KR100590404B1 - Apparatus for removing the accumulated ore on the upper part of the bin - Google Patents

Abstract

The present invention relates to a cumulative light automatic processing device in the upper part of the raw material storage bin that automatically removes the accumulated light in the upper part of the raw material storage bin according to the position of the tripa chute. The device that processes automatically according to the wave movement includes a floating cumulative light processing plate that automatically processes the cumulative light according to the automatic unmanned moving trip wave movement, and supports the floating cumulative light processing plate and moves upwards and downwards according to the tripar position. On the lower side, the support lever portion for flowing the flowable cumulative light processing plate, the main body part installed on the upper part and moving left and right according to the tripa position, and on the left and right side of the cumulative light processing device And a left conveying plate for moving the accumulated light processing device to the left and a right conveying plate for moving to the right. The plate part, the fixing ring for fixing the up-lever flow shaft of the floating cumulative light processing plate, and the actuating touch installed on the left and right operated by touching the stop bar provided on the lower base plate while the cumulative light processing device moves left and right. It is made of a sub-bar, the main body is smoothly moved to the left and right, characterized in that consisting of the bottom plate is provided with a stop bar for operating the touch bar.

Lever, plate, touch bar, body, base plate

Description

Apparatus for removing the accumulated ore on the upper part of the bin}             

1 is a partially enlarged view showing a state in which raw light is accumulated on top of a general raw material storage bin.

2 (a) and (b) are diagrams showing the operating state of the cumulative light removing device according to an embodiment of the present invention.

3 (a), (b) and (c) are diagrams showing a state in which a cumulative light removing device travels on an upper portion of a raw material storage bin according to an embodiment of the present invention;
4 is a partial exploded perspective view of the cumulative light removing apparatus of FIG. 2;
5 is an exploded perspective view of parts of the cumulative light removing apparatus of FIG. 2;

<Description of Symbols for Major Parts of Drawings>

2: suit

3: raw material storage bin

7: cumulative light treatment plate

8: body

9: left upper lever

10: right upward lever part

11, 12: transfer plate bar

13, 14: operation touch bar

15: bottom plate

The present invention relates to a device for removing the accumulated light of the upper part of the raw material storage bin for storing the raw material in the raw material processing equipment, in particular the upper part of the raw material storage bin to automatically remove the accumulated light of the upper part of the raw material storage bin according to the position of the tripa chute. It relates to a cumulative light automatic processing device of.

In general, in the raw material processing facility, as shown in FIG. 1, the cover 5 is provided between the bin 3 and the bin 3 on the upper part of the raw material storage bin 3, so that when the tripa 1 is moved. The phenomenon that raw light accumulates on the cover 5 occurs.

The trip wave 1 interferes with the accumulated light 6, causing bending of the chute 1 lower chute 2 and overload of the trip wave 1. .

Therefore, if the accumulated light 6 is accumulated in a large amount, the worker must scrape and process them manually around the trippa 1, which is unattended, resulting in an increase in labor costs due to inevitable manpower input, resulting in accumulated light 6 There is a very high problem of a safety accident that the operator is caught in the tripa (1) during the treatment operation.

The present invention has been made to solve the conventional problems as described above, by installing one part in an upward state according to the position of the raw material trifa (1) to move the tripa (1) unattended to move the tripa (1) By automatically processing the accumulated light 6 accumulated as the chute 2 is pushed, labor costs can be reduced, worker safety accidents can be prevented, and the ore can be smoothly smoothed to stabilize the post-process. It is an object of the present invention to provide an automatic cumulative light removal device that can contribute to the production.

