CN205327801U - Container liquid packaging carbon fiber weaving hot -water bag - Google Patents

Abstract

The utility model provides a container liquid packaging carbon fiber weaving hot -water bag which the characteristics are at the internal many fore -and -aft carbon fibers line that generates heat of having knitted of glass fiber base cloth pad, and the carbon fiber generates heat the tail end of line has a horizontal wire UNICOM, and the carbon fiber generates heat the head end of line and divides two sets of horizontal wire UNICOMs that have respectively, and two sets of carbon fibers generate heat the horizontal wire of line head end and ally oneself with respectively and have the power cord, the upper surface of the glass fiber base cloth pad body is equipped with silica gel nanometer bisque, and the lower surface of the glass fiber base cloth pad body is equipped with down silica gel nanometer bisque. It has solved container liquid packaging, utilizes ordinary electric blanket formula hot -water bag heating, and power consumption is big, and problem that life is short adapts to the heating of containerized traffic liquid article and uses very much.

Description

Container pack for liquids carbon fiber textile heating cushion

Technical field

This utility model relates to container transporting device field, specifically a kind of mat that Container Transport liquid article is heated。

Background technology

Adopting needs heating to load and unload during Container Transport liquid article, and method is the heating cushion installed below at pack for liquids, and traditional heating cushion is all common electric blanket structure, generates heat by heating wire。Its shortcoming is, power consumption is big, and heating wire not fold resistant, affects service life。

Summary of the invention

This utility model, for solving container pack for liquids, utilizes common electric heating blanket heating cushion to heat, and power consumption is big, and the problem that service life is short designs the heating cushion of a kind of carbon fiber textile structure。

The technical solution of the utility model is, a kind of container pack for liquids carbon fiber textile heating cushion, it is characterized in that, a plurality of longitudinal carbon fiber heating line it is woven with in fiberglass-based cloth pad body, the tail end of carbon fiber heating line has horizontal wire UNICOM, the head end of carbon fiber heating line divides two groups to have horizontal wire UNICOM respectively, and the horizontal wire of two groups of carbon fiber heating line head ends is associated with power line respectively；The upper surface of fiberglass-based cloth pad is equipped with upper silica gel nanometer bisque, and the lower surface of fiberglass-based cloth pad is equipped with lower silica gel nanometer bisque。

This utility model also can by the tail end of carbon fiber heating line by horizontal wire UNICOM, and the head end of carbon fiber heating line is by horizontal wire UNICOM, and the horizontal wire of carbon fiber heating line head end and the horizontal wire of tail end couple with power line respectively。

During use, first installing to below pack for liquids by fiberglass-based cloth pad, by power line and power on, electric current flows into carbon fiber heating line heating through horizontal wire, and flexible package punch bag liquid is heated by heat through heat conductive silica gel nanometer bisque。

Of the present utility model have the technical effect that, adopt technique scheme, it is possible to achieve the pack for liquids heating cushion of a kind of fold resistant。Compared with common electric heating blanket heating cushion, more than 20% can be economized on electricity。

Accompanying drawing explanation

Fig. 1 is structural front view of the present utility model, and the accompanying drawing that makes an abstract。

Fig. 2 is cross sectional representation of the present utility model。

In the drawings, 1 horizontal wire, 2 carbon fiber heating lines, 3 fiberglass-based cloth pads, 4 power lines, silica gel nanometer bisque, 6 times silica gel nanometer bisques on 5。

Detailed description of the invention

Below in conjunction with drawings and Examples, this utility model is further illustrated。

As shown in the figure, a plurality of longitudinal carbon fiber heating line 2 it is woven with in fiberglass-based cloth pad 3, the tail end of carbon fiber heating line 2 has horizontal wire 1 UNICOM, the head end of carbon fiber heating line 2 divides two groups to have horizontal wire 1 UNICOM respectively, and the horizontal wire 1 of two groups of carbon fiber heating line 2 head ends is associated with power line 4 respectively；The upper surface of fiberglass-based cloth pad 3 is equipped with upper silica gel nanometer bisque 5, and the lower surface of fiberglass-based cloth pad 3 is equipped with lower silica gel nanometer bisque 6。

During use, first installing to below pack for liquids by fiberglass-based cloth pad 3, by power line 4 and power on, electric current flows into carbon fiber heating line 2 through horizontal wire 1 and generates heat, flexible package punch bag liquid, through silica gel nanometer bisque 5, lower silica gel nanometer bisque 6 in heat conduction, is heated by heat。

Claims (1)

1. a container pack for liquids carbon fiber textile heating cushion, it is characterized in that: in fiberglass-based cloth pad body, be woven with a plurality of longitudinal carbon fiber heating line, the tail end of carbon fiber heating line has horizontal wire UNICOM, the head end of carbon fiber heating line divides two groups to have horizontal wire UNICOM respectively, and the horizontal wire of two groups of carbon fiber heating line head ends is associated with power line respectively；The upper surface of fiberglass-based cloth pad is equipped with upper silica gel nanometer bisque, and the lower surface of fiberglass-based cloth pad is equipped with lower silica gel nanometer bisque。