mhurhangee/ep-ind-claims huggingface dataset:
Tension member protection system (100; 1100; 2100), which is designed and intended to protect a tension member (110; 1110; 2110) arranged between two sections of a structure, comprising: - two or more shell elements (120; 1120; 2120) arranged circumferentially around the tension member (110; 1110; 2110) which together surround a cavity (130; 1130; 2130) intended to receive the tension member (110; 1110; 2110), and - joining means whereby the shell elements (120; 1120; 2120) can be detachably connected to one another, wherein the joining means for joining at least two shell elements (120; 1120; 2120), which in the cavity (130; 1130; 2130) forming state lie with their two contact surfaces (123; 1123; 2123) against each other, comprise a plurality of joining sleeves (160; 1160, 1160a, 1160b; 2160), each of which is associated with one of the two shell elements (120; 1120; 2120), the joining sleeves (160; 1160, 1160a, 1160b; 2160) being designed and being arranged on the shell elements (120; 1120; 2120) in such a way that, in the cavity (130; 1130; 2130) forming state, they interlock so that their through-holes (165; 1165; 2165) in the longitudinal direction of the tension member protection system (100; 1100; 2100) essentially only overlap completely when the two shell elements (120; 1120; 2120) lie with their contact surfaces (123; 1123; 2123) against each other, and in that the joining means further comprise a rod-shaped element (140; 1140; 2140) designed and intended to be passed through the through-holes (165; 1165; 2165) of the interlocking joining sleeves (160; 1160, 1160a, 1160b; 2160), characterised in that the joining sleeves are arranged in the cavity. - two or more shell elements (120; 1120; 2120) arranged circumferentially around the tension member (110; 1110; 2110) which together surround a cavity (130; 1130; 2130) intended to receive the tension member (110; 1110; 2110), and - joining means whereby the shell elements (120; 1120; 2120) can be detachably connected to one another,
A backpack comprising: a storage part; a pair of shoulder belts attached to the storage part; and a supporter supporting the storage part and worn on a back of a wearer, wherein the supporter includes: an annular frame provided along the storage part in up-down and right-left directions; a mesh net provided on the frame apart from the storage part; a massaging member provided between the mesh net and the storage part and attached to the frame via an elastic member, wherein the massaging member is arranged to bias in a direction where the mesh net is pushed by the elastic member, and the massaging member has a plurality of balls formed to be sphere, wherein the balls are arranged between an eighth thoracic spine and a tenth thoracic spine, and the balls are provided rotatably to the frame via the elastic member. a pair of shoulder belts attached to the storage part; and a supporter supporting the storage part and worn on a back of a wearer, wherein the supporter includes: an annular frame provided along the storage part in up-down and right-left directions; a mesh net provided on the frame apart from the storage part; a massaging member provided between the mesh net and the storage part and attached to the frame via an elastic member, wherein the massaging member is arranged to bias in a direction where the mesh net is pushed by the elastic member, and the massaging member has a plurality of balls formed to be sphere, wherein the balls are arranged between an eighth thoracic spine and a tenth thoracic spine, and the balls are provided rotatably to the frame via the elastic member. an annular frame provided along the storage part in up-down and right-left directions; a mesh net provided on the frame apart from the storage part; a massaging member provided between the mesh net and the storage part and attached to the frame via an elastic member, wherein the massaging member is arranged to bias in a direction where the mesh net is pushed by the elastic member, and the massaging member has a plurality of balls formed to be sphere, wherein the balls are arranged between an eighth thoracic spine and a tenth thoracic spine, and the balls are provided rotatably to the frame via the elastic member.
Bagless vacuum cleaner comprising a separator container and a flap which is arranged laterally in and/or on the separator container and is designed such that a separator chamber located in the separator container can be cleaned and/or maintained when the flap is open and is dust-tightly sealed when the flap is closed, relative to a direction of travel of the vacuum cleaner, characterised in that the flap has a recess in which a cleaning tool is arranged which can be removed from the recess in order to clean the separator chamber.
