mhurhangee/patent-ind-claim-en huggingface dataset:
A resistor manufacturing method comprising: a step of adhering a thermally conductive resin film onto a surface of a resistive body , the thermally conductive resin film being an electrically-insulating thermal conductive layer that is in an uncured and solidified state; a step of bringing the thermally conductive resin film into a semi-cured state; and a step of bending electrode plates respectively disposed at both sides of the resistive body , further curing the thermally conductive resin film in a state where the electrode plates contact the thermally conductive resin film, and performing adhesion between the resistive body and the electrode plates via the thermally conductive resin film. a step of adhering a thermally conductive resin film onto a surface of a resistive body , the thermally conductive resin film being an electrically-insulating thermal conductive layer that is in an uncured and solidified state; a step of bringing the thermally conductive resin film into a semi-cured state; and a step of bending electrode plates respectively disposed at both sides of the resistive body , further curing the thermally conductive resin film in a state where the electrode plates contact the thermally conductive resin film, and performing adhesion between the resistive body and the electrode plates via the thermally conductive resin film.
A fluid extraction device , comprising: a housing having a fluid passage and a porous medium in said fluid passage , wherein said porous medium is capable of moving between a first position to open a space adjacent to said porous medium and a second position to close said space adjacent to said porous medium; and a pressure source in fluid communication with said fluid passage , wherein said pressure source is configured to: draw fluid into said fluid passage through said space adjacent to said porous medium , wherein upon said fluid being directed into said fluid passage , said porous medium is positioned in said first position; and discharge said fluid from said fluid passage through said porous medium , wherein upon said fluid being discharged from said fluid passage : (i) said porous medium is positioned in said second position, thereby closing said space adjacent to said porous medium , and (ii) said porous medium captures nucleic acids from said fluid. a housing having a fluid passage and a porous medium in said fluid passage , wherein said porous medium is capable of moving between a first position to open a space adjacent to said porous medium and a second position to close said space adjacent to said porous medium; and a pressure source in fluid communication with said fluid passage , wherein said pressure source is configured to: draw fluid into said fluid passage through said space adjacent to said porous medium , wherein upon said fluid being directed into said fluid passage , said porous medium is positioned in said first position; and discharge said fluid from said fluid passage through said porous medium , wherein upon said fluid being discharged from said fluid passage : (i) said porous medium is positioned in said second position, thereby closing said space adjacent to said porous medium , and (ii) said porous medium captures nucleic acids from said fluid. draw fluid into said fluid passage through said space adjacent to said porous medium , wherein upon said fluid being directed into said fluid passage , said porous medium is positioned in said first position; and discharge said fluid from said fluid passage through said porous medium , wherein upon said fluid being discharged from said fluid passage : (i) said porous medium is positioned in said second position, thereby closing said space adjacent to said porous medium , and (ii) said porous medium captures nucleic acids from said fluid. (i) said porous medium is positioned in said second position, thereby closing said space adjacent to said porous medium , and (ii) said porous medium captures nucleic acids from said fluid.
A method of detecting a call sequence anomaly in a system , the system comprising an anomaly detector , the anomaly detector comprising at least a monitor , the method comprising: receiving , at the monitor and from an operating system, OS, of the system, a message indicating an invocation of a programmatic procedure of the operating system, the message including a programmatic procedure identifier , a sender process identifier , and a receiver process identifier , wherein the invocation of the programmatic procedure is one invocation in a series of invocations of operating system programmatic procedures made from a process identified by the sender process identifier; generating , by the monitor , an invocation hash , wherein the invocation hash is a hash of at least the programmatic procedure identifier and the receiver process identifier of the received message ; translating , by the monitor , the invocation hash to an invocation identifier ; including , by the monitor , the invocation identifier in a translated call sequence that comprises invocation identifiers for the series of invocations; determining , by the monitor , whether the translated call sequence is included in a plurality of predetermined call sequences , each of the predetermined call sequences comprising corresponding invocation identifiers, wherein each of the corresponding invocation identifiers is mapped to invocation hashes ; and identifying, by the monitor , the translated call sequence as an anomaly if the translated call sequence is not included in the predetermined call sequences, otherwise, determining the translated call sequence is not an anomaly. receiving , at the monitor and from an operating system, OS, of the system, a message indicating an invocation of a programmatic procedure of the operating system, the message including a programmatic procedure identifier , a sender process identifier , and a receiver process identifier , wherein the invocation of the programmatic procedure is one invocation in a series of invocations of operating system programmatic procedures made from a process identified by the sender process identifier; generating , by the monitor , an invocation hash , wherein the invocation hash is a hash of at least the programmatic procedure identifier and the receiver process identifier of the received message ; translating , by the monitor , the invocation hash to an invocation identifier ; including , by the monitor , the invocation identifier in a translated call sequence that comprises invocation identifiers for the series of invocations; determining , by the monitor , whether the translated call sequence is included in a plurality of predetermined call sequences , each of the predetermined call sequences comprising corresponding invocation identifiers, wherein each of the corresponding invocation identifiers is mapped to invocation hashes ; and identifying, by the monitor , the translated call sequence as an anomaly if the translated call sequence is not included in the predetermined call sequences, otherwise, determining the translated call sequence is not an anomaly.
