CN102248153A

CN102248153A - Pouring unit device

Info

Publication number: CN102248153A
Application number: CN2011101957331A
Authority: CN
Inventors: 张青良
Original assignee: ZHEJIANG JINGYI HEAVY INDUSTRY Co Ltd
Current assignee: Zhejiang Wenyuan Intelligent Technology Co ltd
Priority date: 2011-07-13
Filing date: 2011-07-13
Publication date: 2011-11-23
Anticipated expiration: 2031-07-13
Also published as: CN102248153B

Abstract

The invention relates to a pouring unit device. The device comprises a pouring lower die fixture (1) and a pouring upper die fixture (2), wherein a rear seat frame (3) is fixed on a bottom plate (4) and is connected with a guide rod socket (31) through threads; one end of a guide rod (5) is connected to the guide rod socket (31) through threads, and the other end of the guide rod (5) is fixed on the pouring lower die fixture (1); an adjusting hole (6) is formed at one end of the guide rod socket (31); and a gear (312) is directly formed on the guide rod socket (31) and is provided with a chain (6). The whole lower die fixture is moved and adjusted by adjusting the guide rod, so that the requirement that a pouring upper die is in close fit with a pouring lower die is met; meanwhile, a machine is automatically poured, so that manual labor is reduced, and the phenomenon of melt leakage is avoided.

Description

A kind of cast cell arrangement

Technical field:

The present invention relates to the casting machine technical field, more specifically to a kind of cast cell arrangement of regulating the die clamp distance and having the automatic casting function by the fine setting screw rod.

Background technology:

The existing casting mold of being made up of upper die and lower die is when pouring into a mould, because the clamping engagement of upper die and lower die generally just adopts cylinder or hydraulic oil cylinder driving upper die and lower die to clamp, and the cast melt is directly to pour on the mould mouth, its weak point: micromatic setting is not set makes patrix more tight with cooperating of counterdie, influenced the quality of pouring into a mould the product that comes out like this, simultaneously, owing to be that directly cast is entered, the cast melt is spilt, and be artificial liquid feeding, hand labor intensity is big, and efficient is low, make finished product can produce trachoma and crackle, product strength is descended be badly in need of and improve.

The utility model content:

Purpose of the present invention is exactly the deficiency at prior art, and a kind of cast cell arrangement is provided, and it makes whole lower mould clamping device move adjustment by regulating a guide rod, to satisfy cast patrix and the close-fitting needs of cast counterdie; Simultaneously, it is the machine automatic casting, has reduced hand labor power, has reduced melt and has spilt phenomenon.

Technology solution of the present invention is as follows:

A kind of cast cell arrangement comprises upward die clamper of cast lower mould clamping device and cast, and back mounting is fixed on the base plate, is bolted with the guide rod socket on the back mounting; One end of guide rod is screwed onto on the guide rod socket, and the other end is fixed on the cast lower mould clamping device; Guide rod socket one end forms adjustment hole, and straight forming has gear on the guide rod socket, is equipped with chain on the gear.

Be fixed with push pole pocket on the mounting of described back; The push rod sleeve is on push pole pocket, and the one end is fixed on hydraulic pressure and connects on the bayonet socket, and the other end is hinged with contiguous block, is hinged with support arm and back-up block on the contiguous block, and support arm is hinged on cast and goes up on the die clamper, and back-up block is welded on the mounting of back; Hydraulic pressure connects bayonet socket and is clamped between two fixed heads that are welded with on the mounting of back.

Support frame as described above is fixed on the cast lower mould clamping device, is fixed with the pouring nozzle container on it; The pouring nozzle of pouring nozzle container is facing to the plug hole on the casting mold.

Form inserted link on the described pouring nozzle container, the inserted link sleeve is on bracing frame, and the pouring nozzle container bottom forms projection, by regulating bolting block is arranged on the bracing frame, and projection is being pressed block.

Described contiguous block upper sleeve has guide post, and guide post one end is fixed on the mounting of back, and the other end is fixed on the cast lower mould clamping device.

