mhurhangee/ep-ind-claims huggingface dataset:
A celluloid-free thermoplastic resin composition for table tennis balls, comprising: a rubber-reinforced thermoplastic resin containing a rubbery polymer (a); and an ethylene-carbon monoxide-(meth) acrylic ester copolymer; wherein the rubbery polymer (a) contains poly(butadiene-styrene); characterized in that said celluloid-free thermoplastic resin composition comprises a rubber-containing graft copolymer obtained by copolymerization of a monomer mixture containing a vinyl cyanide monomer and an aromatic vinyl monomer in the presence of the rubbery polymer (a) containing poly(butadiene-styrene); and a vinyl copolymer obtained by copolymerization of a monomer mixture containing a vinyl cyanide monomer and an aromatic vinyl monomer; and wherein the component and the component are contained in an amount of 94 to 97 parts by weight and 3 to 6 parts by weight, respectively, based on 100 parts by weight of the total amount of and; and the weight percentages of the components based on 100% by weight of the total amount of and satisfy Expressions and below: 11.2 ≤ [ Weight percentage of a / { Weight percentage of A + and Weight percentage of a + Weight percentage of C / Weight percentage of A + Weight percentage of C × 100 < 18.5 a rubber-reinforced thermoplastic resin containing a rubbery polymer (a); and an ethylene-carbon monoxide-(meth) acrylic ester copolymer; wherein the rubbery polymer (a) contains poly(butadiene-styrene); characterized in that said celluloid-free thermoplastic resin composition comprises a rubber-containing graft copolymer obtained by copolymerization of a monomer mixture containing a vinyl cyanide monomer and an aromatic vinyl monomer in the presence of the rubbery polymer (a) containing poly(butadiene-styrene); and a vinyl copolymer obtained by copolymerization of a monomer mixture containing a vinyl cyanide monomer and an aromatic vinyl monomer; and wherein the component and the component are contained in an amount of 94 to 97 parts by weight and 3 to 6 parts by weight, respectively, based on 100 parts by weight of the total amount of and; and the weight percentages of the components based on 100% by weight of the total amount of and satisfy Expressions and below: 11.2 ≤ [ Weight percentage of a / { Weight percentage of A + and Weight percentage of a + Weight percentage of C / Weight percentage of A + Weight percentage of C × 100 < 18.5
A colourless inkjet ink composition comprising 35 to 80 % by weight of monofunctional acrylate monomer based on the total weight of the ink and at least 3 % by weight of a photoinitiator based on the total weight of the ink, wherein the photoinitiator comprises an α-hydroxy ketone photoinitiator and wherein the ink comprises 0 to 6 % by weight of acyl phosphine photoinitiator based on the total weight of the ink.
A continuous collection method of a particulate component in an aqueous solution, wherein a particulate component and a dissolved component in an aqueous phase are simultaneously collected by contacting the aqueous phase with a solvent phase having hydrophobic nature, and using an aggregation phenomenon that the particulate component in the aqueous phase aggregates at a liquid-to-liquid interface and using a liquid-to-liquid extraction phenomenon that the dissolved component in the aqueous phase is extracted into the solvent phase through the liquid-to-liquid interface, characterized in that the aqueous and solvent phases are contacted by generation of an emulsion flow of an emulsion state in which the two liquid phases are well mixed and form an emulsion, wherein there is used an emulsion flow apparatus comprising a first head part for spouting an aqueous phase, a second head part for spouting an extracting solvent phase, said second head part arranged in an opposite position to said first head part, a column part in which the emulsion flow generates, an upper phase separation part coupled to an upper side of the column part, a lower phase separation part coupled to a lower side of the column part, and a fluid supply pump, the aqueous phase being introduced from the top of said column part, and the solvent phase being spouted from the bottom of said column part, said emulsion flow being generated in said column part.
