mhurhangee/ep-ind-claims huggingface dataset:
A dental implant, comprising: a head portion; an intermediate portion that is porous for the ingrowth of bone, wherein the porous intermediate portion comprises a sleeve portion; an initially separate stem portion configured to engage the head portion so that at least the head portion and the stem portion cooperatively secure the intermediate portion on the dental implant; a locking mechanism configured to secure the head portion to the stem portion; and a core extending axially from at least one of the head portion, the stem portion, and both the head and the stem portions (12, 16), the locking mechanism being formed on the core, and the core extending at least partially into the sleeve portion, characterized in that both the head portion and the stem portion comprise external threads for engaging bone. a head portion; an intermediate portion that is porous for the ingrowth of bone, wherein the porous intermediate portion comprises a sleeve portion; an initially separate stem portion configured to engage the head portion so that at least the head portion and the stem portion cooperatively secure the intermediate portion on the dental implant; a locking mechanism configured to secure the head portion to the stem portion; and a core extending axially from at least one of the head portion, the stem portion, and both the head and the stem portions (12, 16), the locking mechanism being formed on the core, and the core extending at least partially into the sleeve portion, characterized in that both the head portion and the stem portion comprise external threads for engaging bone.
A measurement device comprising: a base; a platform movably disposed on the base; a temperature sensor disposed on the base; and a weighing component accommodated in the base; wherein the platform has a weight-measuring area and a temperature-measuring area, the temperature-measuring area is located within the weight-measuring area and is located above the temperature sensor, wherein the base comprises an insulation wall surrounding at least part of the temperature sensor; and characterized in that the platform has a through hole located at the temperature-measuring area and corresponding to the temperature sensor; and wherein the measurement device further comprises a light-permeable piece overlapping the through hole of the platform and located above the temperature sensor, and the platform is movable within an effective sensing range of the temperature sensor. a base; a platform movably disposed on the base; a temperature sensor disposed on the base; and a weighing component accommodated in the base; wherein the platform has a weight-measuring area and a temperature-measuring area, the temperature-measuring area is located within the weight-measuring area and is located above the temperature sensor, wherein the base comprises an insulation wall surrounding at least part of the temperature sensor; and characterized in that the platform has a through hole located at the temperature-measuring area and corresponding to the temperature sensor; and wherein the measurement device further comprises a light-permeable piece overlapping the through hole of the platform and located above the temperature sensor, and the platform is movable within an effective sensing range of the temperature sensor.
A cooling device for a wind turbine, comprising a tower and a heat sink, the heat sink being configured to cool a heat generating component arranged at a bottom of the tower, wherein a main air duct is provided inside the tower, and the heat sink is disposed inside the main air duct; a first fan is arranged in the main air duct, and is configured to drive air in the main air duct to flow to cool the heat sink; and the main air duct and an external environment of the tower together form an open cycle; and wherein, the tower is provided with an air inlet and an air outlet, and taking the heat sink as a boundary, a passageway from the air inlet to the heat sink form an air inlet section of the main air duct, and a passageway from the heat sink to the air outlet form an air outlet section of the main air duct; and the tower is provided with a tower door and a layering platform corresponding to the tower door, and the air inlet is arranged in a side wall of a lower space below the layering platform; and characterized in that, the main air duct is provided with a bypass air duct; a second fan is provided in the bypass air duct, an air duct switching device (11, 11') is provided at an air inlet of the bypass air duct, and an air outlet of the bypass air duct opens to the upper space above the layering platform; and wherein the air duct switching device (11, 11') has a first operating state, a second operating state and a third operating state; in the first operating state, the bypass air duct is in communication with the air inlet section of the main air duct and is closed with respect to the air outlet section of the main air duct; in the second operating state, the bypass air duct is in communication with the air outlet section of the main air duct and is closed with respect to the air inlet section of the main air duct; and in the third operating state, the bypass air duct is closed with respect to both the air inlet section and the air outlet section of the main air duct.
