a local control request signal; and when the signal system has established a movement authority for a train to pass through the switch, ensuring that the train returns to be outside the switch zone after collecting the status, sending a switching confirmation signal when the signal system confirms that there is no train occupying or passing through the switch, and immediately turning on a switching agreement indication lamp when a switching apparatus receives the switching confirmation signal from the signal system; and Step 3: an execution stage: when the switch maintenance person confirms that the "switching agreement indication lamp" positioned on a local switch control panel is turned on, executing operation of a "changeover switch", and immediately turning on a "local control mode indication lamp", such that a switching process of the local switch control is completed, and the switch maintenance person may start the switch maintenance operation. Step 1: a request stage: when preparing for switch maintenance operation, after a wayside safety confirmation person, a switch maintenance person, and an operator confirm the maintenance operation, pressing, by the wayside safety confirmation person, a local control request button on a switch confirmation control panel; Step 2: a confirmation stage: when the signal system works normally, receiving, by the signal system, a local control request signal; and when the signal system has established a movement authority for a train to pass through the switch, ensuring that the train returns to be outside the switch zone after collecting the status, sending a switching confirmation signal when the signal system confirms that there is no train occupying or passing through the switch, and immediately turning on a switching agreement indication lamp when a switching apparatus receives the switching confirmation signal from the signal system; and Step 3: an execution stage: when the switch maintenance person confirms that the "switching agreement indication lamp" positioned on a local switch control panel is turned on, executing operation of a "changeover switch", and immediately turning on a "local control mode indication lamp", such that a switching process of the local switch control is completed, and the switch maintenance person may start the switch maintenance operation.
Electric contact zone for small installation spaces, for electrical contacting, preferably for electrical touch contacting, having a retention member , an electric contact spring and an electric counter-contact device for electrically contacting the contact spring , wherein an electric contact face of the counter-contact device is positioned on the contact spring obliquely with respect to a deformation direction (V) of the contact spring , characterised in that for use of the contact spring , the contact spring for delimiting a mechanical tension (σ) of the contact spring is constructed in such a manner that the contact spring can be brought into abutment with itself (I) and the retention member (II), wherein the contact spring is substantially exclusively resiliently deformable. a retention member , an electric contact spring and an electric counter-contact device for electrically contacting the contact spring , wherein an electric contact face of the counter-contact device is positioned on the contact spring obliquely with respect to a deformation direction (V) of the contact spring , characterised in that for use of the contact spring , the contact spring for delimiting a mechanical tension (σ) of the contact spring is constructed in such a manner that the contact spring can be brought into abutment with itself (I) and the retention member (II), wherein the contact spring is substantially exclusively resiliently deformable.
A method of wireless communication at a user equipment, UE , the method comprising: determining that a current data transmission to a network entity is complete; and transmitting , to the network entity and based on the determination, an indication to terminate a discontinuous reception, DRX, active time assigned to the UE . determining that a current data transmission to a network entity is complete; and transmitting , to the network entity and based on the determination, an indication to terminate a discontinuous reception, DRX, active time assigned to the UE .
A system for connecting equipment to a mounting surface of a sea vessel , such as a ship or submarine or any other marine vessel, said system comprising: - a skidding frame comprising a frame body , said frame body comprising an upper and a lower surface , - a mounting footprint secured to said mounting surface and adapted to releasably engage said lower surface of said skidding frame , and - one or more equipment modules for containing equipment, wherein said one or more equipment modules are adapted to be attached to said upper surface of said skidding frame , whereby said equipment modules are indirectly connected to said mounting surface via said skidding frame , said equipment modules are releasably attached to the upper surface of said skidding frame through securing means , said mounting footprint comprises a number of anchoring points and said skidding frame comprises a number of engaging anchoring point, characterised in that said anchoring points comprises said securing means . - a skidding frame comprising a frame body , said frame body comprising an upper and a lower surface , - a mounting footprint secured to said mounting surface and adapted to releasably engage said lower surface of said skidding frame , and - one or more equipment modules for containing equipment, wherein said one or more equipment modules are adapted to be attached to said upper surface of said skidding frame , whereby said equipment modules are indirectly connected to said mounting surface via said skidding frame , said equipment modules are releasably attached to the upper surface of said skidding frame through securing means , said mounting footprint comprises a number of anchoring points and said skidding frame comprises a number of engaging anchoring point, characterised in that said anchoring points comprises said securing means .
