CN207088130U - A kind of regenerator lattice brick production mould - Google Patents

Abstract

The utility model discloses a kind of regenerator lattice brick production mould, four pieces of mould side plate both sides edge is interconnected to constitute cylindrical die, core rod is arranged among four pieces of mould side plates and gap forms grid bricks die cavity volume between core rod and four pieces of mould side plates, four pieces of mould side plates and core rod are arranged on the upside of bottom plate, the shape of upper die and lower die and the form fit of grid bricks die cavity volume, upper die and lower die are set on the outside of core rod and can slided up and down along core rod, the outer side edges of upper die and lower die are along setting seamless with four pieces of mould side plate inwalls and can be slided up and down along four pieces of mould side plate inwalls, briquetting is arranged on the upside of mould, dome brick mechanism is arranged on the through hole for being provided with baseplate underside and bottom plate and passing through for dome brick mechanism.The utility model is molded and is convenient in demoulding fast, substantially increases production efficiency, while so cannot be easily caused base substrate demoulding chipping, slabbing, high yield rate.

Description

A kind of regenerator lattice brick production mould

Technical field

A kind of production mould is the utility model is related to, particularly a kind of regenerator lattice brick production mould.

Background technology

Glass melter is that glass production factory energy consumption is maximum, invests most Thermal Equipments.Regenerator is in glass production line For heat storage and the important feature exchanged, the energy-saving effect for playing key for glass furnace.Current art Glass kiln heat accumulation chamber is more and more intended to the checker refractory material using thinner thickness as exchange piece.It is currently used Regenerator lattice brick has：(1) tubular checker brick；(2) cross checker brick；(3) cuboid bar shaped checker brick.Wherein use compared with More, heat utilization efficiency it is higher surely belong to anistree tubular checker brick.Due to anistree tubular checker brick thinner thickness, Unit Cell daughter is had Some heat transfer areas are larger, Stability Analysis of Structures, and installation and demolishing process are simple, are the critical materials of current major glass factory's selection.

It is typically friction press to produce the plant equipment that checker brick use.Friction press is to utilize flywheel and frictional disk Contact Transmission, and worked by the relative motion principle of screw rod and nut.Due to forcing press using upper versatility compared with Greatly, and have the advantages of structure, installation, simple and cheap manipulation and auxiliary equipment, thus in machine-building, automobile, drag Press workshop, forge and stamping room in the industry such as machine drawing and aviation is all widely used, can be also punched.Friction pressure Power machine is again simultaneously building material machinery, is widely used in the dry-pressing formed production of ceramic tile, potlery tile.

Accessory machinery used in the forming process of checker brick is the numerical control friction press with PLC control cabinet, Including frictional disk, spiral lifting mechanism, drift, workbench.But due to the distinctive raised step of anistree tubular checker brick, groove compared with Big substance, midfeather is thin, and in the fabrication process, shaping and demoulding is difficult, and base substrate is stripped easy chipping, slabbing, low production efficiency.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of regenerator lattice brick production mould, its demoulding side Just, production efficiency is high.

In order to solve the above technical problems, technical scheme is used by the utility model：

A kind of regenerator lattice brick production mould, it is characterised in that：Comprising upper die and lower die, core rod, four pieces of mould side plates, Briquetting, bottom plate and dome brick mechanism, four pieces of mould side plate both sides edge are interconnected to constitute cylindrical die, and core rod is arranged on four pieces of moulds Have among side plate and gap forms grid bricks die cavity volume, four pieces of mould side plates and core rod between core rod and four pieces of mould side plates It is arranged on the upside of bottom plate, the shape of upper die and lower die and the form fit of grid bricks die cavity volume, upper die and lower die are set in Can slide up and down on the outside of core rod and along core rod, the outer side edges of upper die and lower die along with four pieces of mould side plate inwalls without seaming Put and can be slided up and down along four pieces of mould side plate inwalls, briquetting is arranged on the upside of mould, and dome brick mechanism is arranged on bottom plate The through hole passed through for dome brick mechanism is provided with downside and bottom plate.

Further, some recesses are provided with the upside of the downside of the upper mould and lower mould.

Further, some through holes vertically set are provided with the upper mould and briquetting.

