mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid control system configured to operate a hydraulic actuator coupled to a thrust-reversing element coupled to a nacelle of an engine assembly , the fluid control system comprising: a directional control unit including a directional control valve operable to selectively route fluid between a pressurized fluid source, the hydraulic actuator, and a fluid return reservoir ; one or more bypass fluid lines providing fluid communication between the actuator and the fluid return reservoir independent of the directional control valve; and a flow limiter residing between the pressurized fluid source and the directional control valve, the flow limiter configured to inhibit a pressure draw by the actuator from surpassing a predetermined threshold. a directional control unit including a directional control valve operable to selectively route fluid between a pressurized fluid source, the hydraulic actuator, and a fluid return reservoir ; one or more bypass fluid lines providing fluid communication between the actuator and the fluid return reservoir independent of the directional control valve; and a flow limiter residing between the pressurized fluid source and the directional control valve, the flow limiter configured to inhibit a pressure draw by the actuator from surpassing a predetermined threshold.
Heat pump for air-conditioning of a building part enclosed by walls , floors and ceilings, comprising a refrigerant, an inner unit intended for installation within the building part , and an outer unit intended for installation outside the building part , wherein the inner unit and the outer unit form a refrigerant circuit, wherein the inner unit is designed as at least one flexible pipe loop and/or as at least one tube system, characterized in that the refrigerant circuit is closed hermetically and non-releasably, in particular without any couplings, such that the inner unit is able to be introduced in a minimally invasive manner into the interior of the building part through an opening in the wall, in the floor or in the ceiling of the enclosed building part . a refrigerant, an inner unit intended for installation within the building part , and an outer unit intended for installation outside the building part , wherein the inner unit and the outer unit form a refrigerant circuit, wherein the inner unit is designed as at least one flexible pipe loop and/or as at least one tube system, wherein the inner unit and the outer unit form a refrigerant circuit, wherein the inner unit is designed as at least one flexible pipe loop and/or as at least one tube system,
A pneumatic motor assembly comprising: a pneumatic motor configured to receive gas, the gas received at the pneumatic motor being compressed gas, the gas circulating through the pneumatic motor to drive the pneumatic motor into rotation, the pneumatic motor further configured to output the gas subsequent the gas having driven the pneumatic motor ; a magnet assembly connected to the pneumatic motor , the pneumatic motor configured to rotate the magnet assembly ; and a cooling jacket surrounding the pneumatic motor and the magnet assembly , the cooling jacket having a partition , the cooling jacket being thermally connected to the magnet assembly , the cooling jacket configured to receive the gas output from the pneumatic motor , the gas received at the cooling jacket circulating through the cooling jacket , downwards between the magnet assembly and the partition and, subsequently, upwards between the partition and an outer wall of the cooling jacket , the gas expanding when circulating through at least one of the pneumatic motor and the cooling jacket , an expansion of the gas causing a reduction in temperature of the gas to obtain a cooled gas, the cooling jacket configured to transfer heat from the magnet assembly to the cooled gas circulating in the cooling jacket . a pneumatic motor configured to receive gas, the gas received at the pneumatic motor being compressed gas, the gas circulating through the pneumatic motor to drive the pneumatic motor into rotation, the pneumatic motor further configured to output the gas subsequent the gas having driven the pneumatic motor ; a magnet assembly connected to the pneumatic motor , the pneumatic motor configured to rotate the magnet assembly ; and a cooling jacket surrounding the pneumatic motor and the magnet assembly , the cooling jacket having a partition , the cooling jacket being thermally connected to the magnet assembly , the cooling jacket configured to receive the gas output from the pneumatic motor , the gas received at the cooling jacket circulating through the cooling jacket , downwards between the magnet assembly and the partition and, subsequently, upwards between the partition and an outer wall of the cooling jacket , the gas expanding when circulating through at least one of the pneumatic motor and the cooling jacket , an expansion of the gas causing a reduction in temperature of the gas to obtain a cooled gas, the cooling jacket configured to transfer heat from the magnet assembly to the cooled gas circulating in the cooling jacket .
