CN203239681U - Composite oil cylinder and hydraulic machine with same and with double functions - Google Patents
Composite oil cylinder and hydraulic machine with same and with double functions Download PDFInfo
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- CN203239681U CN203239681U CN 201320060565 CN201320060565U CN203239681U CN 203239681 U CN203239681 U CN 203239681U CN 201320060565 CN201320060565 CN 201320060565 CN 201320060565 U CN201320060565 U CN 201320060565U CN 203239681 U CN203239681 U CN 203239681U
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Abstract
The utility model belongs to the technical field of plate liquid charging forming, and particularly relates to a composite oil cylinder and a hydraulic machine with the same and with double functions. The composite oil cylinder comprises a primary oil cylinder system and a secondary oil cylinder system which work independently and do not interfere with each other. The primary oil cylinder system is a sealed hydromechanical structure system capable of transmitting load, namely an annular oil cylinder system. The secondary oil cylinder system is a sealed hydromechanical structure system capable of transmitting load, namely a traditional retractable piston type oil cylinder. A locking nut enables a secondary cylinder body and a primary cylinder body to be locked together and therefore the two oil cylinder systems which do not move relative to each other or interfere with each other are formed. The secondary oil cylinder system is arranged in the primary oil cylinder system. The composite oil cylinder comprises the primary cylinder body, a primary cylinder piston rod, the secondary cylinder body and a secondary cylinder piston rod. The composite oil cylinder integrates the primary oil cylinder system with the secondary oil cylinder system, reduces movable beams, simplifies the structure, and facilitates reduction of cost.
Description
Technical field
The invention belongs to sheet material liquid-filling shaping technical field, particularly a kind of composite oil cylinder and the hydraulic press that has the double-action function with composite oil cylinder.
Background technique
It is to utilize fluid pressure to make a kind of plastic working technique of component shaping that fluid power is shaped, and by the difference of using stock, can be divided into the shaping of plate fluid power, the shaping of housing fluid power and pipe fluid power shaping three types.The fluid power forming technique is applied to produce, abroad developed country also be since last century the nineties, carry out case study in China 1999 by Harbin Institute of Technology's early start, be applied to industrial production or recent years inchoate.In the hydraulic press industry, traditionally plate fluid power shaping hydraulic machine is called liquid-filling shaping hydraulic machine, housing fluid power shaping hydraulic machine is called the water swelling machine, pipe fluid power shaping hydraulic machine is called the internal high pressure forming hydraulic press.They all are the internal high pressure forming hydraulic presses in essence.
Liquid-filling shaping hydraulic machine also has the topping up of being called hydraulic drawing press or liquid hydraulic drawing press.Its technological method is to be full of liquid in die, utilizes punch to drive and pulls the mould-forming method of setting up reverse hydraulic pressure when material enters die.The rear part resilience that is shaped is few, and precision is high.Present domestic liquid-filling shaping hydraulic machine also is in the prototyping state substantially, as supply of commodities market also seldom, and all be the structural type of four beams, four posts basically.
The liquid-filling shaping hydraulic machine of prior art mainly comprises two classes, the first is that four beams, four posts, two next door cylinders are to the liquid-filling shaping hydraulic machine of flanging beam pressurization form, because limited by topology layout, the force bearing point of flanging cylinder must want the center of tripping side bar far away, for the amount of deformation of controlling the flanging beam will be done the size of flanging beam very large, machine will be done very heavyly, and manufacture cost increases; The second is that a plurality of little flanging cylinder between four beams, four posts, walking beam and the flanging beam is to the liquid-filling shaping hydraulic machine of flanging beam pressurization form, limited by topology layout, distance between walking beam and the flanging beam becomes larger, the height of complete machine will increase, and because the oil cylinder number is many, oil pipe connects complicated and is difficult to arrange attractive in appearancely, and cost also will increase.。
The oil cylinder that is used for now hydraulic press all is simple function, finish stretch or pressing function be master cylinder, that finishes the flanging function is the flanging oil cylinder, that finishes the thruster function is the thruster oil cylinder, that finishes material returned function is material returned oil cylinder or dnockout oil cylinder etc.Stretch in tradition, during flanging, realize that the shaping of sheet material drives the pressed edge ring flanging by the flanging crossbeam first often such as the liquid-filling shaping hydraulic machine of prior art, then stretch to realize part forming by stretching slide block drive stretching slide block.Machine except needs pressed edge ring and stretching slide block, also need to stretch crossbeam and flanging crossbeam, the complex structure of machine, the relative positional accuracy between pressed edge ring and the drawing die is difficult to ensure card, makes the parts size precision that processes relatively poor.