Gas discharge device for a vehicle powered by compressed gas, comprising: - a gas manifold having a hollow body and comprising: • at least one port configured to be in fluid communication with a compressed gas tank; and • an opening for discharging gas into the atmosphere; - a pipe configured to connect the port to a compressed gas tank; the pipe being freely translatable in the port to enable a first end of the pipe to move translationally along an axis (A) in the port . - a gas manifold having a hollow body and comprising: • at least one port configured to be in fluid communication with a compressed gas tank; and • an opening for discharging gas into the atmosphere; • at least one port configured to be in fluid communication with a compressed gas tank; and • an opening for discharging gas into the atmosphere; - a pipe configured to connect the port to a compressed gas tank;
Wiper blade for windscreen wiper modules for vehicles, having a wiper blade adapter , provided on a wiper blade upper side (2.1), detachably attachable by insertion in an assembly direction (A) into and subsequent catch engagement in a receptacle of a wiper arm , wherein at least one catch interacting with a mating catch is provided for catch engagement on the wiper blade adapter , and wherein spring means (21.2, 22, 24) for pretensioning of the wiper blade adapter received in the receptacle on the wiper arm side or of an adapter section (6.1) against the catch connection formed by the at least one catch and the corresponding mating catch , preferably in an axial direction of the assembly direction or in an axial direction (B) counter to the assembly direction (A) characterised in that a contact surface (15.1) for interaction with spring means (21.2, 22, 24) provided on the wiper arm is designed on the wiper blade adapter or on the adapter section (6.1), wherein the contact surface (15.1) is on the rear front face of a shank section of the wiper blade adapter (6.1) having a U-shaped cross section.
A prosthetic heart valve, comprising: a frame sized and shaped to fit in an orifice of a heart valve; a flexible diaphragm; said frame having a minimum external perimeter and a minimum cross section; characterized in that , said frame has a thin waist wherein said minimum external perimeter and said minimum cross section is around said thin waist ; said frame defines a simply connected flow channel; said flow channel does not include a stiff crosspiece; said flexible diaphragm , selectively blocks said flow channel, including an edge at least as large as the minimum external perimeter of the frame and a side of the diaphragm having a surface area greater than the minimum cross section of the frame ; said flexible diaphragm is connected to the frame along a length ranging between 1% and 50% of a length of the edge such that a portion of the diaphragm is held partially expanded along the length. a frame sized and shaped to fit in an orifice of a heart valve; a flexible diaphragm; said frame having a minimum external perimeter and a minimum cross section; characterized in that , said frame has a thin waist wherein said minimum external perimeter and said minimum cross section is around said thin waist ; said frame defines a simply connected flow channel; said flow channel does not include a stiff crosspiece; said flexible diaphragm , selectively blocks said flow channel, including an edge at least as large as the minimum external perimeter of the frame and a side of the diaphragm having a surface area greater than the minimum cross section of the frame ;
A method of processing an order request for an ophthalmic lens to be manufactured by a manufacturing device comprising: - an order request receiving step (S1) during which an order request comprising at least information related to an ophthalmic wearer's prescription is received by a first processing device, - an order request processing step (S2) during which the order request is processed by the first processing device on the basis of predetermined processing rules so as to obtain manufacturing parameters to be applied to the manufacturing device so as to manufacture the ophthalmic lens according to the information comprised in the order request, - a routing step (S3) during which the manufacturing parameters that are identified as requiring a further modification step are sent to and stored in a storing device and the other manufacturing parameters are sent to the manufacturing device, - a parameter modification step (S4) during which the manufacturing parameters that are stored in the storing device are processed by a second processing device on the basis of predetermined modifying rules so as to obtain modified manufacturing parameters to be applied to the manufacturing device so as to manufacture an ophthalmic lens according to the information comprised in the order request and modifying information, the modified manufacturing parameters are sent to the manufacturing device. - an order request receiving step (S1) during which an order request comprising at least information related to an ophthalmic wearer's prescription is received by a first processing device, - an order request processing step (S2) during which the order request is processed by the first processing device on the basis of predetermined processing rules so as to obtain manufacturing parameters to be applied to the manufacturing device so as to manufacture the ophthalmic lens according to the information comprised in the order request, - a routing step (S3) during which the manufacturing parameters that are identified as requiring a further modification step are sent to and stored in a storing device and the other manufacturing parameters are sent to the manufacturing device, - a parameter modification step (S4) during which the manufacturing parameters that are stored in the storing device are processed by a second processing device on the basis of predetermined modifying rules so as to obtain modified manufacturing parameters to be applied to the manufacturing device so as to manufacture an ophthalmic lens according to the information comprised in the order request and modifying information, the modified manufacturing parameters are sent to the manufacturing device.
