mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: a display module , wherein the display module comprises a first substrate , a second substrate , a wiring structure , and a polarizer , the first substrate and the second substrate are stacked, the first substrate and the second substrate are glass plates, the wiring structure is disposed on a surface of the second substrate facing the first substrate , a first light-passing hole is disposed on the wiring structure , and the polarizer is disposed on a surface of the first substrate facing away from the second substrate ; and a camera module , wherein the camera module comprises a camera body and a light shielding layer , a light inlet hole is disposed on the camera body , the second substrate is located between the first substrate and the camera body , the light shielding layer is disposed on a side of the polarizer that is away from the first substrate , and a second light-passing hole is disposed on the light shielding layer ; wherein the first light-passing hole, the second light-passing hole, and the light inlet hole are arranged in an optical axis direction of the camera module , and both an orthographic projection of the first light-passing hole on a plane perpendicular to the optical axis direction and an orthographic projection of the second light-passing hole on the plane perpendicular to the optical axis direction are within a range of an orthographic projection of the light inlet hole on the plane perpendicular to the optical axis direction. a display module , wherein the display module comprises a first substrate , a second substrate , a wiring structure , and a polarizer , the first substrate and the second substrate are stacked, the first substrate and the second substrate are glass plates, the wiring structure is disposed on a surface of the second substrate facing the first substrate , a first light-passing hole is disposed on the wiring structure , and the polarizer is disposed on a surface of the first substrate facing away from the second substrate ; and a camera module , wherein the camera module comprises a camera body and a light shielding layer , a light inlet hole is disposed on the camera body , the second substrate is located between the first substrate and the camera body , the light shielding layer is disposed on a side of the polarizer that is away from the first substrate , and a second light-passing hole is disposed on the light shielding layer ; wherein the first light-passing hole, the second light-passing hole, and the light inlet hole are arranged in an optical axis direction of the camera module , and both an orthographic projection of the first light-passing hole on a plane perpendicular to the optical axis direction and an orthographic projection of the second light-passing hole on the plane perpendicular to the optical axis direction are within a range of an orthographic projection of the light inlet hole on the plane perpendicular to the optical axis direction.
An extracorporeal circulation device including a blood removal line through which blood withdrawn from inside of a body of a subject passes, a centrifugal pump that is connected downstream of the blood removal line and carries out blood sending by rotational motion, an oxygenator connected downstream relative to the centrifugal pump, a blood sending line that is downstream relative to the oxygenator and returns blood to the inside of the body, and a flow rate sensor that detects a blood flow rate in the blood sending line, the extracorporeal circulation device comprising: an intermediate part pressure sensor that is a pressure sensor that detects pressure in a circuit between the centrifugal pump and the oxygenator; and a discharge pressure identifying unit that is configured to identify discharge pressure specific to the centrifugal pump based on rotation speed of the centrifugal pump and the blood flow rate detected in the flow rate sensor, characterized by a blood removal pressure calculating unit that is configured to substract the discharge pressure identified in the discharge pressure identifying unit from the pressure measured by the intermediate part pressure sensor to estimate pressure in the blood removal line. an intermediate part pressure sensor that is a pressure sensor that detects pressure in a circuit between the centrifugal pump and the oxygenator; and a discharge pressure identifying unit that is configured to identify discharge pressure specific to the centrifugal pump based on rotation speed of the centrifugal pump and the blood flow rate detected in the flow rate sensor, characterized by a blood removal pressure calculating unit that is configured to substract the discharge pressure identified in the discharge pressure identifying unit from the pressure measured by the intermediate part pressure sensor to estimate pressure in the blood removal line.