Described adjustment hole is an inner hexagonal hole.

Described hydraulic pressure connection bayonet socket upper sleeve and blocking have the piston of rotary oil cylinder; The piston of support cylinder withstands on the base plate.

Beneficial effect of the present invention is:

1, owing to, adjust the distance of cast lower mould clamping device, make whole lower mould clamping device move adjustment, to satisfy the cast patrix and to pour into a mould the close-fitting needs of counterdie by finely tuning the length of guide rod.Simultaneously, because the assembling of gear and chain is arranged, it is simpler more time saving and energy saving to make when regulating guide rod, simultaneously also more accurate.

2, owing to, slowly be poured in the mould by pouring nozzle again, make the cast melt reduce the phenomenon of leakage, reduced hand labor power, reduce cost by pouring into a mould melt cast to the pouring nozzle container.

3, the present invention provides necessary working cell for the full-automatic casting machine, and it adopts automation control, has improved operating efficiency, has reduced hand labor intensity.

Description of drawings:

Fig. 1 is a perspective view of the present invention;

Fig. 2 is a left view of the present invention;

Fig. 3 is the annexation figure of support arm, guide post and contiguous block;

Fig. 4 is a rearview of the present invention;

Fig. 5 is the annexation schematic diagram of guide rod socket and back mounting;

Fig. 6 is the annexation schematic diagram of guide rod socket and guide rod.

1, cast lower mould clamping device; 11, bracing frame; 111, block; 12, pouring nozzle container; 121, pouring nozzle; 122, inserted link; 123, projection; 2, die clamper in the cast; 3, back mounting; 31, guide rod socket; 311, adjustment hole; 312, gear; 32, push pole pocket; 33, back-up block; 34, fixed head; 4, base plate; 5, guide rod; 6, chain; 7, push rod; 8, hydraulic pressure connects bayonet socket; 9, contiguous block; 91, support arm; 92, guide post; 10, casting mold; 101, plug hole; 20, rotary oil cylinder; 30, support cylinder.

The specific embodiment:

Embodiment: see Fig. 1 to shown in Figure 5, a kind of cast cell arrangement comprises upward die clamper 2 of cast lower mould clamping device 1 and cast, and back mounting 3 is fixed on the base plate 4, is bolted with guide rod socket 31 on the back mounting 3; One end of guide rod 5 is screwed onto on the guide rod socket 31, and the other end is fixed on the cast lower mould clamping device 1; Guide rod socket 31 1 ends form adjustment hole 311, and straight forming has gear 312 on the guide rod socket 31, are equipped with chain 6 on the gear 312.

Be fixed with push pole pocket 32 on the back mounting 3; Push rod 7 sleeves are on push pole pocket 32, the one end is fixed on hydraulic pressure and connects on the bayonet socket 8, and the other end is hinged with contiguous block 9, is hinged with support arm 91 and back-up block 33 on the contiguous block 9, support arm 91 is hinged on cast and goes up on the die clamper 2, and back-up block 33 is welded on the mounting 3 of back; Hydraulic pressure connects bayonet socket 8 and is clamped between two fixed heads 34 that are welded with on the mounting 3 of back.

Bracing frame 11 is fixed on the cast lower mould clamping device 1, is fixed with pouring nozzle container 12 on it; The plug hole 101 that the pouring nozzle 121 of pouring nozzle container 12 is aimed on the casting mold 10.

Form inserted link 122 on the pouring nozzle container 12, inserted link 122 sleeves are on bracing frame 11, and pouring nozzle container 12 bottoms form projection 123, by regulating bolting block 111 arranged on the bracing frame 11, and projection 123 is being pressed block 111.

Contiguous block 9 upper sleeves have guide post 92, and guide post 92 1 ends are fixed on the mounting 3 of back, and the other end is fixed on the cast lower mould clamping device 1.

Adjustment hole 311 is an inner hexagonal hole.

