KR200267274Y1 - An apparatus for leading a belt of stacker tripper part - Google Patents

Abstract

The present invention relates to a tripod belt wound induction device of a soft and raw material stacking staka equipment installed in the trapa section of a stacker, which is a device for placing a soft and raw material in the loading yard. The belt induction device is installed in the tripa to guide the floating of the injured ball belt to guide the flow of the ground belt, and at the same time, the transported material transferred to the tripa part when the lead and raw materials are loaded into the carrier stand of the tripa belt. The present invention relates to a trifabu belt injury induction device of soft and raw material steak equipment which prevents the overturning phenomenon.

In particular, the present invention is an apparatus for preventing the overturning phenomenon of the ground belt provided in the tripod portion of the locator for placing raw fuel in the yard yard, weight fixing bracket; Floating weight bar; Auxiliary weight bar; Anti-floor roll shafts; And it provides a tripod belt injury induction device of the soft, raw material storage steak equipment consisting of the floating induction stand.

Description

Tribubu belt induction device of soft and raw material steak equipment {AN APPARATUS FOR LEADING A BELT OF STACKER TRIPPER PART}

The present invention relates to a tripod belt induction device of soft and raw material stacking staka equipment installed in the trapa section of the STACKER, which is a device for stacking the soft and raw materials in the loading yard. The belt induction device is installed in the tripa to guide the floating of the injured ball belt to guide the flow of the ground belt, and at the same time, the transported material transferred to the tripa part when the lead and raw materials are loaded into the carrier stand of the tripa belt. The present invention relates to a trifabu belt injury induction device of soft and raw material steak equipment which prevents the overturning phenomenon.

In general, when transferring the raw or fuel transported by sea or land to the loading yard (YARD), the use of the stacker (STACKER) is used. The belt overturning prevention device is installed due to the frequent occurrence of injuries and upsets in the tripa part.

That is, since a large amount of raw and fuel falls due to the flipping phenomenon of the transport belt, and the facility travel occurs, the ground belt conveyor intersects with the trapping tripper to prevent the flipping of the ground belt. A belt overturning prevention device is installed at the upper end of the tripha part.

1 is a view showing the operating state of the belt overturning prevention device of the prior art, the belt overturning prevention device 10 is installed on the upper side of the tripa 12 portion, the above-mentioned tripod (12) above the ground The belt conveyor 14 is installed, and the ground belt 16 is installed at the upper part of the tripa 12 portion, wherein the ground belt 16 and the tripa 12 portion prevent the belt from being flipped therebetween. The device 10 is installed.

In the belt overturning prevention device 10, one side of the floating bar 20 is coupled to the upper surface of the tripa 12 via the floating bar fixing bracket 18, and the other side of the floating bar 20 is connected. It is coupled to the middle of the floating stand support beam (24).

The floating stand support beam 24 is coupled to the two floating stand 26 moving in one axis at the end and the floating stand 26 is coupled to the transfer roll 28 to the inside of the floating stand 26, the above The bar 20 is connected to the weight 32 by the wire rope 30 is coupled to the end.

In the above-mentioned tripa 12, a weight induction base 34 is formed at the end to protrude upward, and the weight base 32 is coupled to the induction base 34 therebetween upward and downward. , Are coupled to descend, the sheave 36 is formed in the upper horizontal portion of the induction base 34 and the wire rope 30 is in close contact with the sheave 36.

At this time, the wire rope 30 is one side is connected to the end of the floating bar 20 and the other side is connected to the center of the weight 32 to induce the injury of the ball belt to prevent the flipping phenomenon.

The conventional belt overturning prevention device 10 described above has a structure in which the floating and descending induction operation of the floating stand 26 is operated by the wire rope 30 connecting the weight 32. The rope 30 is often cut early in close contact with the sheave 36 due to repeated injuries and descending induction work, and this causes the ground belt 16 to be twisted and flipped at the same time when the floating stand 26 is twisted. There is a problem that the facility trable is generated, the transport operation for the raw, fuel is completely paralyzed.

Second, when the above ground belt 16 is injured upwards, if the height of the ground belt 16 is higher than the height of the floating stand 26, the floating stand 26 does not accurately guide the ground belt 16. There is a problem that the original and the fuel transported by the wind or the ground belt 16 is turned upside down and rotated, thereby falling.

