mhurhangee/patent-ind-claim-en huggingface dataset:
A first network node for a wireless communication system , the first network node being configured to group cells (602a, 602b,..., 602n) served by the first network node into a first set of cells (610a, 610b,..., 610n) and at least one second set of cells (612a, 612b,..., 612n) based on a distance between a cell of the cells (602a, 602b,..., 602n) served by the first network node and a cell served by a second network node , wherein cells in the first set of cells (610a, 610b,..., 610n) are associated with a first set of cell information and cells in the second set of cells (612a, 612b,..., 612n) are associated with a second set of cell information, wherein the first set of cell information and the second set of cell information are different sets of cell information, and each of the first set of cell information and the second set of cell information comprises one or more information elements; generate a setup request comprising a first indication indicating the first set of cells (610a, 610b,..., 610n) and their respective first set of cell information and the second set of cells (612a, 612b,..., 612n) and their respective second set of cell information; transmit the setup request to the second network node in order to set up the interface between the first network node and the second network node . group cells (602a, 602b,..., 602n) served by the first network node into a first set of cells (610a, 610b,..., 610n) and at least one second set of cells (612a, 612b,..., 612n) based on a distance between a cell of the cells (602a, 602b,..., 602n) served by the first network node and a cell served by a second network node , wherein cells in the first set of cells (610a, 610b,..., 610n) are associated with a first set of cell information and cells in the second set of cells (612a, 612b,..., 612n) are associated with a second set of cell information, wherein the first set of cell information and the second set of cell information are different sets of cell information, and each of the first set of cell information and the second set of cell information comprises one or more information elements; generate a setup request comprising a first indication indicating the first set of cells (610a, 610b,..., 610n) and their respective first set of cell information and the second set of cells (612a, 612b,..., 612n) and their respective second set of cell information; transmit the setup request to the second network node in order to set up the interface between the first network node and the second network node .
Safety detector comprising a detection module (IN) configured for reading a control signal (S_IN) at the input, said detector comprising two supply terminals, a first control input (I1) and a first control output (C1), a first safety output (OSSD1) and a second safety output (OSSD2), and a first free terminal and a second free terminal, characterized in that it comprises: - A second control input connected to the first free terminal and a second control output (C2) connected to the second free terminal, - A test module configured for applying a first test sequence comprising a disabling of the first control output (C1) and a test of a start loop (B_ST) connected between the second control output (C2) and the first control input and/or a second test sequence comprising a disabling of the second control output (C2) and a test of a start loop (B_ST) connected between the first control output (C1) and the second control input . - A second control input connected to the first free terminal and a second control output (C2) connected to the second free terminal, - A test module configured for applying a first test sequence comprising a disabling of the first control output (C1) and a test of a start loop (B_ST) connected between the second control output (C2) and the first control input and/or a second test sequence comprising a disabling of the second control output (C2) and a test of a start loop (B_ST) connected between the first control output (C1) and the second control input .
An aircraft structural object including an ultrasonic inspection system as a part, the aircraft structural object comprising a first inspection section (SECTION1) and a second inspection section (SECTION2), the ultrasonic inspection system comprising: a first inspection unit that acquires a detection signal of a first ultrasonic wave in the first inspection section (SECTION1) of the structural object , using a first ultrasonic transducer and a first ultrasonic sensor ; a second inspection unit that acquires a detection signal of a second ultrasonic wave in the second inspection section (SECTION2) of the structural object , using a second ultrasonic transducer and a second ultrasonic sensor ; and a signal processing system that obtains an index value representing inspection information of at least one of the first inspection section (SECTION1) and the second inspection section (SECTION2), based on the detection signal of the first ultrasonic wave and the detection signal of the second ultrasonic wave, wherein the first and second inspection sections (SECTION1, SECTION2) have the same structure, and the ultrasonic transducer and the ultrasonic sensor of each inspection unit are constructed at a same interval in each inspection section (SECTION1, SECTION2), characterized in that the inspection sections are plate form areas of a panel divided by a stringer, a spar, a rib, or a frame of the aircraft structural object, wherein the index value is a cross correlation coefficient, a representative value of a difference signal, or a representative value of a division signal between the detection signals or between signals corresponding to the detection signals. a first inspection unit that acquires a detection signal of a first ultrasonic wave in the first inspection section (SECTION1) of the structural object , using a first ultrasonic transducer and a first ultrasonic sensor ; a second inspection unit that acquires a detection signal of a second ultrasonic wave in the second inspection section (SECTION2) of the structural object , using a second ultrasonic transducer and a second ultrasonic sensor ; and a signal processing system that obtains an index value representing inspection information of at least one of the first inspection section (SECTION1) and the second inspection section (SECTION2), based on the detection signal of the first ultrasonic wave and the detection signal of the second ultrasonic wave, wherein the first and second inspection sections (SECTION1, SECTION2) have the same structure, and the ultrasonic transducer and the ultrasonic sensor of each inspection unit are constructed at a same interval in each inspection section (SECTION1, SECTION2), characterized in that the inspection sections are plate form areas of a panel divided by a stringer, a spar, a rib, or a frame of the aircraft structural object, wherein the index value is a cross correlation coefficient, a representative value of a difference signal, or a representative value of a division signal between the detection signals or between signals corresponding to the detection signals.
