CN206811120U - A kind of foaming aluminum automatic ration pouring product line - Google Patents

Abstract

It the utility model is related to a kind of foaming aluminum automatic ration pouring product line, including dispensing parts, the aluminium water that the dispensing parts are used for after output foaming backward, the dispensing parts include cache mechanism and are arranged on the quantitative output mechanism of cache mechanism rear end, the quantitative output mechanism is used to accepting the aluminium water that cache mechanism conveying comes, and by aluminium water it is quantitatively backward after export；Gyroscopic output part, the gyroscopic output part is arranged on the lower section of quantitative output mechanism, and the gyroscopic output part includes being used for the foaming aluminum water and the gyroscopic output mechanism for driving the aluminium ingot of forming to export and the preheating mechanism for preheating it before foaming aluminum water is accepted quantitative output mechanism for accepting quantitative output mechanism output；The utility model overcomes foaming aluminum water discharging shaping and can not quantify and can not realize that continous way discharges, the problem of low production efficiency.

Description

A kind of foaming aluminum automatic ration pouring product line

Technical field

It the utility model is related to foaming aluminum production equipment technology, more particularly to a kind of cast life of foaming aluminum automatic ration Producing line.

Background technology

Foaming aluminum be in pure aluminum or aluminum alloy add additive after, formed by foam process, at the same have concurrently metal and The feature of bubble, it is widely used in multiple fields, and the production efficiency of foaming aluminum is relatively low in the prior art.

The Chinese utility model patent that Authorization Notice No. CN103993194B is, it discloses a kind of life of foaming aluminum Production system and production method, it mould preheating, foaming dual-purpose stove, makes foaming terminate rear foaming aluminum point by setting mobile running channel Do not remove every mould preheating, foaming dual-purpose stove under chassis drive by mould, but the equipment has problems with：

1. the foaming aluminum water that the equipment cannot be guaranteed to be poured into every time in mould is quantitative, the foaming aluminium ingot size of shaping is not One.

2. the equipment does not possess the function that continous way splicing discharging is realized by several moulds, efficiency is low.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, by setting slewing equipment to drive material-receiving device Doing shuttling movement and quantitative output mechanism is set on cast station and then overcomes the discharging shaping of foaming aluminum water to quantify And can not realize that continous way discharges, the problem of low production efficiency.

A kind of foaming aluminum automatic ration pouring product line, including dispensing parts, the dispensing parts are used for output hair backward Aluminium water after bubble, the dispensing parts include cache mechanism and are arranged on the quantitative output mechanism of cache mechanism rear end, described fixed Amount output mechanism is used to accepting the aluminium water that cache mechanism conveying comes, and by aluminium water it is quantitatively backward after export；

Gyroscopic output part, the gyroscopic output part are arranged on the lower section of quantitative output mechanism, the gyroscopic output portion Dividing includes being used for the gyroscopic output mechanism accepted the foaming aluminum water of quantitative output mechanism output and drive the aluminium ingot of forming to export And the preheating mechanism for being preheated to quantitative output mechanism before foaming aluminum water is accepted to it.

As a preferred embodiment, the cache mechanism includes insulation tank body；The quantitative output mechanism includes and the insulation The proportioning device of tank body connection and for controlling in heat insulation tank body aluminium water to enter aluminium water outflow in proportioning device and proportioning device Control device.

As a preferred embodiment, the gyroscopic output mechanism include slewing equipment and be arranged on slewing equipment and return Some material-receiving devices of gyration are done under the drive of rotary device.

As a preferred embodiment, the preheating mechanism includes warehouse, is arranged on the preheating device and blowing hot wind of warehouse side Device, the warehouse include cooled region and preheated zone, and the preheating device and Hot air blast device are used for preheated zone Gyroscopic output mechanism is preheated.