Thirdly, the belt overturning prevention device 10 provided between the tip of the tripper 12 portion and the ground belt 16 of the picking-up has no members for supporting the ground belt 16 but guiding it. When the height of the ground belt 16 rises two to three times higher than the height of the trippa 12 due to the difference in height between the end of the tripa 12 portion and the ground belt 16, the belt flipping phenomenon frequently occurs. There is a problem that occurs.

The present invention has been devised to solve the above problems, the present invention is a structure in which the floating induction stand for inducing the injury of the ball belt in the tripod portion of the accumulator is induced by the double weight of the integral floating induction weight bar It is formed and controlled to a certain height by the anti-floor roll to guide the ground belt to provide a device that guides the ground belt to the tripabu to descend by the weight when transporting transport materials, such as raw, fuel, etc. The purpose of the present invention is to provide an induction device for tripod belt injury of soft and raw material steak equipment to completely solve the problem.

1 is a view showing the operating state of the conventional belt overturning prevention device.

Figure 2 is a perspective view showing an operating state of the belt injury induction apparatus of the present invention.

Figure 3 is an enlarged detailed view of the belt injury induction apparatus of the present invention.

4 is a plan view of the belt induction apparatus of the present invention.

Figure 5 is a view showing an exploded state of the floating weight bar and the auxiliary weight bar constituting the belt injury induction apparatus of the present invention.

Figure 6 is a view showing an exploded state of the floating induction weight bar and floating induction stand for the present invention.

Figure 7 is an exploded state of the induction weight bar, auxiliary weight bar and floating induction stand for the present invention.

8 is an operating state of the present invention

Explanation of symbols on the main parts of the drawings

50: belt injury induction device 52: tripa

54: ground belt conveyor 56: floating weight bar

58: built-in weight 60: support bar to prevent injury

62,78: fastener 64: weight fixing pin

66: fastening nut 68: half moon stopper

70: weight fixing bracket 72: auxiliary weight bar

74: external weight 76: stopper bracket

80: floating guide stand 82: connecting shaft

84: belt feed roll 86: injury prevention roll

88: floating prevention roll shaft

The present invention, in order to achieve the above object, the present invention, in the device for preventing the overturning phenomenon of the ground belt is installed in the tripod portion of the weeping moisturizing the raw, fuel in the loading yard, fixed to one side front of the tripod portion Weight fixing bracket;

It is coupled to the weight fixing bracket is rotatable and consists of two pairs, while the middle portion is bent in the form of "b" and the built-in weight of the rectangular cross section is formed at the rear, the fastening hole is formed in the position to be combined with the fixing bracket And an anti-injury support bar is coupled to a position bent at an angle of 90 ° at one front, and an induction weight bar at which another fastening hole is formed at the end of the 90 ° angle and the anti-injury support bar;

The floating induction is coupled to the bent position of the middle portion of the weight bar, the inner surface is penetrated to form a "C" cross-section in the longitudinal direction, the external weight is formed in the rear of the longitudinal direction, the floating induction weight bar is fastened An auxiliary weight bar having a fastening hole formed at a position, and having a stopper bracket protruding from the fastening hole;

An injury prevention roll shaft coupled to the end of the injury prevention support bar, the injury prevention roll being installed at the center in the longitudinal direction, and forming a block sealed with the injury prevention support bar; And,

The above-mentioned induction induction weight is fastened to the portion where the weight bar and the anti-injury support bar are coupled, while being manufactured in a bar structure and formed in a square shape, the connecting shaft protrudes on both sides and is coupled to the fastening hole welded to the anti-injury support bar, and longitudinal It is to provide a tripod belt induction device of the soft, raw material steak equipment consisting of a floating support stand formed on both sides of the roll support and the belt feed roll.

Hereinafter, with reference to the accompanying drawings will be described the configuration and operating state of the present invention.

Figure 2 is a perspective view showing the operating state of the belt injury induction apparatus of the present invention, the belt injury induction apparatus 50 is installed on top of the ground belt conveyor 54 in a structure that is coupled to the tripa 52.

The belt injury induction device 50 is mainly composed of two floating induction weight bar 56, two auxiliary weight bar 72, the floating induction stand 80 and the anti-injury roll 86.

The above-mentioned induction weight bar 56 and the auxiliary weight bar 72 induces the injuries of the ground belt, and the above-mentioned injuries prevention roll 86 prevents the inversion of the ground belt and the flipping action during the lowering.

