CN208879602U - V-type hammering block under a kind of split type combination - Google Patents
V-type hammering block under a kind of split type combination Download PDFInfo
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- CN208879602U CN208879602U CN201821345586.5U CN201821345586U CN208879602U CN 208879602 U CN208879602 U CN 208879602U CN 201821345586 U CN201821345586 U CN 201821345586U CN 208879602 U CN208879602 U CN 208879602U
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Abstract
V-type hammering block under a kind of split type combination, belong to technical field of forging, including hammering block pedestal, intermediate parallels and V-type anvil block, in the middle part setting type chamber of hammering block pedestal, base groove is respectively set in the two sides of hammering block chassis interior, pedestal hole for hoist is set on hammering block pedestal；Intermediate parallels includes two blocks of parallels with type chamber, parallels groove is respectively set on the inside of every block of parallels, the first noseiron is respectively equipped on the outside of every block of parallels, the type that two blocks of parallels are arranged at hammering block pedestal is intracavitary, two piece of first noseiron is separately positioned in base groove, and parallels hole for hoist is respectively set on every block of parallels；V-type anvil block includes two pieces of anvil blocks, the second noseiron is respectively equipped on the outside of every piece of anvil block, the type that two pieces of anvil blocks are separately positioned on parallels is intracavitary, and two piece of second noseiron is separately positioned in corresponding parallels groove, and anvil block hole for hoist is respectively set on every piece of anvil block.The utility model is wear-resistant, be easily assembled disassembly, can combine, be suitable for different process requirement.
Description
Technical field
The utility model belongs to technical field of forging.
Background technique
During forging, is required according to forging product or forging technology requires, often use flat anvil, lower V
The V-type anvil of swage block or the forging of upper and lower V-type anvil, common common alloy steel manufacture often will appear abrasion and along V in use
Font bottom cracking, causes hammering block to be scrapped；Full heat resisting steel or heat-resisting alloy hammering block are such as used instead, although can guarantee that hammering block has long
Between service life, but cost is high.
Due to the diversity of forging product, required V-type beak iron degree and opening depth are also different, this just needs to be equipped with more
Kind V-type anvil, since forging hammering block is more demanding, manufacturing cost is higher (forging, roughing, modifier treatment, finishing etc.), and
Substance is heavier, so that tooling input cost greatly increases.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, provide it is a kind of it is wear-resistant, be easily assembled disassembly, can
V-type hammering block under split type combination combining, being required suitable for different process.
Purpose of the utility model is realized as follows: V-type hammering block under a kind of split type combination, including hammering block pedestal, in
Between parallels and V-type anvil block, the hammering block pedestal be monoblock type, in the middle part setting type chamber of hammering block pedestal, in hammering block chassis interior
Two sides base groove is respectively set, on hammering block pedestal be arranged pedestal hole for hoist；The intermediate parallels be it is split type, including two
Block has the parallels of type chamber, and parallels groove is respectively set on the inside of every block of parallels, and the is respectively equipped on the outside of every block of parallels
One noseiron, the type that two blocks of parallels are arranged at hammering block pedestal is intracavitary, and two piece of first noseiron is separately positioned on corresponding pedestal
In groove, parallels hole for hoist is respectively set on every block of parallels；The V-type anvil block is split type, including two pieces of anvil blocks, two pieces of anvils
The forward surface of block is inclined-plane, the second noseiron is respectively equipped on the outside of every piece of anvil block, two pieces of anvil blocks are separately positioned on corresponding pad
The type of iron is intracavitary, and two piece of second noseiron is separately positioned in corresponding parallels groove, and anvil is respectively set on every piece of anvil block
Block hole for hoist.
The beneficial effects of the utility model are: using combined type V-type anvil, it can be according to needs of production, by different angles
The V-type anvil of degree is inserted into intermediate parallels, instead of whole heat resisting steel or heat-resisting alloy hammering block, in the identical situation of using effect, increases
Add different angle V-type hammering block, and reduces frock cost；Using split type combination, entirety V-type anvil use process can avoid
In, two sides working face is caused V-type anvil to crack along V-shaped bottom, hammering block is caused to scrap by lateral compression.Hammering block pedestal, centre
Parallels and V-type anvil block three are connected and fixed with groove and noseiron respectively, and noseiron is inserted into groove, between 2~5mm of groove holding
Gap neither influences forging and uses, and is convenient for the handling of combined type hammering block.
In order to further fix intermediate parallels, the first block, hammering block are set between the hammering block pedestal and intermediate parallels
The outer bottom of the interior bottom of pedestal and intermediate parallels is respectively provided with the first groove, and the first block is located at the sky of three the first grooves formation
It is intracavitary.
In order to further fix V-type anvil block, the second block is set between the intermediate parallels and V-type anvil block, at two pieces
The second groove is respectively provided on cushion block and two pieces of anvil blocks, the second block is located in the cavity of four the second grooves formation.
In order to increase different angle V-type hammering block, the bevel angle of every piece of anvil block is 85~145 degree.
The V-type anvil block of the utility model uses heat resisting steel or heat-resisting alloy, prolongs the service life.
There is gap between two pieces of cushion blocks of the utility model, gap is 5~30mm；There are gap, gap between two pieces of anvil blocks
For 5~30mm.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of hammering block pedestal.
Fig. 3 is the structural schematic diagram of parallels.
Fig. 4 is the structural schematic diagram of anvil block.
Specific embodiment
As shown in Figs 1-4, V-type hammering block under split type combination, including hammering block pedestal 1, intermediate parallels 2 and V-type anvil block 3.
