mhurhangee/patent-ind-claim-en huggingface dataset:
A temperature sensor including a temperature sensitive device which is disposed in a flow path through which fluid flows and whose electric characteristic changes as a function of temperature of the fluid in the flow path, signal lines connected at top end sides thereof to said temperature sensitive device through electrode wires and at base end sides thereof to lead wires for connection with an external circuit, a sheath member retaining the signal lines therein, and a holding member which holds an outer circumferential surface of said sheath member directly or indirectly through another member , wherein a protruding length L1 that is a distance between an inner circumference of said flow path on an axis of the temperature sensor and a center of said temperature sensitive device is 50mm or more, and if a protruding location that is a distance between an inner circumferential surface of the flow path and a center of said temperature sensitive device on a cross section extending perpendicular to an axis of the flow path through the center of said temperature sensitive device is defined as L1' , and a flow path width that is a distance between intersections of the axis of the temperature sensor with the inner circumferential surface of the flow path when the temperature sensor is projected onto said cross section is defined as D1, a relation below is met L 1 ′ / D 1 ≧ 0.6 − 1 / 1000 × D 1 when 100 ⁢ mm ≦ D 1 < 200 ⁢ mm , L 1 ′ / D 1 ≧ 0.74 − 1 / 600 × D 1 when 200 ⁢ mm ≦ D 1 < 300 ⁢ mm , or L 1 ′ / D 1 ≧ 0.24 when 300 ⁢ mm ≦ D 1 ; and characterized in that the temperature sensor is disposed between at least two catalyzers installed in the flow path; and if an interval between the adjacent two catalyzers is defined as L3, and a distance between the center of said temperature sensitive device and an upstream end surface of one of the catalyzers which is located downstream of the flow path is defined as L4, a relation of L4 < ( L3 ) / 2 is met. the temperature sensor is disposed between at least two catalyzers installed in the flow path; and if an interval between the adjacent two catalyzers is defined as L3, and a distance between the center of said temperature sensitive device and an upstream end surface of one of the catalyzers which is located downstream of the flow path is defined as L4, a relation of L4 < ( L3 ) / 2 is met.
Method for drying compressed gas by means of a drying device with an inlet for compressed gas to be dried and an outlet for dried compressed gas, which drying device comprises at least two vessels filled with a regenerable desiccant and a controllable valve system , consisting of a first valve block and a second valve block connecting the above inlet , respectively outlet to the aforementioned vessels , the controllable valve system being regulated such that at least one vessel will dry compressed gas, while the other vessel will be regenerated and cooled successively, wherein, by regulating the valve system , the vessels each, in turn, dry compressed gas, whereby the method consists of providing a first and a second cooling cycle to cool the vessel being cooled, wherein the first cooling cycle consists of passing ambient air through the vessel and the second cooling cycle consisting of branching off dried compressed gas at the aforementioned outlet , expand it and pass it through the vessel to be cooled, afterwhich this gas is then blown off, wherein depending on predetermined conditions, the first or second cooling cycle, or both, will be applied, characterized in that the method also consists, for the first cooling cycle, of using a closed cooling circuit provided with a cooler in which, after the ambient air is sucked in, the ambient air is then circulated in the closed cooling circuit and cooled by the cooler .
A method of attracting and inducing feeding by a mouse or a rat, the method comprising: (a) heat treating a cereal-based composition , (b) mixing the heat treated cereal-based composition of step (a) with two or more volatile attractive chemicals selected from 2-hydroxy-3-methylcyclopent-2-en-1-one, butyric acid, 2,3-butadione, 3-methylbutanal, 5-methyl-(E)-2-hepten-4-one, γ-octalactone, 4-hydroxy-2,5-dimethylfuran-3-one, 5-methyl-4-heptanone, nonanoic acid, decanoic (capric) acid, dodecanoic (lauric) acid, tetradecanoic (myristic) acid, hexadecanoic (palmitic) acid, (Z)-octadec-9-enoic (oleic) acid, octadecanoic (stearic) acid, lactic acid and glycerol, and further adding dimethyltrisulfide; and (c) placing the composition of step (b) in or near a mouse or rat trap. (a) heat treating a cereal-based composition , (b) mixing the heat treated cereal-based composition of step (a) with two or more volatile attractive chemicals selected from 2-hydroxy-3-methylcyclopent-2-en-1-one, butyric acid, 2,3-butadione, 3-methylbutanal, 5-methyl-(E)-2-hepten-4-one, γ-octalactone, 4-hydroxy-2,5-dimethylfuran-3-one, 5-methyl-4-heptanone, nonanoic acid, decanoic (capric) acid, dodecanoic (lauric) acid, tetradecanoic (myristic) acid, hexadecanoic (palmitic) acid, (Z)-octadec-9-enoic (oleic) acid, octadecanoic (stearic) acid, lactic acid and glycerol, and further adding dimethyltrisulfide; and (c) placing the composition of step (b) in or near a mouse or rat trap.
