mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising: a module case having an internal space formed by a top plate, a bottom plate and sidewalls; a plurality of battery cells disposed in the internal space of the module case; a first filler-containing cured resin layer in contact with both the top plate and the plurality of battery cells; and a second filler-containing cured resin layer in contact with both the bottom plate and the plurality of battery cells; wherein the first and second filler-containing cured resin layers are adhesive layers; and wherein the first filler-containing cured resin layer has a thermal conductivity of 1.0 W/mK or less, as measured according to ASTM D5470, and the second filler-containing resin layer has a thermal conductivity of 1.5 W/mK or more, as measured according to ASTM D5470. a module case having an internal space formed by a top plate, a bottom plate and sidewalls; a plurality of battery cells disposed in the internal space of the module case; a first filler-containing cured resin layer in contact with both the top plate and the plurality of battery cells; and a second filler-containing cured resin layer in contact with both the bottom plate and the plurality of battery cells; wherein the first and second filler-containing cured resin layers are adhesive layers; and wherein the first filler-containing cured resin layer has a thermal conductivity of 1.0 W/mK or less, as measured according to ASTM D5470, and the second filler-containing resin layer has a thermal conductivity of 1.5 W/mK or more, as measured according to ASTM D5470.
A terminal device, comprising: a body, on which at least one accommodating groove for accommodating a wireless headset is arranged; a magnetic component, arranged in the accommodating groove and comprising an electromagnet; and a first controller, which is arranged in the body and electrically connected with the electromagnet, the wireless headset comprising a magnetic element, the first controller being configured to control the electromagnet to connect to the magnetic element through attraction or separate from the magnetic element through repulsion by changing a polarity of the electromagnet, characterized in that the magnetic component further comprises a first permanent magnet arranged in the accommodating groove and configured to attract the magnetic element, the first permanent magnet, the electromagnet and the magnetic element being in form of a ring-shaped structure, the first permanent magnet being arranged around the electromagnet. a body, on which at least one accommodating groove for accommodating a wireless headset is arranged; a magnetic component, arranged in the accommodating groove and comprising an electromagnet; and a first controller, which is arranged in the body and electrically connected with the electromagnet, the wireless headset comprising a magnetic element, the first controller being configured to control the electromagnet to connect to the magnetic element through attraction or separate from the magnetic element through repulsion by changing a polarity of the electromagnet, characterized in that the magnetic component further comprises a first permanent magnet arranged in the accommodating groove and configured to attract the magnetic element, the first permanent magnet, the electromagnet and the magnetic element being in form of a ring-shaped structure, the first permanent magnet being arranged around the electromagnet.
A foamed cementitious composition, the composition comprising: calcium aluminate; a nitrogen gas-generating compound, wherein the nitrogen gas-generating compound is azodicarbonamide, wherein the azodicarbonamide is 1% to 10% by weight of the calcium aluminate; an amine activator, wherein the amine activator is an ethyleneamine, and wherein the weight ratio of the azodicarbonamide to the amine activator is 5:1 to 1:5; and a foam surfactant. calcium aluminate; a nitrogen gas-generating compound, wherein the nitrogen gas-generating compound is azodicarbonamide, wherein the azodicarbonamide is 1% to 10% by weight of the calcium aluminate; an amine activator, wherein the amine activator is an ethyleneamine, and wherein the weight ratio of the azodicarbonamide to the amine activator is 5:1 to 1:5; and a foam surfactant.
Door system for a refrigerator, wherein the door system comprises at least one refrigerator door and an associated mounting arrangement which is configured to pivotably mount the refrigerator door to a refrigerator such that the refrigerator door can be pivoted about a substantially vertically oriented pivot axis between a closed position, in which the refrigerator is closed by the refrigerator door, and an open position, which allows access to the interior of the refrigerator, wherein the refrigerator door defines an opening angle with respect to the refrigerator; wherein the door system further comprises at least one spring element which is connected to the refrigerator door and which is configured to interact with the refrigerator such that the refrigerator door is pushed into the closed position by the spring element when an opening angle is smaller than a first limit angle and is pushed into the open position by the spring element when an opening angle is greater than a second limit angle, wherein the spring element comprises a gas pressure spring; further comprising at least one limiting element, by means of which the opening angle of the refrigerator door is limited to a maximum opening angle, wherein the maximum opening angle is adjustable, wherein the limiting element is configured as a coupling rod with a first end and an opposite second end, wherein the first end of the coupling rod is connected to the refrigerator door and the second end of the coupling rod is configured to interact with the refrigerator.
