KR20150001123U - Manufacturing equipment of construction separtie - Google Patents

Abstract

The present invention relates to a device for manufacturing a three-piece tie having a moving means, and a moving means is installed at the rear of the working table so that the manufactured tie tie is automatically moved.

Description

[0001] Manufacturing equipment for construction separtie [0002]

More particularly, the present invention relates to an apparatus for manufacturing a cube tie having a moving means, and more particularly, to a cube tie manufacturing apparatus for a cube tie manufacturing apparatus provided with a material input table for producing cube ties by sequentially supplying, forging and cutting materials from the rear to the front, A moving means including a moving means, a forging means, and a punching cutting means is provided at a front end of the work table, and a belt is provided at a front end of the work table for moving the processed material to a predetermined position, The present invention relates to an apparatus for manufacturing a cube tie having a moving means for moving a cube tie manufactured by means of a moving means without moving it by hand.

Generally, formwork is a structure for producing a frame that is made by pouring concrete into pillars, floors, walls, and the like. The plywood or steel plate is selectively used according to the construction characteristics to form the formwork. Type, tie-tie type, prestine type, and the like are used.

Among the above-mentioned form assemblies, the three-pillar type mold is provided with a cave tie to maintain the spacing between the molds. This prevents the gap between the molds through the engagement of the fixing pins when assembling the mold, It serves to prevent the gap from expanding. It is used to form the wall thickness together with the accessories such as body bolts, and is embedded in the mold after the concrete is poured.

For this purpose, a spiral wire is formed at one end of the three-piece tie coupled to the die, and a coupling hole 200 and a cutting groove 210 are formed at the other end.

Therefore, it is possible to fix the form or adjust the spacing using the septa tie.

However, the problem of the conventional apparatus for manufacturing a three-piece tie having a moving means is that the productivity is lowered compared to the production time of the cedar tie because the ceded tie is processed by moving the rod-shaped material one by one, There is a problem that the unit price is raised due to the rise of the working time of the septa as well as the deterioration.

In addition, the conventional septum tie manufacturing apparatuses can not be manufactured by continuously supplying a rod-like material, resulting in a problem that the production time is prolonged.

Particularly, in the conventional septic tie manufacturing apparatus, since the construction for automatically moving the manufactured septic tile S is not implemented at all, it is necessary for the operator to move the septa produced by the manual operation, .

◆ Detailed description ◆

Patent No. 1042341

Therefore, in order to solve the above problems, the present invention provides a work table having a work input table, a work moving means, a forging means, and a punching cutting means for sequentially feeding, forging, and cutting a work from the rear to the front, And a moving means provided with a belt for moving the processed material to a predetermined position as a moving position is provided at a front end of the work table to receive a rotating force of the driving motor, It is possible to improve the productivity by simplifying the manufacturing process of the septa tie. In addition, at least two fitting grooves for inserting the septa tie bars are formed on the belt of the moving means and are formed by two punching cutting means Since the manufactured septa is moved by being moved in the state of being fitted in the fitting groove, And it is possible to prevent it from accumulating on the belt and to prevent the belt from accumulating on the belt. In addition, a back plate having an inclined surface is coupled to the front of the work table, And it is an object of the present invention to provide a molding apparatus for a dies having a moving means for moving two sets of the settifie through a guide groove to a moving means.

According to the present invention,

A work table having a height and a predetermined width;

A material input table formed at a rear end of the work table so as to be downwardly inclined so as to supply the material to the work table;

A cradle formed at an equal spacing so that both sides of the material supplied to the work table are received through the material input tray;

An elevating cylinder which is formed at regular intervals so as to correspond to the elevating grooves and which is formed so as to be positioned on both sides of the elevating table and which moves the elevating cylinder by moving the moving table up and down to move the material placed in the elevating groove upward, A moving block for supporting the elevating cylinder, and a front and rear moving cylinder for moving the moving block forward and backward so that the material moved upward by the moving rod and the lifting cylinder can be moved to the mounting groove of the front rack Material conveying means;

A forging means formed of a forging plate and a forging hammer so as to be able to flatten the middle of the material moved forward by the material moving means;

Punching cutting means consisting of a punching cutting plate and a punching cutting hammer so as to form a hole and a cutting groove in a material whose middle is flattened by the forging means and to cut the middle of the material so as to manufacture the septa S;

