KR20060104719A - Multi apparatus for making created thing with using the pressure - Google Patents

Abstract

The present invention is coupled to the upper body 71 of the jig 70 is a male tool [40; to the piston 10 to be moved up and down in accordance with the pressure of the pump (P); The male cutting tool 40a, the male crimping tool 40b, or the male drilling tool 40c is selectively mounted and the female tool 50 is mounted on the lower body 72 of the jig 70. Arm cutting tool 50a, arm crimping tool 50b or arm drilling tool 50c] is selectively mounted to cut the reinforcing bar 1, to integrate the wire 2 and the terminal 3, and to the steel plate 4 ) Can be easily performed as a single body, and the cylinder 20 is simply coupled to the upper body 71 of the jig 70 by the coupling means 30, and at the same time the arm tool 50 To be detachably assembled to the lower body 72 of the jig 70 by the mounting means 60, and die-cast by the aluminum member 70a to manufacture the jig 70, which can greatly improve productivity. The invention relates to a pressure processing apparatus 100.

Description

MULTI APPARATUS FOR MAKING CREATED THING WITH USING THE PRESSURE}

1a to 1c are exploded perspective views showing the multi-pressure processing apparatus according to the present invention by type.

2A to 2C are cross-sectional views showing the multi-pressure processing apparatus according to the present invention by type.

3A to 3C are perspective views each showing a resultant (workpiece) obtained by using the multi-pressure processing apparatus according to the present invention for each type;

       Explanation of symbols on the main parts of the drawings

P: Pump K: Key

KH: Keyway TB: Tension Ball

NG: Screw hole WB1, WB2: Wrench bolt

S: Spring B: Ball

1: rebar 2: wire

3: terminal 4: iron plate

10: piston 11: locking jaw

20: cylinder 30: coupling means

31: stopper 32: ring groove

33: snap ring 34: bushing

40: male tool 40a: male cutting tool

40b: male crimping tool 40c: male punching tool

41: piston hole 50: arm tool

50a: female cutting tool 50b: female pressing tool

50c: arm drilling tool 51: mounting hole

60: mounting means 61: mounting groove

62: mounting medium 62a: mounting rod

70 jig 70a aluminum member

70b: Strong 71: Superstructure

71a: vertical hole 72: lower body

100: multi pressure processing equipment

The present invention relates to a multi-pressure processing apparatus, and more particularly, to a multi-pressure processing apparatus that can perform cutting, compression and drilling operations of the workpiece as a single unit at various construction sites.

In general, in order to drill iron plate in various construction sites, a punching device using pressure is used, and a pressing device using pressure is used to integrate wires and terminals together. Each cutting device used is utilized.

However, such a perforation device, a pressing device and a cutting device are manufactured separately for each use field, so it is rather inconvenient in a construction site that is forced to perform a complex work, and construction costs must also be purchased separately. There was a problem that must be greatly increased.

An object of the present invention is to selectively mount a male tool (male cutting tool, male pressing tool or male drilling tool) to the piston which is coupled to the upper part of the jig and moved up and down according to the pressure of the pump, and the female tool [ Arm cutting tool, arm pressing tool or arm drilling tool] can be selectively installed to easily perform cutting work of reinforcing bars, integration of wires and terminals, drilling work of steel plate, etc. It can be easily combined with a coupling means to the sieve, and at the same time, the arm tool can be detachably assembled to the lower body of the jig by a mounting means, and the jig is made of an aluminum member manufactured by die casting, which can greatly improve productivity. The present invention provides a pressure processing device.

The present invention for achieving the above object,

Multi-pressure machining including a jig integrally formed so that the upper body having a cylinder with a piston on which a male tool is mounted and the lower body with a female tool opposed to the male tool face each other are moved up and down according to the pressure of the pump. In the apparatus,

The male tool is any one selected from a male cutting tool, a male pressing tool and a male drilling tool detachably assembled to the piston,

The female tool is characterized in that the basic technical features of the male cutting tool, male pressing tool or male drilling tool corresponding to the male cutting tool, female pressing tool or female drilling tool respectively.