According to the present invention, in order to achieve the above object, the device for automatically processing the cumulative light accumulated in the raw material storage bin in the raw material processing facility in accordance with the trip wave movement automatically processes the cumulative light in accordance with the automatic unmanned moving trip wave movement The supporting cumulative light processing plate, the supporting lever for supporting the liquid accumulating light processing plate, and the liquid accumulating light processing plate for flowing the liquid accumulating light processing plate downward and upward and downward according to the tripa position, and the liquid accumulating light processing plate A main body part installed at the main body moving left and right according to the tripa position, and left and right installed at the left and right side of the cumulative light processing device, and a right transfer plate moving the right and left moving plate to move the cumulative light processing device to the left. A transfer plate consisting of a fixed ring for fixing the up-lever flow shaft of the floating cumulative light processing plate, and The light processing device moves to the left and right, and the stop bar installed on the lower base plate and the operation touch bar is installed on the left and right to operate, and the main body moves to the left and right smoothly, the stop bar is installed to operate the touch bar Characterized in that consisting of the bottom plate.

Hereinafter, with reference to the accompanying Figures 2 to 5 will be described a preferred embodiment of the present invention.

According to an embodiment of the present invention, the automatic cumulative light removal device on the top of the raw material storage bin, as shown in Figures 2 to 5, according to the movement of the trip wave 1, which is an unmanned automatic light dimming device, the accumulated light (6) Support the liquid cumulative light processing plate 7 and the liquid cumulative light processing plate 7 which automatically process the &lt; RTI ID = 0.0 &gt;), &lt; / RTI &gt; And support lever portions 9 and 10 for driving the plate 7.

In addition, the automatic removal device is installed on the left and right of the main body portion 8 and the accumulated light removal device is moved to the left and right according to the position of the trippa 1 is installed on the top of the floating cumulative plate processing plate (7) It further comprises a transfer plate portion (11, 12) consisting of a left transfer plate 11 for moving the accumulated light removal device to the left and a right transfer plate 12 for moving to the right.

In addition, the automatic removing device is a fixed bottom (13d, 14d) for fixing the up-lever flow shaft (9e, 10f) of the floating cumulative light processing plate 7 and the cumulative light treatment device is moved to the left and right bottom plate ( It consists of the stop bar (15b, 15c) installed in the 15a) and the operation touch part bar (13, 14) installed on the left and right to operate in touch.

At this time, the main body further includes a bottom plate portion 15 is provided with a stop bar for smoothly moving left and right to operate the touch bar.

That is, the floating cumulative light processing plate 7 is a plate installed at right angles on both sides of the rectangular iron plate in the shape of a “U” rectangular shape, and the left upward lever flow base 7a mounted at the bottom of the left bottom portion is 4 And a rectangular bracket is welded to the upper portion of the cylindrical pipe, and two right upward lever flow bases 7b mounted on the bottom right side of the floating cumulative light processing plate 7 are provided.

The support levers 9 and 10 are divided into a left upward lever portion 9 and a right upward lever portion 10, and the left upward lever portion 9 is fixed to the upward lever 9a and the flow shaft 9e. It consists of the shaft 9b and the torsion spring 9c.

The upward lever 9a has a rounded rectangular shape, and a hole into which the flow shaft 9e can be inserted is drilled on the left side, and a hole into which the fixed shaft 9b can be inserted.

The flow shaft 9e is a long bolt type, and has a long circular shape with a jaw formed at one end and a thread formed at the other end thereof, which is inserted into the left upward lever flow base 7a to insert the nut 9f. It has a structure that can flow fixedly.

The fixed shaft 9b is installed on both sides of the upper right side of the main body, and the fixed shaft 9b is inserted into the torsion spring 9c and the left upper lever 9a right hole inserted into the holes provided on both upper right sides of the main body 8. The nut (9d) is fastened to form a long bolt shape, one side of the separation prevention jaw and the other end of the screw thread.

The right upward lever portion 10 is installed opposite to the left upward lever portion 9, and the right upward lever 10a has the same shape as the left upward lever 9a in the shape of a rounded rectangle, and the fixed shaft 10b is disposed on the left side. A round-shaped hole that can be inserted is drilled, and a round shape that can insert the flow shaft 10f is drilled on the right side.