As a preferred embodiment, the proportioning device includes measure hopper, the lower end of the measure hopper offers discharging opening, one Side offers the charging aperture connected with insulation tank body；

The control device include be fixed on measure hopper upper end sliding sleeve, along sliding sleeve and measure hopper lid on open up lead Slide bar that hole slides up and down, it is arranged on being used to control the head that dams of discharging opening folding, being arranged on slide bar side for the lower end of the slider portion Be used for control charging aperture folding intercepter plate and be arranged on slide bar side be used for driving slider upgrading driving member, it is described The end set of driving member has skewback a.

As a preferred embodiment, what the slewing equipment coordinated including motor, the sprocket wheel rotated under motor driven and sprocket wheel Chain and chain side and the guide support parallel with chain are arranged on, are opened in the guide support along the track of chain Provided with sliding support groove；

The material-receiving device includes fixed seat and the splicing cell body being arranged in fixed seat, and one end of the fixed seat is fixed On chain, its other end is fixedly installed along the dynamic disk roller of the sliding support trough roller；The both sides of the splicing cell body are set There is the skewback b that slide bar is jacked up for coordinating with the skewback a.

As a preferred embodiment, offer liquid injection hole and feed opening on the warehouse；The preheating device include with it is described pre- The heating mantles of thermal region connection, the heater strip being arranged in heating mantles；The Hot air blast device includes air exhauster, one end and exhausting The exhaust tube and one end that the air inlet connection other end of machine connects with cooled region connect the other end with the air outlet of air exhauster The blower connected with heating mantles.

As a preferred embodiment, being additionally provided with spring between the sliding sleeve and driving member, the spring is set on slide bar.

As a preferred embodiment, the liquid injection hole is arranged on the upper left side of warehouse, the feed opening is arranged on the bottom right of warehouse Side.

As another preferably, the motor is arranged to stepper motor, and the stroke that the motor often rotates once is equal to chain Spacing on bar between two neighboring splicing cell body.

The beneficial effects of the utility model：

(1) by the way that slewing equipment will be arranged on for the mould for accepting foaming aluminum water in the utility model, filled in revolution A circulating job is carried out under the drive put, completion mould preheats during circulation, automation pours foaming aluminum water, The technical process such as insulation and discharging, the efficiency of foaming aluminum production is improved, additionally due to mould is recycled compared to biography The discharging pattern of the system set-up mode only needs a small amount of mould, die cost is greatlyd save, in addition in this cyclic process The splicing of preheated zone preparation next time is immediately entered after middle mould discharging is complete, some heats also be present on mould, thus it is right Subsequently mould is preheated without the excessive energy is consumed, further saves cost.

(2) on the one hand material-receiving device can be made by control device by setting quantitative output mechanism in the utility model That automation is realized during revolution pours foaming aluminum water, on the other hand can be by between proportioning device and control device Cooperation realize that the amount of foaming aluminum water poured every time is certain, avoid aluminium water in some splicing groove bodies poured it is more Very few situation is poured to occur.

(3) in the utility model by the side of chain set guide support, and in guide support set with The disk roller of material-receiving device coordinates the sliding support groove slided so that chain can led during material-receiving device movement is driven Held stationary under to the supporting role of support member, improve equipment operation stability.

(4) by setting Hot air blast device that the unnecessary heat of cooled region is transferred into preheated zone in the utility model, On the one hand accelerate on the other hand heat resources that the cooling of cooled region foaming aluminum also makes full use of material-receiving device is carried out it is pre- Heat, ensure to also save resource while preheating is abundant.

In summary, the equipment has automaticity high, goes out materials quantitative, saves the energy, the advantages that realizing continous way, especially It is applied to the production technical field of foaming aluminum.

Brief description of the drawings

It is required in being described below to embodiment for the technical scheme of clearer explanation the utility model embodiment The accompanying drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For one of ordinary skill in the art, on the premise of not paying creative work, it can also be obtained according to these accompanying drawings Obtain other accompanying drawings.

Fig. 1 is the structural representation of the foaming aluminum output equipment with quantitative function.

Fig. 2 is the structural representation of gyroscopic output mechanism.