Further, it is provided with the positioning hole vertically set among the core rod and base.

Further, the inside side walls side of every piece of mould side plate of four pieces of mould side plates is provided with one along vertical The splitter in direction, splitter cross section is right angled triangle and a right-angle side is connected with mould side plate, and another right-angle side is set Put close to the side on mold side edges of boards edge, gap and gap length and mold side plate thickness phase are left between splitter and edge Deng.

Further, the dome brick mechanism includes two pieces of top plates, fixed plate, push rod and sheath body, and two pieces of top plates are vertically arranged And it is parallel to each other and is fixed on both ends on the upside of fixed plate, two through holes matched with top plate, two pieces of top plate upper ends are provided with bottom plate It is each passed through two through holes of bottom plate and is slidably arranged in through hole, push rod upper end is fixed on the downside of fixed plate, and sheath body is nothing Bottomless tubular shell is covered, sheath body middle cavity shape and fixed plate form fit, fixed plate are slidably arranged in the cavity of sheath body It is interior and can be slided up and down along sheath body cavity inner wall.

Further, the push rod lower end is driven by cylinder or screw mandrel.

The utility model compared with prior art, has advantages below and effect：Mould of the utility model to checker brick Structure improvement is carried out, is cooperated by upper die and lower die, core rod, four pieces of mould side plates, briquetting, bottom plate and dome brick mechanism, makes lattice The shaping of sub- brick and it is convenient in demoulding quick, substantially increases production efficiency, while so cannot be easily caused base substrate demoulding chipping, layer Split, high yield rate.

Brief description of the drawings

Fig. 1 is a kind of schematic diagram of regenerator lattice brick production mould of the present utility model.

Embodiment

Below in conjunction with the accompanying drawings and the utility model is described in further detail by embodiment, and following examples are pair It is of the present utility model explanation and the utility model is not limited to following examples.

As illustrated, a kind of regenerator lattice brick production mould of the present utility model, comprising upper mould 1, lower mould 2, core rod 3, Four pieces of mould side plates 4, briquetting 5, bottom plate 6 and dome brick mechanism, four pieces of both sides edges of mould side plate 4 are interconnected to constitute tubular mould Tool, core rod 3 is arranged among four pieces of mould side plates 4 and gap forms grid bricks die between core rod 3 and four pieces of mould side plates 4 Cavity volume, four pieces of mould side plates 4 and core rod 3 are arranged at the shape and grid bricks die cavity volume of the upside of bottom plate 6, upper mould 1 and lower mould 2 Form fit, upper mould 1 and lower mould 2 are set in the outside of core rod 3 and can slided up and down along core rod 3, upper mould 1 and lower mould 2 Outer side edges along with four pieces of mould side plates 4 wall seamless set and can be slided up and down along four pieces of inwalls of mould side plate 4, press Block 5 is arranged on the upside of mould 1, and dome brick mechanism is arranged on the downside of bottom plate 6 and bottom plate 6 and is provided with the through hole passed through for dome brick mechanism 7。

Some recesses 8 are provided with the upside of the downside 2 of upper mould 1 and lower mould.It is provided with upper mould 1 and briquetting 5 some along vertical The compacting that checker brick are carried out for being connected with rubbing machine can be threaded in the through hole 9 of through hole 9 that direction is set.Core rod 3 and bottom The positioning hole 10 vertically set is provided among seat 6, when the installation of core rod 3 is carried out, can be inserted in positioning hole 10 Alignment pin, then core rod 3 is enclosed on alignment pin and installed, so as to ensure that core rod 3 is arranged on the center position of bottom plate 6.

The inside side walls side of every piece of mould side plate 4 of four pieces of mould side plates 4 is provided with a splitter vertically 11, the cross section of splitter 11 is right angled triangle and a right-angle side is connected with mould side plate 4, and another right-angle side is arranged on and leaned on The side at near-lying mode tool side plate 4 edge, leaves gap and gap length and the thickness phase of mould side plate 4 between splitter 11 and edge Deng.One end of no splitter of such four pieces of mould side plates 4 is arranged on splitter 11 and the mold side sheet separation of adjacent molds side plate Place, so as to ensure that the accuracy of the structure of installation and stability.