A reconfigurable antenna device comprising a substrate incorporating a first groundplane, a two-arm antenna having first and second arms (6, 7) each having a proximal portion (9, 9') and a distal portion (10, 10'), the proximal portions (9, 9') extending in substantially opposite directions and the distal portions (10, 10') being substantially parallel to each other, a first unbalanced antenna extending across a space between the distal portions (10, 10') and adjacent to the proximal portions (9, 9') of the first and second arms (6, 7), a second unbalanced antenna located adjacent to the first arm and a third unbalanced antenna located adjacent to the second arm, the second and third unbalanced antennas (15, 16) respectively extending towards the distal portions (10, 10') of the first and second arms (6, 7) and located between the distal portions (10, 10'), wherein a region at one end of the substrate where the antennas are mounted is free of the first groundplane, the groundplane having an edge facing the end of the substrate where the antennas are mounted, wherein the respective antennas and the first groundplane are substantially coplanar or disposed in two or more substantially parallel planes, wherein each of the two-arm antenna and the first, second and third unbalanced antennas (11, 15, 16) is provided with a respective matching circuit and at least one signal port, wherein the two-arm antenna and the first unbalanced antenna are provided with feedlines located substantially centrally between the distal portions (10, 10') of the first and second arms (6, 7), and wherein at least the first, second and third unbalanced antennas (11, 15, 16) have feedpoints (13, 19, 20) at a portion of said edge of said first groundplane that is substantially central between the distal portions (10, 10') of the first and second arms (6, 7).
A harvester discharge spout outlet control flap arrangement comprising a first support frame for attachment to an outer end of a harvester discharge spout for supporting first crop deflecting control flap means, a second support frame for supporting second crop deflecting control flap means, and actuating means for pivoting the second support frame relative to the first support frame to deflect crop discharge from the outer end of the discharge spout, characterised in that the first and second crop deflecting control flap means are detachably supported by first and second support frames, respectively, and in that the second support frame is pivotally mounted on an outer end of the first support frame.
A pharmaceutical product for use in repairing or replacing heart tissue, comprising: (i) cells; and (ii) a vasodilator or a vascular permeability enhancer, or both, wherein the cells and the vasodilator and/or the vascular permeability enhancer are to be administered by infusion through a blood vessel and wherein the cells are not of human embryonic origin. (i) cells; and (ii) a vasodilator or a vascular permeability enhancer, or both, wherein the cells and the vasodilator and/or the vascular permeability enhancer are to be administered by infusion through a blood vessel and wherein the cells are not of human embryonic origin.
A glass tempering furnace for heating glass sheets, the glass tempering furnace comprising a conveyor to carry the glass sheet into the glass tempering furnace and out of it, and a blowing channel (7, 15) arranged in the substantially transverse direction in relation to the direction of travel of the glass sheet for blowing heating air on the surface of the glass sheet, characterised in that the blowing channel (7, 15) is formed in the transverse direction in relation to the direction of travel of the glass sheet out of at least two blowing channel parts (7a, 7b).
An aluminum alloy-and-resin composition composite comprising: a shaped aluminum alloy material having a surface comprising fine recesses or projections, and a thermoplastic resin composition fixed to the surface of said shaped aluminium alloy material by entering said recesses or engaging said projections, characterised in that the surface of the shaped aluminium alloy material has a surface roughness defined by measurement on the photograph of surface of 1 μm to 10 μm and having fine recesses or projections of 0.01 μm to 0.1 μm in diameter on said surface, said surface being covered with a + trivalent aluminum compound having an average thickness of 0.001 μm; and said thermoplastic resin composition contains as a main component a polybutylene terephthalate resin or polyphenylene sulfide and as a further component component a fibrous filler, the thermoplastic resin composition having an average coefficient of lengthwise and crosswise linear expansion, defined as an arithmetic averaged value of the direction where fibers of the resin composition mainly lie side-by-side and for the direction perpendicular to the same, of 2 to 4 x 10 -5 °C -1. a shaped aluminum alloy material having a surface comprising fine recesses or projections, and a thermoplastic resin composition fixed to the surface of said shaped aluminium alloy material by entering said recesses or engaging said projections, characterised in that the surface of the shaped aluminium alloy material has a surface roughness defined by measurement on the photograph of surface of 1 μm to 10 μm and having fine recesses or projections of 0.01 μm to 0.1 μm in diameter on said surface, said surface being covered with a + trivalent aluminum compound having an average thickness of 0.001 μm; and said thermoplastic resin composition contains as a main component a polybutylene terephthalate resin or polyphenylene sulfide and as a further component component a fibrous filler, the thermoplastic resin composition having an average coefficient of lengthwise and crosswise linear expansion, defined as an arithmetic averaged value of the direction where fibers of the resin composition mainly lie side-by-side and for the direction perpendicular to the same, of 2 to 4 x 10 -5 °C -1.
