CN208450518U - Three axis engraving machines carve baffle lost foam pattern split system - Google Patents

Abstract

A kind of three axis engraving machines engraving baffle lost foam pattern split system, including floor module, middle plate lateral wall module, along module on baffle, cover module on two concave head dumbbell pins, cover module on two plush copper dumbbell pins, lacing wire module, plush copper module, middle plate lateral wall module is V-type elongated slot, the side divisional plane of floor module is docked with the main divisional plane in side of middle plate lateral wall module, it is docked along the side divisional plane of module with the main divisional plane in the other side of middle plate lateral wall module on baffle, the lower divisional plane of cover module is docked with divisional plane on the pin nest of two concave head ends of middle plate lateral wall module on two concave head dumbbell pins, the lower divisional plane of cover module is docked with divisional plane on the pin nest of two plush copper ends of middle plate lateral wall module on two plush copper dumbbell pins, by rationally splitting baffle lost foam pattern in the utility model, so that whole lost foam pattern module Number is minimum, and when each module Carving Machining is that raw material loss is minimum, and overturning number is minimum during engraving, and cumulative errors are minimum.

Description

Three axis engraving machines carve baffle lost foam pattern split system

Technical field

The utility model relates to cast evaporative pattern engraving technology field of using, more particularly to a kind of three axis engraving machines carve baffle Ledge lost foam pattern split system.

Background technique

In lost foam casting, lost foam pattern is manufactured previously according to casting structure, and the structure of lost foam pattern is according to casting Part structure is different and different, in traditional handicraft, is then bonded using artificial cutting and forms lost foam pattern, in this mode, side Method is outmoded, and model cutting speed is slow, and size and casting actual size error are larger after model bonding.

Summary of the invention

It is necessary to propose a kind of three axis engraving machines carved using three axis engraving machines to baffle lost foam pattern Carve baffle lost foam pattern split system.

A kind of three axis engraving machines engraving baffle lost foam pattern split system, including floor module, middle plate lateral wall mould On block, baffle along module, two concave head dumbbell pins cover module, cover module, lacing wire module, male mold on two plush copper dumbbell pins Block, middle plate lateral wall module are V-type elongated slot, and two sides of middle plate lateral wall module alongst are respectively two main segmentations Face, the upper surface of middle plate lateral wall module is arranged divisional plane and two plush copper ends on two concave head ends pin nests and sells divisional plane on nests, recessed Divisional plane is arranged close to concave head on head end pin nest, and plush copper end is sold divisional plane on nest and is arranged close to plush copper, the side segmentation of floor module Face is docked with the main divisional plane in side of middle plate lateral wall module, along the another of the side divisional plane of module and middle plate lateral wall module on baffle The main divisional plane in side docks, and nest is sold at two concave head ends of the lower divisional plane of cover module and middle plate lateral wall module on two concave head dumbbell pins Upper divisional plane docks, on two plush copper dumbbell pins on two plush copper ends of the lower divisional plane of cover module and middle plate lateral wall module pin nest Divisional plane docking, lacing wire module have a lower divisional plane and a side divisional plane, on the lower divisional plane of lacing wire module and baffle Docked along the upper surface of module, the side divisional plane of lacing wire module dock with the side of floor module, with play to floor module with Reinforce fixed effect on baffle along module, plush copper module has side divisional plane, the side divisional plane of plush copper module and middle plate lateral wall The side docking of cover module on the end face at the plush copper end of module and two plush copper dumbbell pins.

Preferably, the lacing wire module includes lacing wire main body module and locating module, the lower divisional plane of lacing wire main body module It is docked with the upper surface on baffle along module, side divisional plane, one end and bottom of locating module is arranged in the end of lacing wire main body module The side of plate module is connected as one, and side divisional plane is arranged in the other end of locating module, with the side with lacing wire main body module end Divisional plane docking, forms lacing wire module.

Preferably, the lacing wire main body module of the lacing wire module includes gusset module and chamfering module, and gusset module is straight Plate, chamfering module are connected on straight panel and baffle between the upper surface of module.

