mhurhangee/patent-ind-claim-en huggingface dataset:
A high-strength steel sheet, comprising, as a chemical composition, by mass%: C: 0.020 to 0.090%; Si: 0.01 to 2.00%; Mn: 1.00 to 3.00%; Ti: 0.010 to 0.200%; Al: 0.005 to 1.000%; P: 0.100% or less; S: 0.0100% or less; N: 0.0100% or less; Ni: 0 to 2.00%; Cu: 0 to 2.00%; Cr: 0 to 2.00%; Mo: 0 to 2.00%; Nb: 0 to 0.100%; V: 0 to 0.100%; W: 0 to 0.100%; B: 0 to 0.0100%; REM: 0 to 0.0300%; Ca: 0 to 0.0300%; Mg: 0 to 0.0300%; and a remainder of Fe and impurities, wherein 0.100 ≤ Ti + Nb + V ≤ 0.450 is satisfied, a microstructure contains tempered martensite and bainite, and a remainder consists of ferrite and pearlite, wherein the volume percentage of tempered martensite and bainite in total is 95% or more, the microstructure contains 5.0 × 10 9 pieces/mm 3 or more of, per unit volume, precipitate having an equivalent circle diameter of 5.0 nm or less and containing Ti, Hvs/Hvc which is a ratio of an average hardness Hvs at a position of a depth of 20 μm from a surface to an average hardness Hvc at a position of 0.20 to 0.50 mm from the surface is 0.85 or more, a tensile strength is 980 MPa or more, a product of the tensile strength and elongation is 12,000 MPax% or more, and a yield ratio YP/TS, which is a ratio of yield stress YP to tensile strength TS, of 0.90 or more, wherein the microstructure, the pieces/mm 3 of precipitate, the average hardness Hvs and the average hardness Hvc are determined as set out in the description. C: 0.020 to 0.090%; Si: 0.01 to 2.00%; Mn: 1.00 to 3.00%; Ti: 0.010 to 0.200%; Al: 0.005 to 1.000%; P: 0.100% or less; S: 0.0100% or less; N: 0.0100% or less; Ni: 0 to 2.00%; Cu: 0 to 2.00%; Cr: 0 to 2.00%; Mo: 0 to 2.00%; Nb: 0 to 0.100%; V: 0 to 0.100%; W: 0 to 0.100%; B: 0 to 0.0100%; REM: 0 to 0.0300%; Ca: 0 to 0.0300%; Mg: 0 to 0.0300%; and a remainder of Fe and impurities, wherein 0.100 ≤ Ti + Nb + V ≤ 0.450 is satisfied, a microstructure contains tempered martensite and bainite, and a remainder consists of ferrite and pearlite, wherein the volume percentage of tempered martensite and bainite in total is 95% or more, the microstructure contains 5.0 × 10 9 pieces/mm 3 or more of, per unit volume, precipitate having an equivalent circle diameter of 5.0 nm or less and containing Ti, Hvs/Hvc which is a ratio of an average hardness Hvs at a position of a depth of 20 μm from a surface to an average hardness Hvc at a position of 0.20 to 0.50 mm from the surface is 0.85 or more, a tensile strength is 980 MPa or more, a product of the tensile strength and elongation is 12,000 MPax% or more, and a yield ratio YP/TS, which is a ratio of yield stress YP to tensile strength TS, of 0.90 or more, wherein the microstructure, the pieces/mm 3 of precipitate, the average hardness Hvs and the average hardness Hvc are determined as set out in the description.
A system for the preparation and operational treatment of a watering solution, which comprises an inlet water supply pipeline which opens into a tank of a nutrient solution, which is further provided with an outlet pipe of nutrient solution from the tank adapted to be connected to a nutrient solution supply to a plant cultivation system , wherein the outlet pipe of the nutrient solution from the tank is connected to an inlet of a proportional three-way valve , whose first outlet is connected to an inlet of at least one dosing tube of nutrient solution components and whose second outlet is adapted to be connected to the nutrient solution supply to the plant cultivation system , the proportional three-way valve being connected to a control unit , wherein an outlet of the dosing tube is connected to the tank of the nutrient solution and an outlet of at least one dosing peristaltic pump is connected into the dosing tube , an inlet of the dosing peristaltic pump being connected to a reservoir of added components of the nutrient solution, wherein the dosing peristaltic pump is connected to the control unit , to which are further connected at least one sensor of the nutrient solution characteristics in the tank and at least one level sensor of the nutrient solution in the tank , these sensors being connected to the control unit .