The floating weight bar 56 has a structure in which the bar body of the auxiliary weight bar 72 is coupled to both sides of the bar body in close contact with the auxiliary weight bar 72 while the built-in weight 58 is lifted and lowered. It is formed to be coupled to the interior of the external weight (74).

Figure 3 is an enlarged detailed view of the belt injury induction apparatus of the present invention, the two floating induction weight bar 56 of the belt injury induction apparatus 50 constitutes one set, the above induction weight bar ( 56 is formed so that the shape of the weight bar is bent in the "b" shaped cross-section, the induction induction weight bar 56, the auxiliary weight bar 72 is coupled to the bent intermediate portion, the induction induction weight The anti-floating support bar 60 is welded to the bar 56 at one side, the anti-floating support bar 60 is fixed to the anti-floating roll shaft 88, and the anti-floating roll shaft 88 is The anti-floating roll 86 is fixed to the middle portion in the longitudinal direction.

The auxiliary weight bar 72 is fastened to the bent middle weight bar 56 at the bent middle part, while the auxiliary weight bar 72 is formed to penetrate the inner side in the form of a substantially "c" cross section. Is produced.

In addition, the floating induction weight bar 56 is formed in an integral structure by coupling the connecting shaft 82 of the floating induction stand 80 to the portion where the injury prevention support bar 60 is coupled.

4 is a plan view of the belt induction apparatus of the present invention, wherein the floating induction weight bar 56 is formed with a half-moon stopper 68 at an intermediate portion that is bent, and the auxiliary weight bar 72 has a floating induction weight. A stopper bracket 76 is formed at a portion engaged with the bar 56.

5 is a view showing an exploded state of the floating induction weight bar and the auxiliary weight bar constituting the belt injury induction apparatus of the present invention, the floating induction weight bar 56, the fastening hole 62 in the middle bent portion The formed stopper 68 is formed adjacent to the fastening hole 62 and the floating weight bar 56 is coupled to the auxiliary weight bar 72 at the bent middle portion.

At this time, the floating induction weight bar 56 is formed to be connected to the fastening hole 62 so that the half-moon stopper 68 protrudes to the outside, and the auxiliary weight bar 72 has one side in which the fastening hole 78 is formed. The stopper bracket 76 is formed to protrude from the bar body, and the weight induction weight bar 56 and the auxiliary weight bar 72 are coupled to the weight fixing pin 64 to be fixed by the fastening nut N.

The floating induction weight bar 56 is provided with a weight fixing bracket 70 at the lower portion is welded to the upper end of the tripod portion.

FIG. 6 is a view showing an exploded state of the induction weight bar and the induction stand for the present invention, and the induction stand 50 for the induction weight bar 56 and the anti-injury support bar 60 is welded. It is fastened, the anti-injury support bar 60 is installed in the upper anti-injury prevention roll 86 and the floating induction stand 80 is installed on both sides of the belt feed roll 84 is installed on the upper side of the roll stand At this time, the ground belt is positioned between the floating guide stand 80 and the anti-floating roll 86 because the anti-floating support bar 60 and the anti-floating roll 86 are combined to form a sealed structure. .

7 is an exploded state diagram of the induction weight bar, auxiliary weight bar and the induction stand for the present invention, the induction weight bar 56 is a fastening hole 62 is formed in the bent intermediate portion, The floating induction weight bar 56 is welded so as to be connected in the longitudinal direction to one side in front of the anti-injury support bar 60 to maintain a 90 ° angle, and the anti-injury support bar 60 has a fastening hole 62 at the end thereof. Is formed.

That is, the above-mentioned induction weight bar 56 is formed with three fastening holes 62 in the longitudinal direction from the rear to the auxiliary weight bar 72, the connecting shaft 82 of the floating induction stand 80 and the prevention of injury The roll shaft 88 is engaged.

The injury induction weight bar 56 is coupled to the anti-injury support bar 60 on one side, at this time the fastening hole of the anti-injury support bar 60 (the fastening hole installed in connection with the above-mentioned induction weight bar is The same reference numeral; 62 is coupled to the connecting shaft 82 of the floating induction stand 80, the floating induction stand 80 is to support the ground belt from the bottom.

In the auxiliary weight bar 72, a fastening hole 78 is formed at an open portion of one front side so that the weight fixing pin penetrates, and an external weight 74 is formed at the rear side.