A current collector for a lithium ion secondary battery, comprising: a resin layer having electrical conductivity; and an ion barrier layer; characterized in that the ion barrier layer is provided on a surface of the resin layer, the ion barrier layer containing ion trapping particles which include metal containing particles, each of which is located in the central portion of the respective ion trapping particles, and which are provided with metal compounds on the surfaces of the metal containing particles, the ion trapping particles being continuously connected to each other from an interface in which the resin layer is in contact with the ion barrier layer toward a surface of the ion barrier layer on the opposite side of the interface so as to form an electrically-conductive path from the interface to the surface, wherein the metal compounds contain at least one compound selected from the group consisting of a metal oxide, a metal nitride, a metal carbide, a metal sulfate, a metal phosphate and a metal phosphorous compound. a resin layer having electrical conductivity; and an ion barrier layer; characterized in that the ion barrier layer is provided on a surface of the resin layer, the ion barrier layer containing ion trapping particles which include metal containing particles, each of which is located in the central portion of the respective ion trapping particles, and which are provided with metal compounds on the surfaces of the metal containing particles, the ion trapping particles being continuously connected to each other from an interface in which the resin layer is in contact with the ion barrier layer toward a surface of the ion barrier layer on the opposite side of the interface so as to form an electrically-conductive path from the interface to the surface, wherein the metal compounds contain at least one compound selected from the group consisting of a metal oxide, a metal nitride, a metal carbide, a metal sulfate, a metal phosphate and a metal phosphorous compound.
A method for manufacturing a heavy-current transformer comprising at least one primary winding and at least one secondary winding with surfaces for contacting, characterized in that first inner surfaces of the at least one secondary winding are connected with an I-beam of an electrically conductive material of the high-current transformer with a first soldering material at a first, higher melting temperature (T S1), and subsequently at least one contact plate of an electrically conductive material is soldered with exterior surfaces of the at least one secondary winding with a second soldering material at a second melting temperature (T S2) that is lower as compared to the first melting temperature (T S1).
A terminal fitting, comprising: a box-shaped portion; a tab substantially extending forward from the box-shaped portion; and a wire connection portion arranged behind the box-shaped portion and to be connected to a wire; wherein: the box-shaped portion includes a base plate portion, a pair of side plate portions extending from the base plate portion, and at least one supporting plate portion extending substantially in parallel to the base plate portion; a rear end edge of the supporting plate portion serves as a locking portion to be engaged with a retaining portion of a connector housing when the terminal fitting is at least partly inserted in the connector housing; and only one restricting plate portion which extends from the substantially extending end edge of the supporting plate portion toward the base plate portion substantially in parallel to the side plate portions is at least partly accommodated in the box-shaped portion, characterized in that the rear end of the restricting plate portion is located before the locking portion. a box-shaped portion; a tab substantially extending forward from the box-shaped portion; and a wire connection portion arranged behind the box-shaped portion and to be connected to a wire; wherein: the box-shaped portion includes a base plate portion, a pair of side plate portions extending from the base plate portion, and at least one supporting plate portion extending substantially in parallel to the base plate portion; a rear end edge of the supporting plate portion serves as a locking portion to be engaged with a retaining portion of a connector housing when the terminal fitting is at least partly inserted in the connector housing; and only one restricting plate portion which extends from the substantially extending end edge of the supporting plate portion toward the base plate portion substantially in parallel to the side plate portions is at least partly accommodated in the box-shaped portion, the box-shaped portion includes a base plate portion, a pair of side plate portions extending from the base plate portion, and at least one supporting plate portion extending substantially in parallel to the base plate portion; a rear end edge of the supporting plate portion serves as a locking portion to be engaged with a retaining portion of a connector housing when the terminal fitting is at least partly inserted in the connector housing; and only one restricting plate portion which extends from the substantially extending end edge of the supporting plate portion toward the base plate portion substantially in parallel to the side plate portions is at least partly accommodated in the box-shaped portion, characterized in that the rear end of the restricting plate portion is located before the locking portion.
A dispersible wet wipe comprising: a single-ply wipe substrate comprising a fibrous substrate the fibrous substrate having outer surfaces and a central region, the fibrous substrate having a basis weight between 60 and 90 grams per square meter, and a binder composition including a triggerable polymer applied to outer surfaces of the fibrous substrate, and a wetting composition containing between about 0.5 and about 3.5 percent of an insolubilizing agent; characterised in that said fibrous substrate has an air permeability of between 0.283 and 2.83 m 3 per minute (10 and 100 cubic feet per minute), and the majority of the binder composition is provided towards the outer surfaces of the fibrous substrate. a single-ply wipe substrate comprising a fibrous substrate the fibrous substrate having outer surfaces and a central region, the fibrous substrate having a basis weight between 60 and 90 grams per square meter, and a binder composition including a triggerable polymer applied to outer surfaces of the fibrous substrate, and a wetting composition containing between about 0.5 and about 3.5 percent of an insolubilizing agent; characterised in that said fibrous substrate has an air permeability of between 0.283 and 2.83 m 3 per minute (10 and 100 cubic feet per minute), and the majority of the binder composition is provided towards the outer surfaces of the fibrous substrate.
