mhurhangee/ep-ind-claims huggingface dataset:
A film for a tire inner liner, comprising: a base film layer comprising a mixture of 50 to 95 wt% of a polyamide-based resin and 5 to 50 wt% of a polyether-based resin; wherein the base film layer comprises a polyamide-based resin and an elastomer copolymer comprising polyamide-based segments and polyether-based segments; and an adhesive layer comprising a resorcinol-formalin-latex -based adhesive, wherein the content of the polyether-based segments in the elastomer copolymer is 15 to 50 wt% based on total weight of the base film layer, the thickness of the base film layer is 30 to 300 μm, and the film for a tire inner liner has a shrinkage rate of 5 % or less when elongated 50 to 150 % at 80 to 160 °C and then cooled to room temperature. a base film layer comprising a mixture of 50 to 95 wt% of a polyamide-based resin and 5 to 50 wt% of a polyether-based resin; wherein the base film layer comprises a polyamide-based resin and an elastomer copolymer comprising polyamide-based segments and polyether-based segments; and an adhesive layer comprising a resorcinol-formalin-latex -based adhesive, wherein the content of the polyether-based segments in the elastomer copolymer is 15 to 50 wt% based on total weight of the base film layer, the thickness of the base film layer is 30 to 300 μm, and the film for a tire inner liner has a shrinkage rate of 5 % or less when elongated 50 to 150 % at 80 to 160 °C and then cooled to room temperature.
A composition comprising: isolated fumaric acid; isolated phenolics, wherein the isolated phenolics comprise proanthocyanidins (PACs); and wherein the ratio of fumaric acid to PACs is between 4000:1 and 100:1, or wherein the ratio of fumaric acid to PACs is between 50:1 and 10:1. isolated fumaric acid; isolated phenolics, wherein the isolated phenolics comprise proanthocyanidins (PACs); and wherein the ratio of fumaric acid to PACs is between 4000:1 and 100:1, or wherein the ratio of fumaric acid to PACs is between 50:1 and 10:1.
An aerosol generation device comprising: a heater configured to heat an outer periphery of a smoking article comprising an aerosol source, and a control part configured to control the heater; wherein the control part is configured to control the heater in such a manner that a delivery profile of aerosol in a predetermined suction allowable period comprises one or more maximum values in a period between a start point and an end point in the suction allowable period, wherein the smoking article comprises an aerosol existing region including the aerosol source, and an aerosol non-existing region positioned downstream the aerosol existing region in the direction of flow of generated aerosol; characterized in that, when the smoking article is inserted into the aerosol generation device, a heating part of the heater is arranged to extend from the aerosol existing region of the smoking article to the aerosol non-existing region of the smoking article. a heater configured to heat an outer periphery of a smoking article comprising an aerosol source, and a control part configured to control the heater; wherein the control part is configured to control the heater in such a manner that a delivery profile of aerosol in a predetermined suction allowable period comprises one or more maximum values in a period between a start point and an end point in the suction allowable period, wherein the smoking article comprises an aerosol existing region including the aerosol source, and an aerosol non-existing region positioned downstream the aerosol existing region in the direction of flow of generated aerosol; characterized in that, when the smoking article is inserted into the aerosol generation device, a heating part of the heater is arranged to extend from the aerosol existing region of the smoking article to the aerosol non-existing region of the smoking article.
