35results about How to "Large insulation area" patented technology

The invention discloses a multilayer composite vacuum heat-insulating plate. The multilayer composite vacuum heat-insulating plate comprises a first heat-insulating plate main body and a second heat-insulating plate main body which are arranged in parallel with each other. Mounting plates are mounted at the top and the bottom of the side face of the side, close to the second heat-insulating platemain body, of the first heat-insulating plate main body correspondingly, and locking bolts are connected to the mounting plates in a threaded mode. One ends of supporting rods are connected to the tops and the bottoms of the locking bolts in a threaded mode correspondingly, and the second heat-insulating plate main body is fixedly mounted at the other ends, away from the locking bolts, of the supporting rods. A plurality of fixing blocks are mounted at the bottoms of the first heat-insulating plate main body and the second heat-insulating plate main body correspondingly, and mounting grooves are formed inside the fixing blocks. Pressing rods are fixedly mounted at the bottoms of the fixing blocks, pressing plates are fixedly mounted at the tops of the pressing rods, and one ends of springsare mounted in the middles of the tops of the pressing plates. Design is reasonable, conception is ingenious, the good heat-insulating effect is achieved through the multilayer composite design, andthe multilayer composite vacuum heat-insulating plate is suitable for being applied and popularized.

The invention provides a foam thermal insulation device of a PC thermal insulation wallboard of a residence building. The foam thermal insulation device comprises a plurality of horizontally arranged thermal insulation block sets and a third thermal insulation block. The thermal insulation block sets comprise the first thermal insulation block set and the second thermal insulation block set which are perpendicularly and symmetrically arranged; the first thermal insulation block set and the second thermal insulation block set are arranged by an angle; the first thermal insulation block set comprises a plurality of overlapped first thermal insulation blocks; the second thermal insulation block set comprises a plurality of overlapped second thermal insulation blocks; the third thermal insulation block is arranged between the first thermal insulation block set and the second thermal insulation block set; the third thermal insulation block is provided with a first inclined face and a second inclined face which are symmetric; the first inclined face is fixedly connected with the first thermal insulation block set; the second inclined face is fixedly connected with the second thermal insulation block set; and a cavity is further formed inside the third thermal insulation block. The invention further provides the PC thermal insulation wallboard. Compared with the prior art, the foam thermal insulation device of the PC thermal insulation wallboard of the residence building and the PC thermal insulation wallboard have the excellent thermal insulation performance.

The invention discloses a suction opening structure of a compressor. The suction opening structure comprises a suction pipe which is fixedly connected with a suction port of a cylinder, a heat-insulation ceramic tube which is fixedly arranged inside the suction pipe, and a liquid storage tank's exhaust pipe which is fixedly connected with the suction pipe. A taper surface is formed on the external end portion of the heat-insulation ceramic tube. A bell mouth which fits with the taper surface is formed on the end portion of the liquid storage tank's exhaust pipe. The heat-insulation ceramic tube fits with the liquid storage tank's exhaust pipe through the taper surface. An assembly operator can conveniently perform total freedom degree of contact between the liquid storage tank's exhaust pipe and the end portion of the heat-insulation ceramic tube. Fitting allowance is easy to guarantee. In addition, axial freedom degree of the heat-insulation ceramic tube is restricted, and adverse influence of shock during the operation process of the compressor on the heat insulation ceramic is relatively reduced. Simultaneously, it is ensured that dimensions of the housing and subsidiary parts are not changed. In this case, as the end portion of the heat-insulation ceramic tube extends into the inside of an exhaust pipe, the length of the heat-insulation ceramic tube is relatively increased, heat insulation area is increased, and inhalation efficiency is more effectively raised.

The invention discloses a multilayer composite vacuum heat-insulating plate. The multilayer composite vacuum heat-insulating plate comprises a first heat-insulating plate main body and a second heat-insulating plate main body which are arranged in parallel with each other. Mounting plates are mounted at the top and the bottom of the side face of the side, close to the second heat-insulating platemain body, of the first heat-insulating plate main body correspondingly, and locking bolts are connected to the mounting plates in a threaded mode. One ends of supporting rods are connected to the tops and the bottoms of the locking bolts in a threaded mode correspondingly, and the second heat-insulating plate main body is fixedly mounted at the other ends, away from the locking bolts, of the supporting rods. A plurality of fixing blocks are mounted at the bottoms of the first heat-insulating plate main body and the second heat-insulating plate main body correspondingly, and mounting grooves are formed inside the fixing blocks. Pressing rods are fixedly mounted at the bottoms of the fixing blocks, pressing plates are fixedly mounted at the tops of the pressing rods, and one ends of springsare mounted in the middles of the tops of the pressing plates. Design is reasonable, conception is ingenious, the good heat-insulating effect is achieved through the multilayer composite design, andthe multilayer composite vacuum heat-insulating plate is suitable for being applied and popularized.

