CN203556847U

CN203556847U - Low pressure casting machine heat preserving furnace

Info

Publication number: CN203556847U
Application number: CN201320768425.8U
Authority: CN
Inventors: 沈双泉
Original assignee: WUXI SHUANGQUAN MECHANICAL FACTORY
Current assignee: WUXI SHUANGQUAN MECHANICAL FACTORY
Priority date: 2013-11-29
Filing date: 2013-11-29
Publication date: 2014-04-23
Anticipated expiration: 2023-11-29

Abstract

The utility model discloses a low pressure casting machine heat preserving furnace. The roles of heat preserving furnaces in low pressure casting machines are extremely important. Existing heat preserving furnaces are not suitable for each kind of low pressure casting machines, and low pressure casting machine heat preserving furnaces which are suitable for some low pressure casting machines need to be specially designed, and are beneficial to processing workpiece. In order to solve the problem, the utility model provides the low pressure casting machine heat preserving furnace, which heats by utilizing silicon carbide rods, and keeps warm by utilizing heat preserving materials in a heat preserving cavity, thereby achieving the effect of heat preservation.

Description

A kind of low pressure casting machine holding furnace

Technical field

The utility model belongs to metal-working plant field, is specially a kind of low pressure casting machine holding furnace.

Background technology

In air injection machine, the effect of holding furnace seems and is even more important.Existing holding furnace is not to be applicable to each air injection machine, and some air injection machine needs the low-pressure casting thermal insulation furnace that specialized designs is suitable, is beneficial to the processing of workpiece.

Summary of the invention

In order to address the above problem, the utility model proposes a kind of low pressure casting machine holding furnace, adopt after the utility model, can adapt to corresponding air injection machine.

A kind of low pressure casting machine holding furnace, its technical scheme is such: it comprises top cover, housing, it is characterized in that: it also comprises Elema, described enclosure interior is divided into into sap cavity and incubation cavity, in described incubation cavity, fill full insulation material, the middle of described top cover has and rises liquid mouth, described liter on liquid mouth has been screwed and risen liquid cover, described liter in liquid cover is set with stalk, described stalk stretches in described housing and extend into into sap cavity lower end by rising liquid mouth, one side of described housing is feeding plate, on described feeding plate, have feeding mouth, on described feeding mouth, by being hinged, be fixed with into bin gate, described in a side relative with described feeding plate, on housing, have temperature-measuring port, between described temperature-measuring port and horizontal line, contain angle downwardly facing opening, thermo detector by described temperature-measuring port oblique cutting, enter housing and stretch into described in enter sap cavity bottom, on two side bodies adjacent with described feeding plate, every side is cast with respectively an Elema plate, on described Elema plate, have Elema hole, correspondingly with described Elema hole on housing have in the localities an Elema perforation, Elema by described Elema perforation, stretch into described housing and connect described in enter sap cavity.

It is further characterized in that: on each described Elema plate, have six described Elema holes, on the corresponding described housing of every side, have six described Elemas perforation, have described in the six roots of sensation Elema stretch into described housing by described Elema perforation and connect described in enter sap cavity;

Both sides are cast with the housing of described Elema plate, and its lower end is to internal contraction.

Adopt after the utility model, it utilizes Elema to heat, and utilizes the insulation material in incubation cavity to be incubated, thereby has reached the effect of insulation.

Accompanying drawing explanation

Fig. 1 is front view of the present utility model;

Fig. 2 is right view of the present utility model;

Fig. 3 is top view of the present utility model.

The specific embodiment

See Fig. 1 ~ Fig. 3, a kind of low pressure casting machine holding furnace, it comprises top cover 1, housing 2, Elema 3, housing 2 inside are divided into into sap cavity 4 and incubation cavity 5, the full insulation material of the interior filling of incubation cavity 5, the middle of top cover 1 has and rises liquid mouth 6, rise on liquid mouth 6 and be screwed and risen liquid cover 7, rise 7 li, liquid cover and be set with stalk 8, stalk 8 stretches in housing 2 and extend into into sap cavity 4 lower ends by rising liquid mouth 6, one side of housing 2 is feeding plate 9, on feeding plate 9, have feeding mouth 10, on feeding mouth 10, by being hinged, be fixed with into bin gate 11, on a side body relative with feeding plate 9, have temperature-measuring port 12, between temperature-measuring port 12 and horizontal line, contain angle downwardly facing opening, thermo detector 13 enters housing 2 by temperature-measuring port 12 oblique cuttings and stretches into into sap cavity 4 bottoms, on two side bodies adjacent with feeding plate 9, every side is cast with respectively an Elema plate 14, on each described Elema plate 14, have six Elema holes 15, on the corresponding housing 2 of every side, have six Elemas perforation 16, have described in the six roots of sensation Elema 3 be bored a hole and 16 stretched into housing 2 and connect into sap cavity 4 by Elema, both sides are cast with the lower end of housing 2 of described Elema plate 14 to internal contraction.

Claims

1. a low pressure casting machine holding furnace, it comprises top cover, housing, it is characterized in that: it also comprises Elema, described enclosure interior is divided into into sap cavity and incubation cavity, in described incubation cavity, fill full insulation material, the middle of described top cover has and rises liquid mouth, described liter on liquid mouth has been screwed and risen liquid cover, described liter in liquid cover is set with stalk, described stalk stretches in described housing and extend into into sap cavity lower end by rising liquid mouth, one side of described housing is feeding plate, on described feeding plate, have feeding mouth, on described feeding mouth, by being hinged, be fixed with into bin gate, described in a side relative with described feeding plate, on housing, have temperature-measuring port, between described temperature-measuring port and horizontal line, contain angle downwardly facing opening, thermo detector by described temperature-measuring port oblique cutting, enter housing and stretch into described in enter sap cavity bottom, on two side bodies adjacent with described feeding plate, every side is cast with respectively an Elema plate, on described Elema plate, have Elema hole, correspondingly with described Elema hole on housing have in the localities an Elema perforation, Elema by described Elema perforation, stretch into described housing and connect described in enter sap cavity.

2. a kind of low pressure casting machine holding furnace according to claim 1, it is characterized in that: on each described Elema plate, have six described Elema holes, on the corresponding described housing of every side, have six described Elemas perforation, have described in the six roots of sensation Elema stretch into described housing by described Elema perforation and connect described in enter sap cavity.

3. a kind of low pressure casting machine holding furnace according to claim 1 and 2, is characterized in that: both sides are cast with the housing of described Elema plate, its lower end is to internal contraction.