A system for controlling Session Initiation Protocol, SIP,-specific event notification according to a preference of a subscriber, the system comprising: an event notification controller; a subscriber configured to request an event subscription through the event notification controller; and a subscription target configured to forward an event notification to the subscriber through the event notification controller in response to the event subscription request; wherein the event notification controller is further configured to: determine whether to forward the event notification, which is transmitted from the subscription target, to the subscriber according to preference rules of the subscriber on event notifications set by the subscriber, and if the preference rules of the subscriber on event notification allows event notification, forward the event notification to the subscriber, and characterised by: if the preference rules of the subscriber on event notification do not allow event notification, request the subscription target to hold the event notification. an event notification controller; a subscriber configured to request an event subscription through the event notification controller; and a subscription target configured to forward an event notification to the subscriber through the event notification controller in response to the event subscription request; wherein the event notification controller is further configured to: determine whether to forward the event notification, which is transmitted from the subscription target, to the subscriber according to preference rules of the subscriber on event notifications set by the subscriber, and if the preference rules of the subscriber on event notification allows event notification, forward the event notification to the subscriber, and characterised by: if the preference rules of the subscriber on event notification do not allow event notification, request the subscription target to hold the event notification. determine whether to forward the event notification, which is transmitted from the subscription target, to the subscriber according to preference rules of the subscriber on event notifications set by the subscriber, and if the preference rules of the subscriber on event notification allows event notification, forward the event notification to the subscriber, and characterised by: if the preference rules of the subscriber on event notification do not allow event notification, request the subscription target to hold the event notification. if the preference rules of the subscriber on event notification do not allow event notification, request the subscription target to hold the event notification.
A three-dimensional printing method of a printed product with a cross-sectional pattern, comprising: a step of providing different inks (1, 2, 3, 4, 5) into each partitioned space of an ink extruding member equipped in a three-dimensional printing device, wherein the ink extruding member comprises an ink-receiving part, an ink-extruding part and a partitioning member providing two or more partitioned spaces, a step of applying the same pressure condition to the inks (1, 2, 3, 4, 5) retained in each partitioned space, and extruding the inks (1, 2, 3, 4, 5) in two or more partitioned spaces into a single extruding port to prepare an extruded ink product (40, 50), and a step of printing the extruded ink product (40, 50) on a plate, wherein the partitioning member provides the two or more partitioned spaces so as to have the same shape of cross-sectional pattern as the printed product and receives different ink in the spaces partitioned by the partitioning member, and the ink-extruding part is positioned in the lower part of the ink-receiving part and is equipped with a single passage in which the inks (1, 2, 3, 4, 5) retained in the ink-receiving part pass and extrude, wherein the extruded ink product (40, 50) discharged from the ink-extruding part has the same cross-sectional pattern as the cross-sectional pattern of the ink-receiving part with reduced size, wherein the partitioning member is detachable from the ink-receiving part, and wherein the ink comprises one or more selected from the group consisting of a gelling polymer, a cell, a growth factor and an extracellular matrix. a step of providing different inks (1, 2, 3, 4, 5) into each partitioned space of an ink extruding member equipped in a three-dimensional printing device, wherein the ink extruding member comprises an ink-receiving part, an ink-extruding part and a partitioning member providing two or more partitioned spaces, a step of applying the same pressure condition to the inks (1, 2, 3, 4, 5) retained in each partitioned space, and extruding the inks (1, 2, 3, 4, 5) in two or more partitioned spaces into a single extruding port to prepare an extruded ink product (40, 50), and a step of printing the extruded ink product (40, 50) on a plate, wherein the partitioning member provides the two or more partitioned spaces so as to have the same shape of cross-sectional pattern as the printed product and receives different ink in the spaces partitioned by the partitioning member, and the ink-extruding part is positioned in the lower part of the ink-receiving part and is equipped with a single passage in which the inks (1, 2, 3, 4, 5) retained in the ink-receiving part pass and extrude, wherein the extruded ink product (40, 50) discharged from the ink-extruding part has the same cross-sectional pattern as the cross-sectional pattern of the ink-receiving part with reduced size, wherein the partitioning member is detachable from the ink-receiving part, and wherein the ink comprises one or more selected from the group consisting of a gelling polymer, a cell, a growth factor and an extracellular matrix.