Fig. 3 is that control device controls measure hopper discharging opening to close structural representation when charging aperture is opened.

Fig. 4 is that control device controls measure hopper discharging opening to open structural representation when charging aperture is closed.

Fig. 5 is the structural representation of material-receiving device.

Fig. 6 is the structural representation of control device.

Fig. 7 is the structural representation of warehouse.

Fig. 8 is the external structure schematic diagram of the foaming aluminum output equipment with quantitative function.

Embodiment

The technical scheme in the embodiment of the utility model is clearly and completely illustrated below in conjunction with the accompanying drawings.

Embodiment one

Fig. 1 is the structural representation of the foaming aluminum output equipment with quantitative function, and Fig. 2 is that the structure of gyroscopic output mechanism is shown It is intended to, Fig. 3 is that control device controls measure hopper discharging opening to close structural representation when charging aperture is opened, and Fig. 4 is control device Measure hopper discharging opening is controlled to open structural representation when charging aperture is closed, Fig. 5 is the structural representation of material-receiving device, and Fig. 6 is The structural representation of control device, Fig. 7 are the structural representation of warehouse, and Fig. 8 is the foaming aluminum output equipment with quantitative function External structure schematic diagram.As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, a kind of foaming aluminum automatic ration cast Production line, including dispensing parts 1, the aluminium water that the dispensing parts 1 are used for after output foaming backward, the dispensing parts 1 include slow Deposit mechanism 11 and be arranged on the quantitative output mechanism 12 of the rear end of cache mechanism 11, the quantitative output mechanism 12 is slow for accepting Deposit the aluminium water that the conveying of mechanism 11 comes, and by aluminium water it is quantitatively backward after export；

Gyroscopic output part 2, the gyroscopic output part 2 are arranged on the lower section of quantitative output mechanism 12, and the revolution is defeated It is defeated to go out the revolution that part 2 includes being used to accept the foaming aluminum water that quantitative output mechanism 12 exports and drive the aluminium ingot of forming to export Go out mechanism 21 and the preheating mechanism 22 for being preheated to quantitative output mechanism 12 before foaming aluminum water is accepted to it.

By the way that slewing equipment 211 will be arranged on for the splicing cell body 2122 for accepting foaming aluminum water, in slewing equipment 211 Drive under carry out a circulating job, splicing cell body 2122 is completed during circulation and preheated, automated and pour hair The technical process such as aluminium water, insulation and discharging are steeped, the efficiency of foaming aluminum production are improved, additionally due to splicing cell body 2122 is to follow Ring utilizes only needs a small amount of splicing cell body 2122 compared to traditional discharging pattern set-up mode, greatlys save splicing The cost of cell body 2122, splicing cell body 2122 is immediately entered after having discharged under the preparation of preheated zone in this cyclic process in addition Splicing once, some heats on splicing cell body 2122 also be present, therefore to being docked subsequently without the excessive energy is consumed Hopper body 2122 is preheated, and further saves cost.

Further, the cache mechanism 11 includes insulation tank body 111；The quantitative output mechanism 12 includes and the guarantor Proportioning device 121 that warm tank body 111 connects and for controlling in insulation tank body 111 aluminium water to enter proportioning device 121 and quantitative The control device 122 that aluminium water flows out in device 121.

Further, the gyroscopic output mechanism 21 include slewing equipment 211 and be arranged on slewing equipment 211 and Some material-receiving devices 212 of gyration are done under the drive of slewing equipment 211.

Further, the preheating mechanism 22 include warehouse 221, be arranged on the side of warehouse 221 preheating device 222 and Hot air blast device 223, the warehouse 221 include cooled region 10 and preheated zone 20, preheating device 222 and the blowing hot wind dress 223 are put to be used to preheat the gyroscopic output mechanism 21 of preheated zone 20.

