mhurhangee/ep-ind-claims huggingface dataset:
An electronic unit comprising: a first board and a second board which are stacked to each other; a first connector mounted on a surface of the first board which faces the second board; and a second connector (304, 305) mounted on a surface of the second board which faces the first board, wherein: each of the first connector and the second connector (304, 305) has: a fitting portion to be fitted with a first counterpart connector or a second counterpart connector (8, 9), characterized in that each of the first connector and the second connector (304, 305) has a lock portion configured to lock a fitting of the fitting portion; in that the first connector is provided with the lock portion on the same side of the fitting portion as the first board; and in that the second connector (304, 305) is provided with the lock portion on the opposite side of the fitting portion to the second board. a first board and a second board which are stacked to each other; a first connector mounted on a surface of the first board which faces the second board; and a second connector (304, 305) mounted on a surface of the second board which faces the first board, wherein: each of the first connector and the second connector (304, 305) has: a fitting portion to be fitted with a first counterpart connector or a second counterpart connector (8, 9), characterized in that each of the first connector and the second connector (304, 305) has a lock portion configured to lock a fitting of the fitting portion; in that the first connector is provided with the lock portion on the same side of the fitting portion as the first board; and in that the second connector (304, 305) is provided with the lock portion on the opposite side of the fitting portion to the second board. each of the first connector and the second connector (304, 305) has: a fitting portion to be fitted with a first counterpart connector or a second counterpart connector (8, 9), characterized in that each of the first connector and the second connector (304, 305) has a lock portion configured to lock a fitting of the fitting portion; in that the first connector is provided with the lock portion on the same side of the fitting portion as the first board; and in that a fitting portion to be fitted with a first counterpart connector or a second counterpart connector (8, 9), characterized in that each of the first connector and the second connector (304, 305) has a lock portion configured to lock a fitting of the fitting portion; in that the first connector is provided with the lock portion on the same side of the fitting portion as the first board; and in that the second connector (304, 305) is provided with the lock portion on the opposite side of the fitting portion to the second board.
A non-dairy creamer composition for use in a beverage, wherein the composition comprises: (a) from 1 to 6 wt.% of two or more naturally-occurring amino acids; (b) from 0.5 to 4 wt.% sodium caseinate; wherein the wt.% is based on the total dry weight of the composition, wherein the two or more naturally-occurring amino acids comprise: 0.5 to 3.5 wt.% based on the total weight of the dried composition of a first amino acid; and 0.5 to 2.5 wt.% based on the total weight of the dried composition of a second amino acid, wherein: (i) the first amino acid is histidine, and the second amino acid is alanine, glycine, proline, or valine; or (ii) the first amino acid is alanine, and the second amino acid is tyrosine; or (iii) the first amino acid is cysteine, and the second amino acid is threonine or tyrosine; or (iv) the first amino acid is arginine, and the second amino acid is glycine. (a) from 1 to 6 wt.% of two or more naturally-occurring amino acids; (b) from 0.5 to 4 wt.% sodium caseinate; 0.5 to 3.5 wt.% based on the total weight of the dried composition of a first amino acid; and 0.5 to 2.5 wt.% based on the total weight of the dried composition of a second amino acid, (i) the first amino acid is histidine, and the second amino acid is alanine, glycine, proline, or valine; or (ii) the first amino acid is alanine, and the second amino acid is tyrosine; or (iii) the first amino acid is cysteine, and the second amino acid is threonine or tyrosine; or (iv) the first amino acid is arginine, and the second amino acid is glycine.
A method for manufacturing a composite using a preform comprising: a structural component comprising reinforcement fibers; a toughening element comprising resin-soluble thermoplastic fibers; wherein the toughening element is in the form of a plurality of non-woven veils in contact with the structural component; wherein said toughening element is placed in the area requiring additional toughening; wherein the composite is manufactured by resin infusion with a curable resin matrix; and wherein the curable resin matrix is an epoxy; wherein the resin-soluble thermoplastic is a polyethersulphone or polyetherethersulphone polyethersulphone-etherketone; wherein the toughening element is in a solid phase and undergoes at least partial phase transition to fluid phase when contacted with the curable resin matrix in which it is soluble at a first temperature for dissolution, which first temperature is less than a second temperature for substantial onset of curing; wherein the structural component is provided in the form of a plurality of adjacent reinforcement fiber layers and wherein the plurality of veils is interposed between pairs of adjacent reinforcement fiber layers. a structural component comprising reinforcement fibers; a toughening element comprising resin-soluble thermoplastic fibers; wherein the toughening element is in the form of a plurality of non-woven veils in contact with the structural component; wherein said toughening element is placed in the area requiring additional toughening; wherein the composite is manufactured by resin infusion with a curable resin matrix; and wherein the curable resin matrix is an epoxy; wherein the resin-soluble thermoplastic is a polyethersulphone or polyetherethersulphone polyethersulphone-etherketone; wherein the toughening element is in a solid phase and undergoes at least partial phase transition to fluid phase when contacted with the curable resin matrix in which it is soluble at a first temperature for dissolution, which first temperature is less than a second temperature for substantial onset of curing; wherein the structural component is provided in the form of a plurality of adjacent reinforcement fiber layers and wherein the plurality of veils is interposed between pairs of adjacent reinforcement fiber layers.