Sensor for measuring temperature of an organism comprising a first layer in thermal connection with the organism, a second layer of an insulating material and placed on top of the first layer, a first temperature sensor in thermal connection with the first layer via a thermal conductor through the second layer, a second temperature sensor thermally insulated from the organism, the first and second temperature sensor being located above the second layer, wherein the sensor further comprises a radiating element wherein the first layer is a reflector for the radiating element, wherein the insulating material creates a distance between the antenna radiating element and the reflector, characterised in that the radiating element, the insulating material, and the reflector form an energy storage unit for storing harvested electrical energy. a first layer in thermal connection with the organism, a second layer of an insulating material and placed on top of the first layer, a first temperature sensor in thermal connection with the first layer via a thermal conductor through the second layer, a second temperature sensor thermally insulated from the organism, the first and second temperature sensor being located above the second layer,
A computing device (100, 200) arranged for tracking an object (H, H1, H2) in an image stream provided by a camera (160, 260, 560, 660, 860, 960), said computing device (100, 200) comprising a memory and a controller, wherein said controller is configured to: detect a startup trigger by detecting that said computation device (100, 200) is tilted; if a startup trigger is detected, detect the surrounding light level and determine, within a time span in the range of 1 to 5 seconds, whether there is enough light to track an object and if it is determined that there is enough light to track an object, activate the camera; wherein, when the camera is activated, the controller is further configured to: track at least one object (H, H1, H2); identify a gesture, wherein said gesture is defined by said tracked at least one object moving in free space in front of said camera (160, 260, 560, 660, 860, 960); retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computation device (100, 200). detect a startup trigger by detecting that said computation device (100, 200) is tilted; if a startup trigger is detected, detect the surrounding light level and determine, within a time span in the range of 1 to 5 seconds, whether there is enough light to track an object and if it is determined that there is enough light to track an object, activate the camera; wherein, when the camera is activated, the controller is further configured to: track at least one object (H, H1, H2); identify a gesture, wherein said gesture is defined by said tracked at least one object moving in free space in front of said camera (160, 260, 560, 660, 860, 960); retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computation device (100, 200). track at least one object (H, H1, H2); identify a gesture, wherein said gesture is defined by said tracked at least one object moving in free space in front of said camera (160, 260, 560, 660, 860, 960); retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computation device (100, 200).
A method for operating a transceiver (122a, 122b, 142a, 142b) coupled to a DSL line (112a, 112b), comprising: reducing a transmit power level of the transceiver (122a, 122b, 142a, 142b) from a first transmit power level sufficient for the transceiver (122a, 122b, 142a, 142b) to continuously transmit data on the DSL line (112a, 112b) at a first bit rate to a second transmit power level below the first transmit power level sufficient for the transceiver (122a, 122b, 142a, 142b) to continuously transmit data on the DSL line (112a, 112b) at a second bit rate that is lower than the first bit rate and without generating time-varying crosstalk sufficient to destabilize a nearby DSL line (112a, 112b); and repeatedly suspending the transceiver (122a, 122b, 142a, 142b) from transmitting data on the DSL line (112a, 112b) for a period of time without generating further time-varying crosstalk sufficient to destabilize the nearby DSL line (112a, 112b) and only while the transmit power level of the transceiver (122a, 122b, 142a, 142b) is reduced to the second transmit power level. reducing a transmit power level of the transceiver (122a, 122b, 142a, 142b) from a first transmit power level sufficient for the transceiver (122a, 122b, 142a, 142b) to continuously transmit data on the DSL line (112a, 112b) at a first bit rate to a second transmit power level below the first transmit power level sufficient for the transceiver (122a, 122b, 142a, 142b) to continuously transmit data on the DSL line (112a, 112b) at a second bit rate that is lower than the first bit rate and without generating time-varying crosstalk sufficient to destabilize a nearby DSL line (112a, 112b); and repeatedly suspending the transceiver (122a, 122b, 142a, 142b) from transmitting data on the DSL line (112a, 112b) for a period of time without generating further time-varying crosstalk sufficient to destabilize the nearby DSL line (112a, 112b) and only while the transmit power level of the transceiver (122a, 122b, 142a, 142b) is reduced to the second transmit power level.
