CN2132466Y - Efficiency thermos bottle liner with space navigation cotton - Google Patents

Abstract

The utility model relates to an efficient heat insulation bottle liner with space navigation cotton. The utility model has technical proposal that a film made of aluminium-titanium material or mercury material is plated on the outer wall of a single walled vessel, and the outer whole body of the film is packaged with the space navigation cotton which is sprayed and plated with aluminum titanium alloy. Through the return radiation of two heat reflection layers, the outside of a space navigation cotton layer is coated with an asbestos thermal insulation layer, and the outside of the thermal insulation layer is provided with the heat insulation bottle liner, or an insulating tank, or an insulation can, or an insulation cup, etc. which is made of glassteel sealing layer. The utility model with excellent thermal insulating property, safety and hygiene, vibration prevention, shock resistance, moisture protection, damp protection and long operating service life is ideal efficient thermal-insulating equipment of contemporary high-technology outcome.

Description

Efficiency thermos bottle liner with space navigation cotton

Thermal insulating flask with astronautical cotton belongs to the light industry category.

The traditional in the past heat-insulating internal container or the heat preservation principle of cool-bag are that container is manufactured the interlayer cavity volume.On the interlayer inwall, be coated with aluminium or nitric acid silver layer, and then its interlayer cavity volume is made vacuum.Behind the container splendid attire heat source substance, with heat radiation backheat source, micro-heat radiation loses the heat transfer carrier material and the heat insulation heat insulation effect that causes in the vacuum cavity volume through aluminium or mercury layer in its loses heat radiation.The traditional glass liner manufacturing process of this kind complexity is wasted the cost height because of belonging to sandwich with the material cost.With the glass dewar is example.Its not shock resistance of glass, broken easily ulcer, yield rate is not high during manufacturing, generally below 70 percent, therefore technology is expensive many, its vacuum-pumping tube in when assembling or when using in addition, the only convex protrusion of envelope Mi Kou is outside the courage body, and very easily collision cleft damages, lose vacuum, in a single day all value of glass liner promptly be destroyed in, thus assembling and use the scrappage height, and the packing of product and shipping mass also require rigorous errorless; So expensive quite big, cost is high.

Make the vacuum heat-preserving glass liner with stainless steel in recent years, though solved the not shock proof drawback of glass refills cracky effectively, but because of vacuum structure must be used sandwich structure, expend the precious metal material so exponentially, the sale price height, should not large tracts of land popularize and put on market, limited purchasing power influences its industrial expansion.

The purpose of this utility model is to provide a kind of the needs to adopt the interlayer manufacturing process, and needing no vacuum is heat insulation, is difficult for fragmentation, is difficult for the vacuum flask inner bag of ulcer.

The purpose of this utility model is achieved in that a container outside, utilize the stretch velvet parcel, its stretch velvet adopts advanced vacuum steaming spray technique technology promptly to claim space cotton with the spraying plating of aluminum titanium alloy plated film attached to the flannelette appearance, its physical principle is to utilize the reflex of metal level, and pyrotoxin is returned in the heat radiation that pyrogen distributes.Heat insulation at stretch velvet outer wrapping asbestos or polyester froth bed again then, outside it, wrap up one deck space cotton, reflecting layer more again.Wrap up the totally-enclosed sealed glass steel of one deck layer at last again.The vacuum flask inner bag that is constituted.Its physical property, light, thin, soft, and moistureproof damp proof, anti-aging strong, be a kind of desirable heat preserving mode.

Now the insulation mechanism with thermal insulating flask with astronautical cotton is described below in conjunction with diagram is full and accurate again:

Thermal insulating flask with astronautical cotton is the container (3) with spherical or oval and the many prismatic bodies of being made by metal or nonmetallic materials, as shown in Figure 2.Aluminium titanium or mercury rete (4) have been coated with at its outer wall, the heat radiation of distributing after hot water pours into container intracavity is returned hot water by aluminium titanium film layer (4) reflection, a spot of waste heat is sewed, it is space cotton layer (5) the reflected back container that low-temp radiating is wrapped up by skin again, all the other last very little heat radiations are wrapped in space cotton layer outer asbestos layer (6) or polyester foamed plastics again and wrap up in again, asbestos layer plays damping to the faint radiant heat of aerospace layer, the effect heat insulation with atmosphere, in its faint radiation being blocked be sealed in, play the insulation effect of guarding the defence line, rear, in order further to guarantee the persevering of thermal source.Outside asbestos layer (6),, form the frp layer (7) that one deck seals close joint entirely again with glass fibre weaver's knot resin stick or polymer synthetic chemistry stick.Make like this in the heat-insulation layer and formed inactive state in the heat-insulation layer by all stagnant being enclosed in of the air of radiation heating; externally atmosphere does not produce the thermal convection current exchange; the hot cold air that has also intercepted simultaneously the outside enters; influence its heat insulation effect; and water quality to external world, dust, photochemical action play sealing insulation blocking effect; make each layer of insulation operate as normal for a long time year in year out, guarantee its service life and heat insulation effect.