The existing liquid-filling shaping hydraulic machine that improves structure is realized the coaxial linkage of stretching, flanging, but it is to realize by a kind of structure that is called the flexible composite oil cylinder of two-stage, two-stage piston rod with the flexible composite oil cylinder of two-stage is used as stretching and flanging function respectively, pressure tonnage between stretching hydraulic system and the flanging hydraulic system is influenced each other, cause stretching or flanging pressure all to be difficult to control, although can realize stretching and the flanging once-through,, increased tonnage and the cost of hydraulic machinery.
Summary of the invention
The object of the invention is to remedy the deficiencies in the prior art, the hydraulic press of designing a kind of composite oil cylinder and having the double-action function with composite oil cylinder, cancel the flanging beam that general liquid-filling shaping machine certainly exists, flanging beam and walking beam are integrated is walking beam, simplifies complete machine structure, reduce cost, make simultaneously pressure-pad-force and tensile force be more prone to control, the pressure-pad-force position is more reasonable, and the beam slab amount of deformation greatly reduces, the precision of product is higher, and yield rate is higher.
Technological scheme of the present invention is as follows:
A kind of composite oil cylinder, it is characterized in that: comprise one-level cylinder system and system of two-level oil cylinder, the one-level cylinder system comprises cylindrical, first-stage cylinder piston rod and the first-stage cylinder guide pin bushing of one-level cylinder body, secondary cylinder body, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, first-stage cylinder piston rod and the first-stage cylinder guide pin bushing of one-level cylinder body, secondary cylinder body; The system of two-level oil cylinder comprises endoporus, secondary cylinder piston rod and the secondary cylinder guide pin bushing of secondary cylinder body, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, secondary cylinder piston rod and the secondary cylinder guide pin bushing of secondary cylinder body; Locking nut is locked together secondary cylinder body and one-level cylinder body, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while one-level cylinder system and system of two-level oil cylinder single movement; The locating stud that tightens together with the secondary cylinder piston rod can only move up and down in the straight trough that the first-stage cylinder piston rod is offered by the axle center, and the secondary cylinder piston rod also can only knee-action and can not be rotated; The patrix of mould is installed on the secondary cylinder piston rod by special-purpose coupling rod during machine work; The system of two-level oil cylinder is positioned at the primary oil cylinder interior, and composite oil cylinder is one-level cylinder body, first-stage cylinder piston rod, secondary cylinder body, secondary cylinder piston rod certainly outside to inside successively.
More specifically technological scheme as technique scheme, described one-level cylinder system is the flanging cylinder system, the system of two-level oil cylinder is the stretching cylinder system, the flanging cylinder system comprises cylindrical, flanging cylinder piston rod and the flanging cylinder guide pin bushing of flanging cylinder body, stretching cylinder body, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, flanging cylinder piston rod and the flanging cylinder guide pin bushing of flanging cylinder body, stretching cylinder body; The stretching cylinder system comprises endoporus, stretching cylinder piston rod and the stretching cylinder guide pin bushing of stretching cylinder body, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, stretching cylinder piston rod and the stretching cylinder guide pin bushing of stretching cylinder body; Locking nut is locked together stretching cylinder body and flanging cylinder body, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while flanging cylinder system and stretching cylinder system single movement; The locating stud that tightens together with the stretching cylinder piston rod can only move up and down in the straight trough that the flanging cylinder piston rod is offered by the axle center, and the stretching cylinder piston rod also can only knee-action and can not be rotated; The patrix of mould is installed on the stretching cylinder piston rod by special-purpose coupling rod during machine work; Stretching oil cylinder system bits is inner in the flanging oil cylinder, and composite oil cylinder is flanging cylinder body, flanging cylinder piston rod, stretching cylinder body, stretching cylinder piston rod certainly outside to inside successively.
