CN203789701U

CN203789701U - Novel liquid container

Info

Publication number: CN203789701U
Application number: CN201320735543.9U
Authority: CN
Inventors: 朱建国
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-19
Filing date: 2013-11-19
Publication date: 2014-08-27
Anticipated expiration: 2023-11-19

Abstract

The utility model provides a novel liquid container which comprises a glass main body, a base, a fixing ring, a fixing cover, a heating device, a temperature sensor, a microcrystal glass sheet and a connector. The bottom of the glass main body is connected with the fixing ring which is connected with the fixing cover, the fixing cover is connected with the base, and the connector is arranged in the base. After the fixing ring and the microcrystal glass sheet are connected, the fixing ring is combined with the bottom of the glass main body. The heating device is composed of a heating body formed by winding a heating wire, a heat insulation disc accommodating and fixing the heating body and a heat insulation disc support. The heating device is arranged a space formed by combining the fixing ring and the fixing cover, the temperature sensor is arranged at the center of the heating device, and the heating device is located under the microcrystal glass sheet and is not in contact with the microcrystal glass sheet. The impact resistance of the bottom of the container is improved, the bottom is prevented from rusting after the container is used for a long time, and the heating body made of nickel-chromium alloy materials is used as a main heating body, so that the novel liquid container has a far-infrared function.

Description

A kind of new liquid container

Technical field

The utility model relates to a kind of container of the heating liquid that is provided with heater, and this heater is equally applicable on the devices such as electric frying pan.

Background technology

At present, various electric kettles or health-promotion kettle enter huge numbers of families as a kind of common utensil, the mode of heating of this class container has two kinds conventionally: the first: adopt the electrothermal tube or the electric hot tray bottom heater that use surface to be stainless steel and other metal materials, be generally used for Split container (being that container body and bottom are independently), the shortcoming of this scheme: surfacing metal still can get rusty afterwards or after long-time use burnt, impact is used, simultaneously, metal material still can with food or medicine in chemical substance chemically reactive, the edible or medical value of impact.

The second: adopt electric heating coil or heating film mode, being generally used for integrated container (is that container body and bottom are an entirety, be exactly an entirety during fabrication), the shortcoming of this scheme: because adopt integrated container, this overall glass container is because of the restriction of production and processing, wall thickness is generally less than 2mm, and this just causes its impact resistance poor, in use fragile; Meanwhile, this container adopts the poor cataclysm poor performance of Pyrex heatproof conventionally, under dry combustion method or the burnt state of food, and easily explosion of container itself.

Utility model content

The purpose of this utility model is to provide a kind of microcrystalline glass that adopts as the glass container of container bottom and with heater thereon, avoids container bottom to get rusty and has improved container heat resistance; Microcrystalline glass does not directly contact with heater and heating wire adopts nichrome material to make, and makes heater possess Far-infrared Heating function.

For achieving the above object, the technical solution adopted in the utility model is: a kind of new liquid container, comprising: glass main, base, retainer plate, fixed cap, heater, temperature sensor, microcrystalline glass, connector; Described glass main bottom is connected with retainer plate, and retainer plate is connected with fixed cap, and fixed cap is connected with base, and connector is located in base; After described retainer plate is connected with microcrystalline glass, then combine with glass main bottom; Heater that described heater is formed by heating wire coiling, hold and thermal insulating disc and the heat insulation pan arrest of fixing heater form; In the space that heater forms after being located at retainer plate and combining with fixed cap; One temperature sensor is located at the center of heater; Heater is positioned at the below of microcrystalline glass and the two does not contact.

Further, described heating wire is made up of nichrome; In thermal insulating disc, be provided with groove, heater is embedded in this groove.

Described temperature sensor is inserted in the circular port at thermal insulating disc middle part.

Useful technique effect of the present utility model: combine with microcrystalline glass with fixed cap by retainer plate, be combined with glass main again, compared with the existing technology, improve the shock resistance of container bottom, while avoiding using for a long time, container bottom gets rusty, meanwhile, the heater that employing nichrome material is made, as heating main body, makes the utlity model has far-infrared functional.