The fixed shaft 10b is a long bolt type and is formed in a circular shape with a round jaw protruding on one side, and inserting two torsional springs 10c for upwardly moving the floating cumulative light processing plate 7 to the left, and the left side of the main body. It is inserted into the right upward lever flow base 10d to which the rectangular bracket is welded to the lower portion of the round cylindrical pipe in the part, and is fixed and fastened with the fixing nut 10e.

The fixed shaft 10b of the right part was inserted into the right upward lever flow base 7b and the left upward lever 10a in the same shape as the shape of the flow shaft 10f to fasten the nut 10g.

The main body portion 8 is a "凹" shape viewed from the side, and an elliptical hole 8a through which a fixing ring 14a which fixes the left upward lever flow shaft 9e to both upper left portions thereof is movable. ) Are installed.

That is, the right upward lever fixing base 10d is installed at the 1/2 point, and the elliptical hole in which the fixing ring 13d for fixing the right upward lever flow shaft 10f is movable at the right 1/2 point. (8b) is drilled, and the left and right 1/4 points, the roll shaft (8e) is welded to move left and right, the roll (8b) is drilled and the left and right ends of the shaft to fix the transfer plate Four round holes are drilled on each side to allow the insertion.

On the left side of the lower part of the main body, a bracket 13f having a "┓" shape is installed on both sides, which prevents detachment when the left operating touch bar 13a is operated, and a cylindrical pipe-shaped flow base 13g is installed. It is.

A rectangular bracket that fixes one end of the tension spring (13e) at the center point, and a fixing bracket (13b) with a round hole is installed at the top, and the right operating touch bar (14a) is operated on the right side. Bracket 14e having a "┏" shape that prevents the separation is provided on both sides.

Two cylindrical pipe-shaped flow bases (14g) are provided, and at the upper and lower ends of the central point, the upper part is formed in a rectangular shape that fixes one of the tension springs 14e to assist the return of the right touch bar 14a. There are provided two fixing brackets 14h, each having a round hole.

The lower left and right ends of the main body 8 have two round holes (8c) and two right (8d) round holes for fastening long bolts to secure the left and right touchbars to operate smoothly. ) Fixing hole is open.

The conveying plates 11 and 12 are composed of a left conveying plate part 11 and a right conveying plate part 12, and the left conveying plate 11a is made of 1/3 of the side of the main body.

In the shape of a rectangular plate, a pipe is installed at the lower part, and two transport rolls 11d are inserted in the center of the fixing bar, and the nuts are fixed by the roller fixing shaft 11e to fasten the nuts 11f. A nut 11c is formed by inserting a transfer plate 11a and a fixed shaft 11b into a hole drilled at the left end of the main body in the main body pipe.

The right conveying plate part 12 has the same shape as the left conveying plate part 11, and is manufactured and installed, and a fixed shaft 12b is provided inside the pipe of the conveying plate 12a cylinder in a hole drilled at the right end of the main body. Inserted and fastened with the nut 12c, the roll 12d is inserted into the fixed bar center point, and the fixed shaft 12e is fastened to be fixed with the nut 12f.

The operation touch bars 13 and 14 include a left touch bar 13 and a right touch bar 14, and the left touch bar 13 includes a left touch bar 13a, a connection bar 13b, and an intermediate transfer bar. 13c, the fixing ring 13d, the tension spring 13e, the separation prevention 13f, the flow base 13g, and the spring fixing ring 13h.

In addition, the left touch bar 13a has a cylindrical round bar and a touch bar made of cylindrical round bar at both ends of the left side. A groove into which the connecting bar 13b can be inserted is formed.

The connecting bar 13b has a rectangular shape, and a bolt hole is formed at a third point, respectively, and the transfer bar 13c is a rectangular iron plate, and the left end portion is formed in a predetermined shape to form a connecting bar ( 13b) Holes are drilled to allow the top to be inserted and secured with bolts.

The right end is inserted into the lower portion of the fixing ring (13d) for fixing the center portion of the right upward lever flow shaft (10a) in a predetermined shape is a hole to be fixed with a bolt.

