mhurhangee/patent-ind-claim-en huggingface dataset:
A device for assisting breathing, comprising: a compressor for providing a pressurized airflow; a fluidic diverter fluidly coupled to the compressor, the fluidic diverter comprising: an actuator comprising an inlet for receiving the pressurized airflow, a first outlet , and a second outlet , a flow path disposed on the actuator and fluidly coupled to the inlet and each of the first and second outlets; and a cover disposed on the actuator to enclose the flow path; wherein: the fluidic diverter converts the pressurized airflow into pulses of pressurized air diverted alternately into each of the first and second outlets; wherein the pulses of pressurized air exit the first and second outlets and enter a nasal passageway of a subject to assist breathing. a compressor for providing a pressurized airflow; a fluidic diverter fluidly coupled to the compressor, the fluidic diverter comprising: an actuator comprising an inlet for receiving the pressurized airflow, a first outlet , and a second outlet , a flow path disposed on the actuator and fluidly coupled to the inlet and each of the first and second outlets; and a cover disposed on the actuator to enclose the flow path; an actuator comprising an inlet for receiving the pressurized airflow, a first outlet , and a second outlet , a flow path disposed on the actuator and fluidly coupled to the inlet and each of the first and second outlets; and a cover disposed on the actuator to enclose the flow path; wherein: the fluidic diverter converts the pressurized airflow into pulses of pressurized air diverted alternately into each of the first and second outlets; wherein the pulses of pressurized air exit the first and second outlets and enter a nasal passageway of a subject to assist breathing.
A firearm comprising: - a lower housing , in which a selector and - a trigger unit are provided, the latter - having a hammer which is rotatably mounted about a hammer axis and can be biased by means of a hammer spring , - a trigger lever which is rotatably mounted about a trigger axis and has, preferably formed integrally therewith, a trigger , which, seen in a normal direction , is located below the trigger axis and, when the trigger unit is actuated, is moved in a direction opposite to a barrel direction , the trigger lever having a trigger rear which is designed to receive at least one disconnector , - a sear which is mounted rotatably about a sear axis and can be biased by means of a sear spring , wherein the hammer axis , the trigger axis and the sear axis are arranged parallel to one another and parallel to a transverse direction , wherein the selector releases or blocks the upward movement of the trigger rear by means of a rotatable control shaft depending on its angular position, characterised in that the trigger lever has a receiving opening and the sear is at least partially seated within the receiving opening, the sear axis and the trigger axis coincide, the sear has a bearing recess on its upper side for receiving and limited rotation about a disconnector axis of a disconnector pivot formed on the underside of the disconnector , and the bearing recess is designed to at least partially enclose the disconnector pivot in the direction of rotation about the disconnector axis . - a lower housing , in which a selector and - a trigger unit are provided, the latter - having a hammer which is rotatably mounted about a hammer axis and can be biased by means of a hammer spring , - a trigger lever which is rotatably mounted about a trigger axis and has, preferably formed integrally therewith, a trigger , which, seen in a normal direction , is located below the trigger axis and, when the trigger unit is actuated, is moved in a direction opposite to a barrel direction , the trigger lever having a trigger rear which is designed to receive at least one disconnector , - a sear which is mounted rotatably about a sear axis and can be biased by means of a sear spring , wherein the hammer axis , the trigger axis and the sear axis are arranged parallel to one another and parallel to a transverse direction , wherein the selector releases or blocks the upward movement of the trigger rear by means of a rotatable control shaft depending on its angular position, characterised in that the trigger lever has a receiving opening and the sear is at least partially seated within the receiving opening, the sear axis and the trigger axis coincide, the sear has a bearing recess on its upper side for receiving and limited rotation about a disconnector axis of a disconnector pivot formed on the underside of the disconnector , and the bearing recess is designed to at least partially enclose the disconnector pivot in the direction of rotation about the disconnector axis .