A communication apparatus , comprising: a wireless communication module , configured to transmit a wireless signal; a wireless driver , coupled to the wireless communication module and configured to control the wireless communication module , wherein after the communication apparatus performs a booting operation, the wireless driver sets an operation mode as a default mode (MDO) to activate a first wireless interface (ET1) and a second wireless interface (ET2) of the wireless communication module and controls the wireless communication module to not transmit the wireless signal to avoid interference; an application unit , coupled to the wireless driver , the communication apparatus being characterized in that the application unit is configured to reset the operation mode to a mode to be tested according to a test item to reduce a test time when receiving an execution command so that the wireless driver controls the wireless communication module to transmit the wireless signal corresponding to the operation mode; and a wired communication module , coupled to the application unit , wherein the communication apparatus obtains a test image file through the wired communication module , and the test image file comprises the test item, wherein the test item is related to a real simultaneous dual band mode or a non-real simultaneous dual band mode. a wireless communication module , configured to transmit a wireless signal; a wireless driver , coupled to the wireless communication module and configured to control the wireless communication module , wherein after the communication apparatus performs a booting operation, the wireless driver sets an operation mode as a default mode (MDO) to activate a first wireless interface (ET1) and a second wireless interface (ET2) of the wireless communication module and controls the wireless communication module to not transmit the wireless signal to avoid interference; an application unit , coupled to the wireless driver , the communication apparatus being characterized in that the application unit is configured to reset the operation mode to a mode to be tested according to a test item to reduce a test time when receiving an execution command so that the wireless driver controls the wireless communication module to transmit the wireless signal corresponding to the operation mode; and a wired communication module , coupled to the application unit , wherein the communication apparatus obtains a test image file through the wired communication module , and the test image file comprises the test item, wherein the test item is related to a real simultaneous dual band mode or a non-real simultaneous dual band mode.
A moving object control apparatus, comprising a driving control unit that is configured to control acceleration/deceleration of a moving object on a basis of recognition of at least one of a candidate for getting on the moving object or a candidate for getting off the moving object, wherein the driving control unit is configured to perform, on a basis of at least one of recognition of getting on the moving object of the candidate for getting on or recognition of getting off the moving object of the candidate for getting off, starting control of the moving object, wherein the recognition of the candidate for getting on is performed on an area in a vicinity of a predetermined stop candidate point of the moving object, characterised in that the recognition is performed on a priority recognition area (Ala, A2a), wherein the priority recognition area (Ala, A2a) is set on a basis of a predetermined reference position in the stop candidate point, wherein the priority recognition area (Ala, A2a) is an area of a high possibility for presence of the candidate for getting on. a driving control unit that is configured to control acceleration/deceleration of a moving object on a basis of recognition of at least one of a candidate for getting on the moving object or a candidate for getting off the moving object, wherein the driving control unit is configured to perform, on a basis of at least one of recognition of getting on the moving object of the candidate for getting on or recognition of getting off the moving object of the candidate for getting off, starting control of the moving object, wherein the recognition of the candidate for getting on is performed on an area in a vicinity of a predetermined stop candidate point of the moving object, characterised in that the recognition is performed on a priority recognition area (Ala, A2a), wherein the priority recognition area (Ala, A2a) is set on a basis of a predetermined reference position in the stop candidate point, wherein the priority recognition area (Ala, A2a) is an area of a high possibility for presence of the candidate for getting on.
