mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method for a sliding bearing including half members (2, 2), obtained by splitting a cylinder in half in a direction parallel with an axial direction, arranged in an upper and lower direction, the method comprising: a first step in which a narrow groove extending in the circumference direction is formed on an axial direction end of one of the half members (2, 2) on a lower side, on a downstream side in a rotation direction; characterized by a second step in which shot blasting is performed on a surface of the narrow groove; and a third step in which coating layers (23, 23a, 23b) are formed on a surface of the half member and partially on surfaces of the narrow groove, wherein in the third step, the coating layers (23, 23a, 23b) formed on surfaces of the narrow groove are formed only on an upstream-side end and a downstream-side end of the narrow groove. a first step in which a narrow groove extending in the circumference direction is formed on an axial direction end of one of the half members (2, 2) on a lower side, on a downstream side in a rotation direction; characterized by a second step in which shot blasting is performed on a surface of the narrow groove; and a third step in which coating layers (23, 23a, 23b) are formed on a surface of the half member and partially on surfaces of the narrow groove, wherein in the third step, the coating layers (23, 23a, 23b) formed on surfaces of the narrow groove are formed only on an upstream-side end and a downstream-side end of the narrow groove.
Connection arrangement for the constructive timber work, comprising a first wood construction element (a-i) which is interpenetrated by at least one force transmission element, and a second wood construction element (a-i) to which at least a first connection part (3, 5) is attached, wherein the force transmission element is fixed in a shear-resistant manner in the first wood construction element (a-i) and comprises a first and a second end region (11, 12), wherein the first connection part (3, 5), for the attachment of the second wood construction element (a-i) to the first wood construction element (a-i), is such connectable to the first end region of the force transmission element, that tensile and/or compressive forces acting on the second wood construction element (a-i) are guided via the force transmission element through the first wood construction element (a-i), and wherein the force transmission element is sleeve-shaped at least in the first end region, characterized in that the first connection part comprises a laterally open undercut which is adapted to be engaged behind by an engaging behind element that is attached to the force transmission element. a first wood construction element (a-i) which is interpenetrated by at least one force transmission element, and a second wood construction element (a-i) to which at least a first connection part (3, 5) is attached, wherein the force transmission element is fixed in a shear-resistant manner in the first wood construction element (a-i) and comprises a first and a second end region (11, 12), wherein the first connection part (3, 5), for the attachment of the second wood construction element (a-i) to the first wood construction element (a-i), is such connectable to the first end region of the force transmission element, that tensile and/or compressive forces acting on the second wood construction element (a-i) are guided via the force transmission element through the first wood construction element (a-i), and wherein the force transmission element is sleeve-shaped at least in the first end region, characterized in that the first connection part comprises a laterally open undercut which is adapted to be engaged behind by an engaging behind element that is attached to the force transmission element.
A method for compensating for gravity during movement of a crawler vehicle on a surface of a body (100, 102, 104), the method comprising: (a) attaching one end of a first cable (22, 22a) to a first crawler vehicle (20b, 20c); (b) attaching another end of the first cable (22, 22a) to a first spool of a second crawler vehicle (18, 18a, 20a); (c) placing the first crawler vehicle (20b, 20c) at a first position in contact with a first surface area on the surface of the body (100, 102, 104), wherein the first surface area is non-level; (d) placing the second crawler vehicle (18, 18a, 20a) at a second position in contact with a second surface area on the surface of the body (100, 102, 104); (e) adhering the first crawler vehicle (20b, 20c) to the surface of the body (100, 102, 104) using suction; (f) while the first crawler vehicle (20b, 20c) is adhered to the surface, moving the first crawler vehicle (20b, 20c) along a first path that extends from the first position to a third position in contact with a third surface area on the surface of the body (100, 102, 104); and (g) tensioning the first cable (22, 22a) to exert a tensile force on the first crawler vehicle (20b, 20c) having a vector component in opposition to a force of gravity tending to urge the first crawler vehicle (20b, 20c) to a lower elevation during step (f). (a) attaching one end of a first cable (22, 22a) to a first crawler vehicle (20b, 20c); (b) attaching another end of the first cable (22, 22a) to a first spool of a second crawler vehicle (18, 18a, 20a); (c) placing the first crawler vehicle (20b, 20c) at a first position in contact with a first surface area on the surface of the body (100, 102, 104), wherein the first surface area is non-level; (d) placing the second crawler vehicle (18, 18a, 20a) at a second position in contact with a second surface area on the surface of the body (100, 102, 104); (e) adhering the first crawler vehicle (20b, 20c) to the surface of the body (100, 102, 104) using suction; (f) while the first crawler vehicle (20b, 20c) is adhered to the surface, moving the first crawler vehicle (20b, 20c) along a first path that extends from the first position to a third position in contact with a third surface area on the surface of the body (100, 102, 104); and (g) tensioning the first cable (22, 22a) to exert a tensile force on the first crawler vehicle (20b, 20c) having a vector component in opposition to a force of gravity tending to urge the first crawler vehicle (20b, 20c) to a lower elevation during step (f).