Method for detecting a defect in an electrochemical device, comprising a preliminary processing step for at least one variable received from said electrochemical device, the obtaining of a plurality of characteristic values (Val i) of energy and entropy from the processed variable and the determination of at least one defect (D i) of said electrochemical device from said plurality of obtained characteristic values, and a mathematical operation comprising a wavelet transform performed to obtain said plurality of characteristic values (Val i) from the processed variable, wherein said wavelet transform is a discrete wavelet transform in which each of the plurality of characteristic values is obtained from at least one wavelet coefficient (S a,b) depending on a scale variable of value a and a translation variable of value b, and wherein said plurality of characteristic values is obtained by the decomposition of a set (w j,p) of said wavelet coefficients (S a,b), for which a scalelevel variable j is less than a, into a plurality of sets (w j+1,p) of said wavelet coefficients (S a,b). wherein said wavelet transform is a discrete wavelet transform in which each of the plurality of characteristic values is obtained from at least one wavelet coefficient (S a,b) depending on a scale variable of value a and a translation variable of value b, and wherein said plurality of characteristic values is obtained by the decomposition of a set (w j,p) of said wavelet coefficients (S a,b), for which a scalelevel variable j is less than a, into a plurality of sets (w j+1,p) of said wavelet coefficients (S a,b).
Coupling for turbomachine between a first element and a second element which extends around an axis while being engaged with each other along the axis, each element (17, 18) including teeth (19, 21) which extend axially to be engaged axially in a respective concavity of the other element, characterised in that it comprises at least one blocking member which cooperates with first blocking means borne each by a tooth of the first element and with second blocking means borne each by a tooth of the second element to block axially the first element with respect to the second element.
Container comprising an upper loading opening and a tarpaulin covering device that comprises a tarpaulin which can be rolled up and unrolled, which can be supported on the outside on a first side of the container on a roll support apparatus in the form of a roll in an opened position that uncovers the loading opening, and which can be opened out over the loading opening from the first container side to a second container side opposite the first container side, the roll support apparatus comprising a laterally outer support arm, characterised in that the outer support arm is arranged so as to be adjustable on the first container side between an extended position that provides space for the tarpaulin roll such that it is supported on the outside on the first container side and a proximate position that is closer to the first container side, and said arm is pretensioned towards the proximate position by means of a pretensioning apparatus.
A battery case for an electric vehicle for containing therein battery modules, comprising: a tray member for supporting the battery modules; and a cover member to be put on top of the tray member, and fixed to the tray member, characterized in that the tray member includes a resin section constituted of a peripheral wall and bottom wall formed of a resin, an insert structure including a plurality of insert members (200a to 200f) made of sheet metal embedded in the peripheral wall, and a seal member applied to a joint part between the tray member and cover member, and each of the insert members (200a to 200f) includes only one embedded bolt arranged in the peripheral wall in such a manner that a threaded part thereof protrudes from the joint part of the tray member, and embedded nuts arranged in the peripheral wall of the tray member at positions different from the embedded bolt, the battery case characterized by further comprising: first fastening sections each of which is formed by screwing a nut member onto the embedded bolt, and fastening the nut member in a state where the cover member is put on top of the tray member; and second fastening sections each of which is formed by screwing a bolt member into the embedded nut, and fastening the bolt member in the state where the cover member is put on top of the tray member. a tray member for supporting the battery modules; and a cover member to be put on top of the tray member, and fixed to the tray member, characterized in that the tray member includes a resin section constituted of a peripheral wall and bottom wall formed of a resin, an insert structure including a plurality of insert members (200a to 200f) made of sheet metal embedded in the peripheral wall, and a seal member applied to a joint part between the tray member and cover member, and each of the insert members (200a to 200f) includes only one embedded bolt arranged in the peripheral wall in such a manner that a threaded part thereof protrudes from the joint part of the tray member, and embedded nuts arranged in the peripheral wall of the tray member at positions different from the embedded bolt, the battery case characterized by further comprising: first fastening sections each of which is formed by screwing a nut member onto the embedded bolt, and fastening the nut member in a state where the cover member is put on top of the tray member; and second fastening sections each of which is formed by screwing a bolt member into the embedded nut, and fastening the bolt member in the state where the cover member is put on top of the tray member. the battery case characterized by further comprising: first fastening sections each of which is formed by screwing a nut member onto the embedded bolt, and fastening the nut member in a state where the cover member is put on top of the tray member; and second fastening sections each of which is formed by screwing a bolt member into the embedded nut, and fastening the bolt member in the state where the cover member is put on top of the tray member.