The present invention for achieving the above object,

Mounting to mount an upper body having a vertical hole for vertically engaging a cylinder in which a piston in which a male tool is mounted is mounted up and down according to the pressure of the pump in a vertical direction through a coupling means and a female tool opposite to the male tool. In a multi-pressure processing apparatus comprising a jig integrally molded so that the lower bodies with means face each other,

The coupling means

And a stopper protruding from the upper outer periphery of the cylinder, a ring groove recessed into the lower outer periphery of the cylinder, and a snap ring fitted into the ring groove.

The present invention for achieving the above object,

Mounting means for mounting an upper body having a vertical hole for vertically engaging a cylinder having a piston in which a male tool is mounted and being vertically moved according to the pressure of the pump through a coupling means and an arm tool opposite to the male tool. In the multi-pressure processing apparatus comprising a jig integrally formed so that the lower body having a facing each other,

The mounting means includes a mounting medium having a mounting groove recessed in the bottom surface of the lower body, and a mounting rod mounted on the mounting groove and protruding upwardly to receive the arm tool detachably. It is a basic characteristic on configuration.

The present invention for achieving the above object,

The upper body having a cylinder with a piston for mounting a male tool and moving up and down according to the pressure of the pump, and the jig which is integrally formed so that the lower body faces each other to mount the female tool opposite to the male tool. In the pressure processing device,

The male tool has a piston hole for receiving the piston,

The piston has a locking jaw supporting the male tool and at the same time a tension ball is inserted into and mounted on the side to detachably hold the male tool.

The present invention for achieving the above object,

Multi-pressure machining including a jig integrally formed so that the upper body having a cylinder with a piston on which a male tool is mounted and the lower body for mounting a female tool opposite to the male tool face each other. In the apparatus,

The jig is a basic feature of the technical configuration of the aluminum member made of die casting.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings, and through these embodiments, the objects, features, and advantages of the present invention can be more easily understood.

1A to 1C are exploded perspective views illustrating the multi-pressure processing apparatus 100 according to the present invention, and FIGS. 2A to 2C are cross-sectional views illustrating the multi-pressure processing apparatus 100 according to the present invention.

The multi-pressure processing apparatus 100 according to the present invention includes a jig 70 integrally formed such that the upper body 71 and the lower body 72 face each other, as shown in FIGS. 1A to 2C. The upper body 71 and the arm opposite to the male tool 40 having a cylinder 20 containing the piston 10 is moved up and down in accordance with the pressure of the pump (P) is mounted to the male tool 40 Basically, the lower body 72 on which the tool 50 is mounted includes a jig 70 integrally formed so as to face each other, and the jig 70 further includes the upper body 71 and the lower body 72 having a Hangul consonant. (Iii) or integrally formed with a semicircular arc (C) so that the workpiece can be easily located between the male tool 40 and the female tool 50.

Preferably, the upper body 71 of the jig 70 is moved up and down according to the pressure of the pump (P) and the coupling means 30, the cylinder 20 containing the piston 10 to which the male tool 40 is mounted. It has a vertical hole (71a) for coupling in the vertical direction through, the lower body 72 of the jig 70 has a mounting means 60 for mounting the arm tool 50 opposite to the male tool 40 Have

In this case, the male tool 40 may be a male cutting tool 40a, a male pressing tool 40b, or a male drilling tool 40c detachably assembled to the piston 10, and the female tool 50 may be male cutting. It may be an arm cutting tool 50a, an arm pressing tool 50b, or an arm drilling tool 50c corresponding to the tool 40a, the male pressing tool 40b, or the male drilling tool 40c, respectively.

3A to 3C are perspective views each showing a resultant (workpiece) obtained by using the multi-pressure processing apparatus 100 according to the present invention for each type.