An ultrasound system for forming an ultrasound image having a plurality of pixels, comprising: an ultrasound data acquisition unit including a plurality of transducer elements and configured to: form receive signals based on ultrasound signals reflected from a target object, perform analog-to-digital conversion on the receive signals to form sampling data including first sampling data (S 6,3) and second sampling data (S 6,4) different from the first sampling data (S 6,3), set a first beam forming curve (CV 6,3), in the ultrasound image, to select pixels for which the first sampling data (S 6,3) are used as pixel data, select first pixels (P 3,1,P 3,2,P 4,2,P 4,3,P 4,4,P 4,5,P 4,6,P 4,7,P 4,5,P 4,9,...P 3,N) on which the first beam forming curve (CV 6,3) passes among the plurality of pixels of the ultrasound image, assign the first sampling data (S 6,3) to the selected first pixels (P 3,1,P 3,2, P 4,2,P 4,3, P 4,4,P 4,5,P 4,6,P 4,7,P 4,8,P 4,9,...P 3,N), set a second beam forming curve (CV 6,4), in the ultrasound image, to select pixels for which the second sampling data (S 6,4) are used as pixel data, select second pixels (P 2,1,P 3,1,P 3,2,P 4,2,P 4,3,P 4,4,P 5,4,P 5,5,P 5,6,P 5,7,P 5,8,P 4,9, P 5,9,...P 3,N) on which the second beam forming curve (CV 6,4) passes among the plurality of pixels of the ultrasound image, assign the second sampling data (S 6,4) to the selected second pixels (P 2,1, P 3,1,P 3,2,P 4,2,P 4,3,P 4,4,P 5,4,P 5,5,P 5,6,P 5,7,P 5,8,P 4,9,P 5,9,...P 3,N), and perform beam forming upon the assigned sampling data for the respective pixels to form receive-focused data. form receive signals based on ultrasound signals reflected from a target object, perform analog-to-digital conversion on the receive signals to form sampling data including first sampling data (S 6,3) and second sampling data (S 6,4) different from the first sampling data (S 6,3), set a first beam forming curve (CV 6,3), in the ultrasound image, to select pixels for which the first sampling data (S 6,3) are used as pixel data, select first pixels (P 3,1,P 3,2,P 4,2,P 4,3,P 4,4,P 4,5,P 4,6,P 4,7,P 4,5,P 4,9,...P 3,N) on which the first beam forming curve (CV 6,3) passes among the plurality of pixels of the ultrasound image, assign the first sampling data (S 6,3) to the selected first pixels (P 3,1,P 3,2, P 4,2,P 4,3, P 4,4,P 4,5,P 4,6,P 4,7,P 4,8,P 4,9,...P 3,N), set a second beam forming curve (CV 6,4), in the ultrasound image, to select pixels for which the second sampling data (S 6,4) are used as pixel data, select second pixels (P 2,1,P 3,1,P 3,2,P 4,2,P 4,3,P 4,4,P 5,4,P 5,5,P 5,6,P 5,7,P 5,8,P 4,9, P 5,9,...P 3,N) on which the second beam forming curve (CV 6,4) passes among the plurality of pixels of the ultrasound image, assign the second sampling data (S 6,4) to the selected second pixels (P 2,1, P 3,1,P 3,2,P 4,2,P 4,3,P 4,4,P 5,4,P 5,5,P 5,6,P 5,7,P 5,8,P 4,9,P 5,9,...P 3,N), and perform beam forming upon the assigned sampling data for the respective pixels to form receive-focused data.