Drug delivery device for selecting and dispensing a number of user variable doses of a medicament, the device comprising a housing, a dose selector operable to set a dose by rotation relative to the housing, a number sleeve arranged within the housing such that at least a portion of the number sleeve is visible through a first aperture in the housing, and a piston rod coupled to the housing and to a drive sleeve such that rotation of the drive sleeve relative to the housing causes the piston rod to translate relative to the housing, characterized in that the piston rod is rotationally constrained to the drive sleeve via a splined interface and is coupled to the housing via a threaded interface (16, 31) with at least two different pitches, such that the piston rod is translated a larger amount relative to the housing during the first revolution of the drive sleeve relative to the housing than during the subsequent revolutions, wherein the threaded interface (16, 31) comprises a first threaded portion on the piston rod having a larger pitch compared with a second threaded portion on the piston rod such that the axial displacement of the piston rod upon rotation relative to the housing is larger when the thread of the housing engages the first threaded portion compared with the axial displacement of the piston rod upon rotation relative to the housing when the thread of the housing engages the second threaded portion.
Apparatus for regulating the functioning of a patient's organ or duct, comprising: an elongated member having a first end and a second end; a fastener disposed on the first end of the elongated member, the fastener configured to engage the second end of the elongated member so that the elongated member forms a ring around the organ or duct; a tension element disposed for movement within the elongated member; and a drive element associated with and engaging the tension element for causing the tension element to control the tension applied by the elongated member against a patient's body organ or duct; characterised in an antenna/ controller pod configured to be releasably coupled to the elongated member for control of the drive element. an elongated member having a first end and a second end; a fastener disposed on the first end of the elongated member, the fastener configured to engage the second end of the elongated member so that the elongated member forms a ring around the organ or duct; a tension element disposed for movement within the elongated member; and a drive element associated with and engaging the tension element for causing the tension element to control the tension applied by the elongated member against a patient's body organ or duct; characterised in an antenna/ controller pod configured to be releasably coupled to the elongated member for control of the drive element.
A method of inhibiting reactor fouling using a linear or branched hydrocarbon based compound having a melting point of 150°C or less and a carbon number of 15 or more, wherein the hydrocarbon based compound is one or more selected from natural wax and synthetic wax.
A hinge, comprising a hinge element and a connecting clevis pin, characterized in that the hinge element comprises: at least one connection hole, wherein the connection hole comprises a first locking hole and a second locking hole that are connected to each other, and a communicating position between the first locking hole and the second locking hole narrows for transition; a number of hinge elements is greater than two, and at least two of the hinge elements are arranged one after another; two adjacent hinge elements are rotatably connected by using the connecting clevis pin, and the connecting clevis pin is switchable between the first locking hole and the second locking hole and locked in the first locking hole or the second locking hole; and when the hinge is in an unfolded state, the connecting clevis pin is locked in the first locking hole, or when the hinge is in a bent state, the connecting clevis pin is locked in the second locking hole; and a total length of the hinge in the unfolded state is less than a total length of the hinge in the bent state. the hinge element comprises: at least one connection hole, wherein the connection hole comprises a first locking hole and a second locking hole that are connected to each other, and a communicating position between the first locking hole and the second locking hole narrows for transition; a number of hinge elements is greater than two, and at least two of the hinge elements are arranged one after another; two adjacent hinge elements are rotatably connected by using the connecting clevis pin, and the connecting clevis pin is switchable between the first locking hole and the second locking hole and locked in the first locking hole or the second locking hole; and when the hinge is in an unfolded state, the connecting clevis pin is locked in the first locking hole, or when the hinge is in a bent state, the connecting clevis pin is locked in the second locking hole; and a total length of the hinge in the unfolded state is less than a total length of the hinge in the bent state.