A method for cleaning an aromatic polyamide reverse osmosis membrane by bringing the aromatic polyamide reverse osmosis membrane into contact with a cleaning liquid which has a pH of 10 to 14 and which is an aqueous solution comprising at least one selected from the group consisting of an alkaline agent, a chloramine compound, and an oxidizing agent, said cleaning liquid further comprising a urea derivative for protecting the membrane, represented by the following formula and having a molecular weight of about 300 or less: (R 1 )(R 2 )N-C(O)-N(R 3 )(R 4 ) (I) wherein R 1 , R 2 , R 3 , and R 4 each independently represent a hydrogen atom, an alkyl group, an aryl group, or an amideacyl group including -R 5 CONH 2 , where R 5 is a single bond or an alkylene group, or being thiourea or thiosemicarbazide.
A method comprising: providing a dual-mode model for a reciprocating compressor , wherein the model includes a measurement mode and a tuning mode ; receiving one or more inputs to the model from an operating reciprocating compressor ; and in response to receipt of the one or more inputs, executing the model in at least one of the measurement mode and the tuning mode, wherein: in a measurement mode , execution of the model further comprises calculating an actual flow rate of gas in the compressor based on the one or more inputs; and in a tuning mode , execution of the model further comprises calculating one of an unloader setting and a speed set point of a physical element of the compressor for a given flow rate of gas, characterized in that the one or more inputs is a measured input of at least one of suction pressure , suction temperature , discharge pressure and speed of a shaft . providing a dual-mode model for a reciprocating compressor , wherein the model includes a measurement mode and a tuning mode ; receiving one or more inputs to the model from an operating reciprocating compressor ; and in response to receipt of the one or more inputs, executing the model in at least one of the measurement mode and the tuning mode, wherein: in a measurement mode , execution of the model further comprises calculating an actual flow rate of gas in the compressor based on the one or more inputs; and in a tuning mode , execution of the model further comprises calculating one of an unloader setting and a speed set point of a physical element of the compressor for a given flow rate of gas, characterized in that the one or more inputs is a measured input of at least one of suction pressure , suction temperature , discharge pressure and speed of a shaft . in a measurement mode , execution of the model further comprises calculating an actual flow rate of gas in the compressor based on the one or more inputs; and in a tuning mode , execution of the model further comprises calculating one of an unloader setting and a speed set point of a physical element of the compressor for a given flow rate of gas, characterized in that the one or more inputs is a measured input of at least one of suction pressure , suction temperature , discharge pressure and speed of a shaft .
A method for controlling electric motors , the method comprising: - determining a planned reference speed of a plurality of electric motors of an industrial robot ; characterized by - for each of the electric motors , determining a PWM switching frequency based on the planned reference speed of the electric motor ; and - controlling each of the electric motors with an alternating current produced by PWM switching with the determined PWM switching frequency. - determining a planned reference speed of a plurality of electric motors of an industrial robot ; characterized by - for each of the electric motors , determining a PWM switching frequency based on the planned reference speed of the electric motor ; and - controlling each of the electric motors with an alternating current produced by PWM switching with the determined PWM switching frequency.
Ultrasonic sensor for propagation time measurement in a medium , in particular a fluid , wherein the ultrasonic sensor has: an ultrasonic transmitter designed to transmit an ultrasonic signal ; an ultrasonic receiver designed to receive an ultrasonic signal ; a reflector for reflecting an ultrasonic signal , having at least one first reflector element designed to reflect an incident ultrasonic signal at an angle β to the direction of incidence (E), where 60° < β < 120°; wherein each first reflector element has a multiplicity of second reflector elements formed on it that are designed to reflect back an incident ultrasonic signal substantially in the direction of incidence (E). an ultrasonic transmitter designed to transmit an ultrasonic signal ; an ultrasonic receiver designed to receive an ultrasonic signal ; a reflector for reflecting an ultrasonic signal , having at least one first reflector element designed to reflect an incident ultrasonic signal at an angle β to the direction of incidence (E), where 60° < β < 120°; wherein each first reflector element has a multiplicity of second reflector elements formed on it that are designed to reflect back an incident ultrasonic signal substantially in the direction of incidence (E).