The invention relates to a high-voltage nickel-hydrogen storage battery internal positive post secondary insulation method comprising the steps of fixing a lower transitional sleeve and a ceramic sleeve on a post rod through connecting pieces to assemble into a positive post, cleaning and wiping the positive post with acetone, coating HR-8747 high-temperature-resistant sealing insulation glue on the macroaxis surface of the post rod, the upper end face of the macroaxis, a bare part of the lower transitional sleeve, the bottom of a transitional ring, and a bare face of the ceramic sleeve between the transitional ring and the lower transitional sleeve, keeping warm for 2 hours to 3 hours at a temperature between 60 DEG C to 80 DEG C, and taking the positive post out after cooling to form the high-voltage nickel-hydrogen storage battery internal secondary insulation positive post. Before a post of a single battery is welded with a battery shell body, the surface of the positive post in the battery is coated by a layer of the HR-8747 high-temperature-resistant sealing insulation glue so as to form a secondary insulation of the positive post in the battery, to increase the insulation area if the surface of the positive post in the battery, to enlarge the insulation distance between an anode and a cathode of the battery, and to improve safety of the battery.

A six-level plug. The six-level plug comprises: an insulator assembly (1), and a first-level conductor (2) and a second-level conductor (3) which are mounted at the periphery of the insulator assembly, wherein the first-level conductor is located at a front end of the second-level conductor, and a coaxial stepped distribution is formed; and the six-level plug further comprises third, fourth, fifth and sixth-level conductors (4, 5, 6, 7), wherein the third and fourth-level conductors are provided at the periphery of the insulator assembly symmetrically on the left and right and in parallel, and are located behind the second-level conductor, and the fifth and sixth-level conductors are provided at the periphery of the insulator assembly symmetrically on the left and right and in parallel, and are respectively located behind the third and fourth-level conductors; and the first, second, third, fourth, fifth and sixth-level conductors are all insulated from one another by the insulator assembly. Compared with the existing product, the six-level plug adds one level of conductor, and enhances the insulation among levels.

The invention discloses an electric heating full-vacuum heat preservation kettle which comprises a kettle lid, a kettle body, a base and a heating assembly. The kettle body comprises a shell, an inner container, a kettle body upper bottom and a kettle body lower bottom. The lower end of the shell is connected with the outer edge of the kettle body upper bottom. The lower end of the inner container is bent inwards to be connected with the inner edge of the kettle body upper bottom to form a heating hole. The inner container, the shell and the kettle body upper bottom form a vacuum layer. The kettle body lower bottom and the lower end of the shell are connected. One end of the heating assembly stretches into the inner container through the heating hole, the other end of the heating assembly is located in the space formed by the kettle body and the kettle body lower bottom, a sealing water outlet device is arranged on the kettle lid, and a pressure relief device is arranged on the sealing water outlet device. The vacuum layer can increase the heat preservation performance and generate the anti-scalding effect; due to the fact that only the heating hole into which the heating assembly can stretch is reserved in the bottom of the kettle body, the area of vacuum heat preservation is increased, heat emitted from the bottom is reduced, the heat preservation effect is improved, one end of the heating assembly directly stretches into the inner container to directly heat liquid, and the heating efficiency is greatly improved.

The invention relates to the technical field of laser cutting equipment, in particular to a large-breadth laser cutting machine which comprises a machine tool as well as a material supporting mechanism, a gantry mechanism, a cutting mechanism, a position adjusting mechanism, a heat insulation mechanism and a dust removal mechanism which are respectively arranged on the machine tool, the machine tool comprises a main cross beam, a main longitudinal beam, a first edge beam and a second edge beam. The material supporting mechanism comprises a first material frame and a second material frame; the gantry mechanism comprises a first rack, a gantry frame, a first motor, a second rack and a guide rail; the cutting mechanism comprises a moving frame, a second motor and a laser cutting machine, the moving frame is slidably connected with the guide rail, the second motor is arranged on the moving frame and connected with the second rack through a gear, and the laser cutting machine is installed on the moving frame; and the two groups of position adjusting mechanisms are symmetrically arranged on the first edge beam and the second edge beam. The large-breadth laser cutting machine can adapt to cutting machining of large-breadth plates, and is high in precision and good in effect.

The invention provides a thermal-insulation device for a PC thermal-insulation embedded column of a residence building. The thermal-insulation device comprises a first thermal-insulation block set, a second thermal-insulation block set and a third thermal-insulation block, wherein the first thermal-insulation block set and the second thermal-insulation block set are symmetrically arranged with an included angle. The first thermal-insulation block set comprises a plurality of overlaid first thermal-insulation blocks, and the second thermal-insulation block set comprises a plurality of overlaid second thermal-insulation blocks. The third thermal-insulation block is arranged between the first thermal-insulation block set and the second thermal-insulation block set and provided with a first inclined face and a second inclined face symmetrical with the first inclined face. The first inclined face is fixedly connected with the first thermal-insulation block set, the second inclined face is fixedly connected with the second thermal-insulation block set, and the third thermal-insulation block is further internally provided with a cavity. Meanwhile, the invention provides the PC thermal-insulation embedded column. Compared with the prior art, the thermal-insulation device for the PC thermal-insulation embedded column of the residence building and the PC thermal-insulation embedded column have more excellent thermal insulation performance.