A lithium ion-reversible insertion-type electrode material having an orthosilicate structure and having the formula Li x M m-t T t [SiO 4] 1-p [PO 4] p wherein: M represents Mn 2+ or Fe 2+ and mixtures thereof, T represents a metal in the +3 oxidation state selected from the group consisting of Al 3 +, Ti 3 +, Cr 3+, Fe 3 +, Mn 3 +, Ga 3+, and V 3 +; and as 0 ≤ t ≤ 1 the SiO 4 4- anion is the building block M and T are elements residing in the octahedral or tetrahedral sites; p is the stoichiometric coefficient for P 5+, residing in the silicon tetrahedral sites, and 0 < p < 1; 0 ≤ x ≤ 2, 1 ≤ m ≤ 2 and x + 2 m = 4 − p. M represents Mn 2+ or Fe 2+ and mixtures thereof, T represents a metal in the +3 oxidation state selected from the group consisting of Al 3 +, Ti 3 +, Cr 3+, Fe 3 +, Mn 3 +, Ga 3+, and V 3 +; and as 0 ≤ t ≤ 1 the SiO 4 4- anion is the building block M and T are elements residing in the octahedral or tetrahedral sites; p is the stoichiometric coefficient for P 5+, residing in the silicon tetrahedral sites, and 0 < p < 1; 0 ≤ x ≤ 2, 1 ≤ m ≤ 2 and x + 2 m = 4 − p.
Table base with a table leg and outriggers on the table leg, wherein the outriggers are pivotably articulated on a fixed part of the table leg by means of an axis of rotation (y) and are operatively connected to one another in such a way that pivoting of one outrigger causes pivoting of one or more further outriggers, in the operative connection, the operative connection being achieved by a power transmission by means of a gear formation between the outriggers and the gear formation having a transmission section which is movable relative to both outriggers, characterized in that the gear formation is a wedge gear.
A roll-to-roll processing method, comprising: binding a conducting layer and a first substrate layer (104, 1200) formed of a transparent polymer film to each other with a first adhesive; attaching a layer of second adhesive on the conducting layer; patterning boundaries of one or more conductive elements (900, 1204), said patterning cutting the boundaries through the layer of second adhesive and the conducting layer but not through the first substrate layer (104, 1200); removing parts of the conducting layer and parts of the layer of second adhesive outside the boundaries of the one or more conductive elements (900, 1204) from the first substrate layer (104, 1200); binding top surfaces of the one or more conductive elements (900, 1204) to a second substrate layer (122, 1208) formed of a transparent polymer film with the layer of second adhesive patterned into a same patterned form as a patterned form of the one or more conductive elements (900, 1204); rolling a layered web on a reel, the layered web including the one or more conductive elements (900, 1204) attached to the first substrate layer (104, 1200) with the first adhesive, and to the second substrate layer (122, 1208) with the layer of second adhesive, which is patterned into the same patterned form as the patterned form of the one or more conductive elements (900, 1204). binding a conducting layer and a first substrate layer (104, 1200) formed of a transparent polymer film to each other with a first adhesive; attaching a layer of second adhesive on the conducting layer; patterning boundaries of one or more conductive elements (900, 1204), said patterning cutting the boundaries through the layer of second adhesive and the conducting layer but not through the first substrate layer (104, 1200); removing parts of the conducting layer and parts of the layer of second adhesive outside the boundaries of the one or more conductive elements (900, 1204) from the first substrate layer (104, 1200); binding top surfaces of the one or more conductive elements (900, 1204) to a second substrate layer (122, 1208) formed of a transparent polymer film with the layer of second adhesive patterned into a same patterned form as a patterned form of the one or more conductive elements (900, 1204); rolling a layered web on a reel, the layered web including the one or more conductive elements (900, 1204) attached to the first substrate layer (104, 1200) with the first adhesive, and to the second substrate layer (122, 1208) with the layer of second adhesive, which is patterned into the same patterned form as the patterned form of the one or more conductive elements (900, 1204).