A communications method, wherein the method comprises: Obtaining (S410), by a media access control, MAC, entity, M radio link control, RLC, protocol data units, RLC PDUs, from a radio link control, RLC, entity, wherein M is an integer greater than or equal to 2; and Generating (S420), by the MAC entity, N media access control, MAC, protocol data units, MAC PDUs, such that any two RLC PDUs corresponding to a same logical channel and having consecutive RLC sequence numbers are carried in different MAC PDUs, and N is an integer greater than or equal to 2; characterised in that an interval between MAC sequence numbers of a first MAC PDU and a second MAC PDU in the N MAC PDUs is greater than or equal to k, k is an integer greater than or equal to 2, the first MAC PDU carries a first RLC PDU on a first logical channel, the second MAC PDU carries a second RLC PDU on the first logical channel, and RLC sequence numbers of the first RLC PDU and the second RLC PDU are consecutive. Obtaining (S410), by a media access control, MAC, entity, M radio link control, RLC, protocol data units, RLC PDUs, from a radio link control, RLC, entity, wherein M is an integer greater than or equal to 2; and Generating (S420), by the MAC entity, N media access control, MAC, protocol data units, MAC PDUs, such that any two RLC PDUs corresponding to a same logical channel and having consecutive RLC sequence numbers are carried in different MAC PDUs, and N is an integer greater than or equal to 2; characterised in that an interval between MAC sequence numbers of a first MAC PDU and a second MAC PDU in the N MAC PDUs is greater than or equal to k, k is an integer greater than or equal to 2, the first MAC PDU carries a first RLC PDU on a first logical channel, the second MAC PDU carries a second RLC PDU on the first logical channel, and RLC sequence numbers of the first RLC PDU and the second RLC PDU are consecutive.
A method of making a compound of Formula I comprising: contacting a compound of Formula II with a base, elemental sulfur and an acid.
A negative electrode for a lithium-metal secondary battery, the negative electrode comprising: a collector, and a lithium layer formed on at least one surface of the collector; wherein the collector comprises: a nickel foam having a thickness of 50 μm to 150 μm and a pore volume of 40 cm 3 /g to 50 cm 3 /g, and a tin plated layer formed on the surface of the nickel foam; and wherein the lithium layer has a structure having a plurality of pores. a collector, and a lithium layer formed on at least one surface of the collector; wherein the collector comprises: a nickel foam having a thickness of 50 μm to 150 μm and a pore volume of 40 cm 3 /g to 50 cm 3 /g, and a tin plated layer formed on the surface of the nickel foam; and a nickel foam having a thickness of 50 μm to 150 μm and a pore volume of 40 cm 3 /g to 50 cm 3 /g, and a tin plated layer formed on the surface of the nickel foam; and wherein the lithium layer has a structure having a plurality of pores.
A method, the method being performed by a mobile device and comprising the steps of: generating a cryptographic representation of a company identifier for a particular company associated with the mobile device and of application information for an application residing on the mobile device , wherein the cryptographic representation is a composite hash of both the company identifier and the application information; transmitting the cryptographic representation to an application risk control system for comparing the cryptographic representation to an application information database that comprises cryptographic representations of applications and information that indicates whether the applications are a security risk; and receiving a message from the application risk control system indicating whether the application is permitted or not permitted. generating a cryptographic representation of a company identifier for a particular company associated with the mobile device and of application information for an application residing on the mobile device , wherein the cryptographic representation is a composite hash of both the company identifier and the application information; transmitting the cryptographic representation to an application risk control system for comparing the cryptographic representation to an application information database that comprises cryptographic representations of applications and information that indicates whether the applications are a security risk; and receiving a message from the application risk control system indicating whether the application is permitted or not permitted.
A method of operating a communications network comprising: accessing a plurality of network operational data items arranged into groups, each of said groups comprising a plurality of network operational data items, each of said network operational data items having a value for each of a plurality of attributes, and for each group: i) for each of said attributes: a) calculating a measure of central tendency of the values of said attribute; and b) calculating a measure of the variability of the values of said attribute; ii) identifying one or more attributes having values with a variability lower than a predetermined threshold; iii) generating a description of the group based on the measure of central tendency found for the one or more identified attributes; and iv) automatically generating a query from said description, and executing the query on a database of network operational data items; wherein one or more of said attributes has an associated statistical data type indication indicating the statistical data type of data values provided for the attribute, and said attribute value variability measure calculation depends upon said statistical data type indication. accessing a plurality of network operational data items arranged into groups, each of said groups comprising a plurality of network operational data items, each of said network operational data items having a value for each of a plurality of attributes, and for each group: i) for each of said attributes: a) calculating a measure of central tendency of the values of said attribute; and b) calculating a measure of the variability of the values of said attribute; ii) identifying one or more attributes having values with a variability lower than a predetermined threshold; iii) generating a description of the group based on the measure of central tendency found for the one or more identified attributes; and iv) automatically generating a query from said description, and executing the query on a database of network operational data items; i) for each of said attributes: a) calculating a measure of central tendency of the values of said attribute; and b) calculating a measure of the variability of the values of said attribute; a) calculating a measure of central tendency of the values of said attribute; and b) calculating a measure of the variability of the values of said attribute; ii) identifying one or more attributes having values with a variability lower than a predetermined threshold; iii) generating a description of the group based on the measure of central tendency found for the one or more identified attributes; and iv) automatically generating a query from said description, and executing the query on a database of network operational data items; wherein one or more of said attributes has an associated statistical data type indication indicating the statistical data type of data values provided for the attribute, and said attribute value variability measure calculation depends upon said statistical data type indication.