A method for dislodging coffee berry borer from a coffee berry, the method comprising administering a composition on or in the vicinity of the coffee berry, the composition comprising: a polymeric or wax substrate selected from the group consisting of a wax emulsion, microspheres, a latex solution, hot melt glue, a resin, and plastic flakes; verbenone in an amount sufficient to dislodge the coffee berry borer from the coffee berry intermixed within the substrate; and the composition remains on or in the vicinity of the coffee berry for at least six months thereby being present during the entire life cycle of the coffee berry borer and being present to interfere with the adult-stage of the coffee berry borer. a polymeric or wax substrate selected from the group consisting of a wax emulsion, microspheres, a latex solution, hot melt glue, a resin, and plastic flakes; verbenone in an amount sufficient to dislodge the coffee berry borer from the coffee berry intermixed within the substrate; and
An air diffuser device for ventilating rooms and to be installed in a ventilation duct opening in a wall or ceiling of a room, said air diffuser device comprising a baffle element having a central region and a peripheral region with a peripheral edge (12; 13) for deviating at least a part of a ventilation air flow entering said room through said ventilation duct opening in a flow direction with an air flow component parallel to said wall or ceiling, wherein said baffle element comprises a plurality of slits or grooves each extending from the central region of said baffle element to the peripheral region of said baffle element , characterized in that the contour of said baffle element along a radial direction from the central region to the peripheral region of said baffle element has a point of inflexion defining a change in curvature from a radially internal curvature region to a radially external oppositely curved curvature region of said baffle element.
An aqueous laundry liquid detergent comprising alkyl ether sulphate surfactant and alkyl ethoxylate surfactant, wherein either at least 10% wt. of the alkyl ether sulphate surfactant is C16 or C18 alkyl, or at least 10% wt. of the alkyl ethoxylate surfactant is C16 or C18 alkyl, from 0.01 to 3% wt. of the composition a preservative selected from benzoic acid and salts thereof, alkylesters of p-hydroxybenzoic acid and salts thereof and wherein the composition has a pH of from 5.0 to 7.0 and the composition comprises from 10 to 40% wt surfactant.
Fixing device for attaching a band to a watch case by means of a connecting link , the watch case comprising a case middle , at least one pair of lugs and a case back , the connecting link comprising a passage accepting fixing means of attachment to the watch case , the fixing means being incorporated into the connecting link , characterized in that the fixing means comprise elastic return means comprising a casing equipped with deformable elastic arms in the link , the elastic arms separating two pivots mounted with the ability to move inside the passage , along the longitudinal axis of the passage, and each capable of moving between a compressed position and a rest position in which the pivots are designed to rest in a hole formed in each lug of the watch case .
Current-limiting fuse comprising - an electrically insulating housing with walls surrounding an interior space , with a first opening and with a second opening opposite to said first opening, and - an integrally formed electrical conductor element extending from a first terminal area outside said housing, across said first opening, across said interior space, across said second opening and to a second terminal area outside said housing, wherein said conductor element comprises a melting section of reduced cross-section, said melting section being located in said interior space and being configured to melt, when a predefined maximum allowable electrical current in the conductor element is exceeded, and wherein a first sealing section of the conductor element seals said first opening and wherein a second sealing section of the conductor element seals said second opening characterized in that said second sealing section of the conductor element has a protrusion projecting towards said interior space , which protrusion is supported on a contour section of said second opening . - an electrically insulating housing with walls surrounding an interior space , with a first opening and with a second opening opposite to said first opening, and - an integrally formed electrical conductor element extending from a first terminal area outside said housing, across said first opening, across said interior space, across said second opening and to a second terminal area outside said housing, wherein said conductor element comprises a melting section of reduced cross-section, said melting section being located in said interior space and being configured to melt, when a predefined maximum allowable electrical current in the conductor element is exceeded, and wherein a first sealing section of the conductor element seals said first opening and wherein a second sealing section of the conductor element seals said second opening characterized in that said second sealing section of the conductor element has a protrusion projecting towards said interior space , which protrusion is supported on a contour section of said second opening .
A targeting molecule comprising: a. at least one first domain comprising a c-reactive protein (CRP) or a fragment thereof retaining microbe binding activity; b. at least one second domain comprising an Fc region of an immunoglobulin; and c. a linker conjugating the first and second domains, wherein the C-terminus of the first domain is conjugated to the N-terminus of the second domain. a. at least one first domain comprising a c-reactive protein (CRP) or a fragment thereof retaining microbe binding activity; b. at least one second domain comprising an Fc region of an immunoglobulin; and c. a linker conjugating the first and second domains,
An electronic device comprising a substrate , at least one semiconductor wire element formed by a nitride of a group III material and an electroconductive layer interposed between the substrate and said at least one semiconductor wire element , said at least one semiconductor wire element extending from said electroconductive layer , wherein said at least one semiconductor wire element is a three-dimensional structure of elongated shape whose longitudinal dimension is greater than at least five times the transverse dimension or dimensions, characterized in that the electroconductive layer comprises a carbide of zirconium or a carbide of hafnium.