A fuel cell system comprising: a fuel cell which generates power by a fuel and an oxidant gas; a reforming unit which generates the fuel from a reforming material and a reforming water and supplies the fuel to the fuel cell; a desulfurizer (11a6) which removes a sulfur component contained in the reforming material and supplies the reforming material to the reforming unit; a recycle fuel pipe which connects a fuel supply pipe supplying the fuel from the reforming unit to the fuel cell to a reforming material supply pipe supplying the reforming material to the desulfurizer and returns a part of the fuel as a recycle fuel to the desulfurizer; a recycle fuel supply device (11a4) which circulates the recycle fuel in the recycle fuel pipe; the fuel cell system being characterized by: a heat exchanger provided in the recycle fuel pipe, the heat exchanger exchanging heat with the recycle fuel by a refrigerant to recover heat; a temperature sensor (11b3) which detects a temperature of the refrigerant or the heat exchanger, thereby to indirectly detect a temperature of the recycle fuel; and a detection portion which detects the passage and/or the flow rate of the recycle fuel passing through the recycle fuel pipe based on the temperature of the recycle fuel detected by the temperature sensor (11b3). a fuel cell which generates power by a fuel and an oxidant gas; a reforming unit which generates the fuel from a reforming material and a reforming water and supplies the fuel to the fuel cell; a desulfurizer (11a6) which removes a sulfur component contained in the reforming material and supplies the reforming material to the reforming unit; a recycle fuel pipe which connects a fuel supply pipe supplying the fuel from the reforming unit to the fuel cell to a reforming material supply pipe supplying the reforming material to the desulfurizer and returns a part of the fuel as a recycle fuel to the desulfurizer; a recycle fuel supply device (11a4) which circulates the recycle fuel in the recycle fuel pipe; the fuel cell system being characterized by: a heat exchanger provided in the recycle fuel pipe, the heat exchanger exchanging heat with the recycle fuel by a refrigerant to recover heat; a temperature sensor (11b3) which detects a temperature of the refrigerant or the heat exchanger, thereby to indirectly detect a temperature of the recycle fuel; and a detection portion which detects the passage and/or the flow rate of the recycle fuel passing through the recycle fuel pipe based on the temperature of the recycle fuel detected by the temperature sensor (11b3). a heat exchanger provided in the recycle fuel pipe, the heat exchanger exchanging heat with the recycle fuel by a refrigerant to recover heat; a temperature sensor (11b3) which detects a temperature of the refrigerant or the heat exchanger, thereby to indirectly detect a temperature of the recycle fuel; and a detection portion which detects the passage and/or the flow rate of the recycle fuel passing through the recycle fuel pipe based on the temperature of the recycle fuel detected by the temperature sensor (11b3).
A vertical rotation unit for rotating a counter casted semi-finished product flat, and suitable for being used in toilet machines with robotic high pressure ring adhesion in sanitary ware sector, wherein it comprises: - a pallet for receiving the semi-finished product with a carrying jacket left by a robot of the toilet machine, wherein the pallet is configured to lock and carry the semi-finished product with the jacket and comprises a mechanism configured to hold and release the jacket, - a body having a L-shape and connected to the pallet, - a rotation head which is connected to the body and which is configured to provide a rotational motion so that the body and the pallet rotates 180° with the semi-finished product, wherein said rotation head comprises a reducer and a motor group configured to provide the required energy for the rotational motion of the rotation head, - a fork for carrying the semi-finished product when the semi-finished product is turned down as the rotation head rotates, - a rear surface which prevents dropping of the semi-finished product during rotation by abutting. - a pallet for receiving the semi-finished product with a carrying jacket left by a robot of the toilet machine, wherein the pallet is configured to lock and carry the semi-finished product with the jacket and comprises a mechanism configured to hold and release the jacket, - a body having a L-shape and connected to the pallet, - a rotation head which is connected to the body and which is configured to provide a rotational motion so that the body and the pallet rotates 180° with the semi-finished product, wherein said rotation head comprises a reducer and a motor group configured to provide the required energy for the rotational motion of the rotation head, - a fork for carrying the semi-finished product when the semi-finished product is turned down as the rotation head rotates, - a rear surface which prevents dropping of the semi-finished product during rotation by abutting.
A method for supporting multiple international mobile subscriber identities IMSIs, comprising: receiving (S120, S460), by a smart card, a response message which is transmitted by a user terminal, wherein the user terminal receives the response message returned by a CAT server in response to an IMSI update request message; and executing, by the smart card, an IMSI update operation for the smart card according to information carried in the response message, wherein the smart card is a smart card supporting multiple IMSIs; wherein the information carried in the response message includes a response command type representing deleting an IMSI and information indicating whether recycling is successful, and the IMSI update operation for the smart card comprises an operation of deleting an IMSI and authentication data corresponding to the IMSI from the smart card. receiving (S120, S460), by a smart card, a response message which is transmitted by a user terminal, wherein the user terminal receives the response message returned by a CAT server in response to an IMSI update request message; and executing, by the smart card, an IMSI update operation for the smart card according to information carried in the response message, wherein the smart card is a smart card supporting multiple IMSIs; wherein the information carried in the response message includes a response command type representing deleting an IMSI and information indicating whether recycling is successful, and the IMSI update operation for the smart card comprises an operation of deleting an IMSI and authentication data corresponding to the IMSI from the smart card.