The hydraulic press that has the double-action function with composite oil cylinder comprises main frame, power system and hydraulic control system, it is characterized in that: be provided with composite oil cylinder on the described main frame; Composite oil cylinder comprises one-level cylinder system and system of two-level oil cylinder; The one-level cylinder system comprises cylindrical, first-stage cylinder piston rod and the first-stage cylinder guide pin bushing of one-level cylinder body, secondary cylinder body, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, first-stage cylinder piston rod and the first-stage cylinder guide pin bushing of one-level cylinder body, secondary cylinder body; The drive walking beam that moves up and down of one-level cylinder system moves up and down; The system of two-level oil cylinder comprises endoporus, secondary cylinder piston rod and the secondary cylinder guide pin bushing of secondary cylinder body, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, secondary cylinder piston rod and the secondary cylinder guide pin bushing of secondary cylinder body; Locking nut is locked together secondary cylinder body and one-level cylinder body, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while one-level cylinder system and system of two-level oil cylinder single movement; The locating stud that tightens together with the secondary cylinder piston rod can only move up and down in the straight trough that the first-stage cylinder piston rod is offered by the axle center, and the secondary cylinder piston rod also can only knee-action and can not be rotated; The patrix of mould is installed on the secondary cylinder piston rod by special-purpose coupling rod during machine work; The system of two-level oil cylinder is positioned at the primary oil cylinder interior, and composite oil cylinder is one-level cylinder body, first-stage cylinder piston rod, secondary cylinder body, secondary cylinder piston rod certainly outside to inside successively.
Also be provided with upper beam, walking beam and worktable on the described main frame, upper beam, walking beam and worktable are installed on the column from top to bottom.
One-level cylinder body and the upper beam of described composite oil cylinder are integrated combination, and namely upper beam integrates the stretching beam that the flanging beam that is connected with the one-level cylinder system is connected with the system of two-level oil cylinder.
The first-stage cylinder piston rod of described composite oil cylinder links together by attaching nut and machine walking beam, and the drive walking beam that moves up and down of one-level cylinder system moves up and down, and namely composite oil cylinder also links together by attaching nut and walking beam.
As the more specifically technological scheme of technique scheme, the hydraulic press that has the double-action function with composite oil cylinder comprises main frame, power system and hydraulic control system, it is characterized in that: be provided with composite oil cylinder on the described main frame; Composite oil cylinder comprises one-level cylinder system and system of two-level oil cylinder; The one-level cylinder system is the flanging cylinder system, and the system of two-level oil cylinder is the stretching cylinder system; The flanging cylinder system comprises cylindrical, flanging cylinder piston rod and the flanging cylinder guide pin bushing of flanging cylinder body, stretching cylinder body, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, flanging cylinder piston rod and the flanging cylinder guide pin bushing of flanging cylinder body, stretching cylinder body; The stretching cylinder system comprises endoporus, stretching cylinder piston rod and the stretching cylinder guide pin bushing of stretching cylinder body, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, stretching cylinder piston rod and the stretching cylinder guide pin bushing of stretching cylinder body; Locking nut is locked together stretching cylinder body and flanging cylinder body, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while flanging cylinder system and stretching cylinder system single movement; The locating stud that tightens together with the stretching cylinder piston rod can only move up and down in the straight trough that the flanging cylinder piston rod is offered by the axle center, and the stretching cylinder piston rod also can only knee-action and can not be rotated; The patrix of mould is installed on the stretching cylinder piston rod by special-purpose coupling rod during machine work; Stretching oil cylinder system bits is inner in the flanging oil cylinder, and composite oil cylinder is flanging cylinder body, flanging cylinder piston rod, stretching cylinder body, stretching cylinder piston rod certainly outside to inside successively.