A telescopic boom arrangement of a telescopic crane, said telescopic boom arrangement comprising an articulated arm; at least one extendable arm,; hydraulic pipe conduits, arranged on top of said articulated arm; and a sliding bearing arrangement, arranged at the end region of said articulated arm, said telescopic boom arrangement further comprises an opening for said hydraulic pipe conduits, on the upper face of said articulated arm, characterized in that said opening is located on the side of said articulated arm so that said hydraulic pipe conduits, are at a distance from said sliding bearing arrangement, so that said hydraulic pipe conduits, lead to hose connections, accessible through said opening.
A negative active material for a rechargeable lithium battery, comprising a core including silicon nanoparticles and a lithium titanium-based oxide and an amorphous carbon layer on the surface of the core. a core including silicon nanoparticles and a lithium titanium-based oxide and an amorphous carbon layer on the surface of the core.
System for conveying construction waste, system comprises - at least two containers (2, 3, 4), into which construction waste is arranged to be conveyed from at least two different input locations (5, 6), - a suction device, which is connectable into a flow connection with the selected containers (2, 3, 4) by means of a suction pipe, - a pipe arrangement connected to the containers (2, 3, 4) for forming a flow connection between the selected containers (2, 3, 4) and the input locations (5, 6), whereby the construction waste is arranged to be conveyed from the input locations (5, 6) into the selected containers (2, 3, 4) by means of the suction of the suction device, and which pipe arrangement comprises an outlet pipe for each input location (5, 6), characterized in that the outlet pipe comprises a main pipe and a branch pipe, one for each container (2, 3, 4), branching from the main pipe, and in that each branch pipe is provided with a shut-off means, with which the air flow through the branch pipe can be prevented and allowed. - at least two containers (2, 3, 4), into which construction waste is arranged to be conveyed from at least two different input locations (5, 6), - a suction device, which is connectable into a flow connection with the selected containers (2, 3, 4) by means of a suction pipe, - a pipe arrangement connected to the containers (2, 3, 4) for forming a flow connection between the selected containers (2, 3, 4) and the input locations (5, 6), whereby the construction waste is arranged to be conveyed from the input locations (5, 6) into the selected containers (2, 3, 4) by means of the suction of the suction device, and which pipe arrangement comprises an outlet pipe for each input location (5, 6), characterized in that the outlet pipe comprises a main pipe and a branch pipe, one for each container (2, 3, 4), branching from the main pipe, and in that each branch pipe is provided with a shut-off means, with which the air flow through the branch pipe can be prevented and allowed.
A switch device comprising: a fixed contact having a fixed contact point; a movable contact having a movable contact point; an opening/closing mechanism portion that performs the opening/closing operation of said fixed contact point and said movable contact point; and a magnet; characterized by an elongated magnetic body having two opposing end portions which comes into contact with the magnetic pole surface of said magnet at one end portion and is extended between said magnet and at least either one of said fixed contact and said movable contact at its other end portion, wherein at least either one of said fixed contact and said movable contact is integrally molded with said magnetic body with magnetic material, thereby providing a suction bar integrated contact. a fixed contact having a fixed contact point; a movable contact having a movable contact point; an opening/closing mechanism portion that performs the opening/closing operation of said fixed contact point and said movable contact point; and a magnet; characterized by an elongated magnetic body having two opposing end portions which comes into contact with the magnetic pole surface of said magnet at one end portion and is extended between said magnet and at least either one of said fixed contact and said movable contact at its other end portion, wherein at least either one of said fixed contact and said movable contact is integrally molded with said magnetic body with magnetic material, thereby providing a suction bar integrated contact.