The manufacturing process that is different from the glass silvering vacuum refill based on the manufacturing process of thermal insulating flask with astronautical cotton, therefore, it can be followed one's bent as required and make various geometry molding body, as shown in Figure 2, be the spherical thermal insulating flask with astronautical cotton, offer water inlet (1) on its container (3).Be arranged with seabed delivery port (2), make its splendid attire fluid after, be beneficial to fluid and under the gravity effect, realize outflowing automatically result of use, need not be inverted inclination flowing water, or additional air pressure draining.

Below just the embodiment division is as follows:

One, spherical thermal insulating flask with astronautical cotton as shown in Figure 2, its capacity (3) is provided with inlet (1), have seabed delivery port (2), behind its carrying liquid, convenient liquid is realized outflow automatically under the gravity effect, its seabed delivery port (2) is located and can be sectioned the pass by device, overcome traditional handle type thermos bottle, need during pouring to put forward the shortcoming of holding in both hands operation with hand-power, also having replaced simultaneously luxury gas-pressure thermos bottle fetches water and needs cumbersome with the operation of hand gas, this spherical space cotton efficient thermos is specially for profile is a tellurion, enough, basket, courage within the decoration thermos bottle institute of vollyball appearance is supporting.

Two, as shown in Figure 3 tighten up a mouthful thermal insulating flask with astronautical cotton, because its water intaking performance is similar with traditional handle type thermos bottle, similar thus can with traditional handle type, the vapour-pressure type thermos bottle is supporting, because its characteristic shock resistance is shockproof, the thermos bottle of this kind glass liner preparation can be at space shuttle, the navigation steamer, and device uses on the flexible car.

Three, uncovered thermal insulating flask with astronautical cotton as shown in Figure 4, it not only can be used for making liquid and protects the bucket of hot cold insulation, cup class.Also can make the insulation cold insulation container of splendid attire solid matter.Its uncovered taking-up of packing into of being convenient to solid matter.

Its application is very easy to daily life.

Thermal insulating flask with astronautical cotton effect excellence, its insulation rate be more than 80 percent, and be easy to industrialization, also can manufacture the glass liner of thermos of various all kinds of purposes or insulation refrigerating barrel inner bag, insulation refrigerating box inner bag, insulation refrigeration cup inner bag etc. simultaneously.Because non-ferrous metals such as its available aluminium or stainless steel are made container, so can shockproof anti-ulcer.It reliably is the good insulation refrigerating equipment of contemporary high technology crystallization that its hermetically sealed property makes its health safe in utilization, heat-insulating property.

Description of drawings:

Fig. 1: thermal insulating flask with astronautical cotton front view.

Fig. 2: Fig. 1 A-A to cutaway view.

Fig. 3: tighten up a mouthful thermal insulating flask with astronautical cotton cutaway view.

Fig. 4: uncovered thermal insulating flask with astronautical cotton cutaway view.

Claims (3)

1, a kind of thermal insulating flask with astronautical cotton is characterized in that the container [3] by metal or nonmetal spherical or ellipse garden shape and the many prismatic bodies of making; Its outer wall has been coated with aluminium, titanium; Or mercury rete [4]; Rete is outer, and the space cotton layer is wrapped up in through asbestos layer [6] again outward again by space cotton layer [5] whole body parcel, the outer cool-bag of being weaved cotton cloth and being configured to resin stick or polymer synthetic chemistry adhesive coating sealed glass steel layer [7] by glass fibre of asbestos layer [6].

2, according to the described thermal insulating flask with astronautical cotton of claim 1., it is characterized in that container (3) upper end offers water inlet (1), be arranged with seabed delivery port (2) cavity volume that communicates.

3, according to claim 1. or 2 described thermal insulating flask with astronautical cotton, the outlet that it is characterized in that container (3) can be made into has only tightening up mouthful (8) or making the cool-bag of large tracts of land uncovered (9) of a cavity volume passage.

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