Also be provided with upper beam, walking beam and worktable on the described main frame, upper beam, walking beam and worktable are installed on the column from top to bottom.
Flanging cylinder body and the upper beam of described composite oil cylinder are integrated combination, and namely upper beam integrates the stretching beam that the flanging beam that is connected with the flanging cylinder system is connected with the stretching cylinder system.
The flanging cylinder piston rod of described composite oil cylinder links together by attaching nut and machine walking beam, and the drive walking beam that moves up and down of flanging cylinder system moves up and down, and namely composite oil cylinder also links together by attaching nut and walking beam.
The invention has the beneficial effects as follows: this product is combined with each other one-level oil cylinder and two-level oil cylinder, being about to flanging oil cylinder and stretching oil cylinder namely makes the master cylinder of stretching action and is combined with each other, make pressure-pad-force just concentrate on the central peripheral of flanging beam, flanging beam slab force-bearing situation is at one's best, thereby its amount of deformation greatly reduces.Simultaneously, walking beam and flanging beam are united two into one, reduced by a beam slab, four posts, four beam structures have been become four posts, three beam structures.Obviously reduce the gross weight of machine, manufacture cost reduces.Simultaneously, can simplify the Design and manufacture of hydraulic circuit and circuit.
Description of drawings
Fig. 1 is the composite oil cylinder structural representation.
Fig. 2 is locating stud and straight trough cooperation position structural representation.
Fig. 3 is the hydraulic press structural representation that has the double-action function with composite oil cylinder.
Fig. 4 is the hydraulic press left view that has the double-action function with composite oil cylinder.
Wherein 1: composite oil cylinder; 11: one-level cylinder body (flanging cylinder body); 12: secondary cylinder body (stretching cylinder body); 13: first-stage cylinder piston rod (flanging thick stick piston rod); 14: secondary cylinder piston rod (stretching cylinder piston rod); 15: first-stage cylinder guide pin bushing (flanging cylinder guide pin bushing); 16: secondary cylinder guide pin bushing (stretching cylinder guide pin bushing); 17: locating stud; 18: locking nut; 19: straight trough; 2: main frame; 21: upper beam; 22: walking beam (flanging beam, stretching beam); 23: worktable; 24: column; 25: the attaching nut; 3: power system; 4 hydraulic control systems.
Embodiment
For being illustrated more clearly in content of the present invention, be further described below in conjunction with the drawings and specific embodiments:
As depicted in figs. 1 and 2, a kind of composite oil cylinder 1, comprise one-level cylinder system and system of two-level oil cylinder, the one-level cylinder system comprises cylindrical, first-stage cylinder piston rod 13 and the first-stage cylinder guide pin bushing 14 of one-level cylinder body 11, secondary cylinder body 12, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, first-stage cylinder piston rod 13 and the first-stage cylinder guide pin bushing 14 of one-level cylinder body 11, secondary cylinder body 12; The system of two-level oil cylinder comprises endoporus, secondary cylinder piston rod 15 and the secondary cylinder guide pin bushing 16 of secondary cylinder body 12, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, secondary cylinder piston rod 15 and the secondary cylinder guide pin bushing 16 of secondary cylinder body 12; Locking nut 18 is locked together secondary cylinder body 12 and one-level cylinder body 11, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while one-level cylinder system and system of two-level oil cylinder single movement; The locating stud 17 that tightens together with secondary cylinder piston rod 15 can only move up and down in the straight trough 19 that first-stage cylinder piston rod 13 is offered by the axle center, and secondary cylinder piston rod 15 also can only knee-action and can not be rotated; The patrix of mould is installed on the secondary cylinder piston rod 15 by special-purpose coupling rod during machine work; The system of two-level oil cylinder is positioned at the primary oil cylinder interior, and composite oil cylinder is one-level cylinder body 11, first-stage cylinder piston rod 13, secondary cylinder body 12, secondary cylinder piston rod 15 certainly outside to inside successively.