Further, the proportioning device 121 includes measure hopper 1211, and the lower end of the measure hopper 1211 offers discharging Mouth 1212, its side offer the charging aperture 1213 connected with insulation tank body 111；

The control device 122 includes being fixed on the sliding sleeve 1221 of the upper end of measure hopper 1211, along sliding sleeve 1221 and quantitative The guide hole 1222 that opens up slides up and down on lid on bucket 1211 slide bar 1223, it is arranged on the bottom of slide bar 1223 and is used to control out The folding of material mouth 1212 dams first 1224, is arranged on the intercepter plate for being used to control the folding of charging aperture 1213 of the side of slide bar 1223 1225 and be arranged on the side of slide bar 1223 be used for driving slider 1223 upgrade driving member 1226, the driving member 1226 End set has skewback a1227.

By setting quantitative output mechanism 12, material-receiving device 212 on the one hand can be made by control device 122 in revolution During realize automation pour foaming aluminum water, on the other hand can be by between proportioning device 121 and control device 122 Cooperation realizes that the amount of the foaming aluminum water poured every time is certain, avoids aluminium water in some splicing cell bodies 2122 and pours excessive one Very few situation is poured a bit to occur.

Further, the slewing equipment 211 include motor 2111, motor 2111 drive under rotate sprocket wheel 2112, With sprocket wheel 2112 coordinate chain 2113 and be arranged on the side of chain 2113 and the guide support parallel with chain 2113 2114, sliding support groove 2115 is offered along the track of chain 2113 in the guide support 2114；The material-receiving device 212 Including fixed seat 2121 and the splicing cell body 2122 being arranged in fixed seat 2121, one end of the fixed seat 2121 is fixed on chain On bar 2113, its other end is fixedly installed the disk roller 2123 rolled along the sliding support groove 2115；The splicing cell body 2122 both sides are provided with the skewback b1228 that slide bar 1223 is jacked up for coordinating with the skewback a1227.

By setting guide support 2114, and setting and splicing in guide support 2114 in the side of chain 2113 The disk roller 2123 of device 212 coordinates the sliding support groove 2115 slided so that chain 2113 is driving what material-receiving device 212 moved During, can under the supporting role of guide support 2114 held stationary, improve equipment operation stability.

Further, spring 3 is additionally provided between the sliding sleeve 1221 and driving member 1226, the spring 3 is set in cunning On bar 1223, it is stifled that the setting of spring 3 can coordinate the gravity of itself of control device 122 quickly to move down reset after once-cast is completed Firmly discharging opening 1212, prevent foaming aluminum water droplet from falling out.

Further, the liquid injection hole 2211 is arranged on the upper left side of warehouse 221, and the feed opening 2212 is arranged on warehouse 221 lower right, this kind of set-up mode can increase the stroke that foaming aluminum moves feed opening 2212 at cast, ensure its cooling In place.

Further, the motor 2111 is arranged to stepper motor, and the motor 2111 often rotates stroke once etc. Spacing between two neighboring splicing cell body 2122 on chain 2113.

Embodiment two

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, wherein identical with embodiment one or corresponding portion Part uses and one corresponding reference of embodiment, for simplicity, hereafter only description and the distinctive points of embodiment one.The implementation The difference of example two and embodiment one is：Liquid injection hole 2211 and feed opening 2212 are offered on the warehouse 221；It is described pre- Thermal 222 includes the heating mantles 2221 connected with the preheated zone 20, the heater strip 2222 being arranged in heating mantles 2221；

The Hot air blast device 223 include air exhauster 2231, one end connect with the air inlet of air exhauster 2231 other end and The exhaust tube 2232 and one end that cooled region 10 connects connect the other end and heating mantles 2221 with the air outlet of air exhauster 2231 The blower 2233 of connection.

By setting Hot air blast device 223 that the unnecessary heat of cooled region 10 is transferred into preheated zone 20, on the one hand add On the other hand heat resources that the cooling of the fast foaming aluminum of cooled region 10 also makes full use of preheats to material-receiving device 212, Ensure to also save resource while preheating is abundant.