Method for learning parameters of a convolutional neural network, CNN, in order to classify data, the method comprising the implementation, by data processing means of a server , of the following steps: (a1) learning, from a database of already classified learning data, the parameters of a quantized CNN, said parameters being valued in a discrete space; (a2) generating an implementation of said quantized CNN, comprising representing operations associated with two consecutive layers of said quantized CNN in the form of a first table T 1 associated with the first layer of said two consecutive layers and a second table T 2 associated with the second layer of said two consecutive layers, replacing the first table with T 1 ∘ P and replacing the second table with P -1 ∘ T 2 , where P is a randomly drawn bijective internal encoding and P -1 is its inverse function, the encodings P and P -1 being implemented by adding artificial layers that have no effect to the output and to the input of the tables T 1 and T 2 , respectively; (a3) deploying the implementation of said quantized CNN thus generated on a terminal connected to the server via a computer network . (a1) learning, from a database of already classified learning data, the parameters of a quantized CNN, said parameters being valued in a discrete space; (a2) generating an implementation of said quantized CNN, comprising representing operations associated with two consecutive layers of said quantized CNN in the form of a first table T 1 associated with the first layer of said two consecutive layers and a second table T 2 associated with the second layer of said two consecutive layers, replacing the first table with T 1 ∘ P and replacing the second table with P -1 ∘ T 2 , where P is a randomly drawn bijective internal encoding and P -1 is its inverse function, the encodings P and P -1 being implemented by adding artificial layers that have no effect to the output and to the input of the tables T 1 and T 2 , respectively; (a3) deploying the implementation of said quantized CNN thus generated on a terminal connected to the server via a computer network .
A powered fastener driving tool (1; 31) comprising: a housing (2; 32); a piston chamber (10; 34) in the housing; a degassing power assembly in the housing and including: (i) a gas release mechanism (8; 35), and (ii) an activation chamber (4; 38) in or adjacent to the housing; a piston (12; 42) disposed in the piston chamber; and a fastener driving blade (14; 44) connected to the piston and configured to engage and drive a fastener upon the gas release mechanism (8; 35) causing a degassing of gas from a highly saturated media in the activation chamber (4; 38), characterized in that the degassing power assembly is configured to allow the absorption of the gas back into the media as soon as the gas release mechanism (8; 35) stops acting on the media. a housing (2; 32); a piston chamber (10; 34) in the housing; a degassing power assembly in the housing and including: (i) a gas release mechanism (8; 35), and (ii) an activation chamber (4; 38) in or adjacent to the housing; a piston (12; 42) disposed in the piston chamber; and a fastener driving blade (14; 44) connected to the piston and configured to engage and drive a fastener upon the gas release mechanism (8; 35) causing a degassing of gas from a highly saturated media in the activation chamber (4; 38), characterized in that the degassing power assembly is configured to allow the absorption of the gas back into the media as soon as the gas release mechanism (8; 35) stops acting on the media.
A crane comprising: a boom ; a wire rope (WR) that is suspended down from a leading end section of the boom ; a suspender that is fixed to a lower end of the wire rope (WR) and is for suspending a slinging tool for hanging a load (W); a calculation unit that calculates a first load, which is a weight of a member that is suspended down from the suspender ; characterized in that the crane further comprises: a slinging tool database unit that stores information pertaining to the slinging tool corresponding to the first load; a determination unit that determines whether the load (W) is being suspended from the suspender ; and a control unit that acquires the information pertaining to the slinging tool corresponding to the first load from the slinging tool database unit when the load (W) is being suspended, and sets a vertical length (h) of the slinging tool on the basis of the acquired information pertaining to the slinging tool. a boom ; a wire rope (WR) that is suspended down from a leading end section of the boom ; a suspender that is fixed to a lower end of the wire rope (WR) and is for suspending a slinging tool for hanging a load (W); a calculation unit that calculates a first load, which is a weight of a member that is suspended down from the suspender ; characterized in that the crane further comprises: a slinging tool database unit that stores information pertaining to the slinging tool corresponding to the first load; a determination unit that determines whether the load (W) is being suspended from the suspender ; and a control unit that acquires the information pertaining to the slinging tool corresponding to the first load from the slinging tool database unit when the load (W) is being suspended, and sets a vertical length (h) of the slinging tool on the basis of the acquired information pertaining to the slinging tool. a slinging tool database unit that stores information pertaining to the slinging tool corresponding to the first load; a determination unit that determines whether the load (W) is being suspended from the suspender ; and a control unit that acquires the information pertaining to the slinging tool corresponding to the first load from the slinging tool database unit when the load (W) is being suspended, and sets a vertical length (h) of the slinging tool on the basis of the acquired information pertaining to the slinging tool.