A tire mounting tool for mounting and/or unmounting a tire on a rim, comprising a hand or machine area and a working area which is arranged between the tire and the rim , wherein the working area has a first side with a first surface which is in contact with the tire during mounting and/or unmounting, and a second side with a second surface which faces the rim during mounting and/or unmounting, wherein the first side has depressions in the first surface , characterized in that the depressions are cup-shaped depressions ; or that the depressions are formed by elongated incisions and have an increase in width and an increase in depth from a first end to a second end thereof.
A mould for the production of a contact lens, the mould comprising: a first mould half shaped to provide the front surface of the contact lens; and a second mould half shaped to provide the rear surface of the contact lens, wherein the first and second mould halves form a mould cavity , wherein the first mould half has a first rim and the second mould half has a second rim , and the first and second rims fit together to provide a seal for the mould cavity, characterized in that the first rim is inclined at an angle of x relative to an axis passing through the centre of the first and second mould halves, wherein x is from 30 to 60°, and wherein the second rim is inclined at an angle of x-y relative to the axis passing through the centre of the first and second mould halves, where y is from 0 to 4°, wherein the angle of the first rim and the second rim is before the first and second mould halves are pushed together, and wherein the first and second rims provide a guide for the mould halves, and wherein the first and second mould halves fit together without an interference fit. a first mould half shaped to provide the front surface of the contact lens; and a second mould half shaped to provide the rear surface of the contact lens, wherein the first and second mould halves form a mould cavity , wherein the first mould half has a first rim and the second mould half has a second rim , and the first and second rims fit together to provide a seal for the mould cavity, characterized in that the first rim is inclined at an angle of x relative to an axis passing through the centre of the first and second mould halves, wherein x is from 30 to 60°, and wherein the second rim is inclined at an angle of x-y relative to the axis passing through the centre of the first and second mould halves, where y is from 0 to 4°, wherein the angle of the first rim and the second rim is before the first and second mould halves are pushed together, and wherein the first and second rims provide a guide for the mould halves, and wherein the first and second mould halves fit together without an interference fit.
A switch device comprising: a housing ; at least two internal terminals provided in the housing ; a movable contact ; and a manipulation body that operates the movable contact , characterized in that an opening into which an external terminal is insertable is formed in the housing , each internal terminal has a contact touching part that is electrically connected to the movable contact and also has a terminal connecting part connectable to the external terminal inserted into the housing , and the housing has at least one of a guide concave part and a guide protrusion that is guided toward an external base material to which the external terminal is fixed, and that extend in a direction in which the external terminal is inserted. a housing ; at least two internal terminals provided in the housing ; a movable contact ; and a manipulation body that operates the movable contact , characterized in that an opening into which an external terminal is insertable is formed in the housing , each internal terminal has a contact touching part that is electrically connected to the movable contact and also has a terminal connecting part connectable to the external terminal inserted into the housing , and the housing has at least one of a guide concave part and a guide protrusion that is guided toward an external base material to which the external terminal is fixed, and that extend in a direction in which the external terminal is inserted.
A method of automatically assessing the type of detergent in use in a dishwashing machine , said dishwashing machine comprising a dispenser with one door configured to move between a closed position and an open position, and being designed to implement a cleaning program (P) defined by a plurality of cleaning parameters, said method comprising the step of - providing a detergent (D1, D2, D3) in said dispenser ; - said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of said detergent (D1, D2, D3) when said door moves from said closed position to said open position to release the detergent into a washing area of the dishwashing machine; - digitally processing said first acquired image to obtain a first processed image ; wherein said first processed image defines either a contour portion (Cpar) or a roughness value (Racq) of said detergent (D1, D2, D3), - comparing said at least one contour portion (Cpar) with a predetermined contour (Cpred) or comparing said roughness value (Racq) with a roughness threshold value (Rth) to determine a type of detergent (TD1, TD2, TD3); - changing one or more of said cleaning parameters of said cleaning program (P) according to said type of detergent (TD1, TD2, TD3). - providing a detergent (D1, D2, D3) in said dispenser ; - said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of said detergent (D1, D2, D3) when said door moves from said closed position to said open position to release the detergent into a washing area of the dishwashing machine; - digitally processing said first acquired image to obtain a first processed image ; wherein said first processed image defines either a contour portion (Cpar) or a roughness value (Racq) of said detergent (D1, D2, D3), - comparing said at least one contour portion (Cpar) with a predetermined contour (Cpred) or comparing said roughness value (Racq) with a roughness threshold value (Rth) to determine a type of detergent (TD1, TD2, TD3); - changing one or more of said cleaning parameters of said cleaning program (P) according to said type of detergent (TD1, TD2, TD3).