The anti-injury support bar 60 formed at one side of the above-mentioned induction weight bar 56 is coupled to the anti-injury roll shaft 88 formed by forming the anti-injury roll 86 in the center of the fastening hole 62. .

The floating induction stand 80 is formed in a structure in which a bar (BAR) -shaped body is bent and sealed, the floating induction stand 80 is formed in a square shape with a bar body structure and the floating induction stand ( The connecting shaft 82 is formed on both sides of the bar body so as to face each other, and the floating guide stand 80 includes a belt feed roll 84 on a roll support 90 protruding upward to the bar body in the longitudinal direction. ) Is a structure in which a plurality of bars are coupled, and the center portion of the bar body is bent inward to form a structure in which the ground belt is seated.

On the other hand, the above-mentioned belt injury induction device 50 has a built-in weight 58 installed at the rear when the floating induction weight bar 56 and the auxiliary weight bar 72, the operation principle of the floating induction weight bar 56 is lowered Inserted into the inner groove of the external weight 74 of the auxiliary weight bar 72, the vandal-shaped stopper 68 of the weight-induced weight bar 56 and the stopper bracket 76 of the auxiliary weight bar 72 are separated from each other. And the induction induction weight bar 56 and the auxiliary weight bar 72 in close contact with the lifting and lowering as well as to operate the induction stand (80).

The weight fixing bracket 70 is fixed to the lower portion of the floating induction weight bar 56 and seated on the upper portion of the tripa 52. The floating induction weight bar 56 is assisted by the weight fixing bracket 70. The weight bar 72 and the floating induction stand 80 are supported.

The belt injury induction device 50 is installed in the tripper 52 of the picking-up, and the operation of the ball belt in the state where the raw and fuel are not deposited on the upper part of the ground belt, and the transportation goods such as the raw and fuel. Alternating operation during loading alternates.

In the operation of the empty belt of the belt injury induction apparatus 50, when the ground belt is operated for the soft and raw material storage operation, the ground belt is floated upward by the height difference in the tripa 52 portion and rotates.

When the ground belt 94 is guided to the floating induction stand 80 in the opposite direction about the weight fixing bracket 70 by the weight of the floating induction weight bar 56 and the auxiliary weight bar 72, the ground The induction rotation of the belt 94 is induced, and at this time, the injury prevention support bar 60 and the injury prevention roll shaft 88 are lifted by the floating force of the ground belt to rise higher than the injury height of the weight bar 56. Since the injury prevention roll 86 is positioned at the upper middle portion of the ground belt 94 passing through the inside of the sealed structure, it prevents further injury of the ground belt 94.

In particular, the above ground belt 94 is rotated in a floating state and the transport is loaded on the upper portion of the above ground belt 94 so that the transport object in the direction in which the trippa 52 portion is installed along the ground belt conveyor is installed. When this transfer is carried out, the ground belt 94 which floats by the weight of the loaded goods descends.

At this time, if the lowering force of the ground belt 94 is to lower than the weight of the induction weight bar 56 and the auxiliary weight bar 72, the floating induction stand 80 is lowered and the induction weight bar ( The built-in weight 58 of 56 is floating and gradually descends while controlling the falling speed of the floating induction stand 80.

In addition, when the lowering operation for the built-in weight 58 of the floating induction weight bar 56 is lowered to about half of the total lowering height, the half-moon stopper 68 of the floating induction weight bar 56 is the auxiliary weight bar 72. It comes in close contact with the stopper bracket 76 of the) and while floating the auxiliary weight bar 72 to control the falling speed of the opposite side induction stand 80 is lowered smoothly.

Therefore, the above ground belt 94 is gently seated on the upper portion of the feed roll 92 of the tripa 52 portion to prevent the ground belt 94 from flipping.

In addition, the above-mentioned injuries prevention roll 86, the ground belt 94 and the anti-injury support bar 60 on which the transport material is loaded at the time of injuries of the induction weight bar 56 are positioned at a right angle, and the injuries prevention roll above. Since the distance between the ground belt 94 and the anti-floating roll 86 is spaced apart by the height of 86, no interference with the cargo occurs.

On the contrary, when the above-mentioned induction weight bar 56 is lowered, the angle of the injury prevention support bar 60, which is injured, is gradually rotated in the direction of the tripa 52 at a right angle with the ground belt 94 to prevent the injury roll ( The ball belt does not leave the floating induction stand 80 in close proximity to the ground belt 94 on which 86 is floated, and the floating ground belt 94 may form a carrier angle of the “U” shape.