A separating plate provided with an inclined surface coupled to the front of the work table so as to allow the separating tie produced by the punching cutting means to be discharged to the outside and a separating plate formed so as to be spaced apart from the separating plate, And a belt which is installed between the discharge plate and the separation preventing plate and which discharges the three-phase tie discharged to the outside through the discharge plate while being rotated by receiving the rotational force of the driving motor A moving means,

Wherein at least one fitting groove in which the rod provided in the cuff tie is fitted is formed on the belt of the moving means so that the moving means can be moved while being fitted in the fitting groove,

A moving plate is formed in a lower portion of the moving plate, and a moving cylinder for moving the moving plate is provided when one end of the moving plate moves by a predetermined number of movements.

According to the present invention, the work table is provided with a material input table, a material moving means, a forging means, and a punching and cutting means for sequentially feeding, forging and cutting the material sequentially from the rear to the front, A moving means having a belt for moving the machined workpiece to a predetermined position and a belt for moving the machined workpiece is installed on the front end of the workpiece, So that the manufacturing process of the septa tie can be simplified and the productivity can be improved.

In addition, since at least two fitting grooves in which the rods of the claw tie are fitted are formed on the belt of the moving means and the two claw ties formed by the punching and cutting means are moved in the state of being fitted in the fitting grooves, It is possible to prevent the accumulation of the cedar tie on the belt in advance.

In addition, a guide groove is formed in the back plate, and two set-up members made of the guide groove are quickly moved to the moving means or the middle plate is moved It is possible to expect the effect of preventing falling off to both sides of the workbench.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 and Fig. 2 are diagrams showing the entirety of a manufacturing apparatus for a three-ply tie according to the present invention; Fig.
3 is a perspective view showing a material moving means of the present invention;
Figs. 4 to 7 are diagrams showing an operating state of a material moving means in the present invention; Fig.
8 is a plan view of a septum tie manufacturing apparatus according to the present invention;
9 is a perspective view showing the belt of the moving means of the present invention.
Fig. 10 is a perspective view showing the back of the moving means of the present invention; Fig.
11 is a view showing a cedar tie produced by the apparatus for manufacturing cedar tie according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

According to the drawing,

A work table 10 having a height and a predetermined width;

(20) formed at a rear end of the work table (10) so as to be able to supply the work to the work table (10);

A cradle (40) having equidistant spacing grooves (41) for receiving both sides of the workpiece (10) fed through the material input table (20);

A moving table 60 formed at equal intervals and corresponding to the loading grooves 41 so as to be positioned on both sides of the loading table 40 and a moving table 60 which is moved up and down A moving block 63 for supporting the elevating cylinder 62 and an elevating cylinder 62 for moving the material placed in the elevating groove 41 upward (70) for moving the moving block (63) forward and backward so as to move the upper moved material to the mounting groove (41) of the mounting table (40) 50);

A forging means 80 composed of a forging plate 91 and a forging hammer 92 is provided so as to be able to flatten the middle of the material moved forward by the material moving means 50, and;

The punching cutter plate 110 and the punching cutter hammer 111 are formed so as to form a hole and a cut groove in the material whose middle is flattened by the forging means 80 and to cut the middle of the material, (100);

A discharge plate 130 provided with an inclined surface 131 coupled to the front of the work table 10 so as to discharge the septa S produced by the punching cutting means 100 to the outside, A separation preventing plate 133 formed to be spaced apart from the bottom plate 130 and prevented from falling down to the bottom of the bottom plate 130 discharged from the bottom plate 130, And a belt 141 for transferring the septa S discharged to the outside through the discharge tray 130 while being rotated by receiving the rotational force of the driving motor 140 Means (120)

At least one fitting groove 142 in which the rod P provided in the septum S is inserted is formed on the belt 141 of the moving means 120 so as to be moved in the state of being fitted in the fitting groove 142 To be moved to the container 160,

A moving plate 150 is formed at a lower portion of the moving box 160. When a predetermined number of the separating rods S moves into one end of the moving plate 150, And a movable cylinder 151 for moving the movable cylinder 151. The moving means is provided with a moving cylinder 151 for moving the movable cylinder 151.

The slope 131 is provided with a guide portion 132 protruding from the belt 141 of the moving means 120 so as to protrude from the separator S made of two pieces by the punching and cutting means 100 And a moving means for moving the workpiece to a predetermined position.