A system for uniformly distributing temperature across battery units , characterized in that the system comprises: a plurality of battery units ; a heat conducting liquid , enclosing the battery units and being capable of substantially circulating around the battery units and/or along a specified path among the battery units , wherein the heat conducting liquid contains magnetic materials; a closed housing , enclosing the battery units and the heat conducting liquid ; and a circulating module , installed inside the closed housing , for driving the heat conducting liquid to circulate around the battery units and/or along the specified path, wherein each battery unit is linked to each other in series or in parallel; and wherein when the circulating module drives the heat conducting liquid to circulate, temperature across the battery units is substantially uniformly distributed, and wherein the circulating module is a motor with a magnetic rotor or a device having a magnetic rotor driven by change of magnetic forces outside the closed housing . a plurality of battery units ; a heat conducting liquid , enclosing the battery units and being capable of substantially circulating around the battery units and/or along a specified path among the battery units , wherein the heat conducting liquid contains magnetic materials; a closed housing , enclosing the battery units and the heat conducting liquid ; and a circulating module , installed inside the closed housing , for driving the heat conducting liquid to circulate around the battery units and/or along the specified path, wherein each battery unit is linked to each other in series or in parallel; and wherein when the circulating module drives the heat conducting liquid to circulate, temperature across the battery units is substantially uniformly distributed, and wherein the circulating module is a motor with a magnetic rotor or a device having a magnetic rotor driven by change of magnetic forces outside the closed housing .
A urea production process comprising: a) concentrating urea solution in a first evaporator of an evaporation section, to give concentrated urea solution and a first vapor, b) further concentrating said concentrated urea solution from said first evaporator in a second evaporator of said evaporation section, to give a urea melt and second vapor, c) solidifying said urea melt in a finishing section giving solid urea product and off-gas, d) scrubbing said off-gas in a scrubber, e) condensing said first vapor in a first condenser to give a first condensate, f) condensing said second vapor in a second condenser to give a second condensate, g) supplying said first condensate to a wastewater treatment section, and h) separately supplying said second condensate to said scrubber, wherein said second condensate is used as scrub liquid in said scrubber, wherein said scrubber additionally uses an acid scrub liquid. a) concentrating urea solution in a first evaporator of an evaporation section, to give concentrated urea solution and a first vapor, b) further concentrating said concentrated urea solution from said first evaporator in a second evaporator of said evaporation section, to give a urea melt and second vapor, c) solidifying said urea melt in a finishing section giving solid urea product and off-gas, d) scrubbing said off-gas in a scrubber, e) condensing said first vapor in a first condenser to give a first condensate, f) condensing said second vapor in a second condenser to give a second condensate, g) supplying said first condensate to a wastewater treatment section, and h) separately supplying said second condensate to said scrubber, wherein said second condensate is used as scrub liquid in said scrubber, wherein said scrubber additionally uses an acid scrub liquid.
A method for introducing single or multiple copies of a gene of interest into a cell comprising providing: a) a Helitron transposase, wherein the transposase is a Helraiser transposase comprising an amino acid sequence as set out in SEQ ID NO: 1 or a sequence having at least 80% identity thereto; and b) a construct comprising a Helitron transposase LTS sequence; wherein the method does not comprise a process for modifying the germ line genetic identity of a human being and does not comprise a method for treatment by therapy of the human or animal body. a) a Helitron transposase, wherein the transposase is a Helraiser transposase comprising an amino acid sequence as set out in SEQ ID NO: 1 or a sequence having at least 80% identity thereto; and b) a construct comprising a Helitron transposase LTS sequence;
A laundry treating apparatus comprising: a cabinet ; a drum provided inside the cabinet and formed of a metal material for accommodating a treatment target; and an induction module spaced apart from an outer circumferential surface of the drum at a predetermined interval, inducing and heating the drum , wherein the induction module includes: a base housing 5100 for accommodating a coil ; and characterised in that the induction module additionally includes: a permanent magnet housing separably coupled with the base housing and provided with a holder in which a permanent magnet is accommodated; and a cover housing separably coupled with the permanent magnet housing , and the cover housing is separably coupled to the permanent magnet housing and therefore the permanent magnet is located between the permanent magnet housing and the cover housing . a cabinet ; a drum provided inside the cabinet and formed of a metal material for accommodating a treatment target; and an induction module spaced apart from an outer circumferential surface of the drum at a predetermined interval, inducing and heating the drum , wherein the induction module includes: a base housing 5100 for accommodating a coil ; and characterised in that the induction module additionally includes: a permanent magnet housing separably coupled with the base housing and provided with a holder in which a permanent magnet is accommodated; and a cover housing separably coupled with the permanent magnet housing , and the cover housing is separably coupled to the permanent magnet housing and therefore the permanent magnet is located between the permanent magnet housing and the cover housing . a permanent magnet housing separably coupled with the base housing and provided with a holder in which a permanent magnet is accommodated; and a cover housing separably coupled with the permanent magnet housing , and the cover housing is separably coupled to the permanent magnet housing and therefore the permanent magnet is located between the permanent magnet housing and the cover housing .
