50results about How to "Achieve anchoring" patented technology

The invention discloses a device and method for mounting a wire rope of an architectural veneer. The device for mounting the wire rope of the architectural veneer comprises the veneer and is characterized in that: a connecting groove with a small opening and a large inside is arranged on the back of the veneer, not close to the edge; a connecting piece can be arranged in the connecting groove with a small opening and a large inside arranged on the back of the veneer, not close to the edge; the shape and the size of the cross section of the connecting piece are matched with those of the cross section of the connecting groove arranged on the back of the veneer, not close to the edge; the connecting piece is transversely inserted into the connecting groove; the direction of the connecting piece is changed from transverse to vertical so as to reach the top position of the connecting piece; the top position of the connecting piece is just positioned at a position with largest width in the connecting groove, and thus the connecting piece is buckled into the connecting groove; and one end of the wire rope is fixedly connected with the connecting piece, and the other end of the wire rope is connected with a building body. Therefore, perforating positions of the veneer and the building body do not need to be too precise and can be subjected to fine adjustment through the deformation ofthe wire rope when the veneer and the building body are connected with each other, thereby the accurate positioning and the firm connection between the veneer and the building body can be achieved. Moreover, the device for mounting the wire rope of the architectural veneer has the characteristics of simple structure, convenient construction and installation, and the like.

The invention discloses a seabed automatic drilling type piling device and method, which is composed of an expansion fixing module, an upper anchoring module, a lower anchoring module, a chip removal module and a drilling module, and can automatically drill into the seabed by dragging a cable Anchoring is realized in the rock formation; the drilling module can drill through the seabed rock formation, and the chip removal module can automatically move the cuttings to the rear of the device to achieve efficient chip removal and drilling; the upper anchor module and the lower anchor module It acts as a fixing device and can assist anchoring after drilling to the specified anchoring depth; when the extrusion head is subjected to the upward pull force exerted by the cable, the expansion cover in the expansion fixation module will deform and open under the action of the extrusion head, Increase the friction between the expansion cap and cuttings, so as to achieve reliable anchoring. The invention mainly solves the problems of insufficient non-diagenetic piling depth and unreliable anchoring in the shallow seabed, realizes high automation and controllable piling depth, and is suitable for piling operation requirements of different water depths and various types of seabed lithology.

The present invention provides a composite proton exchange membrane, which comprises sulfonated polyetheretherketone (SPEEK), modified mesoporous silica, and phosphotungstic acid (HPW), and the HPW is loaded on the modified mesoporous On silica; wherein, based on the total mass of the composite proton exchange membrane, the content of SPEEK is 92.5wt%-95.5wt%, the content of modified mesoporous silica is 0.5wt%-1.5wt%, and the content of HPW is 4-6 wt%. The present invention also provides a method for preparing the composite proton exchange membrane, comprising loading the HPW on the SPEEK by vacuum impregnation. The composite proton exchange membrane of the invention has good conductivity stability, and the preparation method is simple and easy for industrial application.

The invention provides a novel expansion anchor bolt, and belongs to the technical field of anchor bolt fixing. The novel expansion anchor bolt is used for fastening an installing base surface and comprises an anchor rod and a sleeve which is arranged on the outer surface of the anchor rod in a sleeving mode in the mode of doing reciprocating motion in the extending direction of the anchor rod, acontaining cavity is formed in the anchor rod, and expansion bodies and a cocking part used for being connected with the expansion bodies in a butting-joint mode to enable the non-hinged ends of the expansion bodies to be capable of at least partially protruding out of a containing groove; and the non-hinged end of each expansion body is provided with a guiding surface, and the guiding surfaces are used for being connected with one end of the sleeve in an abutting mode till the expansion bodies are expanded in the mode that the non-hinged ends rotate to make contact with the installing base surface. According to the novel expansion anchor bolt, the sleeve abuts against the guiding surfaces to enable the expansion bodies to be expanded, and the expanding and fixing effects are achieved. Thestructure is simple, anchoring can be achieved only by rotating or knocking the sleeve, labor is saved, and the expansion degree of the expansion bodies is controlled by controlling the abutting length of the sleeve.

The invention discloses a polyester modified silicone leveling agent and a preparation method thereof. The leveling agent is composed of hydrogen-terminated polydimethylsiloxane and single-ended allyl polycaprolactone under the action of a catalyst, through It is obtained by catalytic addition reaction, wherein the molar ratio of hydrogen-terminated polydimethylsiloxane to single-ended allyl polycaprolactone is 1-1.5:2; the mass fraction of the catalyst in the total material is 0.001-0.005%. The primary hydroxyl group contained in the polyester modified silicone leveling agent can react with the resin base material, and realize the anchoring of the active ingredient on the coating surface after film formation. It has excellent heat resistance and can be used as a solution, water emulsion or 100% It is used in the form of stock solution.

The invention relates to the field of oilfield oil production engineering, and belongs to a slip component which can be quickly milled and milled for downhole tools. The invention solves the problem that the integral slips and segmented slips used on common bridge plugs are not easy to be milled, and includes: a cone (1), a main assembly and an italic body (5). Expand and support the slip base (3) during setting, while limiting the circumferential displacement of the slip base (3); the main body assembly is inserted and installed between the cone (1) and the italic body (5); the italic body (5) It is used to support the tail of the slip base (3); the main body assembly includes a fixing ring (2), a slip base (3), and a slip sheet (4); wherein the fixing ring (2) attaches the slip base ( 3) Hoop into a circle, and insert the slip sheet (4) on the upper surface of the slip base (3). The invention has the advantages of simple structure, safety and reliability, rapid milling and small volume of the remaining part of the slip base after milling.

The invention is directed to a process for the preparation of an oxygen carrier for a chemical looping process comprising: (a) providing a material A comprising at least one first transition metal and / or an oxide of the at least one first transition metal, wherein the at least one first transition metal is selected from one or more of chemical element groups 6-11 of the Periodic System, wherein the at least one first transition metal and / or oxide of at least one first transition metal is optionally supported on one or more support materials, (b) subjecting material A to a reaction with H2 to cause at least partial reduction of the at least one first transition metal and / or at least one first transition metal oxide to form a reduced material B, (c) treating reduced material B with a solution of a salt of at least one second transition metal, wherein the at least one second transition metal is selected such that it has a standard reduction potential that is larger than a standard reduction potential of the first transition metal, wherein a portion of the at least one first transition metal in the reduced material B is replaced by the at least one second transition metal, wherein a molar ratio of the at least one first transition metal with respect to the at least one second transition metal in the reduced material B ranges between 2:1 and 100:1, and (d) washing and optionally drying the thus obtained oxygen carrier. The invention also relates to an oxygen carrier obtained with this method and to a method for regeneration of the oxygen carrier using steam.