The operation state of the present invention is described as follows.

First, as shown in Fig. 1, a rod-like material is supplied to a material input table 20 provided at a left side end on the drawing, which is the rear side of the work table 10, in a downward sloping manner.

The material supplied to the material input table 20 is naturally rolled along the inclined end of the material input table and moved to the upper surface of the work table 10.

In order to prevent the material supplied to the material input table 20 from being directly introduced into the work table 10 as described above, the material input table 20 is installed so as to be spaced apart from the rear end of the work table, The shield plate 30 is installed between the input stand 20 and the shield plate 30 is formed to be inclined upward in the direction of the work table 10.

Therefore, the material introduced into the material input tray 20 is in close contact with one surface of the blocking plate 30. [

A cylinder 31 having a cylinder rod 32 is installed on one side of the blocking plate 30 so as to move the material adhering to the blocking plate 30 to the workbench 30, The cylinder rod 32 is moved upward and downward as shown in FIG. 2 to move the workpiece that is in close contact with the shielding plate 30 to the mounting groove 41 of the mounting table 40 as the work table 30.

The material moved to the mounting groove 41 of the cradle 40 is moved to the front of the work table 10 sequentially by the operation of the material moving means 50.

The operation of moving the workpiece to the front of the mount table 40 by the workpiece moving means 50 will now be described with reference to Figs. 4 to 7. Fig.

The moving base 60 moved downward as shown in FIG. 4 due to the operation of the elevating cylinder 62 is moved upward as shown in FIG. 5, and the material placed in the mounting groove 41 is moved to the moving groove 61 and simultaneously releases the material from the cradle 40.

The moving cylinder 60 is moved in the right direction in the drawing as shown in FIG. 6 while the back-and-forth moving cylinder 70 is operated in a state where the material is placed in the moving groove 61.

The moving table 60 is moved in the right direction and the elevating cylinder 62 is moved downward as shown in FIG. 7 so that the workpiece placed in the moving groove 61 is moved to the mounting groove 41 of the mounting table 40 .

When the workpiece is stuck in the mounting groove 41, the front and rear moving cylinders 70 are moved to the initial position as shown in FIG.

The work put in the workpiece input tray 20 is supplied to the forging means 80 while the above operation is repeatedly operated.

The material fed to the forging plate 90 of the forging means 80 is moved in the middle of the material as shown in FIG. 11 (a) while the forged hammer 92 located directly above the forging plate 90 is moved downward. Make it flat.

When the center of the work is flattened by the forging means 80, the work is moved by the punching cutting means 100 formed on the front upper portion of the work table 10 by the operation of the work moving means 50.

The material moved to the punch cutting plate 110 constituting the punching cutting means 100 is cut by the punch cutting hammer 111 located right above the punch cutting plate 110 to form two (S).

The septum S produced in this manner is discharged to the outside through the discharge plate 130 constituting the moving means 120 due to the operation of the material moving means 50.

At this time, the moving table 60 provided with the moving grooves 61 for moving the work to the front of the work table 10 is longer than the front and rear lengths of the table 40, The moving grooves 61 are also formed at regular intervals in the first grooves 60.

10, a clearance groove 134 is formed to allow upward, downward, forward and backward movement of the moving table 60 as shown in FIG. 10, so that the clearance groove 134 is formed in the front plate 130 formed in front of the work table 10, The saddle tongue S can be moved to the discharge tray 130 provided with the inclined surface 131 which is the moving means 120. [

The septum S discharged to the outside through the discharge plate 130 is introduced into the belt 141 which is rotated in one direction by receiving the rotational force of the driving motor 140, The septum S enters the moving box 160 located at the front end in the direction in which the driving motor 140 is rotated.

At this time, in order to prevent the septic tie S, which has been moved by the belt 141 along the sloping surface 131 of the back sheet 130, from escaping to the outside of the belt 141, 130, respectively.

That is, at the front end of the work table 10, the discharge plate 120 and the separation wall plate 133 are formed apart from each other, and the rotational force of the drive motor 140 is transmitted between the discharge plate 120 and the separation prevention plate 133 And a belt 141 which is rotatably received and installed is provided so that the three-ply ties S discharged to the outside through the discharge plate 120 are directly fed onto the belt 141. [

The septic tie S supplied to the belt 141 is moved in the direction in which the driving motor 140 is rotated and moved to the moving direction.