Preferably, it is arranged between concave head dumbbell pin upper cover for installing on the inside of the concave head end of baffle lost foam pattern The dumbbell pin nest of dumbbell pin is also provided with the dumbbell pin for installing dumbbell pin on the inside of plush copper end between plush copper dumbbell pin upper cover Nest, dumbbell pin nest are semicircular cavities, and the lower divisional plane of cover module is located at the semicircle divisional plane of dumbbell pin nest on concave head dumbbell pin On, the lower divisional plane of cover module also is located on the semicircle divisional plane of dumbbell pin nest on plush copper dumbbell pin.

In the utility model, baffle lost foam pattern is split as to different modules in advance, is then carved using three axis Quarter, machine carried out engraving molding to modules, then was bonded modules to form baffle lost foam pattern.

By rationally splitting baffle lost foam pattern in the utility model, meet three axis engraving machines in modules Job requirement when so that whole lost foam pattern number of modules is minimum, when each module Carving Machining be raw material loss most Few, overturning number is minimum during engraving, so that the cumulative errors as caused by overturning are minimum.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of baffle lost foam pattern.

Fig. 2 is the structural schematic diagram of another angle of baffle lost foam pattern.

Fig. 3 is the structural schematic diagram of another angle of baffle lost foam pattern.

Fig. 4 is the structural schematic diagram of floor module.

Fig. 5 is the structural schematic diagram of another angle of floor module.

Fig. 6 is the structural schematic diagram of middle plate lateral wall module.

Fig. 7 is the structural schematic diagram of another angle of middle plate lateral wall module.

Fig. 8 is the structural schematic diagram on baffle along module.

Fig. 9 is the structural schematic diagram of cover module on concave head dumbbell pin.

Figure 10 is the structural schematic diagram of another angle of cover module on concave head dumbbell pin.

Figure 11 is the structural schematic diagram of cover module on plush copper dumbbell pin.

Figure 12 is the structural schematic diagram of another angle of cover module on plush copper dumbbell pin.

Figure 13 is the structural schematic diagram of plush copper module.

Figure 14 is lacing wire modular structure schematic diagram.

Figure 15 is the structural schematic diagram of another angle of lacing wire module.

In figure: baffle lost foam pattern 100, floor module 10, side divisional plane 11, middle plate lateral wall module 20, main point Face 21, main divisional plane 22, divisional plane 23 on the pin nest of concave head end, divisional plane 24 on the pin nest of plush copper end, on baffle along module 30, side Cover module 40 on divisional plane 31, concave head dumbbell pin, lower divisional plane 41, cover module 50, lower divisional plane 51, lacing wire on plush copper dumbbell pin Module 60, lacing wire main body module 61, gusset module 611, chamfering module 612, locating module 62, plush copper module 70.

Specific embodiment

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is some embodiments of the utility model, for this For the those of ordinary skill of field, without creative efforts, it can also be obtained according to these attached drawings others Attached drawing.

Referring to Fig. 1 to Figure 15, the utility model embodiment provides a kind of three axis engraving machines engraving baffle evaporative pattern Along 30, two concave head dumbbell pin upper covers of module on model split system, including floor module 10, middle plate lateral wall module 20, baffle Cover module 50, lacing wire module 60, plush copper module 70 on 40, two plush copper dumbbell pins of module, middle plate lateral wall module 20 are that V-type is long Slot, two sides of middle plate lateral wall module 20 alongst are respectively two main divisional planes, middle plate lateral wall module 20 it is upper Surface is arranged divisional plane 23 and two plush copper ends on two concave head ends pin nests and sells divisional plane 24 on nests, and divisional plane on nest is sold at concave head end 23 are arranged close to concave head, and plush copper end is sold divisional plane 24 on nest and is arranged close to plush copper, the side divisional plane 11 and middle plate of floor module 10 The main divisional plane 21 in the side of lateral wall module 20 docks, along the another of the side divisional plane 31 of module 30 and middle plate lateral wall module 20 on baffle The main divisional plane 22 in side docks, two of the lower divisional plane 41 of cover module 40 and middle plate lateral wall module 20 on two concave head dumbbell pins The docking of divisional plane 23 on nest is sold at concave head end, the lower divisional plane 51 of cover module 50 and middle plate lateral wall module 20 on two plush copper dumbbell pins Two plush copper ends pin nest on divisional plane 24 dock, lacing wire module 60 have a lower divisional plane and a side divisional plane, lacing wire The lower divisional plane of module 60 is docked with the upper surface on baffle along module 30, the side divisional plane and floor module 10 of lacing wire module 60 Side docking, to play to fixed effect is reinforced on floor module 10 and baffle along module 30, plush copper module 70 has side The end face at the plush copper end of divisional plane, the side divisional plane of plush copper module 70 and middle plate lateral wall module 20 and two plush copper dumbbell pin upper covers It docks the side of module 50.