A system for treating a patient, the system comprising: a catheter ; at least one retention element slidably disposed within the catheter ; a liquid embolic material flowable through a lumen of the catheter ; and an elongate body connected to the at least one retention element , wherein the elongate body includes a detachable link , the detachable link being one of an electrolytically severable segment, a mechanical link, and a thermally severable segment, wherein the retention element is moveable between a compressed configuration characterized by a first diameter and an expanded configuration characterized by a second diameter larger than the first diameter, and the system is configured such that after the catheter is positioned so that the retention element is at or near its intended deployment site, and the catheter is then retracted to unsheath the retention element and the elongate body , the liquid embolic material is flowable through the catheter into a space defined by a distal end of the catheter and the retention element , and that after the liquid embolic material has hardened, the elongate body is severable such that the retention element and a distal portion of the elongate body remain in place and attached to the liquid embolic material so as to form, together with the liquid embolic material , an indwellingimplant, said system being characterized in that the elongate body being a shape memory wire. a catheter ; at least one retention element slidably disposed within the catheter ; a liquid embolic material flowable through a lumen of the catheter ; and an elongate body connected to the at least one retention element , wherein the elongate body includes a detachable link , the detachable link being one of an electrolytically severable segment, a mechanical link, and a thermally severable segment, wherein the retention element is moveable between a compressed configuration characterized by a first diameter and an expanded configuration characterized by a second diameter larger than the first diameter, and the system is configured such that after the catheter is positioned so that the retention element is at or near its intended deployment site, and the catheter is then retracted to unsheath the retention element and the elongate body , the liquid embolic material is flowable through the catheter into a space defined by a distal end of the catheter and the retention element , and that after the liquid embolic material has hardened, the elongate body is severable such that the retention element and a distal portion of the elongate body remain in place and attached to the liquid embolic material so as to form, together with the liquid embolic material , an indwellingimplant, said system being characterized in that the elongate body being a shape memory wire.
An insulating composite film , comprising: a film base made of at least one of polypropylene (PP), polycarbonate (PC), and polyethylene terephthalate (PET) materials, wherein the insulating composite film further comprises a coating layer formed by coating a thermosetting material, selected from epoxy resins, acrylate resins, urethane resins, and phenolic resins, on an upper surface of the film base , and characterized in that the film base has a structure of one or more layers, and wherein at least one layer of the film base contains a flame retardant, and the flame retardant is a halogen-containing flame retardant selected from a bromine-containing flame retardant or a chlorine-containing flame retardant, or is a halogen-free flame retardant selected from a phosphorus-containing flame retardant, a nitrogen-containing flame retardant, a sulfonate flame retardant, or a silicon-containing flame retardant. a film base made of at least one of polypropylene (PP), polycarbonate (PC), and polyethylene terephthalate (PET) materials, wherein the insulating composite film further comprises a coating layer formed by coating a thermosetting material, selected from epoxy resins, acrylate resins, urethane resins, and phenolic resins, on an upper surface of the film base , and characterized in that the film base has a structure of one or more layers, and wherein at least one layer of the film base contains a flame retardant, and the flame retardant is a halogen-containing flame retardant selected from a bromine-containing flame retardant or a chlorine-containing flame retardant, or is a halogen-free flame retardant selected from a phosphorus-containing flame retardant, a nitrogen-containing flame retardant, a sulfonate flame retardant, or a silicon-containing flame retardant.