Lighting arrangement for airports, in particular an inpavement light, with a multi-part housing comprising - a receiving module (1.2) which is configured to receive a power supply module and/or an illuminant, - a carrier module (1.3) and - a cover module (1.4) in any case partially overlapping the power supply module, which cover module is detachably connected to the carrier module (1.3), wherein the power supply module provides at least one induction coil, which is assigned to the electrical conductor in such a way that during the operation, a voltage is induced in the induction coil to operate a illuminant of the lighting arrangement, and wherein at least a first ferrite core and at least a second ferrite core are provided as part of the power supply module, which together encompass the induction coil in any case partially and an electrical conductor for the power supply on its shell-side at least partially, characterized in that a receiving cage is provided for the first ferrite core and for the second ferrite core which in a mounted state of the lighting arrangement encompasses the first ferrite core and the second ferrite core and is in any case partially configured resilient, such that the first ferrite core and the second ferrite core are pressed against each other and are detachably connected. - a receiving module (1.2) which is configured to receive a power supply module and/or an illuminant, - a carrier module (1.3) and - a cover module (1.4) in any case partially overlapping the power supply module, which cover module is detachably connected to the carrier module (1.3),
Floor panel for forming a floor covering, wherein this floor panel comprises a substrate, which substrate is manufactured on the basis of synthetic material; wherein this floor panel, on at least one pair of opposite edges, comprises coupling parts, which coupling parts allow that two such floor panels can be coupled to each other by means of a downward movement of one floor panel in respect to the other floor panel; wherein these coupling parts allow a locking in a first direction perpendicular to the plane of the floor panel, as well as in a second direction perpendicular to the edges and in the plane of the floor panel; wherein these coupling parts substantially are formed of the material of said substrate and are made in one piece therewith; wherein these coupling parts consist of a downward-directed upper hook-shaped part, which is situated on the one edge of said pair of opposite edges, as well as of an upward-directed lower hook-shaped part, which is situated on the other, opposite edge of said pair of opposite edges, which hook-shaped parts can be engaged behind each other by means of said downward movement; and wherein the upper hook-shaped part consists of a lip which is provided with a downward-directed locking element, whereas the lower hook-shaped part consists of a lip which is provided with an upward-directed locking element; wherein the locking elements are provided with locking surfaces which at least partially allow the locking in said first direction perpendicular to the plane of the floor panels, which locking surfaces comprise a first and second locking surface, which first locking surface belongs to a proximal side of the downward-directed locking element and which second locking surface belongs to a proximal side of the upward-directed locking element; wherein said first and second locking surfaces extend continuously over the major part of the length of the respective edges; characterized in that said first and second locking surfaces, in the coupled condition of two such floor panels, define a tangent line forming an angle with the plane of the floor panel, which angle is smaller than 30 degrees and larger than 0 degrees, and/or that said second locking surface defines such an angle; and wherein the floor panel, on a distal side of the downward-directed locking element, is free of locking parts which, partially or entirely, allow a locking in said first direction.
An etching method for etching a SiC substrate that is stored in a storing container, by heating the SiC substrate under Si vapor pressure, wherein the storing container is formed of a tantalum metal, and a tantalum carbide layer is provided on an internal space side of the tantalum metal, and a tantalum silicide layer is provided on the side further toward the internal space side than the tantalum carbide layer, the rate of etching of the SiC substrate is controlled in accordance with the ratio of the amount of tantalum substance that is contained in the compound for forming the tantalum silicide layer, at least two storing containers in which compositions of the tantalum silicide layer are different from each other are used depending on performed processes, and a high rate etching and low rate etching can be performed, in the high rate etching, the storing container having a higher ratio of tantalum occupied in one molecule of a compound for forming the tantalum silicide layer is used, in the low rate etching, the storing container having a lower ratio of tantalum occupied in one molecule of the compound for forming the tantalum silicide layer is used. the storing container is formed of a tantalum metal, and a tantalum carbide layer is provided on an internal space side of the tantalum metal, and a tantalum silicide layer is provided on the side further toward the internal space side than the tantalum carbide layer, the rate of etching of the SiC substrate is controlled in accordance with the ratio of the amount of tantalum substance that is contained in the compound for forming the tantalum silicide layer, at least two storing containers in which compositions of the tantalum silicide layer are different from each other are used depending on performed processes, and a high rate etching and low rate etching can be performed, in the high rate etching, the storing container having a higher ratio of tantalum occupied in one molecule of a compound for forming the tantalum silicide layer is used, in the low rate etching, the storing container having a lower ratio of tantalum occupied in one molecule of the compound for forming the tantalum silicide layer is used.