An occlusive peristaltic pump, wherein at least one pressure element generating an occlusion force, which is arranged to apply the occlusion force to a hollow conductor at an occlusion point during operation of the occlusive peristaltic pump , is linearly guided within a linear guiding in the effective direction of the occlusion force, wherein the at least one pressure element is linearly guided in an operating connection with a first cover element and a second cover element of a base producing the linear guiding , wherein the at least one pressure element is linearly guided in the linear guiding in a guiding direction of the pressure element and comprises a spring , which is arranged directly behind a pressure member held in the pressure element , which applies a spring force to the pressure member in the guiding direction and; and in the linear guiding , the direction of the spring force applied to the pressure member and the guiding direction of the pressure element are angled at a predetermined angle against the direction of force of the occlusion at the occlusion point of the hollow conductor .
An unauthorized communication detection reference deciding method used in unauthorized communication detection in an onboard network system including a network and one or more electronic control units connected to the network, that is executed by an information processing system including a memory, the reference message deciding method comprising: a communication pattern identifying step of identifying, from information relating to an attack message on the onboard network system, a communication pattern indicating features of the attack message; a communication pattern determining step of determining whether or not a candidate reference message matches a communication pattern identified in the communication pattern identifying step; and a reference message deciding step of deciding a reference message used as a reference in determining whether or not a message sent out onto the network is an attack message, using determination results of the communication pattern determining step. a communication pattern identifying step of identifying, from information relating to an attack message on the onboard network system, a communication pattern indicating features of the attack message; a communication pattern determining step of determining whether or not a candidate reference message matches a communication pattern identified in the communication pattern identifying step; and a reference message deciding step of deciding a reference message used as a reference in determining whether or not a message sent out onto the network is an attack message, using determination results of the communication pattern determining step.
A method for producing cis,cis-1,2,4-cyclohexanetricarboxylic acid crystals, comprising the following steps: Step 1: measuring a mass ratio (cis/trans ratio) of cis,cis-1,2,4-cyclohexanetricarboxylic acid to trans,trans-1,2,4-cyclohexanetricarboxylic acid in an aqueous starting material solution comprising the cis,cis-1,2,4-cyclohexanetricarboxylic acid to give an aqueous starting material solution for crystal precipitation having a cis/trans ratio of 10 or more; and Step 2: subjecting the aqueous starting material solution for crystal precipitation obtained in step 1 to crystal precipitation. Step 1: measuring a mass ratio (cis/trans ratio) of cis,cis-1,2,4-cyclohexanetricarboxylic acid to trans,trans-1,2,4-cyclohexanetricarboxylic acid in an aqueous starting material solution comprising the cis,cis-1,2,4-cyclohexanetricarboxylic acid to give an aqueous starting material solution for crystal precipitation having a cis/trans ratio of 10 or more; and Step 2: subjecting the aqueous starting material solution for crystal precipitation obtained in step 1 to crystal precipitation.
A seal assembly for a gas turbine engine comprising: a cavity , said cavity having a downstream wall , an upstream wall and a third wall , the seal assembly further comprising: a first seal member having a surface that contacts the downstream wall of the cavity at two sealing locations ; a second seal member having a surface that contacts the upstream wall of the cavity at two sealing locations ; and a third seal member extending between and resiliently connecting the first seal member to the second seal member without contacting any wall of the cavity, wherein the first seal member contacts the downstream wall at a first inner sealing surface and a first outer sealing surface , and the second seal member contacts the upstream wall at a second inner sealing surface and second outer sealing surface , and wherein the third seal member is attached to the first seal member at a first joint and to the second seal member at a second joint , characterised in that the first joint is located between the first inner sealing surface and the first outer sealing surface , and the second joint is located between the second inner sealing surface and the second outer sealing surface . a cavity , said cavity having a downstream wall , an upstream wall and a third wall , the seal assembly further comprising: a first seal member having a surface that contacts the downstream wall of the cavity at two sealing locations ; a second seal member having a surface that contacts the upstream wall of the cavity at two sealing locations ; and a third seal member extending between and resiliently connecting the first seal member to the second seal member without contacting any wall of the cavity, a first seal member having a surface that contacts the downstream wall of the cavity at two sealing locations ; a second seal member having a surface that contacts the upstream wall of the cavity at two sealing locations ; and a third seal member extending between and resiliently connecting the first seal member to the second seal member without contacting any wall of the cavity, wherein the first seal member contacts the downstream wall at a first inner sealing surface and a first outer sealing surface , and the second seal member contacts the upstream wall at a second inner sealing surface and second outer sealing surface , and wherein the third seal member is attached to the first seal member at a first joint and to the second seal member at a second joint , characterised in that the first joint is located between the first inner sealing surface and the first outer sealing surface , and the second joint is located between the second inner sealing surface and the second outer sealing surface .