An apparatus for improving the production efficiency of crystallizer bottleneck cooling, includ ing a cooling turntable , a plurality of cooling head assemblies , a cam plate of preform insertion , a cam plate of preform lifting and a cam plate of preform release , wherein a crystallization chain of the crystallizer is set along the outer periphery of the cooling turntable , and a protective sleeve is provided on the chain , and the preform is set in the protective sleeve with the preform neck exposed atout of the protective sleeve , wherein a plurality of cooling head assemblies are mounted on the cooling turntable with its axis as the center, and the cooling head assemblies are set at the top of the protective sleeve , wherein the cooling head assembly includes a n upper mounting plate and a lower mounting plate disposed vertically stacked, and a cooling shaft body , a guide shaft connected to the cooling turntable , wherein the guide rail shaft goes through in turn the upper mounting plate and the lower mounting plate , a spacer is set between the upper mounting plate and the lower mounting plate , wherein the cooling shaft body is fixed to the upper mounting plate , and the shaft head of the cooling shaft body is exposed through the lower mounting plate , wherein a n upper roller is set at least one side of the upper mounting plate parallel to the cooling turntable in the tangential direction, and a lower roller is set at the side of the lower mounting plate at the same side of the upper roller , wherein the cam plate of preform insertion , cam plate of preform lifting and cam plate of preform release are mounted in the rotating path of the cooling head assembly , the cam plate of preform insertion is set at the inlet where the crystallization chain goes into the cooling turntable , the cam plate of preform lifting is set at the outlet where the crystallization chain goes out around the turntable , and rotates in the direction of the cooling turntable rotation, with the inlet as the starting point, characterized in that the cam plate of preform release is set at downstream of the cam plate of preform lifting , and the cam plate of preform insertion lies above the upper roller , the cam plate of preform lifting lies below the lower roller , the cam plate of preform release ies between the upper roller and the lower roller .
A fishing spinning reel , comprising: a reel body ; a spool supported by the reel body for retaining a fishing line (S) wound therearound; a rotor having a fishing line guide portion for guiding the fishing line (S) to the spool ; and a line anti-drop portion attached to a front portion of the rotor , the line anti-drop portion being formed in an annular shape that prevents the fishing line (S) from entering inside, wherein the rotor is rotationally driven and the spool is reciprocated in a front-rear direction by a rotational operation of a handle provided on the reel body , and a drain hole is formed in the line anti-drop portion to discharge water entered inside of the rotor to the outside of the rotor , characterised by : a concave portion is formed in an inner bottom portion of the line anti-drop portion along a circumferential direction, and the drain hole is formed in the concave portion . a reel body ; a spool supported by the reel body for retaining a fishing line (S) wound therearound; a rotor having a fishing line guide portion for guiding the fishing line (S) to the spool ; and a line anti-drop portion attached to a front portion of the rotor , the line anti-drop portion being formed in an annular shape that prevents the fishing line (S) from entering inside, wherein the rotor is rotationally driven and the spool is reciprocated in a front-rear direction by a rotational operation of a handle provided on the reel body , and a drain hole is formed in the line anti-drop portion to discharge water entered inside of the rotor to the outside of the rotor , characterised by : a concave portion is formed in an inner bottom portion of the line anti-drop portion along a circumferential direction, and the drain hole is formed in the concave portion .
A method for operating a node , the node comprised in a network , said network further comprising a resource restricted device restricted in terms of power, the method comprising the steps of a) placing a presence ACK message in a buffer of the node , if said buffer does not contain a buffered message to be transmitted to the resource restricted device ; b) after step a), detecting a received message transmitted by the resource restricted device; c) transmitting the presence ACK message or the buffered message to the resource restricted device after detection of the received message; the method further comprising repeating steps a) to c) after the presence ACK message or the buffered message has been transmitted, so that the buffer always contains a message ready to be sent. the method comprising the steps of a) placing a presence ACK message in a buffer of the node , if said buffer does not contain a buffered message to be transmitted to the resource restricted device ; b) after step a), detecting a received message transmitted by the resource restricted device; c) transmitting the presence ACK message or the buffered message to the resource restricted device after detection of the received message; a) placing a presence ACK message in a buffer of the node , if said buffer does not contain a buffered message to be transmitted to the resource restricted device ; b) after step a), detecting a received message transmitted by the resource restricted device; c) transmitting the presence ACK message or the buffered message to the resource restricted device after detection of the received message; the method further comprising repeating steps a) to c) after the presence ACK message or the buffered message has been transmitted, so that the buffer always contains a message ready to be sent.