Hydraulic pressure connection bayonet socket 8 upper sleeves and blocking have the piston of rotary oil cylinder 20; The piston of support cylinder 30 withstands on the base plate 4.

Operation principle: casting mold 10 is fixed on cast lower mould clamping device 1 goes up in the die clamper 2 with cast, by rotary oil cylinder 20 sleeves and be fastened on hydraulic pressure and connect on the bayonet socket 8, promote push rod 7, push rod 7 promotes contiguous block 9, makes support arm 91 promotion cast go up die clamper 2 and compresses casting mold 10.

Regulate adjustment hole 311 by inner hexagon spanner, make 31 rotations of guide rod socket, to spur cast lower mould clamping device 1, realize fine setting, the cast upper die and lower die are closely cooperated owing to about the cooperation of gear 312 and chain 6, four guide rods 5 are adjusted simultaneously.

Before the cast beginning, pouring nozzle container 12 bottoms form projection 123, by regulating bolting block 111 are arranged on the bracing frame 11, by regulating block 111 and protruding 123 mutual alignments, adjust the angle of inclination of pouring nozzle container 12.

Support cylinder 30 slowly promotes, make base plate 4 rotate, just driven simultaneously the rotation of whole cast cell arrangement, during to workpiece to the 80 degree left and right sides, angle, will pour into a mould melt and pour pouring nozzle container 12 into, support cylinder 30 slowly descends then, whole cast cell arrangement is rotation thereupon also, and when falling downwards along with rotation, the melt in the pouring nozzle container 12 injects the plug hole 101 on the casting mold 10 thereupon, up to support cylinder 30 complete home positions, casting complete.

Claims

1. a cast cell arrangement comprises upward die clamper (2) of cast lower mould clamping device (1) and cast, and it is characterized in that: back mounting (3) is fixed on the base plate (4), is bolted with guide rod socket (31) on the back mounting (3); One end of guide rod (5) is screwed onto on the guide rod socket (31), and the other end is fixed on the cast lower mould clamping device (1); Guide rod socket (31) one ends form adjustment hole (311), and guide rod socket (31) is gone up straight forming gear (312), is equipped with chain (6) on the gear (312).

2. a kind of cast cell arrangement according to claim 1 is characterized in that: be fixed with push pole pocket (32) on the back mounting (3); Push rod (7) sleeve is on push pole pocket (32), the one end is fixed on hydraulic pressure and connects on the bayonet socket (8), the other end is hinged with contiguous block (9), be hinged with support arm (91) and back-up block (33) on the contiguous block (9), support arm (91) is hinged on cast and goes up on the die clamper (2), and back-up block (33) is welded on the back mounting (3); Hydraulic pressure connects bayonet socket (8) and is clamped between two fixed heads (34) that are welded with on the back mounting (3).

3. a kind of cast cell arrangement according to claim 1 is characterized in that: bracing frame (11) is fixed on the cast lower mould clamping device (1), is fixed with pouring nozzle container (12) on it; The pouring nozzle (121) of pouring nozzle container (12) is facing to the plug hole (101) on the casting mold (10).

4. a kind of cast cell arrangement according to claim 1, it is characterized in that: form inserted link (122) on the pouring nozzle container (12), inserted link (122) sleeve is on bracing frame (11), pouring nozzle container (12) bottom forms projection (123), bracing frame (11) is gone up by regulating bolting block (111), and projection (123) is being pressed block (111).

5. a kind of cast cell arrangement according to claim 1 is characterized in that: contiguous block (9) upper sleeve has guide post (92), and guide post (92) one ends are fixed on the back mounting (3), and the other end is fixed on the cast lower mould clamping device (1).

6. a kind of cast cell arrangement according to claim 1 is characterized in that: adjustment hole (311) is an inner hexagonal hole.

7. a kind of cast cell arrangement according to claim 1 is characterized in that: hydraulic pressure connection bayonet socket (8) upper sleeve and blocking have the piston of rotary oil cylinder (20); The piston of support cylinder (30) withstands on the base plate (4).