A slide heating apparatus, comprising: a support element having a support surface configured to support a slide with a back side of the slide facing the support surface and a specimen-bearing surface of the slide opposite the back side of the slide; and a heater coupled to the support element, the slide heating apparatus being configured to deliver thermal energy non-uniformly across the support surface to the back side of the slide via conduction to substantially compensate for non-uniform heat losses associated with evaporation of a liquid on the specimen-bearing surface, wherein the heater includes at least two spaced apart elongate portions (660a, 660b) for conductively heating side portions of the support surface and two end heating portions (665a, 665b) extending between the elongate portions (660a, 660b), the two end heating portions (665a, 665b) are positioned to heat both a portion of the support surface for contacting an end of the slide and a portion of the support surface for contacting a region of the slide adjacent to a label of the slide, characterized by a convection assembly positioned to produce a convective flow that passes through a pocket defined by the heater to cool the support element. a support element having a support surface configured to support a slide with a back side of the slide facing the support surface and a specimen-bearing surface of the slide opposite the back side of the slide; and a heater coupled to the support element, the slide heating apparatus being configured to deliver thermal energy non-uniformly across the support surface to the back side of the slide via conduction to substantially compensate for non-uniform heat losses associated with evaporation of a liquid on the specimen-bearing surface, wherein the heater includes at least two spaced apart elongate portions (660a, 660b) for conductively heating side portions of the support surface and two end heating portions (665a, 665b) extending between the elongate portions (660a, 660b), the two end heating portions (665a, 665b) are positioned to heat both a portion of the support surface for contacting an end of the slide and a portion of the support surface for contacting a region of the slide adjacent to a label of the slide, characterized by a convection assembly positioned to produce a convective flow that passes through a pocket defined by the heater to cool the support element.
A burner for a combustor of a gas turbine combustor, the burner comprises a body having a surface and an burner axis, a fuel lance, an igniter and a main air flow passage or passages, the main air flow passage or passages is angled relative to the burner axis and creates a main vortex about the burner axis in a first rotational direction, the main vortex travels in a direction along the burner axis and away from the surface, the igniter is located downstream of the fuel lance with respect to the first rotational direction of the main vortex so that a part of a main air flow washes over the fuel lance and then over the igniter, the fuel lance comprises a fuel lance axis, a liquid fuel tip having a fuel outlet and an array of air assist passages having outlets arranged about the fuel outlet, characterised in that the air assist passages are angled relative to the fuel lance axis to create an air assist vortex about the fuel lance axis in the same rotational direction to the first rotational direction, wherein the air assist passages are radially angled μ relative to the fuel lance axis and the air assist passages are radially angled μ between and including 15° and 60° relative to the fuel lance axis.
Method of communications in a network interconnecting at least two power generators, each power generator being connected to said network by means of at least one interfacing device capable of sending and receiving communications frames, said frames comprising at least one piece of supervision data and at least one piece of information data, characterized in that it comprises a step for sending during which the same pieces of information data are sent at least twice, two operations for sending frames to be sent that comprise identical pieces of information data being separated in time by a predetermined time interval, and a step for receiving, implementing a systematic elimination of one of the frames received when two frames comprising identical pieces of information data have been received.
Silicone particles as silicone elastomer spherical particles having surfaces thereof coated with polymethylalkenylsilsesquioxane, and having a volume average particle size of 0.1 to 100 μm, wherein the polymethylalkenylsilsesquioxane is in an amount of 0.5 to 25 parts by mass per 100 parts by mass of the silicone elastomer spherical particles, and alkenylsilyl groups are present on the surface of the polymethylalkenylsilsesquioxane, wherein the alkenylsilyl groups present on the surface of the polymethylalkenylsilsesquioxane are in an amount of not smaller than 0.001 mol/100 g, wherein the volume average particle size of the silicone particles is measured by an electric resistance-method particle size distribution measuring device; and wherein the amount of alkenylsilyl groups present on the surface of the polymethylalkenylsilsesquioxane is measured by the Hanus method, measuring the iodine value.