Dome brick mechanism includes two pieces of top plates 12, fixed plate 13, push rod 14 and sheath body 15, two pieces of top plates 12 be vertically arranged and It is parallel to each other and is fixed on the upside both ends of fixed plate 13, two through holes 7 matched with top plate 12, two pieces of top plates 12 is provided with bottom plate 6 Upper end is each passed through two through holes 7 of bottom plate 6 and is slidably arranged in through hole 7, and the upper end of push rod 14 is fixed under fixed plate 13 Side, sheath body 15 are the bottomless tubular shell of uncovered, and the middle cavity shape of sheath body 15 and the form fit of fixed plate 13, fixed plate 13 are slided It is dynamic to be arranged in the cavity of sheath body 15 and be slided up and down along the cavity inner wall of sheath body 15.The lower end of push rod 14 by cylinder or Screw mandrel drives.After the completion of checker brick compacting, cylinder or screw mandrel driving push rod 14 move upwards, so as to which two pieces of push rods 12 push up upwards Mould 2 is removed, so as to which the checker brick suppressed be ejected out of checker brick cavity volume, convenient and swift and yields is high.

Above content described in this specification is only to the utility model example explanation.The utility model Person of ordinary skill in the field can make various modifications or supplement to described specific embodiment or using class As mode substitute, content without departing from the utility model specification or surmount model defined in the claims Enclose, the scope of protection of the utility model all should be belonged to.

Claims (7)

1. A kind of 1. regenerator lattice brick production mould, it is characterised in that：Include upper die and lower die, core rod, four pieces of mould side plates, pressure Block, bottom plate and dome brick mechanism, four pieces of mould side plate both sides edge are interconnected to constitute cylindrical die, and core rod is arranged on four pieces of moulds Gap forms grid bricks die cavity volume among side plate and between core rod and four pieces of mould side plates, and four pieces of mould side plates and core rod are equal It is arranged on the upside of bottom plate, the shape of upper die and lower die and the form fit of grid bricks die cavity volume, upper die and lower die are set in mould It can slide up and down on the outside of core and along core rod, outer side edges edge and the four pieces of seamless settings of mould side plate inwall of upper die and lower die And it can be slided up and down along four pieces of mould side plate inwalls, briquetting is arranged on the upside of mould, and dome brick mechanism is arranged under bottom plate The through hole passed through for dome brick mechanism is provided with side and bottom plate.
2. 2. according to a kind of regenerator lattice brick production mould described in claim 1, it is characterised in that：The downside of the upper mould and Some recesses are provided with the upside of lower mould.
3. 3. according to a kind of regenerator lattice brick production mould described in claim 1, it is characterised in that：On the upper mould and briquetting It is provided with some through holes vertically set.
4. 4. according to a kind of regenerator lattice brick production mould described in claim 1, it is characterised in that：In the core rod and base Between be provided with the positioning hole vertically set.
5. 5. according to a kind of regenerator lattice brick production mould described in claim 1, it is characterised in that：Four pieces of mould side plates The inside side walls side of every piece of mould side plate be provided with a splitter vertically, splitter cross section is right angled triangle And one right-angle side is connected with mould side plate, another right-angle side is positioned close to the side on mold side edges of boards edge, splitter with Gap is left between edge and gap length is equal with mold side plate thickness.
6. 6. according to a kind of regenerator lattice brick production mould described in claim 1, it is characterised in that：The dome brick mechanism includes Two pieces of top plates, fixed plate, push rod and sheath body, two pieces of top plates, which are vertically arranged and are parallel to each other, is fixed on both ends on the upside of fixed plate, Two through holes matched with top plate are provided with bottom plate, two pieces of top plate upper ends are each passed through two through holes of bottom plate and slide setting In through hole, push rod upper end is fixed on the downside of fixed plate, and sheath body is the bottomless tubular shell of uncovered, sheath body middle cavity shape with Fixed plate form fit, fixed plate are slidably arranged in the cavity of sheath body and can slided up and down along sheath body cavity inner wall.
7. 7. according to a kind of regenerator lattice brick production mould described in claim 6, it is characterised in that：The push rod lower end is by gas Cylinder or screw mandrel driving.