Apparatus for creating an electrical connection in a fuel container of a motor vehicle, comprising an electrical component, a retaining part, which is arranged in the fuel container, for the electrical component, electrical connection lines for the electrical component, and also a plug connection, which comprises two parts which can be connected to one another, for the electrical connection lines, wherein the first part of the plug connection is arranged on the retaining part, and the second part of the plug connection is arranged on the electrical component (6, 11), characterized in that the first and the second part (15, 23) are arranged in such a way that, when the electrical component (6, 11) is connected to the retaining part, the first part is connected to the second part, so that the plug connection is closed at the same time as the electrical component is mounted on the retaining part, wherein the first and second parts (15, 23) of the plug connection are respectively arranged in a detachable manner on the electrical component (6, 11) and the retaining part.
A system for forming microstructures in polymeric materials comprising an electromechanical transducer, a vibration excitation and control generator, and a high-frequency vibration concentrator-sonotrode, wherein the electromechanical transducer comprises a rectangular U-shaped conductor comprising rectangular U-shaped ferromagnetic magnetostrictive plates wound with windings (6, 7), the free ends of which are rigidly connected to a vibration concentrator-sonotrode characterised in that the vibration concentrator-sonotrode is made of a bulk ferromagnetic-magnetostrictive metal, and that in the electromechanical transducer, a winding powered by a high-frequency AC electrical signal from the vibration excitation and control generator is used to control the temperature of the vibration concentrator-sonotrode.
An injection molding machine comprising: an ejector rod that is used to protrude a molding product from a mold; a driving source that moves the ejector rod in an axial direction of the ejector rod; a controller that controls the driving source; a position detector that detects the position of the ejector rod; and an operations unit that receives an input operation input by a user, characterized in that the controller is configured to set up a current position of the ejector rod, which is detected by the position detector when the operations unit receives a first button operation operated by the user, to be a waiting position of the ejector rod after protruding the ejector rod or to be a protruding position of the ejector rod. a driving source that moves the ejector rod in an axial direction of the ejector rod; a controller that controls the driving source; a position detector that detects the position of the ejector rod; and an operations unit that receives an input operation input by a user, characterized in that the controller is configured to set up a current position of the ejector rod, which is detected by the position detector when the operations unit receives a first button operation operated by the user, to be a waiting position of the ejector rod after protruding the ejector rod or to be a protruding position of the ejector rod.
A method for estimating information related to an airborne vehicle pitch and/or roll angle, comprising the steps of capturing an image of an area covering at least a part of the horizon using a camera mounted on the airborne vehicle, and obtaining (220; 520) a first estimate of the information related to the pitch and/or roll angle, wherein the step of obtaining the first estimate of the pitch and/or roll angle related information comprises obtaining a first horizon estimate based on the captured image, and wherein in the first horizon estimate the earth is assumed to be spherical with no topography, characterized by the steps of determining (230, 240) an improved estimate of the information related to the pitch and/or roll angle based on the first estimate of the information related to the pitch and/or roll angle, and a digital elevation model, wherein the step of determining an improved estimate of the pitch and/or roll angle related information comprises obtaining at least one second horizon estimate based on the digital elevation model and adjusting the first estimate of the pitch and/or roll angle related information based on a relation between the first horizon estimate and the second horizon estimate. wherein the step of obtaining the first estimate of the pitch and/or roll angle related information comprises obtaining a first horizon estimate based on the captured image, and wherein in the first horizon estimate the earth is assumed to be spherical with no topography, characterized by the steps of
A battery cell, characterized by: a pressure relief mechanism, the pressure relief mechanism being disposed on at least one wall of the battery cell, and the pressure relief mechanism being configured to be actuated when an internal pressure or temperature of the battery cell reaches a threshold, to relieve the internal pressure; and a protective film enclosing an outer surface of the at least one wall, the protective film being configured to provide insulation protection for the at least one wall; wherein the protective film comprises a first portion, and the first portion at least covers the pressure relief mechanism; wherein a shape of the first portion is the same as or similar to a shape of the pressure relief mechanism, and an edge of the first portion exceeds an edge of the pressure relief mechanism by 6mm~10mm in a direction far away from a center of the pressure relief mechanism; the protective film further comprises an isolation region and a second portion, the firs portion is separated from the second portion by the isolation region, and the second portion covers an outer surface of the at least one wall other than a region covered by the first portion, the isolation region is disposed around an outer edge of the pressure relief mechanism. a pressure relief mechanism, the pressure relief mechanism being disposed on at least one wall of the battery cell, and the pressure relief mechanism being configured to be actuated when an internal pressure or temperature of the battery cell reaches a threshold, to relieve the internal pressure; and a protective film enclosing an outer surface of the at least one wall, the protective film being configured to provide insulation protection for the at least one wall; wherein the protective film comprises a first portion, and the first portion at least covers the pressure relief mechanism; wherein a shape of the first portion is the same as or similar to a shape of the pressure relief mechanism, and an edge of the first portion exceeds an edge of the pressure relief mechanism by 6mm~10mm in a direction far away from a center of the pressure relief mechanism; the protective film further comprises an isolation region and a second portion, the firs portion is separated from the second portion by the isolation region, and the second portion covers an outer surface of the at least one wall other than a region covered by the first portion, the isolation region is disposed around an outer edge of the pressure relief mechanism.