A primary mission critical service server configured to: store, in a user profile of a user client stored in the primary mission critical service server, information about a visited mission critical service server serving the user client, said information comprising identity information for the visited mission critical service server serving the user client; store, in the user profile, information about a migration status of the user client, said migration status indicating if the user client has migrated from the primary mission critical service server to the visited mission critical service server; and in response to a change in the user profile, send a first message to the visited mission critical service server when the migration status indicates that the user client has migrated from the primary mission critical service server to the visited mission critical service server, wherein the first message comprises information about the change in the user profile during the migration. store, in a user profile of a user client stored in the primary mission critical service server, information about a visited mission critical service server serving the user client, said information comprising identity information for the visited mission critical service server serving the user client; store, in the user profile, information about a migration status of the user client, said migration status indicating if the user client has migrated from the primary mission critical service server to the visited mission critical service server; and in response to a change in the user profile, send a first message to the visited mission critical service server when the migration status indicates that the user client has migrated from the primary mission critical service server to the visited mission critical service server, wherein the first message comprises information about the change in the user profile during the migration.
A device for connecting a cooling nozzle to a cooling lubricant supply for a grinding machine, characterised in that it comprises - a rotary-linear transmission , that comprises a drive element which can pivot about a central axis (MA) and which is connected to a manual lever , and a tube section as an output element that can be moved along the central axis (MA) and is secured against rotation in a housing ; and - a receiving means , formed by the housing , for a cooling nozzle , onto which the tube section can be pressed by means of the rotary-linear transmission . - a rotary-linear transmission , that comprises a drive element which can pivot about a central axis (MA) and which is connected to a manual lever , and a tube section as an output element that can be moved along the central axis (MA) and is secured against rotation in a housing ; and - a receiving means , formed by the housing , for a cooling nozzle , onto which the tube section can be pressed by means of the rotary-linear transmission .
An electrical harness including at least one upstream connector arranged to be electrically connected to a computer , at least one downstream connector arranged to be connected to a complementary connector of an electromechanical actuator , and at least one electric wire electrically connecting together the upstream connector and the downstream connector, the electric wire being arranged so that primary digital control signals (Snf) produced or transferred by the computer travel over the electric wire via the upstream connector, the electrical harness also including at least one electronic unit integrated in the electrical harness, the electronic unit being arranged to transform the primary digital control signals into analog control signals (Sam) and to transmit the analog control signals to the electromechanical actuator via the downstream connector.
A rechargeable battery comprising: an electrode assembly , a case housing the electrode assembly ; a cap assembly comprising a cap plate coupled to an opening of the case ; characterized in that the case comprises at least one side surface , wherein the at least one side surface comprises at least one coupling portion located adjacent to the opening of the case , and wherein the at least one coupling portion comprises an inner portion having a first width (t1) which directly contacts the cap plate and an outer portion having a second width (t2) which is exposed from the cap plate , wherein at least two welding bead portions (B1, B1a, B21, B3, B2, B2a, B22) are arranged in the outer portion of the at least one coupling portion , wherein a cross-section of the case in a portion of the opening comprises a first length (L1) and a first width (W1) and the cap plate comprises a third length (L3, L3a) and a third width (W3, W3a), wherein the third length (L3, L3a) is smaller than the first length (L1) the third width (W3, W3a) is smaller than the first width (W1), and wherein a difference between the first length (L1) and the third length (L3, L3a) is larger than a difference between the first width (W1) and the third width (W3, W3a), and wherein a thickness (t1a) of a welding bead portion (B1a) extending along the first width (W1) is thicker than a thickness (t2a) of a welding bead portion (B2a) extending along the first length (L1). an electrode assembly , a case housing the electrode assembly ; a cap assembly comprising a cap plate coupled to an opening of the case ; characterized in that the case comprises at least one side surface , wherein the at least one side surface comprises at least one coupling portion located adjacent to the opening of the case , and wherein the at least one coupling portion comprises an inner portion having a first width (t1) which directly contacts the cap plate and an outer portion having a second width (t2) which is exposed from the cap plate , wherein at least two welding bead portions (B1, B1a, B21, B3, B2, B2a, B22) are arranged in the outer portion of the at least one coupling portion , wherein a cross-section of the case in a portion of the opening comprises a first length (L1) and a first width (W1) and the cap plate comprises a third length (L3, L3a) and a third width (W3, W3a), wherein the third length (L3, L3a) is smaller than the first length (L1) the third width (W3, W3a) is smaller than the first width (W1), and wherein a difference between the first length (L1) and the third length (L3, L3a) is larger than a difference between the first width (W1) and the third width (W3, W3a), and wherein a thickness (t1a) of a welding bead portion (B1a) extending along the first width (W1) is thicker than a thickness (t2a) of a welding bead portion (B2a) extending along the first length (L1).