A voltage regulator system , comprising: a boost DC-DC module to boost an input voltage signal (VBB) and provide a first output voltage signal (VCP) on a first output node, the boost DC-DC module comprising a first capacitor (C1) connected between an input node for the input voltage signal (VBB) and the first output node; and a charge pump means coupled to the output of the boost DC-DC module to provide a second output voltage signal (VREG) on a second output node, the charge pump means comprising first and second charge pump switching elements (SC1, SC2), first, second and third regulator switching elements (SR1, SR2, SR3), and a second capacitor (C2), wherein: a first end of the first charge pump switching element (SC1) is connected to the first output node; the input node is connected to a first end of the second charge pump switching element (SC2); the second capacitor (C2) is connected between a second end of the first charge pump switching element (SC1) and a second end of the second charge pump switching element (SC2); the third regulator switching element (SR3) is connected between the second end of the second charge pump switching element (SC2) and ground; and the first and second regulator switching elements (SR1, SR2) are connected end-to-end between the second end of the first charge pump switching element (SC1) and the second output node. a boost DC-DC module to boost an input voltage signal (VBB) and provide a first output voltage signal (VCP) on a first output node, the boost DC-DC module comprising a first capacitor (C1) connected between an input node for the input voltage signal (VBB) and the first output node; and a charge pump means coupled to the output of the boost DC-DC module to provide a second output voltage signal (VREG) on a second output node, the charge pump means comprising first and second charge pump switching elements (SC1, SC2), first, second and third regulator switching elements (SR1, SR2, SR3), and a second capacitor (C2), wherein: a first end of the first charge pump switching element (SC1) is connected to the first output node; the input node is connected to a first end of the second charge pump switching element (SC2); the second capacitor (C2) is connected between a second end of the first charge pump switching element (SC1) and a second end of the second charge pump switching element (SC2); a first end of the first charge pump switching element (SC1) is connected to the first output node; the input node is connected to a first end of the second charge pump switching element (SC2); the second capacitor (C2) is connected between a second end of the first charge pump switching element (SC1) and a second end of the second charge pump switching element (SC2); the third regulator switching element (SR3) is connected between the second end of the second charge pump switching element (SC2) and ground; and the first and second regulator switching elements (SR1, SR2) are connected end-to-end between the second end of the first charge pump switching element (SC1) and the second output node.
A gas-filtering system for vacuum pressure swing adsorption comprising: an input for the gas and an output for the filtered gas, wherein said gas-filtering system comprises a first reactor , a second reactor and a third reactor , each connected to said input and to said output , a first vacuum generator and a second vacuum generator both connected to each of said first , second and third reactors for generating a vacuum inside each of said first , second and third reactors, wherein said first vacuum generator is configured so as to generate a vacuum (V1) in a first vacuum phase (T2) at a lower pressure than that of the vacuum (V2) generated by said second vacuum generator in a second vacuum phase (T3), said gas-filtering system comprising a first flow controller connected at the output to the first reactor , a second flow controller connected at the output to the second reactor , and a third flow controller connected at the output to the third reactor , wherein each flow controller is configured so as to block the introduction of the filtered gas into the respective reactor during the first vacuum phase (T2), and wherein each flow controller is configured so as to allow the introduction of the filtered gas and/or a second gas into the respective reactor starting from the output during the second vacuum phase (T3), wherein the first vacuum phase (T2) has a first predetermined duration, and wherein the second vacuum phase (T3) has a second predetermined duration lower than the first predetermined duration, preferably from 10% to 70% of the first predetermined duration, said gas-filtering system further comprising: a sensor for measuring the quantity of an element to be filtered in the gas at the output of the gas filtering system , a controller configured so as to receive the quantity measured from the sensor and so as to increase the first predetermined duration, if the quantity measured is lower than a predetermined threshold value or decrease the first predetermined duration, if the quantity measured is higher than the predetermined threshold value.