Brief description of the drawings

Fig. 1 is decomposing schematic representation of the present utility model;

Detailed description of the invention

In order to make those skilled in the art person understand better this New Scheme, below in conjunction with drawings and embodiments, the utility model is described in further detail.

As shown in Figure 1, described new liquid container comprises: glass main 1, base 2, retainer plate 3, fixed cap 4, temperature sensor 5, heater 6, microcrystalline glass 7, connector 8; Wherein:

Described glass main bottom is connected with retainer plate 3, and retainer plate 3 is connected with fixed cap 4, and fixed cap 4 is connected with base 2, and connector 8 is located in base; After described retainer plate 3 is connected with microcrystalline glass 7, then combine with glass main bottom.

Heater 61 that described heater 6 is formed by heating wire coiling, hold and thermal insulating disc 62 and the heat insulation pan arrest 63 of fixing heater form; In the space that heater 6 forms after being located at retainer plate 3 and combining with fixed cap 4; Described temperature sensor 5 is located at the center of heater, and described temperature sensor 5 is inserted in the circular port at thermal insulating disc 62 middle parts; Heater 6 is positioned at the below of microcrystalline glass 7 and the two does not contact.

In thermal insulating disc 62, be provided with groove, heater 61 is embedded in this groove.

Devitrified glass specifically has heatproof can reach 700 DEG C, and has the ability of high temperature resistant poor cataclysm, such as microcrystalline glass does not break at 600 DEG C of water of directly putting into 20 DEG C.

Thermal insulating disc 62 is made up of ceramic fibre, and ceramic fibre is a kind of good refractory material.There is the advantages such as lightweight, high temperature resistant, thermal capacitance is little, be incubated excellent heat insulating performance, high-temperature heat insulation is functional, non-toxic.

Heating wire is made up of nichrome, and it is high that nichrome has elevated temperature strength, after long-term use its plasticity still very, can not become fragile well, and there are good far infrared emissivities.

Described retainer plate inner hollow.

When production, first retainer plate 3 tops are evenly coated with to one deck silica gel, put into special fixture, then microcrystalline glass 7 is put into fixture, leave standstill and solidify, form assembly 1; Again assembly 1 position, outer ring is evenly coated with to one deck silica gel, then puts it into glass main bottom, and use special fixture fixed position, leave standstill the curing assembly 2 that forms.Assembly 2 is inverted to retainer plate 3 medium positions of heater being put into assembly 2, is packed into fixed cap 4, form assembly 3; Then be electrically connected, connector 8 is packed in base 2, and after said modules 3 is electrically connected, base is installed and used screw locking, thereby complete assembling.

Although described the invention by embodiment, those of ordinary skill in the art know, the utility model has many distortion and variation and does not depart from spirit of the present utility model, wishes that appended claim comprises these distortion and variation and do not depart from spirit of the present utility model.

Claims

1. a new liquid container, comprising: glass main, base, retainer plate, fixed cap, heater, temperature sensor, microcrystalline glass, connector; Described glass main bottom is connected with retainer plate, and retainer plate is connected with fixed cap, and fixed cap is connected with base, and connector is located in base; After described retainer plate is connected with microcrystalline glass, then combine with glass main bottom; It is characterized in that, heater that described heater is formed by heating wire coiling, hold and thermal insulating disc and the heat insulation pan arrest of fixing heater form; In the space that heater forms after being located at retainer plate and combining with fixed cap; One temperature sensor is located at the center of heater; Heater is positioned at the below of microcrystalline glass and the two does not contact.

2. a kind of new liquid container as claimed in claim 1, is characterized in that, described heating wire is made up of nichrome; In thermal insulating disc, be provided with groove, heater is embedded in this groove.

3. a kind of new liquid container as claimed in claim 1, described temperature sensor is inserted in the circular port at thermal insulating disc middle part.