The course of work：Foaming aluminum Preparation equipment is completed to inject foaming aluminum water in insulation tank body 111 after prepared by foaming aluminum, protects Warm tank body 111, which is provided with heat-insulation layer, has heat insulation effect, and the foaming aluminum water being incubated in tank body 111 enters quantitative through charging aperture 1213 In bucket 1211 and full measure hopper 1211 is filled, slewing equipment 211 drives slip of the material-receiving device 212 along guide support 2114 Support slot 2115 moves, when material-receiving device 212 is moved to 2211 lower section of liquid injection hole, the skewback that is set on material-receiving device 212 B1228 contacts with the skewback a1227 on driving member 1226, by the jacking control device 122 of driving member 1226, makes control device 122 intercepter plate 1225 moves up the charging aperture 1213 for blocking measure hopper 1211, and damming first 1224 synchronously moves up opening Discharging opening 1212, the foaming aluminum water in measure hopper 1211 are poured into splicing cell body 2122 through discharging opening 1212, are poured in foaming aluminum The material-receiving device 212 of water continues conveyance part 1226 and skewback b1228 and departed from backward, control device 122 self gravitation with And reset is moved down in the presence of spring 3 and blocks discharging opening 1212 while opens charging aperture 1213, the foaming aluminum being incubated in tank body 111 Water fills measure hopper 1211 and waits next material-receiving device 212 again；Material-receiving device 212 continuously moves to cooled region 10, The foaming aluminum of cooled region 10 completes cooling, and material-receiving device 212 is rotated further to the position of feed opening 2212, now splicing cell body The position of 2122 opening down face feed openings 2212, foaming aluminum drop under self gravitation effect from feed opening 2212, complete The material-receiving device 212 of discharging continues to move to enter preheated zone, and Hot air blast device 223 passes through exhaust tube 2232 and blower The heat of cooled region 10 is transferred to preheated zone 20 by 2233, further according to be actually needed adjustment preheating device 222 caloric value, Both coordinate being fully warmed-up for the material device 212 that achieves a butt joint.

In description of the present utility model, it is to be understood that the orientation or position of the instruction such as term " front and rear ", " left and right " Relation is based on orientation shown in the drawings or position relationship, is for only for ease of description the utility model and simplifies description, without It is instruction or implies that signified equipment or part there must be specific orientation, with specific azimuth configuration and operation, therefore not It is understood that as the limitation to utility model.

Certainly in the technical program, those skilled in the art is it should be appreciated that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple, and term " one " is it is not intended that limitation to quantity.

It is described above, the only preferable embodiment of the utility model, but the scope of protection of the utility model is not This is confined to, the change that any one skilled in the art can readily occur under technical clarification of the present utility model Or replace, it should all cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model should be with right The protection domain of claim is defined.

Claims (10)

1. A kind of 1. foaming aluminum automatic ration pouring product line, it is characterised in that：Including

   Dispensing parts (1), the aluminium water that the dispensing parts (1) are used for after output foaming backward, the dispensing parts (1) include caching Mechanism (11) and the quantitative output mechanism (12) for being arranged on cache mechanism (11) rear end, the quantitative output mechanism (12) are used for Accept the aluminium water that cache mechanism (11) conveying comes, and by aluminium water it is quantitatively backward after export；