A blockchain system, comprising a distribution center , a non-consensus subsystem , and a plurality of consensus subsystems , wherein the non-consensus subsystem comprises a plurality of non-consensus nodes, and each of the consensus subsystems comprises a plurality of consensus nodes; a non-consensus node of the plurality of non-consensus nodes sends a transaction request to the distribution center ; the distribution center receives the transaction request from the non-consensus subsystem, determines a consensus subsystem corresponding to the transaction request based on transaction data comprised in the transaction request, and forwards the transaction request to the determined consensus subsystem ; and the consensus subsystem receives the transaction request forwarded by the distribution center , and sends the transaction request to all consensus nodes in the consensus subsystem for consensus validation; if the validation is successful, generates a corresponding block according to the transaction request and stores the block into a consortium blockchain corresponding to the consensus subsystem .
A method of cleaning a media travel pathway of a media transport device, comprising: accessing at least a first section of a media travel pathway of the media transport device that includes a plurality of media conveyors that comprise belts , rollers or both, via a portal, wherein the portal is not accessible during normal operation of the device; inserting at least a portion of a cleaning substrate in the first section through the portal, wherein the cleaning substrate includes a cleaning face and a plurality of scarifying holes , each of which is positioned to align with one or more of the media conveyors; and moving the cleaning substrate within the media transport device and causing, by the moving, the scarifying holes to contact and clean a plurality of the media conveyors within the first section of the media transport device. accessing at least a first section of a media travel pathway of the media transport device that includes a plurality of media conveyors that comprise belts , rollers or both, via a portal, wherein the portal is not accessible during normal operation of the device; inserting at least a portion of a cleaning substrate in the first section through the portal, wherein the cleaning substrate includes a cleaning face and a plurality of scarifying holes , each of which is positioned to align with one or more of the media conveyors; and moving the cleaning substrate within the media transport device and causing, by the moving, the scarifying holes to contact and clean a plurality of the media conveyors within the first section of the media transport device.
A garment steaming device comprising a steam generator having a heater , an ironing surface against which a fabric of a garment is locatable, and an intermediate section configured to have a thermal transmittance and disposed between the steam generator and the ironing surface to transfer heat from the steam generator to the ironing surface so that the ironing surface is indirectly heated by the steam generator via the intermediate section; characterised in that : the intermediate section comprises a first intermediate layer made of a heat conductive metal material and the thermal transmittance, during use, controls the heat transfer from the steam generator to the ironing surface to maintain the temperature of the ironing surface between 90°C and 155°C.
A method of treating a seed with a systemic pesticide comprising contacting the seed with electrostatic carrier particles of median diameter up to 120μm and comprising at least one of natural waxes, synthetic waxes and mineral waxes having a melting point of ≥40°C and incorporating the systemic pesticide such that the pesticide is within and on the surface of the carrier particle wherein the weight of electrostatic carrier particles containing systemic pesticide per seed is from 0.0001 mg to 4mg, and wherein the particles contain ≥10% pesticide by weight whereby the systemic pesticide is taken up by the seed.
An absorbent article comprising: a topsheet; a backsheet joined to the topsheet; and an absorbent core positioned intermediate the topsheet and the backsheet, the absorbent core comprising a core absorbent material; wherein the core absorbent material comprises superabsorbent polymers with a bio-based content from 5% to 100% using ASTM D6866-10, method B; and wherein the absorbent article comprises a polyolefin content of at least 90% by weight, based on a total weight of the absorbent article excluding the core absorbent material; wherein the topsheet and/or the backsheet comprises a bio-based polyolefin with a biobased content from 5% to 100% using ASTM D6866-10, method B; and wherein the bio-based polyolefins have a purity of less than 2 weight % impurities associated with the bio-sourcing process. a topsheet; a backsheet joined to the topsheet; and an absorbent core positioned intermediate the topsheet and the backsheet, the absorbent core comprising a core absorbent material; wherein the core absorbent material comprises superabsorbent polymers with a bio-based content from 5% to 100% using ASTM D6866-10, method B; and wherein the absorbent article comprises a polyolefin content of at least 90% by weight, based on a total weight of the absorbent article excluding the core absorbent material; wherein the topsheet and/or the backsheet comprises a bio-based polyolefin with a biobased content from 5% to 100% using ASTM D6866-10, method B; and wherein the bio-based polyolefins have a purity of less than 2 weight % impurities associated with the bio-sourcing process.