A gas turbine engine exhaust cone comprising one or more acoustic absorption chambers, each chamber comprising two side walls and an acoustic attenuation wall, the side walls defining the circumferential extent of the chamber and the acoustic attenuation wall having one or more acoustic attenuators and being positioned circumferentially intermediate the side walls, where the side walls extend axially along the exhaust cone at least one of them with a circumferential progression and the acoustic attenuation wall extends axially along the exhaust cone with or without a circumferential progression, characterised in that the side walls of the chamber are non-parallel.
A computer-implemented method for preventing or mitigating hypoglycemia in a patient, the method comprising: determining, by continuous glucose monitoring of a continuous glucose monitor (104; 204; 304; 404), glucose concentration; evaluating, by a processor (106; 206; 306; 406), a risk of hypoglycemia based on at least the glucose concentration, the processor being configured to communicate with the continuous glucose monitor; implementing a safety supervision function by the processor that calculates an attenuation factor φ brakes (R(t)) given by: φ brakes R t = 1 / 1 + k ⋅ R t, where R(t) is the assessed risk of hypoglycemia and k is a parameter that is adjustable to match the patient's physiology; and outputting, by the processor or another processor, an insulin rate command based on the attenuation factor for use by an insulin delivery device. determining, by continuous glucose monitoring of a continuous glucose monitor (104; 204; 304; 404), glucose concentration; evaluating, by a processor (106; 206; 306; 406), a risk of hypoglycemia based on at least the glucose concentration, the processor being configured to communicate with the continuous glucose monitor; implementing a safety supervision function by the processor that calculates an attenuation factor φ brakes (R(t)) given by: φ brakes R t = 1 / 1 + k ⋅ R t, where R(t) is the assessed risk of hypoglycemia and k is a parameter that is adjustable to match the patient's physiology; and outputting, by the processor or another processor, an insulin rate command based on the attenuation factor for use by an insulin delivery device.
Child safety seat comprising a seat base and a seat back, the child safety seat being convertible between a backless booster configuration and a highback booster configuration, in the backless booster configuration a first side of the seat back providing the sitting area of the seat and a second side of the seat back being opposite to the seat base, the first side being opposite to the second side, in the highback booster configuration the seat base providing the sitting area of the seat and the second side of the seat back providing a back rest of the seat, wherein the seating surface forming the sitting area of the seat base comprises a first seating portion and a second seating portion, the seat base further comprising a seat extension comprising the second seating portion, the seat extension being transferable between a retracted position and at least one extended position, the seating surface of the seat base being larger in the extended position than in the retracted position, and wherein the child safety seat is transferable between the backless booster configuration and the highback booster configuration by a rotation of the seat back relative to the seat base, the child safety seat further comprising coupling means, the coupling means being adapted to transfer the rotation of the seat back occurring during the transfer between the backless booster configuration and the highback booster configuration into a translational displacement of the first seating portion and to transfer the seat extension between the retracted position in the backless booster configuration and the extended position in the highback booster configuration, wherein in the extended position the second seating portion extends between the first seating portion and the second side of the seat back.
