A kind of horizontal graphite furnace
Technical field
The utility model relates to a kind of improvement of graphite furnace, refers in particular to one and can produce larger sized graphite products, and can improve the horizontal graphite furnace of cross cutting efficiency of synthetic graphite product.
Background technology
At present, the length of synthetic graphite product or wide overall dimension are 500mm, can not meet growing needs, for this reason, we have developed one can produce larger sized graphite products, and can improve the horizontal graphite furnace of cross cutting efficiency of synthetic graphite product.
Summary of the invention
The utility model object provides one can produce larger sized graphite products to overcome the deficiencies in the prior art, and can improve the horizontal graphite furnace of cross cutting efficiency of synthetic graphite product.
For achieving the above object, the technical solution adopted in the utility model is: a kind of horizontal graphite furnace, comprises stove heart assembly, body of heater, bell; Described stove heart assembly, comprises graphite heater, insulation graphite blanket, stove heart end cap; Described stove heart component level is placed in body of heater; Described insulation graphite blanket is hollow cylindrical, and the opening portion of described insulation graphite blanket is provided with circular groove; The inwall of described insulation graphite blanket is provided with one deck graphite heater; The outside surface of described insulation graphite blanket arranges corundum insulation layer; The compartment of terrain, inside of described corundum insulation layer is provided with inductor block; One end of described stove heart end cap is provided with head, and described head is arranged in the groove of insulation graphite blanket, and closes the opening portion of insulation graphite blanket, and described stove heart end cap can move horizontally along the axis direction of insulation graphite blanket; Described bell is arranged on the opening portion of body of heater, in order to the opening portion of capping body of heater; Described bell is arranged on the outside of stove heart end cap, and just to stove heart end cap.
Preferably, the length of described graphite heater is less than the length of insulation graphite blanket inwall.
Preferably, the length of described corundum insulation layer is longer than the length of insulation graphite blanket outside surface.
Preferably, described horizontal graphite furnace, also comprises cooling pneumatics; Described cooling pneumatics, comprises cooling cylinder, infrared measurement of temperature mouth; The outside of described bell is provided with trestle table, and inner side is provided with support guide; Described infrared measurement of temperature mouth to be arranged on bell and to be positioned at the top of trestle table; Described cooling cylinder is arranged on trestle table; The expansion link of described cooling cylinder can move along the axis of cooling cylinder in inner horizontal; Described expansion link passes bell and is connected with stove heart end cap; The lower end of described stove heart end cap is provided with roller, and inner side is provided with thermometric bar; Described roller is arranged on support guide; Described stove heart end cap can cooling cylinder in gas pressure under by expansion link promote do horizontal reciprocating movement along support guide.
Due to the utilization of technique scheme, the utility model compared with prior art has following advantages:
Horizontal graphite furnace described in the utility model is due to the placement of stove heart component level, and can produce larger sized graphite products, it is longer or wider than 550mm, and can improve the cross cutting efficiency of synthetic graphite product and promote synthetic graphite product die cutting utilization ratio.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, technical solutions of the utility model are described further:
Accompanying drawing 1 is the structural representation of horizontal graphite furnace described in the utility model;
Structural representation when accompanying drawing 2 is horizontal graphite furnace cooling described in the utility model;
Wherein: 1, graphite heater; 2, inductor block; 3, corundum insulation layer; 4, graphite blanket is incubated; 5, cooling cylinder; 6, thermometric bar; 7, body of heater; 8, infrared measurement of temperature mouth; 9, stove heart end cap; 10, expansion link; 11, trestle table; 12, support guide; 13, roller; 14, bell.
Embodiment
Below in conjunction with drawings and the specific embodiments, the utility model is described in further detail.
The horizontal graphite furnace of one of the present utility model as described in accompanying drawing 1-2, comprises stove heart assembly, cooling pneumatics, body of heater 7, bell 14; Described stove heart assembly, comprises graphite heater 1, inductor block 2, corundum insulation layer 3, insulation graphite blanket 4, stove heart end cap 9; Described stove heart component level is placed in body of heater 7; Described insulation graphite blanket 4 is in hollow cylindrical, and the opening portion of described insulation graphite blanket 4 is provided with circular groove; The inwall of described insulation graphite blanket 4 is provided with one deck graphite heater 1, and the length of described graphite heater 1 is less than the length of insulation graphite blanket 4 inwall; The outside surface of described insulation graphite blanket 4 arranges corundum insulation layer 3; The compartment of terrain, inside of described corundum insulation layer 3 is provided with inductor block 2, and the length of described corundum insulation layer 3 is longer than the length of insulation graphite blanket 4 outside surface; One end of described stove heart end cap is provided with head, and described head is arranged in the groove of insulation graphite blanket, and closes the opening portion of insulation graphite blanket 4, and described stove heart end cap 9 can move horizontally along the axis direction of insulation graphite blanket 4; Described cooling pneumatics, comprises cooling cylinder 5, thermometric bar 6, infrared measurement of temperature mouth 8, expansion link 10; Described bell 14 is arranged on the opening portion of body of heater 7, in order to the opening portion of capping body of heater; Described bell 14 is arranged on the outside of stove heart end cap 9, and just to stove heart end cap 9, the outside of described bell 14 is provided with trestle table 11, and inner side is provided with support guide 12; Described infrared measurement of temperature mouth 8 to be arranged on bell 14 and to be positioned at the top of trestle table 11; Described cooling cylinder 5 is arranged on trestle table 11; Described expansion link 10 is arranged on the inside of cooling cylinder 5, and described expansion link 10 can move along the axis of cooling cylinder 5 in inner horizontal; Described expansion link 10 passes bell 14 and is connected with stove heart end cap 9; The lower end of described stove heart end cap 9 is provided with roller 13, and inner side is provided with thermometric bar 6; Described roller 13 is arranged on support guide 12; Described stove heart end cap 9 can cooling cylinder 5 in gas pressure under promoted to do horizontal reciprocating movement along support guide 12 by expansion link 10.
During use: bell 14 is opened, carbon paper and PI film are placed in the boat of horizontal, boat is placed in body of heater 7 and carries out greying, the temperature of the stove heart in body of heater 7 can be known according to thermometric bar 6 and infrared measurement of temperature mouth 8 in the greying course of processing, as shown in Figure 1; Need cooling or when getting product, open pneumatically operated switch, stove heart end cap 9 tangential movement to the right under the effect of expansion link 10 and roller 13, realize cooling action, as shown in Figure 2.
Due to the utilization of technique scheme, the utility model compared with prior art has following advantages:
Horizontal graphite furnace described in the utility model is due to the placement of stove heart component level, and can produce larger sized graphite products, it is longer or wider than 550mm, and can improve the cross cutting efficiency of synthetic graphite product and promote synthetic graphite product die cutting utilization ratio.
Below be only embody rule example of the present utility model, protection domain of the present utility model is not constituted any limitation.The technical scheme that all employing equivalents or equivalence are replaced and formed, all drops within the utility model rights protection scope.