A method for expressing a user emotion during game play, the method comprising: displaying an emotion image received from an opponent terminal on a display of a terminal in which a game is played; displaying an emotion selection menu with respect to the displayed emotion image, wherein the emotion selection menu includes at least two emotion menus, wherein each emotion menu represents an emotion type and from each emotion menu an emotion scale is selectable, wherein the emotion menu is displayed radially with respect to the emotion image in a shape of a bar, and opposing types of emotions are symmetrically organized, wherein a display size of the emotion menu changes based on frequency of emotion transmissions with the opponent; making a first selection of an emotion type based on a user selection signal for any one of the displayed at least two emotion menus; making a second selection of an emotional scale based on a distance between a location on the display where the user selection signal is generated and the emotion image; changing the emotion image based on the first selected emotion type and the second selected emotional scale; and generating the changed emotion image into a response emotion image and transmitting the response emotion image to the opponent terminal. displaying an emotion image received from an opponent terminal on a display of a terminal in which a game is played; displaying an emotion selection menu with respect to the displayed emotion image, wherein the emotion selection menu includes at least two emotion menus, wherein each emotion menu represents an emotion type and from each emotion menu an emotion scale is selectable, wherein the emotion menu is displayed radially with respect to the emotion image in a shape of a bar, and opposing types of emotions are symmetrically organized, wherein a display size of the emotion menu changes based on frequency of emotion transmissions with the opponent; making a first selection of an emotion type based on a user selection signal for any one of the displayed at least two emotion menus; making a second selection of an emotional scale based on a distance between a location on the display where the user selection signal is generated and the emotion image; changing the emotion image based on the first selected emotion type and the second selected emotional scale; and generating the changed emotion image into a response emotion image and transmitting the response emotion image to the opponent terminal.
A laundry treating apparatus comprising: a tub; a drum rotatably provided in the tub; an induction heater which is fixed to the tub while being spaced apart from the drum, and heats the drum; characterized in that a first circuit comprising a first coil installed in the tub; a power supply unit which applies AC power to the first coil; and a second circuit installed in the drum, the second circuit comprising a second coil disposed in a position overlapping with the first coil in a length direction of a rotational central shaft of the drum and a thermistor whose resistance varies depending on temperature. a tub; a drum rotatably provided in the tub; an induction heater which is fixed to the tub while being spaced apart from the drum, and heats the drum; characterized in that a first circuit comprising a first coil installed in the tub; a power supply unit which applies AC power to the first coil; and a second circuit installed in the drum, the second circuit comprising a second coil disposed in a position overlapping with the first coil in a length direction of a rotational central shaft of the drum and a thermistor whose resistance varies depending on temperature.
An implantable medical device comprising: a housing that includes a first surface and an opposing second surface; wherein a first and second surfaces of the housing are major surfaces of the housing; a plurality of electrodes, wherein a first set of the plurality of electrodes is located on the first surface of the housing, and a second set of the plurality of electrodes is located on the second surface of the housing; and a stimulation generator within the housing configured to deliver electrical stimulation to a patient via the first and second sets of the electrodes; wherein the first and second surfaces are substantially parallel surfaces, the first and second surfaces separated by a thickness within a range from 3 mm to 8 mm, and the first and second surfaces have a width within a range from 10 mm to 25 mm and a length within a range from 30 mm to 120 mm. a housing that includes a first surface and an opposing second surface; wherein a first and second surfaces of the housing are major surfaces of the housing; a plurality of electrodes, wherein a first set of the plurality of electrodes is located on the first surface of the housing, and a second set of the plurality of electrodes is located on the second surface of the housing; and a stimulation generator within the housing configured to deliver electrical stimulation to a patient via the first and second sets of the electrodes; wherein the first and second surfaces are substantially parallel surfaces, the first and second surfaces separated by a thickness within a range from 3 mm to 8 mm, and the first and second surfaces have a width within a range from 10 mm to 25 mm and a length within a range from 30 mm to 120 mm.
