CN2933649Y

CN2933649Y - Bivertical module forging hammer

Info

Publication number: CN2933649Y
Application number: CN 200620021562
Authority: CN
Inventors: 江世忠; 张士清; 孙树元; 马滨臣; 赵士英; 张志强
Original assignee: Harbin Yueyanglou Hotel Co Ltd
Current assignee: Harbin Yueyanglou Hotel Co Ltd
Priority date: 2006-08-30
Filing date: 2006-08-30
Publication date: 2007-08-15
Anticipated expiration: 2016-08-30

Abstract

The utility model provides a dual stamping hammer, consisting of a stamping hammer head, a stamping hammer body stamping hammer base; the stamping hammer head is arranged on the upper beam, consisting of a stamping hammer head crust, a power head steam cylinder positioned on the stamping hammer head crust, a piston arranged on the power head steam cylinder, a piston rod connected to the piston and the steam receiving cylinder installed on the beam; the stamping hammer body is arranged on the steam cylinder rod of the stamping hammer head, provided with dies; the upper beam is connected with the stamping hammer base by a upright post, which is the cylinder sleeve upright post, provided with a gas and oil separating piston, and the upright post is connected with a steam receiving cylinder on its upper end, and the receiving cylinder is connected with the power head steam cylinder, provided with one-way valve on the connection pipeline. The pressure exhaust pipe of the power head steam cylinder is connected with the upper end of the upright post, the steam receiving cylinder and power head steam cylinder is provided with charging device, with the oil pump equipped to the lower end of the post. The utility model is characterized in lower production cost, less vibration and noise, high security and reliability, etc.

Description

Bivertical moule forge hammer

(1) technical field

The utility model relates to a kind of forging equipment.

(2) background technology

China uses introduce die hammer from the Soviet Union fifties at present, volume is big, the basis is huge, energy resource consumption is big, utilization rate only is about 3%, necessary investment construction corollary equipment as steam station or air compression station, pollutes environment, the waste great lot of water resources can produce huge vibrations and noise in the use.The blank of producing in addition is to have overlap to forge, and needs the supporting large tonnage pressing machine limit that falls again, brings boring, reaming, operation such as rough turn to cold working, and utilization rate of raw materials only can reach about 50%, multiple operation, product cost height.Along with China's industrial expansion, the generation of electric liquid hammer has overcome the steam-air power hammer some shortcomings, can also have some problems, the moving transmission of electric liquid hammer mainly is to lean on hydraulic oil transmission, long-time running, the oil temperature rise, the seal oil circuit damages, and causes hydraulic oil to spray, forging hammer easily sends out the condition of a fire especially big other use of high temperature furnace, for the power of reducing friction, the tup movement clearance is bigger, can not be thick with die body bight pier, because readily removable hammer, bar, the unit that has carry out pier with the 750kg pneumatic hammer and slightly come the production of fluid,matching electric hammer.Improved product cost.

(3) summary of the invention

The purpose of this utility model is to provide a kind of low cost of manufacture, the vibrations that produced and little, the safe and reliable Bivertical moule forge hammer of noise.

The purpose of this utility model is achieved in that it comprises die forging tup, die hammer ram, die hammer support; The die forging tup is installed on the entablature, by die forging tup shell, be installed in unit head cylinder on the die forging tup shell, be arranged at piston in the unit head cylinder, be connected in the piston rod on the piston and the gas-storage cylinder that is installed on the entablature is formed; Die hammer ram is installed on the cylinder rod of die forging tup, and mould is installed on the die hammer ram; Link to each other by column between entablature and the die hammer support; Column is the cylinder sleeve type column, be provided with the Oil-gas Separation piston in the column, between the upper end of column and the air reservoir, be connected between air reservoir and the unit head cylinder, and its connecting pipe is provided with check valve, the pressure pipe road that rushes down of unit head cylinder is connected with the upper end of column, air accumulator, unit head cylinder are furnished with aerating device, and the lower end of column is furnished with oil pump.