When cutting the reinforcing bar 1 as shown in Figure 3a as shown in Figures 1a and 2a male tool 40 and arm tool 50 is a male cutting tool 40a and arm cutting tool 50a In order to integrate the wire 2 and the terminal 3 as shown in FIG. 3B, the male tool 40 and the female tool 50 are male as shown in FIGS. 1B and 2B. The male tool 40 and the female tool are utilized when using the crimping tool 40b and the arm crimping tool 50b, and to drill the iron plate 4 as shown in FIG. 3C. 50 utilizes a male boring tool 40c and an arm boring tool 50c.

As a result, the multi-pressure processing apparatus 100 according to the present invention moves the cylinder 20 and the piston 10 assembled in one jig 70 to perform various operations such as cutting, pressing, and drilling used in various construction sites. Male tool [40] only; A male cutting tool 40a, a male crimping tool 40b, or a male drilling tool 40c] and an arm tool 50; It can be seen that the arm cutting tool 50a, arm pressing tool 50b, or arm drilling tool 50c can be easily realized by appropriate replacement.

At this time, the coupling means 30 is formed in the stopper 31 protruding from the upper outer periphery of the cylinder 20, the ring groove 32 recessed in the lower outer periphery of the cylinder 20, and the ring groove 32. Consists of a configuration including a snap ring 33 to be fitted to facilitate the disassembly and assembly of the cylinder 20 incorporating the piston 10, more preferably between the vertical hole 71a and the snap ring 33 When the bushing 34 further includes a bushing 34 fitted to the cylinder 20 to be positioned, the coupling of the cylinder 20 can be more firmly achieved.

On the other hand, the mounting means 60 is mounted to the mounting groove 61 recessed in the bottom surface of the lower body 72, and is mounted in the mounting groove 61 protrudes upward to receive the arm tool 50 detachably Mounting medium 62 having a mounted rod 62a, and furthermore, the arm tool 50 has a mounting hole 51 for receiving the mounting rod 62a, the mounting rod 62a being armed. Tension ball (TB) is inserted into the side to detachably hold the tool 50, the mounting rod (62a) has a key (K) and the mounting hole 51 has a key groove (KH) Is done.

The mounting medium 62 having the mounting rod 62a projecting upwardly to receive the arm tool 50 in a detachable manner is detachably mounted in the mounting groove 61 of the lower body 72 so that the vertical hole 71a is mounted. ) And the jig 70 having only the mounting groove 61 can be more easily manufactured, and the mounting hole 51 of the female tool 50 is mounted on the mounting rod 62a of the mounting medium 62. ) And key grooves (KH) and the elastic coupling of the tension ball (TB) to each other by being detachably assembled to replace the parts of the arm tool 50 during cutting, pressing or drilling of the workpiece further It can be easily realized.

On the other hand, the male tool 40 has a piston hole 41 for receiving the piston 10, the piston 10 has a locking jaw 11 for supporting the male tool 40 and at the same time the male tool ( A tension ball (TB) is inserted into and mounted on the side to detachably hold the 40, and a key (K) is formed in the piston (10) and a key groove (KH) is formed in the piston hole (41). Make it easy to achieve

Therefore, the tension ball TB and the key K are provided in the piston 10 so as to receive the male tool 40 elastically and detachably, and the key groove KH is formed in the piston hole 41 to form the workpiece. Part replacement of the male tool 40 at the time of cutting, pressing and drilling can be realized very easily.

At this time, the tension ball (TB) inserted into the mounting rod (62a) or the piston 10 is drilled through the screw hole (NG) in the horizontal direction of the mounting rod (62a) or the piston 10 and the spring (S) and the ball ( B) is completed by inserting the wrench bolt (WB1; Wrench Bolt) with a built-in screw hole (NG) and can be added to the additional wrench bolt (WB2) to maximize the fixing force, in the present invention, the overall tension ball (TB) Let's call it).