A clothing handling device, comprising: a main body portion, adapted to handle clothing; a door, adapted to open and close the main body portion; and a handle component, comprising a handle panel disposed on the main body portion and a decorative sheet disposed on the handle panel, wherein the handle panel comprises a handle surface opposite to the decorative sheet, one of the handle panel and the decorative sheet comprises an assembly hole, the assembly hole comprises a first guide portion, and the other one of the handle panel and the decorative sheet comprises a buckle matching the assembly hole, wherein the assembly hole comprises a receiving portion, a matching portion, and the first guide portion connecting the receiving portion and the matching portion, and characterised in that a guide direction of the first guide portion is parallel to the handle surface, which facilitates relative sliding between the assembly hole and the buckle with the help of the guide of the first guide portion during an assembly of the handle panel and the decorative sheet, so that the handle panel and the decorative sheet are relatively slidable and are blindly installable along a direction parallel to the handle surface and in that a size of the receiving portion is greater than that of the matching portion, and the first guide portion obliquely extends between the receiving portion and the matching portion. a door, adapted to open and close the main body portion; and a handle component, comprising a handle panel disposed on the main body portion and a decorative sheet disposed on the handle panel, wherein the handle panel comprises a handle surface opposite to the decorative sheet, one of the handle panel and the decorative sheet comprises an assembly hole, the assembly hole comprises a first guide portion, and the other one of the handle panel and the decorative sheet comprises a buckle matching the assembly hole, wherein the assembly hole comprises a receiving portion, a matching portion, and the first guide portion connecting the receiving portion and the matching portion, and characterised in that a guide direction of the first guide portion is parallel to the handle surface, which facilitates relative sliding between the assembly hole and the buckle with the help of the guide of the first guide portion during an assembly of the handle panel and the decorative sheet, so that the handle panel and the decorative sheet are relatively slidable and are blindly installable along a direction parallel to the handle surface and in that a size of the receiving portion is greater than that of the matching portion, and the first guide portion obliquely extends between the receiving portion and the matching portion.
A computer-assisted surgery system comprising: a first surgical device with a tracking unit mounted thereon and tracked during a surgical procedure and adapted to perform a first function associated to the surgical procedure; a second surgical device (14A, 14B) adapted to perform a second function associated to the surgical procedure; a triggered unit triggered when the first surgical device and the second surgical device reach a predetermined proximity relation; a surgical procedure processing unit tracking at least the first surgical device, the surgical procedure processing unit comprising: a trigger detector detecting a triggering of the triggered unit; a computer-assisted surgery application operating steps of a surgical procedure; a controller for commanding the computer-assisted surgery application to activate a selected step associated with the second function when the trigger detector signals a detection; and an interface for displaying information about the selected step in the surgical procedure, characterised in that one of the surgical devices has a female connector, another of the surgical devices has a male connector (15A, 15B), whereby the surgical devices interconnect in a mating engagement of the male and female connectors. a first surgical device with a tracking unit mounted thereon and tracked during a surgical procedure and adapted to perform a first function associated to the surgical procedure; a second surgical device (14A, 14B) adapted to perform a second function associated to the surgical procedure; a triggered unit triggered when the first surgical device and the second surgical device reach a predetermined proximity relation; a surgical procedure processing unit tracking at least the first surgical device, the surgical procedure processing unit comprising: a trigger detector detecting a triggering of the triggered unit; a computer-assisted surgery application operating steps of a surgical procedure; a controller for commanding the computer-assisted surgery application to activate a selected step associated with the second function when the trigger detector signals a detection; and an interface for displaying information about the selected step in the surgical procedure, characterised in that one of the surgical devices has a female connector, another of the surgical devices has a male connector (15A, 15B), whereby the surgical devices interconnect in a mating engagement of the male and female connectors. a trigger detector detecting a triggering of the triggered unit; a computer-assisted surgery application operating steps of a surgical procedure; a controller for commanding the computer-assisted surgery application to activate a selected step associated with the second function when the trigger detector signals a detection; and an interface for displaying information about the selected step in the surgical procedure, characterised in that one of the surgical devices has a female connector, another of the surgical devices has a male connector (15A, 15B), whereby the surgical devices interconnect in a mating engagement of the male and female connectors.
Device for cleaning vulcanization moulds for tyres by means of dry ice, with: a holding arm (10; 210); a holding body (20; 220), which is connected to the holding arm (10; 210); a first cleaning unit (30; 230), which is connected to the holding body (20; 220); a first spray nozzle (31; 231), which is connected to the first cleaning unit (30; 230); a second cleaning unit (40; 240), which is connected to the holding body (20; 220); and a second spray nozzle (41; 241), which is connected to the second cleaning unit (40; 240), characterized by a first rail, to which the first cleaning unit (30; 230) is attached linearly movably along the first rail, and a second rail, to which the second cleaning unit (40; 240) is attached linearly movably along the second rail, wherein the first rail and the second rail respectively extend along an x axis of a system of x-y-z coordinates defined by the holding body (220; 220). a holding arm (10; 210); a holding body (20; 220), which is connected to the holding arm (10; 210); a first cleaning unit (30; 230), which is connected to the holding body (20; 220); a first spray nozzle (31; 231), which is connected to the first cleaning unit (30; 230); a second cleaning unit (40; 240), which is connected to the holding body (20; 220); and a second spray nozzle (41; 241), which is connected to the second cleaning unit (40; 240), characterized by a first rail, to which the first cleaning unit (30; 230) is attached linearly movably along the first rail, and a second rail, to which the second cleaning unit (40; 240) is attached linearly movably along the second rail, wherein the first rail and the second rail respectively extend along an x axis of a system of x-y-z coordinates defined by the holding body (220; 220).