   Gyroscopic output part (2), the gyroscopic output part (2) are arranged on the lower section of quantitative output mechanism (12), the revolution Output par, c (2) includes being used for the foaming aluminum water for accepting quantitative output mechanism (12) output and drives what the aluminium ingot of forming exported Gyroscopic output mechanism (21) and the preheating for being preheated to quantitative output mechanism (12) before foaming aluminum water is accepted to it Mechanism (22).
2. A kind of 2. foaming aluminum automatic ration pouring product line according to claim 1, it is characterised in that the cache mechanism (11) insulation tank body (111) is included；The quantitative output mechanism (12) includes the quantitative dress connected with the insulation tank body (111) Put (121) and for controlling insulation tank body (111) interior aluminium water to enter proportioning device (121) and the interior aluminium water of proportioning device (121) The control device (122) of outflow.
3. A kind of 3. foaming aluminum automatic ration pouring product line according to claim 2, it is characterised in that the gyroscopic output Mechanism (21) include slewing equipment (211) and be arranged on slewing equipment (211) and under the drive of slewing equipment (211) Do some material-receiving devices (212) of gyration.
4. A kind of 4. foaming aluminum automatic ration pouring product line according to claim 1, it is characterised in that the preheating mechanism (22) include warehouse (221), be arranged on the preheating device (222) and Hot air blast device (223) of warehouse (221) side, it is described Warehouse (221) includes cooled region (10) and preheated zone (20), and the preheating device (222) and Hot air blast device (223) are used Preheated in the gyroscopic output mechanism (21) to preheated zone (20).
5. A kind of 5. foaming aluminum automatic ration pouring product line according to claim 3, it is characterised in that the proportioning device (121) include measure hopper (1211), the lower end of the measure hopper (1211) offers discharging opening (1212), its side offer with It is incubated the charging aperture (1213) of tank body (111) connection；

   The control device (122) includes being fixed on the sliding sleeve (1221) of measure hopper (1211) upper end, along sliding sleeve (1221) and The guide hole (1222) that opens up slides up and down on lid on measure hopper (1211) slide bar (1223), it is arranged on slide bar (1223) bottom Be used for control discharging opening (1212) folding the head that dams (1224), be arranged on slide bar (1223) side be used for control charging aperture (1213) intercepter plate (1225) of folding and be arranged on slide bar (1223) side be used for driving slider (1223) upgrading biography Moving part (1226), the end set of the driving member (1226) have skewback a (1227).
6. A kind of 6. foaming aluminum automatic ration pouring product line according to claim 5, it is characterised in that the slewing equipment (211) motor (2111), the sprocket wheel (2112) rotated under motor (2111) drive, the chain coordinated with sprocket wheel (2112) are included (2113) and chain (2113) side and the guide support (2114) parallel with chain (2113) are arranged on, it is described to be oriented to branch In support member (2114) sliding support groove (2115) is offered along the track of chain (2113)；

   The material-receiving device (212) includes fixed seat (2121) and the splicing cell body (2122) being arranged in fixed seat (2121), One end of the fixed seat (2121) is fixed on chain (2113), and its other end is fixedly installed along the sliding support groove (2115) disk roller (2123) rolled；The both sides of the splicing cell body (2122) are provided with for matching somebody with somebody with the skewback a (1227) Close the skewback b (1228) for jacking up slide bar (1223).
7. A kind of 7. foaming aluminum automatic ration pouring product line according to claim 4, it is characterised in that the warehouse (221) liquid injection hole (2211) and feed opening (2212) are offered on；

   The preheating device (222) include connected with the preheated zone (20) heating mantles (2221), be arranged on heating mantles (2221) heater strip (2222) in；

   The Hot air blast device (223) includes air exhauster (2231), one end connects the other end with the air inlet of air exhauster (2231) The exhaust tube (2232) and one end connected with cooled region (10) connects the other end with the air outlet of air exhauster (2231) with adding The blower (2233) of heat cover (2221) connection.
8. A kind of 8. foaming aluminum automatic ration pouring product line according to claim 5, it is characterised in that the sliding sleeve (1221) spring (3) is additionally provided between driving member (1226), the spring (3) is set on slide bar (1223).
9. A kind of 9. foaming aluminum automatic ration pouring product line according to claim 7, it is characterised in that the liquid injection hole (2211) upper left side of warehouse (221) is arranged on, the feed opening (2212) is arranged on the lower right of warehouse (221).
10. A kind of 10. foaming aluminum automatic ration pouring product line according to claim 6, it is characterised in that the motor (2111) stepper motor is arranged to, and the stroke that the motor (2111) often rotates once is equal to two neighboring on chain (2113) connect Spacing between hopper body (2122).