In addition, the jig 70 applied to the multi-pressure processing apparatus 100 according to the present invention may be made of an aluminum member 70a manufactured by die casting, and more preferably, a steel core 70b is formed inside the aluminum member 70a. It is made of a configuration that includes more.

The aluminum member 70a is excellent in malleability, ductility and corrosion resistance, and can be suitably manufactured by die casting, and is light in weight, thereby greatly reducing the overall weight of the multi-pressure processing apparatus 100, and having a strong core inside the aluminum member 70a ( The addition of 70b) can greatly enhance its robustness.

Referring to the operation of the multi-pressure processing apparatus 100 according to the present invention made of the above configuration is as follows.

First, when cutting the reinforcing bars 1 and the like as shown in FIG. 3A, the piston of the cylinder 20 assembled to the upper body 71 of the jig 70 as shown in FIGS. 1A and 2A ( 10) insert the male cutting tool 40a into the mounting groove 61 provided in the lower body 72 of the jig 70, and at the same time, the female cutting tool to the mounting rod 62a. Insert (50a).

At this time, the piston 10 and the male cutting tool (40a) is made by the combination of the key (K) and the key groove (KH) can be made elastically coupled by the tension ball (TB), mounting rod 62a And the arm cutting tool (50a) is also determined by the combination of the key (K) and the key groove (KH) it is possible to achieve an elastic coupling by the tension ball (TB).

Subsequently, the rebar 1 is placed on the arm cutting tool 50a and then the pump [P; The piston 10 is moved downward by driving a pneumatic pump, preferably a hydraulic pump (hydraulic manual pump, hydraulic electric pump or hydraulic engine pump) to provide high pressure to the cylinder 20.

The downward movement of the piston 10 allows the male cutting tool 40a to pressurize the reinforcing bar 1 and is supported by the force supported by the female cutting tool 50a and the pressing pressure of the male cutting tool 40a. 1) can be cut naturally.

Next, when the wire 2 and the terminal 3 are to be integrated as shown in FIG. 3B, a cylinder assembled to the upper body 71 of the jig 70 as shown in FIGS. 1B and 2B. The male crimping tool 40b is inserted into the piston 10 of the 20 and the mounting medium 62 is mounted in the mounting groove 61 provided in the lower body 72 of the jig 70. Insert the female crimping tool (50b) into 62a).

Subsequently, the piston 10 is lowered by placing the electric wire 2 and the terminal 3 on the female crimping tool 50b while allowing the electric wire 2 and the terminal 3 to be superimposed and then driving the pump P to provide a high pressure to the cylinder 20. Let's move on.

The downward movement of the piston 10 allows the male crimping tool 40b to press the overlapping portion of the wire 2 and the terminal 3, and the supporting force and the male crimping tool 40b of the female crimping tool 50b. By the pressing pressure of), the wire 2 and the terminal 3 can be naturally integrated.

Finally, when the iron plate 4 is to be drilled as shown in FIG. 3C, the piston of the cylinder 20 assembled to the upper body 71 of the jig 70 as shown in FIGS. 1C and 2C ( 10) Insert the male drilling tool 40c into the mounting groove 61 provided in the lower body 72 of the jig 70, and at the same time arm mounting tool 62a on the mounting rod 62a. Insert (50c).

Subsequently, the piston 10 is moved downward by placing the iron plate 4 on the arm drilling tool 50c to drive the pump P to provide a high pressure to the cylinder 20.

The downward movement of the piston 10 enables the male drilling tool 40c to pressurize the iron plate 4, and the steel plate (c) is supported by the force supported by the female drilling tool 50c and the pressing pressure of the male drilling tool 40c. 4) is naturally drilled.