Lipid nanoparticles (LNPs) for use in a method of treating or preventing a disease in a primate in need thereof, wherein the method comprises administering the LNPs to the primate, each of the LNPs comprising: i) a nucleic acid, or a pharmaceutically acceptable salt thereof, encapsulated within the LNP; ii) a cationic lipid; iii) a neutral lipid; iv) a steroid; and v) a polymer-conjugated lipid, wherein a mean particle diameter of the LNPs ranges from 40 nm to 68 nm as determined by quasi-elastic light scattering. i) a nucleic acid, or a pharmaceutically acceptable salt thereof, encapsulated within the LNP; ii) a cationic lipid; iii) a neutral lipid; iv) a steroid; and v) a polymer-conjugated lipid,
A water-based or solvent-based washing unit for washing a flexographic plate , wherein said unit comprises: - a chamber in which of said plate the washing occurs; - a main cylinder around which said plate is wound, said main cylinder being positioned in said chamber and rotating about a longitudinal axis ; - an assembly of washing brushes , each of which rotates about a rotation axis which is substantially parallel to said longitudinal axis ; - a water supply network for bringing washing liquid into said chamber ; - a liquid containment structure positioned in said chamber , wherein said structure comprises: - a lower basin arranged in a position below said main cylinder , said basin defining a discharge section of said liquid; characterized in that said structure further comprises: - at least a first side basin and at least a second side basin arranged on opposite sides with respect to a first vertical reference plane (R1) containing said longitudinal axis of rotation , each of said side basins being supplied with washing liquid through said water network , wherein with respect to the lower basin , said side basins are arranged so that following the filling thereof, said washing liquid directly or indirectly overflows, flowing into said lower basin , and wherein there is installed a washing brush at each of said basins of said structure so that the same brush is partially immersed in the liquid collected in the corresponding of said basins . - a chamber in which of said plate the washing occurs; - a main cylinder around which said plate is wound, said main cylinder being positioned in said chamber and rotating about a longitudinal axis ; - an assembly of washing brushes , each of which rotates about a rotation axis which is substantially parallel to said longitudinal axis ; - a water supply network for bringing washing liquid into said chamber ; - a liquid containment structure positioned in said chamber , wherein said structure comprises: - a lower basin arranged in a position below said main cylinder , said basin defining a discharge section of said liquid; - at least a first side basin and at least a second side basin arranged on opposite sides with respect to a first vertical reference plane (R1) containing said longitudinal axis of rotation , each of said side basins being supplied with washing liquid through said water network ,
A method for manufacturing an aluminum alloy section, comprising the following steps of: pre-treating an aluminum alloy section base material; anodizing the pre-treated aluminum alloy section base material to form an oxidation film on the surface of an aluminum alloy section; carrying out anodic electrophoresis treatment on the aluminum alloy section base material to form an electrophoresis paint film on the surface of the aluminum alloy section; curing and roasting the aluminum alloy section; and spraying fluorocarbon paint to the surface of the aluminum alloy section to form a fluorocarbon coating; characterized in that the step comprises the following steps of: spraying fluorocarbon primer to form a fluorocarbon primer coating; and spraying fluorocarbon finish to form a fluorocarbon finish coating; wherein the fluorocarbon primer coating contains acrylic resin, fluorocarbon resin and epoxy resin/polyester resin, in percentage by weight, 10-20% of acrylic resin, 35-50% of fluorocarbon resin and 16-30% of epoxy resin or polyester resin. pre-treating an aluminum alloy section base material; anodizing the pre-treated aluminum alloy section base material to form an oxidation film on the surface of an aluminum alloy section; carrying out anodic electrophoresis treatment on the aluminum alloy section base material to form an electrophoresis paint film on the surface of the aluminum alloy section; curing and roasting the aluminum alloy section; and spraying fluorocarbon paint to the surface of the aluminum alloy section to form a fluorocarbon coating; characterized in that the step comprises the following steps of: spraying fluorocarbon primer to form a fluorocarbon primer coating; and spraying fluorocarbon finish to form a fluorocarbon finish coating; wherein the fluorocarbon primer coating contains acrylic resin, fluorocarbon resin and epoxy resin/polyester resin, in percentage by weight, 10-20% of acrylic resin, 35-50% of fluorocarbon resin and 16-30% of epoxy resin or polyester resin. spraying fluorocarbon primer to form a fluorocarbon primer coating; and spraying fluorocarbon finish to form a fluorocarbon finish coating;
Device for pasteurising and filling medium into containers , the device comprising: - a short time heating system for pasteurising the medium, - a single buffer container downstream of the short time heating system for receiving the medium, - a rotary filling device downstream of the buffer container with at least one filler valve for filling the containers with the medium, characterised in that the filling device is in communication with the buffer container in a buffer-free manner and only pipes and/or one or more rotary distributors are present between the filling device and the buffer container . - a short time heating system for pasteurising the medium, - a single buffer container downstream of the short time heating system for receiving the medium, - a rotary filling device downstream of the buffer container with at least one filler valve for filling the containers with the medium,
A peptide consisting of amino acid sequence of SEQ ID NO: 1 for use in promoting anti-inflammatory activity.