The effect of the configuration and operation of the present invention described above will be described.

The tripod belt injury induction device of the present invention, which accumulates the soft and raw materials of the present invention, is composed of an induction weight bar, an auxiliary weight bar, and an induction stand that prevents the belt from falling off and causing a large amount of fall. It is possible to prevent the departure of the belt as much as possible to prevent the occurrence of falls during the loading operation as much as possible, it is possible to obtain the effect of improving the facility operation rate by preventing the equipment problems caused by the fall as possible.

While the subject innovation has been shown and described with respect to specific embodiments, it will be apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit or scope of the subject innovation as provided by the following claims. I would like to clarify that knowledge is easy to know.

Claims (4)

In the device for preventing the overturning of the ground belt installed in the tripod portion of the mower to accumulate raw fuel in the molar yard, A weight fixing bracket 70 fixed to one front of the tripa 52 part; It is coupled to the weight fixing bracket 70 is rotatable and consists of a set of two, the middle portion is bent in the form of "b" and the built-in weight 58 of the rectangular cross section is formed at the rear, the weight fixing bracket 70 Fastening hole 62 is formed at the position coupled to the) and the anti-floating support bar 60 is coupled to a position bent at 90 ° angle in front of one side, the bent portion and the anti-floating support bar at the 90 ° angle Floating induction weight bar 56 is formed with another fastening hole 62 at the end of 60; And, The floating induction is coupled to the bent position of the middle portion of the weight bar 56, the inner surface is penetrated to form a "C" cross-section in the longitudinal direction, the external weight 74 is formed in the rear in the longitudinal direction, Another fastening hole 78 is formed at a position engaged with the floating induction weight bar 56, and the auxiliary weight bar 72 formed so that the stopper bracket 76 protrudes adjacent the fastening hole 78; The anti-wound roll shaft is coupled to the end of the anti-floating support bar 60, and the anti-floating roll 86 is installed at the center in the longitudinal direction, and constitutes a block sealed with the anti-floating support bar 60. 88; And, While the above-mentioned induction weight bar 56 and the anti-injury support bar 60 are fastened to the combined portion, the bar structure is made of a square shape, and the connecting shaft 82 protrudes on both sides to prevent the injury support. The bar 60 is coupled to the welded fastening hole 62, the floating support stand 80 formed with a roll support 90 and a belt feed roll 84 on both sides in the longitudinal direction; Trifabu belt induction device of car equipment. The weight of the transport object according to claim 1, wherein when the transport belt is loaded on the ground belt after the ground belt 94 is injured, and the transport material is transported from the ground belt conveyor to the trepa part of the stacking device, the weight of the transport weight is increased. If the weight is greater than the weight of the bar 56 and the auxiliary weight bar 72, the floating induction stand 80 is lowered, and the built-in weight of the floating induction weight bar 56 is lowered by the lowering force of the floating induction stand 80. Trifabu belt induction apparatus of the soft, raw material loading steka equipment, characterized in that (58) is gradually floating to operate to control the falling speed of the floating induction stand (80). The vandal stopper 68 and the stopper bracket 76 are formed in the floating induction weight bar 56 and the auxiliary weight bar 72, respectively, and the vandal stopper 68 and the stopper bracket 76 are formed. ) Is in close contact, the floating weight bar 56 and the auxiliary weight bar 56 with the built-in weight 58 of the floating weight bar 56 is inserted inside the external weight 74 of the auxiliary weight bar 72. Trifabu belt induction apparatus of the soft, raw material loading steak equipment, characterized in that the 72 is operated at the same time is operated to control the falling speed of the floating induction stand (80). According to claim 1, wherein the anti-wound roll 88 of the anti-wound roll shaft 88, the ground belt 94 and the anti-wound support bar on which the load-induced weight bar 56 loads the cargo when injured ( Since 60 is positioned at a right angle, the distance between the ground belt 94 and the injury prevention roll 86 is spaced by the height of the injury prevention roll 86 so that the interference with the cargo is not generated at all and the injury occurs. The prevention support bar 60, the anti-wound roll shaft 88, and the structure of the floating guide stand 80 are hermetically sealed so that when the ground belt 94 rises to the top, the anti-wound roll 86 is ground belt. Trifabu belt induction apparatus of soft, raw material steak equipment characterized in that the structure is located in the center of (94).