An interfolding machine comprising: a first interfolding roller rotating around a first rotation axis ; a second interfolding roller rotating around a second rotation axis (11 A) parallel to the first rotation axis ; wherein the first interfolding roller and the second interfolding roller form an interfolding nip therebetween; a cutting arrangement adapted to divide continuous web material (N1; N2) into separate sheets; wherein the first interfolding roller and the second interfolding roller are adapted to interfold sheets delivered from the cutting arrangement . a first set of separation fingers associated with the first interfolding roller and arranged for reciprocatingly pivoting around a first pivoting axis parallel to the first rotation axis ; wherein the reciprocating pivoting movement of the first set of separation fingers is controlled by a first actuation mechanism comprising a first desmodromic cam ; a second set of separation fingers associated with the second interfolding roller and arranged for reciprocatingly pivoting around a second pivoting axis parallel to the second rotation axis ; wherein the reciprocating pivoting movement of the second set of separation fingers is controlled by a second actuation mechanism comprising a second desmodromic cam . a first interfolding roller rotating around a first rotation axis ; a second interfolding roller rotating around a second rotation axis (11 A) parallel to the first rotation axis ; wherein the first interfolding roller and the second interfolding roller form an interfolding nip therebetween; a cutting arrangement adapted to divide continuous web material (N1; N2) into separate sheets; wherein the first interfolding roller and the second interfolding roller are adapted to interfold sheets delivered from the cutting arrangement . a first set of separation fingers associated with the first interfolding roller and arranged for reciprocatingly pivoting around a first pivoting axis parallel to the first rotation axis ; wherein the reciprocating pivoting movement of the first set of separation fingers is controlled by a first actuation mechanism comprising a first desmodromic cam ; a second set of separation fingers associated with the second interfolding roller and arranged for reciprocatingly pivoting around a second pivoting axis parallel to the second rotation axis ; wherein the reciprocating pivoting movement of the second set of separation fingers is controlled by a second actuation mechanism comprising a second desmodromic cam .
A refrigerator comprising a food container , the food container comprising: a case defining an accommodation space therein, an inner surface of the case being provided with a stepped portion ; a divider assembly to partition the accommodation space as desired; and a cover provided to an upper portion of the case, wherein the divider assembly comprises: at least one wire divider to partition the accommodation space; a roller bracket provided with a plurality of rollers to allow movement of the roller bracket along the stepped portion; and a support bracket to connect the roller bracket to the wire divider, and characterised in that : the plurality of rollers comprises a first pair of rollers seated on and in contact with the stepped portion, and a second pair of rollers arranged to roll along an inner side wall of the case . a case defining an accommodation space therein, an inner surface of the case being provided with a stepped portion ; a divider assembly to partition the accommodation space as desired; and a cover provided to an upper portion of the case, wherein the divider assembly comprises: at least one wire divider to partition the accommodation space; a roller bracket provided with a plurality of rollers to allow movement of the roller bracket along the stepped portion; and a support bracket to connect the roller bracket to the wire divider, and characterised in that : the plurality of rollers comprises a first pair of rollers seated on and in contact with the stepped portion, and a second pair of rollers arranged to roll along an inner side wall of the case . at least one wire divider to partition the accommodation space; a roller bracket provided with a plurality of rollers to allow movement of the roller bracket along the stepped portion; and a support bracket to connect the roller bracket to the wire divider, and characterised in that : the plurality of rollers comprises a first pair of rollers seated on and in contact with the stepped portion, and a second pair of rollers arranged to roll along an inner side wall of the case .