Further, the lacing wire module 60 includes lacing wire main body module 61 and locating module 62, lacing wire main body module 61 Lower divisional plane is docked with the upper surface on baffle along module 30, and side divisional plane, positioning mould is arranged in the end of lacing wire main body module 61 One end of block 62 and the side of floor module 10 are connected as one, and side divisional plane is arranged in the other end of locating module 62, with drawing The side divisional plane of 61 end of muscle main body module docks, and forms lacing wire module 60.

As lacing wire module 60, when using hand cut, formation is a complete lacing wire module, i.e., by lacing wire and bottom The root that plate module 10 connects cuts to form a whole lacing wire, and the later period needs lacing wire module 60 and floor module 10 and baffle On along 30 bonding connection of module, lacing wire module 60 needs to require to be bonded on floor module 10 and baffle along module 30 according to technique Upper designed position, since there is biggish smooth plane along module 30 on floor module 10 and baffle, and lacing wire module 60 position needs manually to look for position using measuring tape measurement, and scribing line is identified that the technique found requires position after measurement, then again The bonding of lacing wire module 60 is got on, not only operates time-consuming and laborious, but also manual measurement error is also inevitable, so that after bonding Technique requirement is not met along the position of module 30 in lacing wire module 60 and floor module 10 and baffle.

In above-mentioned technical proposal, lacing wire module 60 is divided into two parts in advance, is connect with the side of floor module 10 Locating module 62 can be used as reference position when bonding, only need to be by the side divisional plane and positioning mould of lacing wire module 60 when bonding The manual operation of measuring tape measurement underlining is omitted to positive bonding in the side divisional plane of block 62, and locating module 62 is to carve Preparatory program setting in quarter machine, size is accurate, thoroughly solves error when lacing wire bonding.

Further, the lacing wire main body module 61 of the lacing wire module 60 includes gusset module 611 and chamfering module 612, muscle Plate module 611 is straight panel, and chamfering module 612 is connected on straight panel and baffle between the upper surface of module 30.

In hand cut lost foam pattern, after the chamfering module 612 of lacing wire module 60 needs manually to cut formation, in hand Work is bonded on gusset module 611 and baffle between the upper surface of module 30, and workload is very big, and is manually cut and be bonded Scale error it is also very big, chamfering module 612 and straight panel are designed as an entirety in this programme, by program preparatory in engraving machine Setting, disposable excision forming, size is accurate, and is bonded without postorder.

Further, it is arranged between concave head dumbbell pin upper cover on the inside of the concave head end of baffle lost foam pattern 100 and is used for The dumbbell pin nest for installing dumbbell pin, is also provided between plush copper dumbbell pin upper cover for installing the mute of dumbbell pin on the inside of plush copper end Bell pin nest, dumbbell pin nest are semicircular cavities, and the lower divisional plane of cover module 40 is located at the semicircle of dumbbell pin nest on concave head dumbbell pin On divisional plane, the lower divisional plane of cover module also is located on the semicircle divisional plane of dumbbell pin nest on plush copper dumbbell pin.