A thrust reverser device for a turbojet engine nacelle comprising at least one cowl mounted so as to move in a translational manner in a direction substantially parallel to a longitudinal axis of the nacelle between a closed position in which it ensures the aerodynamic continuity of the nacelle and covers means for diverting at least part of an air flow of the turbojet engine, and an opened position in which it opens a passage in the nacelle and uncovers said diverting means, the movable cowl being associated with at least one blocking flap pivotally mounted by one end on the movable cowl between a retracted position corresponding to the closed position of said movable cowl and a pivoted blocking position corresponding to the opened position of the movable cowl and in which it obstructs at least partially an air flow path of the nacelle, the blocking flap being equipped with at least one driving mechanism comprising at least one assembly forming a lever pivotally mounted on the cowl and hinged at each of the ends thereof, by means of driving rods (51, 52), respectively on the flap and on a fixed structure of the device, characterized in that the assembly forming a lever and the associated rods are hinged in a plane substantially perpendicular to the flap and substantially radial of the thrust reverser device.
Packaging container having a chamber wherein the chamber comprises a plurality of corresponding products sized leaving no freedom of movement of the corresponding products such that a number of such products essentially completely fills the chamber, the packaging comprising at least one removable portion (4, 6) each removable portion is each a flat sheet comprising pre-folds dimensioned such that the at least one removable portion (4, 6) can be removed from the packaging, rearranged by folding along the pre-folds to adopt an expanded form and placed within the chamber, having the effect of reducing the volume of the chamber available for the corresponding products by n times the volume of a corresponding product, where n is an integer, whilst retaining the feature that a number of such corresponding products essentially completely fills the reduced volume of the chamber leaving no freedom of movement of the reduced number of corresponding products.
A medical implant suitable for allowing bone fusion between a first bone and a second bone, said implant assuming the form of an elongate part comprising, extending along the longitudinal axis of the part, a head and a body that are separated from one another by a zone for connecting the head to the body, said head being capable of being inserted into the first bone, said body being capable of being introduced into the second bone, said body being a hollow body with a longitudinal slit over at least part of its length to delimit at least three longitudinal tabs with each longitudinal tab separated from another longitudinal tab by a longitudinal slit, said longitudinal tabs by which said body is capable of being introduced into said second bone being resiliently deformable tabs, each longitudinal tab of the body being a bowed tab that has an outer face, that is to say, facing toward the outside of the body, developing longitudinally in a curved manner with a curvature having its concave side turned toward the outside of the body, characterized in that each bowed tab has, in its arc-forming part, a substantially constant cross-section.
A light emitting device comprising: a support substrate; a first light emitting structure disposed on the support substrate and comprising a first conductive type first semiconductor layer, a first active layer under the first conductive type first semiconductor layer, and a second conductive type second semiconductor layer under the first active layer; a first reflective electrode under the first light emitting structure; a first metal layer around the first reflective electrode; a second light emitting structure disposed on the support substrate and comprising a first conductive type third semiconductor layer, a second active layer under the first conductive type third semiconductor layer, and a second conductive type fourth semiconductor layer under the second active layer, the second light emitting structure being spaced apart from the first light emitting structure; a second reflective electrode under the second light emitting structure; a second metal layer around the second reflective electrode; and a contact part making contact with an inner portion of the first conductive type first semiconductor layer of the first light emitting structure and electrically connected to the second reflective electrode, characterized in that a top surface of the second metal layer is exposed between the first light emitting structure and the second light emitting structure. a support substrate; a first light emitting structure disposed on the support substrate and comprising a first conductive type first semiconductor layer, a first active layer under the first conductive type first semiconductor layer, and a second conductive type second semiconductor layer under the first active layer; a first reflective electrode under the first light emitting structure; a first metal layer around the first reflective electrode; a second light emitting structure disposed on the support substrate and comprising a first conductive type third semiconductor layer, a second active layer under the first conductive type third semiconductor layer, and a second conductive type fourth semiconductor layer under the second active layer, the second light emitting structure being spaced apart from the first light emitting structure; a second reflective electrode under the second light emitting structure; a second metal layer around the second reflective electrode; and a contact part making contact with an inner portion of the first conductive type first semiconductor layer of the first light emitting structure and electrically connected to the second reflective electrode, characterized in that a top surface of the second metal layer is exposed between the first light emitting structure and the second light emitting structure.
Drilling fluid comprising a fluid having a boiling point in the range of from 200 °C to 400°C and a boiling range below 80°C, said fluid comprising more than 95% isoparaffins and less than 3% of naphthens by weight, a biocarbon content of at least 95% by weight, containing less than 100ppm aromatics by weight, in association with barite, wherein the fluid has a biodegradability at 28 days of at least 60%, as measured according to the OECD 306 standard.