The utility model can also comprise some architectural features like this:

1, the die hammer support is provided with daming piston, and the bottom of daming piston dashes air cushion, and top dashes pressurised oil, is connected with piston rod on the daming piston, and mould is installed on the piston rod.

2, described die forging tup, die hammer ram have two covers, and the daming piston on the corresponding die hammer pedestal also has two covers, and described column has three.

3, every cover hammer body is equipped with by two horizontal cylinders, is installed in piston, piston rod in the cylinder, is installed in the perpendicular pusher of putting the cylinder composition on the piston rod.

Major advantage of the present utility model is embodied in:

1, adopting gas or vapour source is the power source of unit head, and hydraulic oil is as the pressurized source in gas or vapour source, and equaling high warm forging at unit head does not have hydraulic oil at a distance of nearer position, so even leakage is arranged slightly, can not cause fire yet, increase the handling safety performance of die hammer.

2, the unit head cylinder rushes down and presses the medium pressure gas of back generation to turn back in the column, recycles repeatedly, has reduced energy-output ratio effectively.

3, column by as the supercharging element, is provided with two cover tups, hammer body promptly as support component in same set of support system, and pier material, reaming etc. can be finished on an equipment.Compact conformation, cheap for manufacturing cost.

4, do not need to be equipped with auxiliary equipment such as air compression station, build and use cost cheap.

5, the vibrations of having adopted air-cushion type silencing and damping structure to reduce in the use effectively to be produced, noise etc. reduce environmental pollution.

(4) description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the right view of Fig. 1;

Fig. 3 is the cutaway view of Fig. 1;

Fig. 4 is the A-A cutaway view of Fig. 3;

Fig. 5 is the III portion enlarged drawing of Fig. 3;

Fig. 6 is the II portion enlarged drawing of Fig. 3;

Fig. 7 is the I portion enlarged drawing of Fig. 3.

(5) specific embodiment

For example the utility model is described in greater detail below in conjunction with accompanying drawing:

In conjunction with Fig. 1-3, the composition of die hammer comprises die forging tup, die hammer ram, die hammer support.The die forging tup is installed on the entablature 21, by die forging tup shell 5, be installed in unit head cylinder 22 on the die forging tup shell, be arranged at piston 23 in the unit head cylinder, be connected in the piston rod 24 on the piston and the gas-storage cylinder 9 that is installed on the entablature is formed.Die hammer ram 4 is installed on the cylinder rod of die forging tup, and mould 3 is installed on the die hammer ram.Link to each other by column 1 between entablature and the die hammer support.Column is the cylinder sleeve type column, be provided with Oil-gas Separation piston 2 in the column, between the upper end of column and the air reservoir, be connected between air reservoir and the unit head cylinder, and its connecting pipe is provided with check valve, the pressure pipe road that rushes down of unit head cylinder is connected with the upper end of column, air accumulator, unit head cylinder are furnished with aerating device, and the lower end of column is furnished with oil pump.In conjunction with Fig. 5, die hammer support 10 is provided with daming piston 25, and the bottom of daming piston dashes air cushion, and top dashes pressurised oil, is connected with piston rod 26 on the daming piston, and mould 27 is installed on the piston rod.Described die forging tup, die hammer ram have two covers, and the daming piston on the corresponding die hammer pedestal also has two covers, and described column has three.In conjunction with Fig. 2,4, every cover hammer body is equipped with by two

horizontal cylinders

28,29, is installed in the

piston

30,31 in the cylinder, and

piston rod

32,33 is installed in the perpendicular pusher of putting cylinder 34 compositions on the piston rod.

The utility model links together upper mould beam and support rigidity with three columns, forms two gantry skeleton.