Level transmitter for determining a level of a medium located in a vessel, said transmitter comprising - a high-frequency unit, which is designed to generate and/or process high-frequency signals (S HF, R HF) in such a way to determine the level, - a waveguide, which is coupled to the high-frequency unit in such a way to send the high-frequency signals (S HF) towards the medium and/or to receive high-frequency signals (R HF) reflected at the medium, wherein the waveguide is divided into o a first sub-section facing towards the high-frequency unit, and o a second sub-section that can face towards the medium, - a transparent isolator for the high-frequency signals (S HF, R HF), which separates, in a fluidic manner, the first sub-section from the second sub-section, characterized in that - a first cavity, which is connected, in a fluidic manner, to the second sub-section, wherein, in relation to the second sub-section, the first cavity is arranged behind the isolator, wherein a thread connects, in a fluidic manner, the first cavity to the second sub-section. - a high-frequency unit, which is designed to generate and/or process high-frequency signals (S HF, R HF) in such a way to determine the level, - a waveguide, which is coupled to the high-frequency unit in such a way to send the high-frequency signals (S HF) towards the medium and/or to receive high-frequency signals (R HF) reflected at the medium, wherein the waveguide is divided into o a first sub-section facing towards the high-frequency unit, and o a second sub-section that can face towards the medium, o a first sub-section facing towards the high-frequency unit, and o a second sub-section that can face towards the medium, - a transparent isolator for the high-frequency signals (S HF, R HF), which separates, in a fluidic manner, the first sub-section from the second sub-section, - a first cavity, which is connected, in a fluidic manner, to the second sub-section, wherein, in relation to the second sub-section, the first cavity is arranged behind the isolator, wherein a thread connects, in a fluidic manner, the first cavity to the second sub-section.
A Bcl-2 inhibitor for use in the treatment of Bcl-2 mediated cancer carrying at least 1, 2, 3, 4, 5 or all of the following mutations: (i) Gly101 Val; (ii) Asp103Tyr; (iii) Asp103Val; (iv) Asp103Glu; (v) Arg129Leu and (vi) Ala113Gly; wherein the Bcl-2 inhibitor is selected from the group consisting of N -(4-hydroxyphenyl)-3-{6-[((3 S)-3-(4-morpholinylmethyl)-3,4-dihydro-2(1 H)-isoquinolinyl)carbonyl]-1,3-benzodioxol-5-yl}- N -phenyl-5,6,7,8-tetrahydro-1-indolizine carboxamide (Compound A) and 5-(5-chloro-2-{[(3 S)-3-(morpholin-4-ylmethyl)-3,4-dihydroisoquinolin-2(1 H)-yl]carbonyl}phenyl)- N -(5-cyano-1,2-dimethyl-1 H -pyrrol-3-yl)- N -(4-hydroxyphenyl)-1,2-dimethyl-1 H -pyrrole-3-carboxamide (Compound B), or a pharmaceutically acceptable salt thereof.
A method of determining the distribution of degradation in an alloy vehicle component, having being exposed to degradation conditions in use, by discriminating between, in a surface layer of an alloy comprising a transition metal, a first transition metal in a first oxidation state and a second transition metal in a second oxidation state different from the first oxidation state, wherein the first and second transition metals are the same or different transition metal elements, the method comprising the steps of: (i) applying an oxidation state sensor molecule to the surface of the alloy, wherein the oxidation state sensor molecule is capable of selectively associating with the first transition metal, such that the distribution of the oxidation state sensor molecule on the surface can be used to discriminate between the first and second transition metals, and wherein the oxidation state sensor molecule comprises an oxidation state discriminating group and a probe group producing a signal to be detected and comprising a luminescent or radioactive group; (ii) detecting a signal from the oxidation state sensor molecule on the surface of the alloy, preferably by an imaging means, to identify the areas comprising the first transition metal. (i) applying an oxidation state sensor molecule to the surface of the alloy, wherein the oxidation state sensor molecule is capable of selectively associating with the first transition metal, such that the distribution of the oxidation state sensor molecule on the surface can be used to discriminate between the first and second transition metals, and wherein the oxidation state sensor molecule comprises an oxidation state discriminating group and a probe group producing a signal to be detected and comprising a luminescent or radioactive group; (ii) detecting a signal from the oxidation state sensor molecule on the surface of the alloy, preferably by an imaging means, to identify the areas comprising the first transition metal.
Door seal comprising a guide rail and a sealing strip which is held displaceably in the guide rail, wherein the sealing strip has a sealing element which, in the sealing lowered state of the sealing strip, bears in a sealing manner on a floor while projecting beyond an underside of a door, characterized in that at least one pressure-equalizing opening (4, 4') is arranged in the guide rail, which pressure-equalizing opening (4,4), at least in the sealing state of the sealing strip, allows air to pass from one side of the door to the other side of the door.