An offshore floating facility for oil and gas well drilling, evaluation, completion, improvement, maintenance, intervention and/or production, comprising: a semisubmersible vessel or a monohull vessel having a vertical opening referred to as a moonpool , wherein the vessel has bulkhead (250a-250d) and deck structures , and wherein the vessel has an upper drilling deck that surrounds the moonpool ; a drilling derrick with a primary operating device that may be positioned and/or secured to the drilling deck over the moonpool ; mooring lines attached to the vessel for anchoring the vessel; and a wellbay assembly located at least partially in the moonpool , characterised in that the wellbay assembly is configured to be movable at least for aligning a top end of first one riser of a set of two or more risers (90a-90c) and then a different riser of the set of risers (90a-90c) below the drilling derrick , wherein the wellbay assembly has at least two sets of riser tensioners in an array of structurally distinct slots, and wherein each riser tensioner set is designed and built to hold the risers (90a-90c) in tension. a semisubmersible vessel or a monohull vessel having a vertical opening referred to as a moonpool , wherein the vessel has bulkhead (250a-250d) and deck structures , and wherein the vessel has an upper drilling deck that surrounds the moonpool ; a drilling derrick with a primary operating device that may be positioned and/or secured to the drilling deck over the moonpool ; mooring lines attached to the vessel for anchoring the vessel; and a wellbay assembly located at least partially in the moonpool , characterised in that
An intelligent tire monitoring system, comprising a tire body , a sheet-shaped conductive polymer sensor , a micro control unit , an RF unit , an upper computer , and an RF circuit , wherein the tire body is successively provided with a tire tread layer , a neutral layer and an inner liner layer from outside to inside; the sheet-shaped conductive polymer sensor is affixed to the inner liner layer at a middle portion of a tire crown; one end of the sheet-shaped conductive polymer sensor is connected to the micro control unit through the RF unit to perform a frequency scanning on the sheet-shaped conductive polymer sensor , and the other end of the sheet-shaped conductive polymer sensor is connected to the upper computer through the RF circuit ; the upper computer comprises a power supply module (8-1), a communication port (8-2), a display screen (8-3), an audible alarm (8-4), a press-key input module (8-5), and a processor (8-6), wherein the processor (8-6) is electrically connected to the power supply module (8-1), and the processor is connected to and controls the display screen (8-3) and the audible alarm (8-4), the communication port (8-2) is interconnected to the processor (8-6), and the press-key input module (8-5) is connected to the processor (8-6).
A sliding phase shifter , comprising: a fixed dielectric having first striplines configured to couple power into the sliding phase shifter ; and a sliding dielectric having second striplines electrically slidingly coupled to the first striplines , an amount of phase shift or delay of a signal being determined by an amount of overlap of the first striplines and the second striplines , a width of the second striplines being at least partially tapered along a portion of the second striplines , characterized in that the sliding dielectric has a first ground plane on at least part of one side of the sliding dielectric and has the second striplines on an opposite side of the sliding dielectric facing the fixed dielectric , and wherein the sliding dielectric further comprises vias extending from the one side to the opposite side of the sliding dielectric , the vias encompassing at least a portion of a perimeter surrounding the first and second striplines . a fixed dielectric having first striplines configured to couple power into the sliding phase shifter ; and a sliding dielectric having second striplines electrically slidingly coupled to the first striplines , an amount of phase shift or delay of a signal being determined by an amount of overlap of the first striplines and the second striplines , a width of the second striplines being at least partially tapered along a portion of the second striplines , characterized in that the sliding dielectric has a first ground plane on at least part of one side of the sliding dielectric and has the second striplines on an opposite side of the sliding dielectric facing the fixed dielectric , and wherein the sliding dielectric further comprises vias extending from the one side to the opposite side of the sliding dielectric , the vias encompassing at least a portion of a perimeter surrounding the first and second striplines .