As described above, according to the multi-pressure processing apparatus 100 according to the present invention, the male tool 40 is coupled to the upper body 71 of the jig 70 and moves upward and downward according to the pressure of the pump P. ), That is, the male cutting tool 40a, the male pressing tool 40b, or the male drilling tool 40c is selectively mounted and the female tool 50, that is, the female cutting tool ( 50a), a female crimping tool 50b or a female punching tool 50c are selectively mounted to cut the reinforcing bar 1, to integrate the wires 2 and the terminal 3, to drill the iron plate 4, and the like. There is an excellent effect that can be easily performed as a single unit.

That is, the male tool [40; only by the movement of the cylinder 20 and the piston 10 assembled in one jig 70 for various operations such as cutting, pressing, drilling, etc. used in various construction sites; A male cutting tool 40a, a male crimping tool 40b, or a male drilling tool 40c] and an arm tool 50; The arm cutting tool 50a, arm pressing tool 50b or arm drilling tool 50c] can be easily and easily realized by appropriate replacement.

The stopper 31 protruding from the upper outer periphery of the cylinder 20, the ring groove 32 recessed in the lower outer periphery of the cylinder 20, and the snap ring 33 fitted into the ring groove 32. There is an advantage that the coupling means 30 can be easily assembled detachably the cylinder 20 incorporating the piston 10 in the vertical hole 71a of the jig 70, and the vertical hole 71a and By further including a bushing 34 fitted to the cylinder 20 positioned between the snap rings 33, there is an advantage that the coupling of the cylinder 20 can be more firmly and tightly implemented.

In addition, the mounting medium 62 having the mounting rod 62a protruding upwards to receive the arm tool 50 in a detachable manner is detachably mounted in the mounting groove 61 of the lower body 72 so that the vertical hole is provided. The jig 70 having only the 71a and the mounting groove 61 can be manufactured more easily and conveniently, and the mounting hole 51 of the female tool 50 is provided in the mounting rod 62a of the mounting medium 62. The combination of the key K and the key groove KH and the elastic coupling of the tension ball TB detachably attach to each other so that the replacement of the parts of the arm tool 50 during cutting, pressing, and drilling of the workpiece can be performed. There is an advantage that can be easily realized.

Then, a tension ball TB and a key K are provided in the piston 10 to receive the male tool 40 elastically and detachably, and a key groove KH is formed in the piston hole 41 to form the workpiece. There is an advantage that the replacement of parts of the male tool 40 at the time of cutting, crimping and drilling can be realized very easily.

In particular, the jig 70 applied to the multi-pressure processing apparatus 100 according to the present invention is manufactured as an aluminum member 70a manufactured by die casting, and the steel core 70b is further included in the aluminum member 70a to produce There is an excellent effect that can be pursued together with ease and robustness.

As can be seen from the above object, configuration, and effect of the present invention, the present invention is coupled to the upper body 71 of the jig 70, and the male tool [ 40; The male cutting tool 40a, the male crimping tool 40b, or the male drilling tool 40c is selectively mounted and the female tool 50 is mounted on the lower body 72 of the jig 70. Arm cutting tool 50a, arm crimping tool 50b or arm drilling tool 50c] is selectively mounted to cut the reinforcing bar 1, to integrate the wire 2 and the terminal 3, and to the steel plate 4 ) Can be easily performed as a single body, and the cylinder 20 is easily coupled to the upper body 71 of the jig 70 by the coupling means 30, and at the same time the arm tool 50 ) Can be detachably assembled to the lower body 72 of the jig 70 by the mounting means 60, and the jig 70 is made of an aluminum member 70a manufactured by die casting to greatly improve productivity. It is to be noted that the greatest core technology, other changeable configurations can be understood as the number of various cases, the present invention includes all of the number of such changeable cases, and the interpretation of the claims are also equivalent.

