9results about How to "Achieve thermal insulation effect" patented technology

The utility model discloses a heat preservation type bamboo and wood fiber integrated wallboard, and relates to the technical field of integrated wallboards. The heat-insulating and heat-insulating composite board comprises a base material layer, a micropore transition layer, a heat-insulating structural layer, a heat-reflecting structural layer, a decorative layer, a reflecting and heat-insulating layer and a protective layer which are sequentially stacked, a plurality of honeycomb holes are formed in the heat-insulating structural layer, and a plurality of through type pores are formed in the micropore transition layer. The heat reflection structure layer comprises a plurality of convex lenses and a plurality of concave lenses, wherein the convex lenses and the concave lenses are alternately arranged. A traditional material modification mode is abandoned, multiple thermal resistance mechanisms are formed through structural thermal insulation design, the thermal insulation effect is achieved, material dependence is avoided, the problems of material aging, pulverization and the like caused by long-term use are avoided, thermal insulation performance attenuation is reduced, and therefore the thermal insulation material has higher practicability.

The utility model relates to heat exchanger technical field discloses a kind of heat exchangers with heat insulation, including shell, the front side top of shell is fixedly connected with liquid inlet pipe, the front side bottom of shell is fixedly connected with liquid outlet pipe, the right side of liquid inlet pipe and liquid outlet pipe is uniformly provided with connecting mechanism, the bottom of shell is provided with mounting mechanism, and the mounting mechanism is used to install shell, the connecting mechanism includes two heat insulation plates, the left side of two heat insulation plates is respectively slidably connected with the right side of liquid inlet pipe and liquid outlet pipe, the left end of two heat insulation plates is fixedly connected with connecting block on upside and downside, and the side of multiple connecting blocks far away is uniformly provided with circular groove. In the utility model, by pushing fixed plate along stand plate sliding to remove the limiting of pull rod, after loosening pull rod, reset spring pushes limiting block to be clamped into fixed slot, the sealing of pipeline connection is realized, reduces pipeline and outside heat exchange, and the heat exchange efficiency is ensured.

The application provides a heat-insulating window sash, and relates to the field of building energy-saving technology under green technology. The heat-insulating window sash comprises a primary heat-insulating mechanism, a secondary heat-insulating mechanism and a window frame, the primary heat-insulating mechanism and the secondary heat-insulating mechanism are installed on the window frame; the primary heat-insulating mechanism comprises heat-dissipation glass and heat-insulating glass, the heat-dissipation glass, the heat-insulating glass and the window frame form a heat-insulating space, and the heat-insulating space is used for installing the secondary heat-insulating mechanism; the secondary heat-insulating mechanism comprises a guide assembly, a plurality of rotating assemblies, a plurality of heat-resisting assemblies and a plurality of guide rods; the guide assembly comprises two guide frames, the two guide frames are vertically and spaced apart arranged in the heat-insulating space, both ends of the two guide frames are fixedly connected with the window frame, the plurality of rotating assemblies are respectively and uniformly movably arranged on the two guide frames and correspond to each other; the application is matched with the heat-resisting assembly and the rotating assembly, so that the reflection angle of the heat-resisting assembly always corresponds to the irradiation angle of sunlight, that is, the heat-insulating effect is achieved under the condition that the communication signal is unobstructed.

This invention belongs to the field of fabric technology, specifically relating to a high-strength abrasion-resistant composite fabric and its preparation process. The high-strength abrasion-resistant composite fabric includes a base fabric and an abrasion-resistant layer. The base fabric is made of a blend of polyester and cotton fibers in a mass ratio of 2-3:1. The abrasion-resistant layer comprises the following components by weight: 50-60 parts polyurethane resin; 8-10 parts modified nano-zirconia; 3-5 parts fluorinated silane phenol; 0.6-0.8 parts dispersant; and 40-50 parts organic solvent. The composite fabric provided by this invention includes a base fabric and an abrasion-resistant layer. This invention modifies the abrasion-resistant layer by adding modified nano-zirconia and fluorinated silane phenol, thereby improving the overall performance of the composite fabric and obtaining a high-strength composite fabric with good abrasion resistance, waterproof performance, warmth retention, and antibacterial properties. It is suitable for making functional jacquard fabrics using a jacquard process.