Take the one-level cylinder system as the flanging cylinder system, the system of two-level oil cylinder is that the stretching cylinder system is example, the flanging cylinder system comprises cylindrical, flanging cylinder piston rod 13 and the flanging cylinder guide pin bushing 14 of flanging cylinder body 11, stretching cylinder body 12, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, flanging cylinder piston rod 13 and the flanging cylinder guide pin bushing 14 of flanging cylinder body 11, stretching cylinder body 12; The drive walking beam 22 that moves up and down of flanging cylinder system moves up and down; The stretching cylinder system comprises endoporus, stretching cylinder piston rod 15 and the stretching cylinder guide pin bushing 16 of stretching cylinder body 12, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, stretching cylinder piston rod 15 and the stretching cylinder guide pin bushing 16 of stretching cylinder body 12; Locking nut 18 is locked together stretching cylinder body 12 and flanging cylinder body 11, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while flanging cylinder system and stretching cylinder system single movement; The locating stud 17 that tightens together with stretching cylinder piston rod 15 can only move up and down in the straight trough 19 that flanging cylinder piston rod 13 is offered by the axle center, and stretching cylinder piston rod 15 also can only knee-action and can not be rotated; The patrix of mould is installed on the stretching cylinder piston rod 15 by special-purpose coupling rod during machine work; Stretching oil cylinder system bits is inner in the flanging oil cylinder, and composite oil cylinder is flanging cylinder body 11, flanging cylinder piston rod 13, stretching cylinder body 12, stretching cylinder piston rod 15 certainly outside to inside successively.
Such as Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4, the hydraulic press that has the double-action function with composite oil cylinder, comprise main frame 2, power system 3 and hydraulic control system 4, be provided with composite oil cylinder 1 on the described main frame 2, composite oil cylinder 1 comprises one-level cylinder system and system of two-level oil cylinder, the one-level cylinder system comprises one-level cylinder body 11, the cylindrical of secondary cylinder body 12, first-stage cylinder piston rod 13 and first-stage cylinder guide pin bushing 14 are by one-level cylinder body 11, the cylindrical of secondary cylinder body 12, it is an annular cylinder system that but first-stage cylinder piston rod 13 and first-stage cylinder guide pin bushing 14 form the fluid mechanics structural system of the transmitted load of a sealing; The system of two-level oil cylinder comprises endoporus, secondary cylinder piston rod 15 and the secondary cylinder guide pin bushing 16 of secondary cylinder body 12, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, secondary cylinder piston rod 15 and the secondary cylinder guide pin bushing 16 of secondary cylinder body 12; Locking nut 18 is locked together secondary cylinder body 12 and one-level cylinder body 11, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while one-level cylinder system and system of two-level oil cylinder single movement; The locating stud 17 that tightens together with secondary cylinder piston rod 15 can only move up and down in the straight trough 19 that first-stage cylinder piston rod 13 is offered by the axle center, and secondary cylinder piston rod 15 also can only knee-action and can not be rotated; The patrix of mould is installed on the secondary cylinder piston rod 15 by special-purpose coupling rod during machine work; The system of two-level oil cylinder is positioned at the primary oil cylinder interior, and composite oil cylinder is one-level cylinder body 11, first-stage cylinder piston rod 13, secondary cylinder body 12, secondary cylinder piston rod 15 certainly outside to inside successively.