A charging pile , comprising a power unit and a charging gun , wherein the charging gun is configured to connect the power unit and an electric device , a first switch is connected between the power unit and the charging gun , and a second switch is connected between the battery pack in the electric device and the charging pile ; and the charging pile is configured to: receive a first message from the electric device , wherein the first message carries a first current value required for heating a battery pack of the electric device ; and control the power unit to charge and discharge the battery pack based on the first current value, wherein a second current value output when the power unit charges the battery pack is not greater than the first current value; and before controlling the power unit to charge and discharge the battery pack based on the first current value, the charging pile is further configured to: receive a third message from the electric device , wherein the third message indicates that the second switch is turned on; and control the first switch to be turned on. receive a first message from the electric device , wherein the first message carries a first current value required for heating a battery pack of the electric device ; and control the power unit to charge and discharge the battery pack based on the first current value, wherein a second current value output when the power unit charges the battery pack is not greater than the first current value; and before controlling the power unit to charge and discharge the battery pack based on the first current value, the charging pile is further configured to: receive a third message from the electric device , wherein the third message indicates that the second switch is turned on; and control the first switch to be turned on. receive a third message from the electric device , wherein the third message indicates that the second switch is turned on; and control the first switch to be turned on.
A compound for use in a method of treating, preventing, or inhibiting a gram negative infection in a patient, comprising administering to the patient an effective amount of the compound having the formula according to: wherein: R 1 is a moiety-(CH 2 )n-COOH; n is 1 to 3; R 2 is selected from moieties of the group or -2-[(2,4-difluorobenzoyl)amino]-3-(1H-indol-3-yl)propanoate; or any combination thereof, or a pharmaceutically acceptable salt, solvate, poly-morph, tautomer thereof. R 1 is a moiety-(CH 2 )n-COOH; n is 1 to 3; R 2 is selected from moieties of the group or -2-[(2,4-difluorobenzoyl)amino]-3-(1H-indol-3-yl)propanoate; or any combination thereof, or a pharmaceutically acceptable salt, solvate, poly-morph, tautomer thereof.
A cyclone for the separation of solid particles and/or at least one liquid from a fluid, featuring a housing , an inlet opening for introducing the fluid together with the solid particles and/or the at least one liquid into the housing , a discharge port for the solid particles and/or the at least one liquid, a dip tube for discharging the fluid from the housing , and at least two guide vanes , each with a geometrical form with at least three edges e1, e2, e3 and each guide vane being directly or indirectly fixed to the housing with at least one edge e3 at a fixing point, whereby an area a is defined as the cross-sectional area of the housing intersecting the fixed edges e3, whereby each guide vane shows at least two edges e1 and e2 which are not fixed to the housing , whereby the first edge e1 has a distance d1 and the second edge e2 has a distance d2, and whereby d1 < d2 to the centerline c of the housing characterized in that first edge e1 shows a distance 11 to the area a and the second edge e2 shows a distance 12, whereby 12 > 1,25*l1.
Pneumatic vehicle tire having a tread with at least one row of blocks , which runs around in the circumferential direction, is separated from further profile positives by at least one circumferential groove and the profile blocks of which are separated from one another in the circumferential direction by transverse grooves , wherein the profile blocks in each case have a radially outer block surface and block flanks which bound the at least one circumferential groove and the transverse grooves and run at an angle (α) of 0° to 10° in relation to the radial direction, wherein projections are formed along block flanks , radially within the block surface, which projections have a surface running parallel to the block surface with an edge extending parallel to the block flank , from which an end face bounding the projection runs as far as the base of the groove and which runs at an angle (β) in relation to the radial direction up to 7° greater than the respective block flank , characterized in that the surface of the projections running parallel to the block surface runs as far as the block flank , wherein the edge extending parallel to the block flank has a distance (a 2 ) from the block flank (10, 11, 12, 11' 12') of 0.3 mm to 1.0 mm.