The utility model relates to pipeline technical field, especially a kind of high-efficiency heat insulation type composite heat preservation pipe, including heat preservation pipe, the one end of heat preservation pipe is provided with integrally formed first connector, the other end of heat preservation pipe is provided with integrally formed second connector;First connector includes outer shell and inner shell, outer shell and inner shell are cylindrical structure, outer shell and inner shell are coaxially arranged, there is gap between outer shell and inner shell, sponge block is filled in the gap between outer shell and inner shell, the other end of outer shell is provided with screw thread, the one end of outer shell provided with screw thread is screwed with circular ring, circular ring is used to block the end of outer shell and inner shell not connected with the one end of heat preservation pipe, the one end of the connecting portion of heat preservation pipe is set as the structure of first connector, when the liquid in the interior flows through the connecting portion, heat is not excessively transferred outward, sponge block has good heat insulation capacity, and the heat insulation of connecting portion is realized.

This application belongs to the field of insulated glass technology and discloses a sunshade and heat-insulating insulated glass, including a frame. A rectangular groove is embedded in the middle of the inner wall of the frame, and glass bodies are movably fitted onto the frame through the front and rear sides of the inner wall of the rectangular groove. Two upper pads and two lower pads are respectively in contact with the four corners between the two glass bodies. The two upper pads and two lower pads are fixedly installed at the four corners of the inner wall of the middle of the rectangular groove. In this application, the frame, rectangular groove, glass bodies, and upper and lower pads can form a double-layer insulated glass while realizing the heat insulation function of the insulated glass itself. With the help of the drive motor, rotating rod, sunshade curtain, sinker strip and connecting control structure, the insulated glass can realize the effective sunshade function when needed, and further improve the heat insulation effect of the insulated glass while improving its practicality.

The utility model discloses a silent heat insulation aluminum alloy door and window with a wear-resisting sliding rail structure, which comprises a base, an opening and closing mechanism which is used for opening and closing a glass door and has a heat insulation function is arranged above the base, and a guide mechanism which is used for reducing friction force and guiding when the opening and closing mechanism is opened and closed is arranged at the top of the base. A fixed and heat-insulating fixing mechanism is arranged above the base; the opening and closing mechanism is used for opening and closing the glass door and has a heat insulation function, the double-layer arrangement and inert gas (argon) arranged in the opening and closing mechanism isolate the external environment temperature from the indoor temperature, the guide mechanism is used for reducing friction force when the opening and closing mechanism is opened and closed, and the bearing is arranged to reduce friction between the sliding block and the sliding rail and prolong the service life of the opening and closing mechanism. Water is injected into the device by arranging the fixing mechanism, the water in the device can be kept in a circulating state all the time through the circulating mechanism, the external environment temperature is isolated from the indoor temperature, and the heat insulation effect is achieved.

The application provides a solder pre-planting device, a pre-planting process and a packaging method. The device realizes accurate positioning and hovering control of the solder pad through the collaborative design of the T-shaped cavity structure, the height adjusting mechanism and the needle stopper. The micron-level annular gap realizes heat insulation and overflow prevention. The size is optimized to balance the installation tolerance and the alignment accuracy, and manual and automatic adjustment modes are provided to balance the operation flexibility and the automation prospect. The design significantly improves the solder forming stability and the product yield. The pre-planting process based on the device can form a standardized solder body in an independent station, and the packaging method realizes reliable connection through two reflow soldering. The overall scheme simplifies the production process, reduces the dependence on precision printing process, improves the automation level, and realizes efficiency improvement and cost optimization.

This application provides a heat shield structure and installation method for aircraft wheels. The heat shield in this structure is a single-piece titanium alloy sheet, and the clamps are made of stainless steel. The heat shield is fixed between the guide rail cover and the guide rail boss of the wheel hub by the clamps, which improves the stability of the heat shield. In contrast, existing single-piece heat shields are too thin, making it impossible to press and fix the wheel and guide rail firmly. The single-piece heat shield will have limited movement between the wheel and guide rail, which will cause friction and wear on the wheel structure, forming initial defects and inducing fatigue cracks. Furthermore, this structure is simpler than combined heat shield assemblies, requires fewer parts, and has a lower material density. The overall weight is only about 50% of that of conventional single-piece heat shields. The clamps and other connecting structures are welded, eliminating the need for separate structural components compared to the various fixing structures in combined heat shield assemblies, such as fixing rings and rivets. This results in lighter weight, simpler structure, and smaller required structural space.