Also be provided with upper beam 21, walking beam 22 and worktable 23 on the main frame 2, upper beam 21, walking beam 22 and worktable 23 are installed on the column 24 from top to bottom.
One-level cylinder body 11 and the upper beam 21 of composite oil cylinder 1 are integrated combination, and namely upper beam integrates the flanging beam that is connected with the one-level cylinder system and the stretching beam that is connected with the system of two-level oil cylinder.
The first-stage cylinder piston rod 13 of composite oil cylinder 1 links together with machine walking beam 22 by attaching nut 25, and the drive walking beam 22 that moves up and down of one-level cylinder system moves up and down, and namely composite oil cylinder 1 also links together with walking beam 22 by attaching nut 25.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, take the one-level cylinder system as the flanging cylinder system, the system of two-level oil cylinder is that the stretching cylinder system is example, the hydraulic press that has the double-action function with composite oil cylinder, comprise main frame 2, power system 3 and hydraulic control system 4, be provided with composite oil cylinder 1 on the described main frame 2.Composite oil cylinder comprises flanging cylinder system and stretching cylinder system, the flanging cylinder system comprises cylindrical, flanging cylinder piston rod 13 and the flanging cylinder guide pin bushing 14 of flanging cylinder body 11, stretching cylinder body 12, but is made of i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing cylindrical, flanging cylinder piston rod 13 and the flanging cylinder guide pin bushing 14 of flanging cylinder body 11, stretching cylinder body 12; The drive walking beam 22 that moves up and down of flanging cylinder system moves up and down; The stretching cylinder system comprises endoporus, stretching cylinder piston rod 15 and the stretching cylinder guide pin bushing 16 of stretching cylinder body 12, but is made of i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing endoporus, stretching cylinder piston rod 15 and the stretching cylinder guide pin bushing 16 of stretching cylinder body 12; Locking nut 18 is locked together stretching cylinder body 12 and flanging cylinder body 11, and forming does not have relative movement and non-interfering two cylinder systems between the two, but while flanging cylinder system and stretching cylinder system single movement; The locating stud 17 that tightens together with stretching cylinder piston rod 15 can only move up and down in the straight trough 19 that flanging cylinder piston rod 13 is offered by the axle center, and stretching cylinder piston rod 15 also can only knee-action and can not be rotated; The patrix of mould is installed on the stretching cylinder piston rod 15 by special-purpose coupling rod during machine work; Stretching oil cylinder system bits is inner in the flanging oil cylinder, and composite oil cylinder is flanging cylinder body 11, flanging cylinder piston rod 13, stretching cylinder body 12, stretching cylinder piston rod 15 certainly outside to inside successively.
Also be provided with upper beam 21, walking beam 22 and worktable 23 on the main frame 2, upper beam 21, walking beam 22 and worktable 23 are installed on the column 24 from top to bottom.
Flanging cylinder body 11 and the upper beam 21 of composite oil cylinder 1 are integrated combination, and namely upper beam integrates the flanging beam that is connected with the flanging cylinder system and the stretching beam that is connected with the stretching cylinder system.
The flanging cylinder piston rod 13 of composite oil cylinder 1 links together with machine walking beam 22 by attaching nut 25, and the drive walking beam 22 that moves up and down of flanging cylinder system moves up and down, and namely composite oil cylinder 1 also links together with walking beam 22 by attaching nut 25.
Flanging thick stick piston rod 13 links together with walking beam 22 by attaching nut 25.Be that composite oil cylinder 1 also links together with walking beam 22 by attaching nut 25.The punch of mould is installed in the stretching cylinder underpart of the piston rod by connecting rod.