Gas hydraulic oil drive method:

At first start heat pump to vapour storage tank, three column casing top halfs fill low pressure vapour, be full of the back fuel primer pump and make hydraulic oil enter a column lower end fuel feed hole, the oil transportation supercharging promotes the column inner carrier and gives the gas supercharging, when a column air pressure is raised to certain value, the high pressure gas cuts down when vapour storage tank carry to finish by unidirectional, hydraulicdirectional control valve commutation hydraulic oil draining, the piston in the column original position that descends under hypobaric promotion, at this simultaneously, another column cylinder plays the trend air accumulator already and carries high pressure gas.Then No. three column cylinders are also carried gases at high pressure to air accumulator in turn with preface, and when air accumulator reached certain high value, portion gas had been passed to unit head from check valve.Simultaneously, finish above-mentioned action, at this moment high pressure vapour is given in the steam chest of vibration damping muffler bottom charged piston bottom, the supercharging of the laggard horizontal high voltage oil of valve-off is passed to the charged piston lower end to hydraulic oil, carries out valve-off after the supercharging in the grease chamber, produces.At this moment, the high pressure gas enters unit head already mentions tup at a high speed, with foot-operated reversal valve gases at high pressure is let out in the column cylinder, and tup descends at a high speed, and the column cylinder pressure descends, in the middle of the body of calming the anger fill molten long-pending.Hydraulic oil enters another column lower end again, promotes the rising of column piston and makes gas uprise pressure, and gas enters air accumulator by pressure check valve, and same three column cylinders flow to air reservoir with preface and send high pressure gas.Reach gases at high pressure like this and move back and forth, hydraulic oil turns round in closed system and has only played the effect of conversion power, even break down, oil has also flow to the support fuel tank, does not have burning things which may cause a fire disaster also just to stop the fire generation.

The production operation process:

A tup carries out pier to the circle material and slightly becomes the dish-type blank, finishes the punching operation under piercer cooperates, and another module is carried out the reaming moulding.

The utility model beneficial effect is recycled, is not had burning things which may cause a fire disaster, nonpollution environment and just can produce the few cutting smithing blank in high-precision limit nothing but in shake sense, low noise, low power consumption, the energy of nothing.

Claims

1, a kind of Bivertical moule forge hammer, it comprises die forging tup, die hammer ram, die hammer support; It is characterized in that: the die forging tup is installed on the entablature, by die forging tup shell, be installed in unit head cylinder on the die forging tup shell, be arranged at piston in the unit head cylinder, be connected in the piston rod on the piston and the gas-storage cylinder that is installed on the entablature is formed; Die hammer ram is installed on the cylinder rod of die forging tup, and mould is installed on the die hammer ram; Link to each other by column between entablature and the die hammer support; Column is the cylinder sleeve type column, be provided with the Oil-gas Separation piston in the column, between the upper end of column and the air reservoir, be connected between air reservoir and the unit head cylinder, and its connecting pipe is provided with check valve, the pressure pipe road that rushes down of unit head cylinder is connected with the upper end of column, air accumulator, unit head cylinder are furnished with aerating device, and the lower end of column is furnished with oil pump.

2, Bivertical moule forge hammer according to claim 1 is characterized in that: the die hammer support is provided with daming piston, and the bottom of daming piston dashes air cushion, and top dashes pressurised oil, is connected with piston rod on the daming piston, and mould is installed on the piston rod.

3, Bivertical moule forge hammer according to claim 1 and 2 is characterized in that: described die forging tup, die hammer ram have two covers, and the daming piston on the corresponding die hammer pedestal also has two covers, and described column has three.

4, Bivertical moule forge hammer according to claim 1 and 2 is characterized in that: every cover hammer body is equipped with by two horizontal cylinders, is installed in piston, piston rod in the cylinder, is installed in the perpendicular pusher of putting the cylinder composition on the piston rod.

5, Bivertical moule forge hammer according to claim 3 is characterized in that: every cover hammer body is equipped with by two horizontal cylinders, is installed in piston, piston rod in the cylinder, is installed in the perpendicular pusher of putting the cylinder composition on the piston rod.