A sealing system of a device for allowing the passage of a medium, in particular in the high pressure range, comprising a housing that has a bore hole , a component mounted within said housing such as to oscillate with a pressure chamber formed within the bore hole , which can be charged with the medium, whereby an additional seal is formed by the housing and a pressure disc surrounding the component , whereby the component , which can be oscillated in the bore hole , is formed as a valve needle and pressable against a valve seat in the housing , and in this pressed closed state the pressure chamber is formed between the housing with the bore hole , the component and a sealing element surrounding the component , whereby the additional seal is formed by two opposing sealing surfaces of the housing and of the pressure disc , characterised in that the additional seal is a metal seal and that an angle of inclination of the sealing surfaces differing from one another by a small angular amount , by means of which the formation of a circular sealing edge is brought about on the inside.
An oral appliance (10; 110; 210; 340; 410) for the treatment of sleep disorder breathing in a patient, the oral appliance (10; 110; 210; 340; 410) comprising; a U shaped appliance body with a front section and two arms , the appliance body including an inner wall and an outer wall ; a web interconnecting the inner wall and the outer wall so as to define an upper dental arch receiving channel ; an air inlet opening (50; 150) in the front section of the body for intake of air during inhalation; an air outlet member (56; 256) with an air outlet (68; 268); and an air flow passageway communicating the air inlet opening (50; 150) with the air outlet (68; 268); characterized in that the air outlet member (56; 256) configured in use to locate above the tongue with the air outlet (68; 268) configured for directing inhaled air between the tongue and the hard palate towards the posterior oral cavity. a U shaped appliance body with a front section and two arms , the appliance body including an inner wall and an outer wall ; a web interconnecting the inner wall and the outer wall so as to define an upper dental arch receiving channel ; an air inlet opening (50; 150) in the front section of the body for intake of air during inhalation; an air outlet member (56; 256) with an air outlet (68; 268); and an air flow passageway communicating the air inlet opening (50; 150) with the air outlet (68; 268);
A mobile station (204 2 ) configured to interact with a radio access network, RAN, node (202 2 ), the mobile station comprising: a processor (232 2 ); and, a memory (234 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is characterized by and operable to: receive , from the RAN node, an Extended Coverage (EC) Paging Request message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more EC Paging Request messages were available for transmission by the RAN node during a time interval but were not transmitted; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with one or more mobile stations addressed in the received EC Paging Request message, wherein the mobile station receives the EC Paging Request message upon waking up to read a nominal paging group of the mobile station per an Extended Discontinuous Receive Cycle, eDRX, cycle of the mobile station. a processor (232 2 ); and, a memory (234 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is characterized by and operable to: receive , from the RAN node, an Extended Coverage (EC) Paging Request message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more EC Paging Request messages were available for transmission by the RAN node during a time interval but were not transmitted; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with one or more mobile stations addressed in the received EC Paging Request message, wherein the mobile station receives the EC Paging Request message upon waking up to read a nominal paging group of the mobile station per an Extended Discontinuous Receive Cycle, eDRX, cycle of the mobile station. receive , from the RAN node, an Extended Coverage (EC) Paging Request message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more EC Paging Request messages were available for transmission by the RAN node during a time interval but were not transmitted; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with one or more mobile stations addressed in the received EC Paging Request message, wherein the mobile station receives the EC Paging Request message upon waking up to read a nominal paging group of the mobile station per an Extended Discontinuous Receive Cycle, eDRX, cycle of the mobile station.