A composition for use in a method of preventing or treating a liver disease selected from the group consisting of steatohepatitis, hepatic fibrosis and cirrhosis, comprising a compound represented by the following Formula 1 or a pharmaceutically acceptable salt thereof as an active ingredient: wherein R 1 and R 2 are each independently hydrogen or C 1 -C 3 alkyl, R 1 and R 2 are not simultaneously hydrogen, and R 3 is C 2 -C 4 alkyl.
A method for monitoring a health status of one or of a plurality of bridges under normal traffic condition, comprising: a) providing at least one sensing device per bridge configured to measure a physical quantity variation related to the integrity of said one or said plurality of bridges; b) providing a fleet of vehicles, wherein an estimation of the weight of each vehicle is known with a deviation of no more than 10% of the actual weight of each vehicle, c) acquiring a set of physical data related to the integrity of said one or said plurality of bridges from said at least one sensing device when at least one vehicle of the fleet crosses one bridge; d) determining the configuration of other vehicles (15a, 15b, 15c, 15d, 15e) on the bridge, if any, when said at least one vehicle of the fleet crosses said one bridge; e) repeating steps c) and d) in order to acquire multiple sets of physical data related to the integrity of said one or said plurality of bridges so that the number of sets of integrity data associated with one bridge permits to measure or observe a deviation, and f) obtaining a health status of said one or said plurality of bridges based on the deviation between said multiple sets of physical data associated with one bridge wherein each vehicle of the fleet of is a heavy vehicle weighing at least 10 tonnes and in that said at least one sensing device is a vision-based displacement measuring system. a) providing at least one sensing device per bridge configured to measure a physical quantity variation related to the integrity of said one or said plurality of bridges; b) providing a fleet of vehicles, wherein an estimation of the weight of each vehicle is known with a deviation of no more than 10% of the actual weight of each vehicle, c) acquiring a set of physical data related to the integrity of said one or said plurality of bridges from said at least one sensing device when at least one vehicle of the fleet crosses one bridge; d) determining the configuration of other vehicles (15a, 15b, 15c, 15d, 15e) on the bridge, if any, when said at least one vehicle of the fleet crosses said one bridge; e) repeating steps c) and d) in order to acquire multiple sets of physical data related to the integrity of said one or said plurality of bridges so that the number of sets of integrity data associated with one bridge permits to measure or observe a deviation, and f) obtaining a health status of said one or said plurality of bridges based on the deviation between said multiple sets of physical data associated with one bridge
Device for guiding and supporting a furniture door with downward flap opening, comprising a container body that can be fixed on the inner face of a shoulder of a furniture frame and a fastening element that can be constrained to the inner face of the door, operatively connected to the container body by means of a cable wound around a toothed pulley meshing with a toothed rack profile, wherein said container body is made up of two half-shells enclosing between them said pulley, which carries on its two opposite faces respective toothed half-pinions meshing with said half-racks, wherein the device comprises a slide movable in translation in contrast to or assisted by a spring to cause the unwinding or winding of the cable, during the opening and closing phase of the door, respectively, wherein said slide is made up of two half-slides, characterised in that - said toothed pulley has a fixed axis and is mounted on a hub projecting internally from one of the two half-shells of the container body, - said rack is provided on the slide, wherein said two half-slides carry respective half-racks and partially house said pulley, which carries on its two opposite faces, around said hub, said respective toothed half-pinions meshing with said half-racks. - said toothed pulley has a fixed axis and is mounted on a hub projecting internally from one of the two half-shells of the container body, - said rack is provided on the slide, wherein said two half-slides carry respective half-racks and partially house said pulley, which carries on its two opposite faces, around said hub, said respective toothed half-pinions meshing with said half-racks.