Brake device for a vehicle having: a brake master cylinder with a first primary piston chamber, the first volume of which can be varied by means of an adjustable first primary piston component; a brake force transmission component, on which a brake actuating element can be arranged directly or indirectly in such a way that at least a driver brake force can be transmitted via the brake force transmission component to the adjustable first primary piston component which is contacted by the brake force transmission component; and an adjustable second primary piston component; characterized in that the brake master cylinder has a second primary piston chamber, the second volume of which can be varied by means of the adjustable second primary piston component; the brake device having a booster force transmission component, on which an actuator device can be arranged directly or indirectly in such a way that a booster force which is provided by the actuator device can be transmitted at least partially via the booster force transmission component to the adjustable second primary piston component which is contacted by the booster force transmission component; and the brake force transmission component which is present in its force-free starting position being spaced apart from the first primary piston component by a first idle travel which does not equal zero and/or the booster force transmission component which is present in its force-free starting position being spaced apart from the second primary piston component by a second idle travel which does not equal zero. a brake master cylinder with a first primary piston chamber, the first volume of which can be varied by means of an adjustable first primary piston component; a brake force transmission component, on which a brake actuating element can be arranged directly or indirectly in such a way that at least a driver brake force can be transmitted via the brake force transmission component to the adjustable first primary piston component which is contacted by the brake force transmission component; and an adjustable second primary piston component; characterized in that the brake master cylinder has a second primary piston chamber, the second volume of which can be varied by means of the adjustable second primary piston component; the brake device having a booster force transmission component, on which an actuator device can be arranged directly or indirectly in such a way that a booster force which is provided by the actuator device can be transmitted at least partially via the booster force transmission component to the adjustable second primary piston component which is contacted by the booster force transmission component; and the brake force transmission component which is present in its force-free starting position being spaced apart from the first primary piston component by a first idle travel which does not equal zero and/or the booster force transmission component which is present in its force-free starting position being spaced apart from the second primary piston component by a second idle travel which does not equal zero.
A protective helmet for rotational energy management, comprising: an outer energy management layer formed of a first material comprising an outer surface and an inner surface opposite the outer surface; and an inner energy management layer formed of a second material and disposed within the outer energy management layer, the inner energy management layer further comprising an outer surface oriented towards the outer energy management layer and an inner surface opposite the outer surface, characterized in that the inner surface of the outer energy management layer comprises a first slidable finish being a first glaze formed of the first material and the outer surface of the inner energy management layer comprises a second slidable finish that directly contacts the first slidable finish, the second slidable finish being a second glaze formed of the second material. an outer energy management layer formed of a first material comprising an outer surface and an inner surface opposite the outer surface; and an inner energy management layer formed of a second material and disposed within the outer energy management layer, the inner energy management layer further comprising an outer surface oriented towards the outer energy management layer and an inner surface opposite the outer surface, characterized in that the inner surface of the outer energy management layer comprises a first slidable finish being a first glaze formed of the first material and the outer surface of the inner energy management layer comprises a second slidable finish that directly contacts the first slidable finish, the second slidable finish being a second glaze formed of the second material.
A laser lancing device, comprising: a main body; a laser resonator located within the main body and configured to generate a laser and output the laser forwards; a beam barrel located in front of the laser resonator and including at least one lens unit fixed therein; a window barrel located in front of the beam barrel and connected to the main body; a cap part connected to the front of the window barrel and brought into contact with an irradiation target area; a fan unit communicating with the cap part and induce flow of air; and a communication pipe of which one end is connected to the fan unit and the other end is connected to the cap part; and a contact sensor located in front of the window barrel; wherein the cap part includes a cap main body including an opening and a supporting surface to be supported on a contact point along the periphery of the opening, characterized in that the cap main body includes a sensor hole through which the contact sensor penetrates. a main body; a laser resonator located within the main body and configured to generate a laser and output the laser forwards; a beam barrel located in front of the laser resonator and including at least one lens unit fixed therein; a window barrel located in front of the beam barrel and connected to the main body; a cap part connected to the front of the window barrel and brought into contact with an irradiation target area; a fan unit communicating with the cap part and induce flow of air; and a communication pipe of which one end is connected to the fan unit and the other end is connected to the cap part; and a contact sensor located in front of the window barrel; wherein the cap part includes a cap main body including an opening and a supporting surface to be supported on a contact point along the periphery of the opening, characterized in that the cap main body includes a sensor hole through which the contact sensor penetrates.