At this time, the pair of fitting grooves 142 are formed on the belt 141 as shown in FIG. 10 so that the S-shaped bar S is inserted.

Since the septum S is inserted into the fitting groove 142 provided in the belt 141 as described above, it is possible to prevent the septum S from being continuously moved on the belt 141, will be.

8, the belt 141 is coupled with a shaft 144 to which a pair of pulleys 143 are coupled to one surface of the detachment prevention plate 132, and is connected to the shaft 144, A driving motor 140 is installed on one surface of the driving motor 132 so that the belt 141 is rotated in a direction in which the driving motor 140 is rotated.

The septic tie S moved to the belt 141 provided with the fitting groove 142 naturally fits into the fitting groove 142 due to the load of the rod P and the direction in which the driving motor 140 rotates It is possible to expect the effect that the septum S can be quickly moved to (160).

A guide portion 132 is formed on the inclined surface 131 formed on the upper surface of the discharge plate 130 so that the septa tie S processed to the inside of the guide portion 132 is moved.

When the settler S moves to the movement 160 by the amount determined by the movement unit 120, the movable plate 151 mounted with the movement cylinder 151, which can move the movement 160 to the predetermined position, (150) to the lower part of the carriage (160).

Therefore, since the moving plate 160 having the moving cylinder 151 is automatically moved to the predetermined position, the operator can prevent the operator from being injured while moving the moving plate 160 will be.

10: work table, 20: material input stand,
30: a blocking plate, 31: a cylinder,
32: cylinder rod, 40: cradle,
41: mounting groove, 50: material moving means,
60: moving base, 61: moving groove,
62: lifting cylinder, 62: moving block,
70: front and rear moving cylinder, 80: forging means,
90: forged plate, 91: forged hammer,
100: punching cutting means, 110: punching cutting plate,
111: punching cutting hammer, 112: cutting projection,
120: means of transportation, 130: ship publication,
131: sloped surface, 132: guide portion,
133: separation preventing plate, 134: clearance groove,
140: drive motor, 141: belt,
142: fitting groove, 143: pulley,
142: shaft, 150: moving plate,
151: moving cylinder, 160: moving plate,
S: septa, P: rods,

Claims (2)

A work table 10 having a height and a predetermined width;
(20) formed at a rear end of the work table (10) so as to be able to supply the work to the work table (10);
A cradle (40) having equidistant spacing grooves (41) for receiving both sides of the workpiece (10) fed through the material input table (20);
A moving table 60 formed at equal intervals and corresponding to the loading grooves 41 so as to be positioned on both sides of the loading table 40 and a moving table 60 which is moved up and down A moving block 63 for supporting the elevating cylinder 62 and an elevating cylinder 62 for moving the material placed in the elevating groove 41 upward (70) for moving the moving block (63) forward and backward so as to move the upper moved material to the mounting groove (41) of the mounting table (40) 50);
A forging means 80 composed of a forging plate 91 and a forging hammer 92 is provided so as to be able to flatten the middle of the material moved forward by the material moving means 50, and;
The punching cutter plate 110 and the punching cutter hammer 111 are formed so as to form a hole and a cut groove in the material whose middle is flattened by the forging means 80 and to cut the middle of the material, (100);
A discharge plate 130 provided with an inclined surface 131 coupled to the front of the work table 10 so as to discharge the septa S produced by the punching cutting means 100 to the outside, A separation preventing plate 133 formed to be spaced apart from the bottom plate 130 and prevented from falling down to the bottom of the bottom plate 130 discharged from the bottom plate 130, And a belt 141 for transferring the septa S discharged to the outside through the discharge tray 130 while being rotated by receiving the rotational force of the driving motor 140 Means (120)
At least one fitting groove 142 in which the rod P provided in the septum S is inserted is formed on the belt 141 of the moving means 120 so as to be moved in the state of being fitted in the fitting groove 142 To be moved to the container 160,
A moving plate 150 is formed at a lower portion of the moving box 160. When a predetermined number of the separating rods S moves into one end of the moving plate 150, And a moving cylinder (151) for moving the movable cylinder (151). The method according to claim 1,
The slope 131 is provided with a guide portion 132 protruding from the belt 141 of the moving means 120 so as to protrude from the two pawl ties S produced by the punching cutting means 100 And a transfer means for transferring the molding material to the mold.

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