A method of compensating for sound pressure measurement errors caused by ear canal resonance occurring in an occluded ear canal, comprising: a. measuring the sound pressure of a sound source in an ear simulator; b. measuring the sound pressure of the sound source in the ear canal; wherein both sound pressure measurements are made over a frequency range of the sound source, c. calculating over the measured frequency range a real-ear-to-coupler difference (RECD) measurement using the sound pressure measurements; d. identifying a frequency notch in the calculated RECD measurement associated with ear canal resonance; and e. calculating a corrected RECD measurement, said calculation comprises calculating a correction to the RECD measurement using the identified frequency notch to compensate for errors caused by ear canal resonance and combining the RECD measurement calculation and the correction calculation to obtain the corrected RECD measurement. a. measuring the sound pressure of a sound source in an ear simulator; b. measuring the sound pressure of the sound source in the ear canal; wherein both sound pressure measurements are made over a frequency range of the sound source, c. calculating over the measured frequency range a real-ear-to-coupler difference (RECD) measurement using the sound pressure measurements; d. identifying a frequency notch in the calculated RECD measurement associated with ear canal resonance; and e. calculating a corrected RECD measurement, said calculation comprises calculating a correction to the RECD measurement using the identified frequency notch to compensate for errors caused by ear canal resonance and combining the RECD measurement calculation and the correction calculation to obtain the corrected RECD measurement.
A seal for sealing an aircraft wing rib to a stringer passing through an aperture defined in the rib at a position subject to a tolerance, the seal comprising a first seal part engageable with the rib and a second seal part engageable with the stringer , the first and second seal parts each defining a sealing surface for sealable engagement together upon said assembly, and the seal includes self-adjustment means to absorb any said tolerance and form the said seal upon the stringer being assembled into the aperture in the rib , the first seal part comprises a seal plate having a body slidably engageable with the rib and defining the sealing surface on a flange depending from the body and the second seal part comprises a saddle for fitting over an upstanding part of the stringer and defines an outwardly directed said sealing surface for engagement with the sealing surface of the seal plate , and characterized in that the saddle comprises a pair of downwardly depending legs to engage either side of the stringer and a bridging portion connecting the legs together and is divided into two parts in a region of the bridging portion whereby to accommodate any variation in thickness of the stringer when positioned thereon.
A joint evaluation method of evaluating a joint state of a joint portion in a composite including the joint portion in which an adherend and another adherend are joined to each other through an adhesive, the method comprising the steps of: applying an alternating-current signal to the joint portion; changing frequency in a range of 100MHz to 10 GHz to measure current and voltage; calculating an evaluation value related to a given electrical characteristic from a current value and a voltage value obtained by the measurement; comparing the evaluation value with a preset criterion related to the given electrical characteristic; and evaluating the joint state of the joint portion according to the amount of deviation of the evaluation value from the criterion. applying an alternating-current signal to the joint portion; changing frequency in a range of 100MHz to 10 GHz to measure current and voltage; calculating an evaluation value related to a given electrical characteristic from a current value and a voltage value obtained by the measurement; comparing the evaluation value with a preset criterion related to the given electrical characteristic; and evaluating the joint state of the joint portion according to the amount of deviation of the evaluation value from the criterion.
A DC plug configured to be connected to a DC socket to supply power to an electrical equipment, wherein the DC plug comprises: a center contact , comprising a first center contact side surface , a second center contact side surface , a third center contact side surface and a fourth center contact side surface , wherein the first center contact side surface and the second center contact side surface are oppositely disposed, and the third center contact side surface and the fourth center contact side surface are oppositely disposed; first plug current conductors , disposed on the first center contact side surface and the second center contact side surface ; and second plug current conductors , disposed on the third center contact side surface and the fourth center contact side surface ; wherein the first plug current conductors are configured to be connected to one of a positive pole of a power source and a negative pole of the power source, and the second plug current conductors are configured to be connected to the other of the positive pole of the power source and the negative pole of the power source; characterized in that the first center contact side surface and the second center contact side surface are each provided with at least three first plug current conductors , and a length of each of the first plug current conductors located in two end regions of a same center contact side surface is greater than a length of each of the first plug current conductors located in a middle region of the same center contact side surface. a center contact , comprising a first center contact side surface , a second center contact side surface , a third center contact side surface and a fourth center contact side surface , wherein the first center contact side surface and the second center contact side surface are oppositely disposed, and the third center contact side surface and the fourth center contact side surface are oppositely disposed; first plug current conductors , disposed on the first center contact side surface and the second center contact side surface ; and second plug current conductors , disposed on the third center contact side surface and the fourth center contact side surface ; wherein the first plug current conductors are configured to be connected to one of a positive pole of a power source and a negative pole of the power source, and the second plug current conductors are configured to be connected to the other of the positive pole of the power source and the negative pole of the power source; characterized in that the first center contact side surface and the second center contact side surface are each provided with at least three first plug current conductors , and a length of each of the first plug current conductors located in two end regions of a same center contact side surface is greater than a length of each of the first plug current conductors located in a middle region of the same center contact side surface.