Method for determining the quantity of a reducing agent in a tank of a system intended to reduce the quantity of NOx in the exhaust gases of a motor vehicle, said system including: - a storage material arranged in the tank and capable of storing and releasing the reducing agent according to the demand for the reducing agent which may vary over the course of time; - a heating device designed to supply heat in order to release the reducing agent from the storage material, and - a control device for control of the heating device in order to release the reducing agent, characterised in that the method includes the following steps: a) as soon as the motor vehicle is started, control the heating device so that it delivers a determined power profile during a phase known as the initial phase over which the pressure inside the tank increases until it reaches a threshold value, control of the heating device then being adapted in order to regulate the pressure around a set value; b) measure the time of the initial phase and/or the derivative of the pressure with respect to time during some or all of this initial phase; c) compare the time of the initial phase, the derivative of the pressure with respect to time or a combination of both with various calibrated values corresponding to different filling ratios of the reducing agent in the tank in order to determine the quantity of reducing agent in said tank. - a storage material arranged in the tank and capable of storing and releasing the reducing agent according to the demand for the reducing agent which may vary over the course of time; - a heating device designed to supply heat in order to release the reducing agent from the storage material, and - a control device for control of the heating device in order to release the reducing agent, a) as soon as the motor vehicle is started, control the heating device so that it delivers a determined power profile during a phase known as the initial phase over which the pressure inside the tank increases until it reaches a threshold value, control of the heating device then being adapted in order to regulate the pressure around a set value; b) measure the time of the initial phase and/or the derivative of the pressure with respect to time during some or all of this initial phase; c) compare the time of the initial phase, the derivative of the pressure with respect to time or a combination of both with various calibrated values corresponding to different filling ratios of the reducing agent in the tank in order to determine the quantity of reducing agent in said tank.
An analytical method for analyzing hemoglobin in a sample by separation analysis, said method comprising separating hemoglobin in the presence of at least one of a sulfurous acid compound and a dithionous acid compound, wherein said sample is prepared from blood collected from a living body and wherein the separation analysis is selected from electrophoresis and liquid chromatography.
A passenger transport vehicle comprising a system for managing the space inside the vehicle which is configured to vary the number of available seating places in accordance with the level of passenger traffic to be transported, the management system comprising at least one mechanical support structure having a fixed part and a movable part which is movable, relative to the fixed part, between a first position in which the movable part is extended relative to the fixed part so that the mechanical support structure forms at least one available seating place for passengers, and a second position in which the movable part is retracted towards the fixed part so that the at least one seating place is unavailable for seating, characterized in that the mechanical support structure comprises at least one covering surface which is connected to and is disposed around at least a portion of the movable part, the covering surface and the movable part moving together substantially solidary with each other, and wherein the at least one covering surface comprises at least a first substantially rigid portion, a second substantially rigid portion, and a third deformable portion which is disposed between the first and second substantially rigid portions and which is connected to the first substantially rigid portion and the second substantially rigid portion, the first substantially rigid portion forming a seating surface when the movable part is in the first position, while the first and second substantially rigid portions (152, 153) form with the third deformable portion an ischiatic support surface when the movable part is in the second position.
Cultivation rack for use in an arrangement for the cultivation of horticultural products for placement thereof adjacent and aligned with a further rack being separated from the cultivation rack by a wall including an opening, wherein the cultivation rack comprises a plurality of support structures arranged at respective support heights for supporting cultivation packages at the plurality of support heights in the cultivation rack, wherein the support heights of the cultivation rack are aligned with further support heights of the further rack, characterized in that the cultivation rack is arranged for cooperating with a transfer unit for moving the cultivation packages from the cultivation rack into the further rack.
A method, by an electronic device (110, 201, 501, 601, 1001, 1100), for controlling devices located in an environment, the method comprising: determining at least one management target device; determining and selecting at least one measurement device (120, 140) for measuring a state of the at least one management target device which operates in the environment; determining a sub-measurement device for measuring internal or external factors that have an effect on the state determination of the at least one management target device; transmitting a first operation command to the management target device; transmitting a second operation command to the measurement device (120, 140) and a third operation command to the sub-measurement device; receiving, from the at least one measurement device (120, 140), a measurement result obtained by measuring the environment based on the second operation command and a measurement result obtained by measuring the environment based on the third operation command; and identifying the state of the at least one management target device based on the measurement results. determining at least one management target device; determining and selecting at least one measurement device (120, 140) for measuring a state of the at least one management target device which operates in the environment; determining a sub-measurement device for measuring internal or external factors that have an effect on the state determination of the at least one management target device; transmitting a first operation command to the management target device; transmitting a second operation command to the measurement device (120, 140) and a third operation command to the sub-measurement device; receiving, from the at least one measurement device (120, 140), a measurement result obtained by measuring the environment based on the second operation command and a measurement result obtained by measuring the environment based on the third operation command; and identifying the state of the at least one management target device based on the measurement results.