Following table is when making the essentially identical machine of each parameter, adopts the contrast of the present invention and traditional scheme main frame weight, wherein pressure-pad-force of the present invention being twice than traditional approach:
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, have the hydraulic tools body action program of double-action function with composite oil cylinder as follows:
Descending fast: it is that flanging beam, stretching beam are descending fast that limit oil cylinder (Quick cylinder) promotes walking beam 22, flanging cylinder system liquid-filling valve and stretching cylinder system liquid-filling valve are all opened, the free topping up of two cylinder systems allows flanging thick stick piston rod 13 and stretching cylinder piston rod 15 follow walking beam 22 descending fast;
Descending at a slow speed: composite oil cylinder motion is when turning fast descending at a slow speed, and flanging thick stick piston rod 13 and stretching cylinder piston rod 15 also become descending at a slow speed;
The pressurization of flanging cylinder system: after walking beam 22 was close to mould, the flanging cylinder system pressurizeed until setting value;
Stretching cylinder system pressurization: flanging thick stick piston rod 13 is stretched to setting value, stops after running into position limit switch;
Water system pressurization: hydraulic pressure system to the liquid pressing in the die to setting value;
Pressurize: the hydraulic system of hydraulic machine pressurize is to set time;
Backhaul: composite oil cylinder drives walking beam 22, flanging thick stick piston rod 13 and stretching cylinder piston rod 15 fast uplinks, stops after running into the position limit switch of setting.Finish a work cycle.
Above-described embodiment is principle and the effect thereof of illustrative the invention only; can not think limiting the scope of the invention; for the person of ordinary skill of the art; under the prerequisite that does not break away from the invention design; can also make some distortion and improvement, all should fall within the protection domain of claim of the present invention.
Claims (6)
1. a composite oil cylinder (1), it is characterized in that: comprise one-level cylinder system and system of two-level oil cylinder, the one-level cylinder system comprises cylindrical, first-stage cylinder piston rod (13) and the first-stage cylinder guide pin bushing (14) of one-level cylinder body (11), secondary cylinder body (12), by cylindrical, first-stage cylinder piston rod (13) and the first-stage cylinder guide pin bushing (14) of one-level cylinder body (11), secondary cylinder body (12) but form i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing; The system of two-level oil cylinder comprises endoporus, secondary cylinder piston rod (15) and the secondary cylinder guide pin bushing (16) of secondary cylinder body (12), by endoporus, secondary cylinder piston rod (15) and the secondary cylinder guide pin bushing (16) of secondary cylinder body (12) but form i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing; Locking nut (18) is locked together secondary cylinder body (12) and one-level cylinder body (11), and forming does not have relative movement and non-interfering two cylinder systems between the two, but while one-level cylinder system and system of two-level oil cylinder single movement; The locating stud (17) that tightens together with secondary cylinder piston rod (15) can only move up and down in the straight trough (19) that first-stage cylinder piston rod (13) are offered by the axle center, and secondary cylinder piston rod (15) also can only knee-action and can not be rotated; The patrix of mould is installed on the secondary cylinder piston rod (15) by special-purpose coupling rod during machine work; The system of two-level oil cylinder is positioned at the primary oil cylinder interior, and composite oil cylinder is one-level cylinder body (11), first-stage cylinder piston rod (13), secondary cylinder body (12), secondary cylinder piston rod (15) certainly outside to inside successively.