Device for absorbing and transforming kinetic energy of a moving object into the kinetic energy of a rotary motion in the event of collision or sudden stop, equipped with a buffer assembly and one or more rotors introduced cumulatively in a rotary motion, characterized in that the rotation of the rotors is carried out through a transmission consisting of two elements (1, 2), one of which being coupled to the rotor and having a peripheral surface with a spiral contour, while the other one has a cooperating surface with an outline of a parabola or similar to a parabola shape.
A light emitting composite, comprising a light emitting element, and a three dimensional protection structure bound to the light emitting element, and surrounding the light emitting element, wherein the three dimensional protection structure is a polyorganosiloxane having a three dimensional structure comprising a SiO 3/2 moiety and a polymerizable functional group, and wherein the light emitting element comprises a quantum dot. a light emitting element, and a three dimensional protection structure bound to the light emitting element, and surrounding the light emitting element, wherein the three dimensional protection structure is a polyorganosiloxane having a three dimensional structure comprising a SiO 3/2 moiety and a polymerizable functional group, and wherein the light emitting element comprises a quantum dot.
A control system arranged to provide dimming control of light output of one or more light emitting device, the control system comprising: a switch mode regulator arranged to provide an output power signal to the one or more light emitting device, and to vary the output power signal; one or more feedback sensors arranged to measure characteristic parameters of the output power signal, the characteristic parameters comprising at least one of: current, voltage and power; and a controller arranged to: when a characteristic parameter of the output power signal is above a threshold, vary the output power signal in a closed control loop, based on feedback from the one or more feedback sensors; and when the characteristic parameter of the output power signal is below the threshold, vary the output power signal in an open control loop, and characterised in that: when the characteristic parameter of the output power signal is below the threshold, the output power signal is switched between multiple ON periods of continuous operation of the switch mode regulator and OFF states of the switch mode regulator, whereby at least one of the ON periods of continuous operation includes a plurality of pulses, whilst the OFF states have no output at all. a switch mode regulator arranged to provide an output power signal to the one or more light emitting device, and to vary the output power signal; one or more feedback sensors arranged to measure characteristic parameters of the output power signal, the characteristic parameters comprising at least one of: current, voltage and power; and a controller arranged to: when a characteristic parameter of the output power signal is above a threshold, vary the output power signal in a closed control loop, based on feedback from the one or more feedback sensors; and when the characteristic parameter of the output power signal is below the threshold, vary the output power signal in an open control loop, and characterised in that: when the characteristic parameter of the output power signal is below the threshold, the output power signal is switched between multiple ON periods of continuous operation of the switch mode regulator and OFF states of the switch mode regulator, whereby at least one of the ON periods of continuous operation includes a plurality of pulses, whilst the OFF states have no output at all. when a characteristic parameter of the output power signal is above a threshold, vary the output power signal in a closed control loop, based on feedback from the one or more feedback sensors; and when the characteristic parameter of the output power signal is below the threshold, vary the output power signal in an open control loop, and characterised in that: when the characteristic parameter of the output power signal is below the threshold, the output power signal is switched between multiple ON periods of continuous operation of the switch mode regulator and OFF states of the switch mode regulator, whereby at least one of the ON periods of continuous operation includes a plurality of pulses, whilst the OFF states have no output at all.
A brake system input apparatus into which a brake operation performed by an operating person is inputted, comprising: a base body; a master cylinder that is provided in the base body and that generates a brake hydraulic pressure by a piston, the piston being connected to a brake operator; a stroke sensor unit (60 / 60A) that is attached to the base body and that has a detection element, the detection element being configured to detect a sliding stoke of the piston; and a control circuit board, characterized in that the stroke sensor unit (60 / 60A) is attached to the base body on a side of the master cylinder, the control circuit board is provided on a side surface (10a1) of the base body, the stroke sensor unit (60 / 60A) has a connection terminal portion that is connected to a connection terminal of the control circuit board, and the connection terminal portion is disposed so as to face the control circuit board. a base body; a master cylinder that is provided in the base body and that generates a brake hydraulic pressure by a piston, the piston being connected to a brake operator; a stroke sensor unit (60 / 60A) that is attached to the base body and that has a detection element, the detection element being configured to detect a sliding stoke of the piston; and a control circuit board,