Claims (10)

The upper body 71 having a cylinder 20 having a piston 10 in which the male tool 40 is mounted and moving up and down according to the pressure of the pump P and the female tool opposite to the male tool 40. In the multi-pressure processing apparatus 100 which comprises the jig 70 integrally formed so that the lower body 72 which mounted 50 may face each other, The male tool 40 is any one selected from a male cutting tool 40a, a male pressing tool 40b, and a male drilling tool 40c detachably assembled to the piston 10, The arm tool 50 may be an arm cutting tool 50a, an arm pressing tool 50b, or an arm drilling tool corresponding to the male cutting tool 40a, the male pressing tool 40b, or the male drilling tool 40c, respectively. 50c) multi-pressure processing apparatus 100, characterized in that. The vertical hole 71a for vertically moving the cylinder 20 including the piston 10 to which the male tool 40 is mounted in the vertical direction through the coupling means 30 is moved up and down according to the pressure of the pump P. And a jig 70 integrally formed such that the upper body 71 having the upper body 71 and the lower body 72 having the mounting means 60 for mounting the female tool 50 opposite the male tool 40 face each other. In the multi-pressure processing apparatus 100, The coupling means 30 A stopper 31 protruding from the upper outer periphery of the cylinder 20, a ring groove 32 recessed in the lower outer periphery of the cylinder 20, and a snap ring 33 fitted into the ring groove 32. Multi-pressure processing apparatus 100, characterized in that comprises a. The method of claim 2, The coupling means 30 And a bushing (34) inserted into the cylinder (20) and positioned between the vertical hole (71a) and the snap ring (33). The vertical hole 71a for vertically moving the cylinder 20 including the piston 10 to which the male tool 40 is mounted in the vertical direction through the coupling means 30 is moved up and down according to the pressure of the pump P. And a jig 70 integrally formed such that the upper body 71 having the upper body 71 and the lower body 72 having the mounting means 60 for mounting the female tool 50 opposite the male tool 40 face each other. In the multi-pressure processing apparatus 100, The mounting means 60 is Mounting grooves 61 recessed and molded in the bottom surface of the lower body 72, and mounting rods 62a protruding upwardly to receive the arm tool 50 detachably and attached to the mounting grooves 61. Multi-pressure processing apparatus 100, characterized in that it comprises a mounting medium (62) having a. The method of claim 4, wherein The arm tool 50 has a mounting hole 51 for receiving the mounting rod 62a, The mounting rod (62a) is a multi-pressure processing apparatus (100), characterized in that the tension ball (TB) is inserted into the side so as to detachably hold the arm tool (50). The method of claim 5, The mounting rod 62a has a key K, The mounting hole 51 is a multi-pressure processing apparatus (100), characterized in that it has a key groove (KH). The upper body 71 having a cylinder 20 having a piston 10 in which the male tool 40 is mounted and moving up and down according to the pressure of the pump P and the female tool opposite to the male tool 40. In the multi-pressure processing apparatus 100 for mounting 50, the lower body 72 includes a jig 70 integrally formed so as to face each other. The male tool 40 has a piston hole 41 for receiving the piston 10, The piston 10 has a locking jaw 11 for supporting the male tool 40 and at the same time the tension ball (TB) is inserted into the side to detachably hold the male tool 40 Multi pressure processing apparatus 100 characterized in that. The method of claim 7, wherein The piston 10 has a key K, Multi-pressure processing apparatus 100, characterized in that the piston hole 41 has a key groove (KH). The upper body 71 having a cylinder 20 having a piston 10 in which the male tool 40 is mounted and moving up and down according to the pressure of the pump P and the female tool opposite to the male tool 40. In the multi-pressure processing apparatus 100 which comprises the jig 70 integrally formed so that the lower body 72 which mounts 50 may face each other, The jig 70 is a multi-pressure processing apparatus 100, characterized in that made of an aluminum member (70a) is produced by die casting. The method of claim 9, The jig (70) is a multi-pressure processing apparatus (100), characterized in that further comprises a steel core (70b) in the aluminum member (70a).

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