Hammering block pedestal 1 is monoblock type, the two sides difference in the middle part setting type chamber of hammering block pedestal 1, inside hammering block pedestal 1
Base groove 12 is set, and pedestal hole for hoist 4 is respectively set in the left and right sides outside hammering block pedestal 1.
Intermediate parallels 2 is split type, including two pieces with type chamber parallels 2-1, and pad is respectively set on every piece of parallels 2-1
Iron hole for hoist 5.Parallels groove 13 is respectively set on the inside of every piece of parallels 2-1, is respectively equipped on the outside of every piece of parallels 2-1
One noseiron 14, the type that two pieces of parallels 2-1 are arranged at hammering block pedestal 1 is intracavitary, and two piece of first noseiron 14 is separately positioned on phase
In the base groove 12 answered, there is gap between two pieces of cushion block 2-1, gap is 5~30mm.Hammering block pedestal 1 and intermediate parallels 2 it
Between the first block 7 is set, the outer bottom of the interior bottom of hammering block pedestal 1 and intermediate parallels 2 is respectively provided with the first groove 9, the first block 7
In the cavity that three the first grooves are formed.
V-type anvil block 3 is split type, V-type anvil block 3 use heat resisting steel or heat-resisting alloy.Including two pieces of anvil block 3-1, two pieces of anvils
The forward surface of block 3-1 is inclined-plane, and the bevel angle of every piece of anvil block 3-1 is 85~145 degree.It is respectively set on every piece of anvil block 3-1
Anvil block hole for hoist 6.The second noseiron 15 is respectively equipped on the outside of every piece of anvil block 3-1, two pieces of anvil block 3-1 are separately positioned on accordingly
The type of parallels 2-1 is intracavitary, and two piece of second noseiron 15 is separately positioned in corresponding parallels groove 13, two pieces of anvil block 3-1 it
Between have a gap, gap is 5~30mm.Second block 8 is set between intermediate parallels 2 and V-type anvil block 3, two pieces of cushion block 2-1 with
The second groove 11 is respectively provided on two pieces of anvil block 3-1, the second block 8 is located in the cavity of four the second grooves formation.
The utility model uses split type lower V-type anvil, avoids V-type anvil for a long time by lateral compression, and caused by it is whole
Cracking is scrapped；Using combined type, V-type anvil block active face portion is changed into heat resisting steel or heat-resisting alloy anvil block, both having extended hammering block makes
With the service life, and reduce tooling input cost；Using combined type, V-type anvil block is designed to some column different openings angles and opening
The anvil block of depth, had not only saved tooling input cost, but also facilitated production and application；Using plug-in type combinations of gaps, V-type anvil is facilitated to combine
With disassembly, labor intensity is reduced, improves production efficiency.
Claims (6)
1. V-type hammering block under a kind of split type combination, it is characterised in that: described including hammering block pedestal, intermediate parallels and V-type anvil block
It is recessed that pedestal is respectively set in the two sides of hammering block chassis interior in the middle part setting type chamber of hammering block pedestal for monoblock type in hammering block pedestal
Pedestal hole for hoist is arranged in slot on hammering block pedestal；The intermediate parallels is split type, including two pieces with type chamber parallels,
Parallels groove is respectively set on the inside of every block of parallels, the first noseiron is respectively equipped on the outside of every block of parallels, two blocks of parallels are all provided with
The type set in hammering block pedestal is intracavitary, and two piece of first noseiron is separately positioned in corresponding base groove, on every block of parallels
Parallels hole for hoist is respectively set；The V-type anvil block is split type, including two pieces of anvil blocks, the forward surface of two pieces of anvil blocks are inclined-plane,
The second noseiron is respectively equipped on the outside of every piece of anvil block, the type that two pieces of anvil blocks are separately positioned on corresponding parallels is intracavitary, and two pieces
Second noseiron is separately positioned in corresponding parallels groove, and anvil block hole for hoist is respectively set on every piece of anvil block.
2. V-type hammering block under split type combination according to claim 1, it is characterised in that: in the hammering block pedestal and middle pad
First block is set between iron, and the interior bottom of hammering block pedestal and the outer bottom of centre parallels are respectively provided with the first groove, the first block
In the cavity that three the first grooves are formed.
3. V-type hammering block under split type combination according to claim 1, it is characterised in that: in the intermediate parallels and V-type anvil block
Between the second block is set, be respectively provided with the second groove on two pieces of cushion blocks and two pieces of anvil blocks, the second block be located at four it is second recessed
In the cavity that slot is formed.
4. V-type hammering block under split type combination according to claim 1, it is characterised in that: the bevel angle of every piece of anvil block is 85
~145 degree.
5. V-type hammering block under split type combination according to claim 1, it is characterised in that: V-type anvil block uses heat resisting steel or heat-resisting
Alloy.
6. V-type hammering block under split type combination according to claim 1, it is characterised in that: have gap, gap between two pieces of cushion blocks
For 5~30mm；There is gap between two pieces of anvil blocks, gap is 5~30mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821345586.5U CN208879602U (en) | 2018-08-21 | 2018-08-21 | V-type hammering block under a kind of split type combination |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821345586.5U CN208879602U (en) | 2018-08-21 | 2018-08-21 | V-type hammering block under a kind of split type combination |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208879602U true CN208879602U (en) | 2019-05-21 |
Family
ID=66509365
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821345586.5U Active CN208879602U (en) | 2018-08-21 | 2018-08-21 | V-type hammering block under a kind of split type combination |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208879602U (en) |
-
2018
- 2018-08-21 CN CN201821345586.5U patent/CN208879602U/en active Active
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