A composition, which is a cylinder lubricating oil composition for a crosshead diesel engine, which composition has: - a sulfated ash content of 2.0-5.5 mass%; - a base number of 15-45 mgKOH/g, measured by the perchloric acid method according to JIS K2501; and - an autoignition temperature of ≥ 262°C, measured by the method disclosed in the description; the composition comprises - a lubricant base oil; (A) a Ca salicylate detergent having a metal ratio of ≤ 7, and/or a Ca phenate detergent having a metal ratio of ≤ 7; and, each based on the total mass of the composition, (B) 100-1000 mass ppm, in terms of Ca, of a Ca sulfonate detergent having a base number of 10 to < 60 mgKOH/g; (C) 200-2000 mass ppm, in terms of Ca, of a Ca phenate detergent having a base number of 55-200 mgKOH/g; (D) 0.10-5.0 mass% of at least one amine antioxidant and/or a sulfur-containing compound selected from alkylated diphenylamine, alkylated phenyl-α-naphthylamine, phenyl-α-naphthylamine, phenyl-β-naphthylamine, thiadiazole, disulfides, sulfurized fats, polysulfides, and sulfurized olefins; and (E) 100-700 mass ppm, in terms of Zn, of a zinc dithiophosphate or a zinc dithiocarbamate. - a sulfated ash content of 2.0-5.5 mass%; - a base number of 15-45 mgKOH/g, measured by the perchloric acid method according to JIS K2501; and - an autoignition temperature of ≥ 262°C, measured by the method disclosed in the description; - a lubricant base oil; (A) a Ca salicylate detergent having a metal ratio of ≤ 7, and/or a Ca phenate detergent having a metal ratio of ≤ 7; and, each based on the total mass of the composition, (B) 100-1000 mass ppm, in terms of Ca, of a Ca sulfonate detergent having a base number of 10 to < 60 mgKOH/g; (C) 200-2000 mass ppm, in terms of Ca, of a Ca phenate detergent having a base number of 55-200 mgKOH/g; (D) 0.10-5.0 mass% of at least one amine antioxidant and/or a sulfur-containing compound selected from alkylated diphenylamine, alkylated phenyl-α-naphthylamine, phenyl-α-naphthylamine, phenyl-β-naphthylamine, thiadiazole, disulfides, sulfurized fats, polysulfides, and sulfurized olefins; and (E) 100-700 mass ppm, in terms of Zn, of a zinc dithiophosphate or a zinc dithiocarbamate. (A) a Ca salicylate detergent having a metal ratio of ≤ 7, and/or a Ca phenate detergent having a metal ratio of ≤ 7; and, each based on the total mass of the composition, (B) 100-1000 mass ppm, in terms of Ca, of a Ca sulfonate detergent having a base number of 10 to < 60 mgKOH/g; (C) 200-2000 mass ppm, in terms of Ca, of a Ca phenate detergent having a base number of 55-200 mgKOH/g; (D) 0.10-5.0 mass% of at least one amine antioxidant and/or a sulfur-containing compound selected from alkylated diphenylamine, alkylated phenyl-α-naphthylamine, phenyl-α-naphthylamine, phenyl-β-naphthylamine, thiadiazole, disulfides, sulfurized fats, polysulfides, and sulfurized olefins; and (E) 100-700 mass ppm, in terms of Zn, of a zinc dithiophosphate or a zinc dithiocarbamate.
Linear permanent magnet motor , comprising: a stator unit comprising at least one coil , a mover comprising an array of permanent magnets , wherein the mover is arranged to move along a motion direction , the array of permanent magnets being spaced apart from the stator unit by an air gap in which electromagnetic fields created by the array of permanent magnets and by the at least one coil are configured to interact thereby generating traction, a position sensing device operable to determine a position of the mover relative to the stator unit , wherein the position sensing device comprises a sensing element operable to sense a magnetic field of the array of permanent magnets , the sensing element being fixed to the stator unit , characterised in that the sensing element is positioned such that the sensing element is within a magnetic leakage field of the array of permanent magnets as the mover passes along, preferably wherein the air gap is interposed between the array of permanent magnets and the at least one coil , preferably wherein the sensing element is a Hall effect sensor. a stator unit comprising at least one coil , a mover comprising an array of permanent magnets , wherein the mover is arranged to move along a motion direction , the array of permanent magnets being spaced apart from the stator unit by an air gap in which electromagnetic fields created by the array of permanent magnets and by the at least one coil are configured to interact thereby generating traction, a position sensing device operable to determine a position of the mover relative to the stator unit , wherein the position sensing device comprises a sensing element operable to sense a magnetic field of the array of permanent magnets , the sensing element being fixed to the stator unit , characterised in that the sensing element is positioned such that the sensing element is within a magnetic leakage field of the array of permanent magnets as the mover passes along, preferably wherein the air gap is interposed between the array of permanent magnets and the at least one coil , preferably wherein the sensing element is a Hall effect sensor.