Since dumbbell pin nest is inwardly indented relative to concave head dumbbell pin upper cover, plush copper dumbbell pin upper cover, three axis engraving machines carving The knife at quarter can not go deep into inside, so cover module 50 on cover module 40 on concave head dumbbell pin, plush copper dumbbell pin is carved respectively Molding, and cut and separate along the semicircle divisional plane of dumbbell pin nest, so that cover module 40, plush copper either on concave head dumbbell pin Cover module 50 or middle plate lateral wall module 20 not only meet three axis engraving machines all there is no the curved surface being inwardly indented on dumbbell pin Engraving demand, moreover, simplifying module division without dividing individual module again, shortening the engraving period.

Module or unit in the utility model embodiment device can be merged according to actual needs, divide and be deleted Subtract.

Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality The equivalent variations made by novel claim, still falls within the scope of the utility model.

Claims (4)

1. a kind of three axis engraving machines carve baffle lost foam pattern split system, it is characterised in that: including floor module, in In plate lateral wall module, baffle along module, two concave head dumbbell pins cover module, cover module, lacing wire mould on two plush copper dumbbell pins Block, plush copper module, middle plate lateral wall module are V-type elongated slot, and two sides of middle plate lateral wall module alongst are respectively two A main divisional plane, the upper surface of middle plate lateral wall module is arranged on two concave head ends pin nests to be divided on divisional plane and two plush copper ends pin nests Face, concave head end are sold divisional plane on nest and are arranged close to concave head, and plush copper end is sold divisional plane on nest and is arranged close to plush copper, floor module Side divisional plane is docked with the main divisional plane in side of middle plate lateral wall module, along the side divisional plane of module and middle plate lateral wall module on baffle The other side main divisional plane docking, the lower divisional plane of cover module and two concave heads of middle plate lateral wall module on two concave head dumbbell pins Divisional plane docks on the pin nest of end, two plush copper ends of the lower divisional plane of cover module and middle plate lateral wall module on two plush copper dumbbell pins Sell nest on divisional plane docking, lacing wire module have a lower divisional plane and a side divisional plane, the lower divisional plane of lacing wire module with It is docked on baffle along the upper surface of module, the side divisional plane of lacing wire module is docked with the side of floor module, to play to bottom plate Reinforce fixed effect in module and baffle along module, plush copper module has side divisional plane, and the side divisional plane of plush copper module is in The side docking of cover module on the end face at the plush copper end of plate lateral wall module and two plush copper dumbbell pins.

2. three axis engraving machine as described in claim 1 carves baffle lost foam pattern split system, it is characterised in that: institute Stating lacing wire module includes lacing wire main body module and locating module, the lower divisional plane of lacing wire main body module on baffle along the upper of module Side divisional plane is arranged in the end of surface docking, lacing wire main body module, and one end of locating module and the side of floor module are connected as Side divisional plane is arranged in the other end of one, locating module, to dock with the side divisional plane of lacing wire main body module end, forms lacing wire Module.

3. three axis engraving machine as claimed in claim 2 carves baffle lost foam pattern split system, it is characterised in that: institute The lacing wire main body module for stating lacing wire module includes gusset module and chamfering module, and gusset module is straight panel, and chamfering module is connected to In straight panel and baffle between the upper surface of module.

4. three axis engraving machine as described in claim 1 carves baffle lost foam pattern split system, it is characterised in that: gear Dumbbell pin nest for installing dumbbell pin is set between concave head dumbbell pin upper cover on the inside of the concave head end of board slot side lost foam pattern, The dumbbell pin nest for installing dumbbell pin is also provided between plush copper dumbbell pin upper cover on the inside of plush copper end, dumbbell pin nest is semicircle Shape cavity, the lower divisional plane of cover module is located on the semicircle divisional plane of dumbbell pin nest on concave head dumbbell pin, plush copper dumbbell pin upper cover The lower divisional plane of module also is located on the semicircle divisional plane of dumbbell pin nest.