2. a kind of composite oil cylinder according to claim 1 (1), it is characterized in that: described one-level cylinder system is the flanging cylinder system, the system of two-level oil cylinder is the stretching cylinder system, the flanging cylinder system comprises flanging cylinder body (11), the cylindrical of stretching cylinder body (12), flanging cylinder piston rod (13) and flanging cylinder guide pin bushing (14) are by flanging cylinder body (11), the cylindrical of stretching cylinder body (12), flanging cylinder piston rod (13) and flanging cylinder guide pin bushing (14) but form i.e. annular cylinder system of fluid mechanics structural system of the transmitted load of a sealing; The stretching cylinder system comprises endoporus, stretching cylinder piston rod (15) and the stretching cylinder guide pin bushing (16) of stretching cylinder body (12), by endoporus, stretching cylinder piston rod (15) and the stretching cylinder guide pin bushing (16) of stretching cylinder body (12) but form i.e. traditional telescopic ram cylinder of fluid mechanics structural system of the transmitted load of a sealing; Locking nut (18) is locked together stretching cylinder body (12) and flanging cylinder body (11), and forming does not have relative movement and non-interfering two cylinder systems between the two, but while flanging cylinder system and stretching cylinder system single movement; The locating stud (17) that tightens together with stretching cylinder piston rod (15) can only move up and down in the straight trough (19) that flanging cylinder piston rod (13) are offered by the axle center, and stretching cylinder piston rod (15) also can only knee-action and can not be rotated; The patrix of mould is installed on the stretching cylinder piston rod (15) by special-purpose coupling rod during machine work; Stretching oil cylinder system bits is inner in the flanging oil cylinder, and composite oil cylinder is flanging cylinder body (11), flanging cylinder piston rod (13), stretching cylinder body (12), stretching cylinder piston rod (15) certainly outside to inside successively.
3. a kind of composite oil cylinder according to claim 1 (1), it is characterized in that: described composite oil cylinder (1) is installed on the main frame (2) of the hydraulic press with double-action function, and the hydraulic press with double-action function also comprises power system (3) and hydraulic control system (4).
4. a kind of composite oil cylinder according to claim 3 (1), it is characterized in that: also be provided with upper beam (21), walking beam (22) and worktable (23) on the described main frame (2), upper beam (21), walking beam (22) and worktable (23) are installed on the column (24) from top to bottom.
5. a kind of composite oil cylinder according to claim 3 (1), it is characterized in that: the one-level cylinder body (11) of described composite oil cylinder (1) and upper beam (21) are integrated combination, and namely upper beam (21) integrates the stretching beam that the flanging beam that is connected with the one-level cylinder system is connected with the system of two-level oil cylinder.
6. a kind of composite oil cylinder according to claim 3 (1), it is characterized in that: the first-stage cylinder piston rod (13) of described composite oil cylinder (1) links together with machine walking beam (22) by attaching nut (25), the drive walking beam (22) that moves up and down of one-level cylinder system moves up and down, and namely composite oil cylinder (1) also links together with walking beam (22) by attaching nut (25).
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201320060565 CN203239681U (en) | 2013-02-01 | 2013-02-01 | Composite oil cylinder and hydraulic machine with same and with double functions |
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| CN 201320060565 CN203239681U (en) | 2013-02-01 | 2013-02-01 | Composite oil cylinder and hydraulic machine with same and with double functions |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103089741A (en) * | 2013-02-01 | 2013-05-08 | 佛山市南海兴迪机械制造有限公司 | Composite oil cylinder and hydraulic machine with double action function with composite oil cylinder |
| CN108533560A (en) * | 2018-03-30 | 2018-09-14 | 天津市天锻压力机有限公司 | A kind of composite cylinder suitable for multi-cored forging press |
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2013
- 2013-02-01 CN CN 201320060565 patent/CN203239681U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103089741A (en) * | 2013-02-01 | 2013-05-08 | 佛山市南海兴迪机械制造有限公司 | Composite oil cylinder and hydraulic machine with double action function with composite oil cylinder |
| CN108533560A (en) * | 2018-03-30 | 2018-09-14 | 天津市天锻压力机有限公司 | A kind of composite cylinder suitable for multi-cored forging press |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20200507 Address after: 453621, Meng Zhuang village, Meng Town, Xinxiang City, Henan, Huixian Patentee after: HENAN MENGDIAN GROUP XINGDI FORGING AND STAMPING EQUIPMENT MANUFACTURING Co.,Ltd. Address before: 528247, Guangdong Province, Foshan City, South China Sea Yanbu Hexi Village Li wing Patentee before: FOSHAN NANHAI XINGDI MACHINERY MANUFACTURING Co.,Ltd. |
|
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20131016 |