A helmet comprising: a rigid shell configured to spatially divide a shell interior from a shell ambiance; an acoustic front-end comprising at least one loudspeaker disposed in the shell interior and at least one interior microphone that, when the helmet is worn by a user, is configured to pick up sound in the shell interior and has a sensitivity that is higher in the shell interior than in the shell ambience; a controllable transceiver operatively coupled to the acoustic front-end, the transceiver being configured to establish a speech link with a counterpart transceiver via at least one wireless communication channel; and a controller configured to receive an emergency indication signal and to control the transceiver to automatically establish via the at least one wireless communication channel a speech link between the acoustic front-end and the counterpart transceiver when the emergency indication signal is received, characterized in that the acoustic front-end further comprises at least one exterior microphone having a sensitivity that is higher in the shell ambience than in the shell interior. a rigid shell configured to spatially divide a shell interior from a shell ambiance; an acoustic front-end comprising at least one loudspeaker disposed in the shell interior and at least one interior microphone that, when the helmet is worn by a user, is configured to pick up sound in the shell interior and has a sensitivity that is higher in the shell interior than in the shell ambience; a controllable transceiver operatively coupled to the acoustic front-end, the transceiver being configured to establish a speech link with a counterpart transceiver via at least one wireless communication channel; and a controller configured to receive an emergency indication signal and to control the transceiver to automatically establish via the at least one wireless communication channel a speech link between the acoustic front-end and the counterpart transceiver when the emergency indication signal is received, characterized in that the acoustic front-end further comprises at least one exterior microphone having a sensitivity that is higher in the shell ambience than in the shell interior.
A device for measuring a position of a toe tip of a walking user, the device comprising: a data acquisition unit configured to acquire, from a depth sensor disposed so as to capture an image of a walking path set in advance and a space above the walking path and outputting image data having a depth of each pixel added thereto, image data for a state in which there is no user on the walking path as reference data and image data for a state in which a user is walking on the walking path as walking data; a specific pixel extraction unit configured to find a difference between the walking data and the reference data, to identify the leg of the user located closer to the depth sensor from the difference that has been found and a depth included in the difference, and furthermore to extract, from pixels constituting the identified leg, a pixel of a toe tip part on the basis of the depth; and a position calculation unit configured to calculate three-dimensional coordinates of the pixel from coordinates of the extracted pixel in the image data and the depth of the extracted pixel, and to take the calculated three-dimensional coordinates as the position of the toe tip of the user. a data acquisition unit configured to acquire, from a depth sensor disposed so as to capture an image of a walking path set in advance and a space above the walking path and outputting image data having a depth of each pixel added thereto, image data for a state in which there is no user on the walking path as reference data and image data for a state in which a user is walking on the walking path as walking data; a specific pixel extraction unit configured to find a difference between the walking data and the reference data, to identify the leg of the user located closer to the depth sensor from the difference that has been found and a depth included in the difference, and furthermore to extract, from pixels constituting the identified leg, a pixel of a toe tip part on the basis of the depth; and a position calculation unit configured to calculate three-dimensional coordinates of the pixel from coordinates of the extracted pixel in the image data and the depth of the extracted pixel, and to take the calculated three-dimensional coordinates as the position of the toe tip of the user.
A conotoxin peptide κ-CPTx-btl04 for use in the treatment of a cardiovascular disease by inhibiting a calcium ion channel, wherein the conotoxin peptide κ-CPTx-btl04 is : (a) a polypeptide having the amino acid sequence shown in SEQ ID NO: 1; or (b) a polypeptide derived from polypeptide (a) by substitution, addition and deletion of one or more amino acids in the amino acid sequence of SEQ ID NO: 1 of polypeptide (a) and having the function of polypeptide (a); wherein the amino acids to be substituted, added or deleted do not include cysteine; wherein the amino acid sequences of polypeptides (a) and (b) contain two pairs of disulfide bonds. (a) a polypeptide having the amino acid sequence shown in SEQ ID NO: 1; or (b) a polypeptide derived from polypeptide (a) by substitution, addition and deletion of one or more amino acids in the amino acid sequence of SEQ ID NO: 1 of polypeptide (a) and having the function of polypeptide (a); wherein the amino acids to be substituted, added or deleted do not include cysteine;
A surge protection device comprising • a first connection (A1) and a second connection (A2), wherein at least one first discharge path (P1) and one second discharge path (P2) are arranged between the first and the second connection, wherein the first discharge path (P1) comprises a spark gap (FS) and the second discharge path comprises a triggerable switch (S) and a thermistor (T) connected in series, • a control unit (C), which induces the triggerable switch (S) to switch on based on the state and/or the course of the state of the first discharge path (P1) as a result of a discharge event, characterised in that the control unit (C) identifies that the triggering of the second discharge path (P2) should be induced on the basis of heating profiles and/or frequency components. • a first connection (A1) and a second connection (A2), wherein at least one first discharge path (P1) and one second discharge path (P2) are arranged between the first and the second connection, wherein the first discharge path (P1) comprises a spark gap (FS) and the second discharge path comprises a triggerable switch (S) and a thermistor (T) connected in series, • a control unit (C), which induces the triggerable switch (S) to switch on based on the state and/or the course of the state of the first discharge path (P1) as a result of a discharge event,