A hole for fixing the spring 13e in a rectangular shape is formed at the bottom center of the transmission bar 13c, and a fixing ring 13d for fixing the center portion of the right upward lever flow shaft 10a has a shape of "┓". The upper plate is made of an oval shape, and the holes are formed at the 1/2 point and the lower part.

The release preventing bracket 13f is rectangular in the shape of a "┓", the flow base 13g is a cylindrical pipe, and the spring fixing ring 13h is rectangular in shape and one end of the spring 13e is at the top. There is a hole to fix the.

The right touch bar 14 is composed of a right touch bar 14a, a connecting bar 14b, a delivery bar 14c, and a fixing ring 14h, and the right touch bar 14a has a cylindrical round bar in a predetermined shape. At the first quarter of the left end, the bracket and the end of the cylindrical round bar are formed with a hole into which a bolt can be mounted and a groove into which a rectangular connecting bar 14b can be inserted.

The connecting bar 14b has a rectangular shape, and a bolt hole is drilled at one-third point, and the transfer bar 14c is a rectangular iron plate, and the left end is "⊃" shaped to the left. The lower portion of the fixing ring 14d, which fixes the center portion of the upward lever flow shaft 9a, is inserted, and a hole is drilled to fix it with a bolt.

The right end has a predetermined shape, and a hole for fixing the spring 14e in the shape of a rectangle is formed at the bottom of the center of the connecting bar 14c, and is fixed to fix the center of the left upward lever flow shaft 9a. The ring 14d is an iron plate in the shape of a retrograde, the upper part of which is oval-shaped, and has a hole that can be connected to the transfer bar 14c at the 1/2 point and the lower part thereof, and the separation prevention bracket The hole which can be connected to 14f is formed.

The departure preventing bracket 14f has a rectangular shape in the form of a retrograde, the flow base 14g has a cylindrical pipe, and the spring fixing ring 14h has a rectangular shape and fixes one end of the spring 14e at the top. There is a hole to make.

The bottom plate portion 15 is a bottom plate 15a made of a rectangular iron plate and the left stop bar 15b provided at both ends thereof has a predetermined shape, and the left touch bar 13a can be touched. It was installed with a cylindrical round bar, and the right stop bar (15c) is installed in two places at both ends of the right side was made of a predetermined shape and was installed with a cylindrical round bar to touch the right touch bar (14a).

Referring to the operation of the present invention configured as described above are as follows.

As shown in Fig. 2 (a), when the trippa 1 is located on the right side, the left side of the cumulative light processing plate 7 of the apparatus is placed in a raised state (c), and Fig. 2 (b) is shown. As shown in FIG. 3, when the tripa 1 is positioned on the left side, the right part of the cumulative light processing plate 7 of the present apparatus is provided in a raised state (e).

Therefore, the cumulative light 6 can be automatically processed while pushing the apparatus while the tripa 1 moves. That is, as shown in FIG. 3, the operation of the apparatus is carried out when the ore is moved from the storage bin 3 to the other bin 3 in which the trippa chute 2 of the granulated tripa 1 has finished storing. When (2) moves from right to left, the device enters under the tripa chute (2).

When the tripa chute 2 is moved while gently pressing the floating cumulative light processing plate 7, the floating cumulative light processing plate 7 is fastened to the left shaft fixing ring 13d, and the transfer plate 11a on the left side is engaged. ), The device is moved to the space of the bin 3 with the grizz bar 4 of the other bin 3, and the roll 11d of the left transfer plate 11a falls down.

Then, while the tripa chute 2 and the touched left conveying plate 11a sag 90 degrees or more, the tripa 1 passes, and the stop bar 15b and the left touch bar 13a provided on the left side of the bottom plate are The right fixing ring 13d is separated by touching, and the stacked cumulative light 6 stacked on the stacked cumulative light treating plate 7 is lifted by another bin ( 3), the phenomenon that accumulated light 6 accumulates on the bin 3 is eliminated.

When the trippa 1 moves to the right on the left side, the device gradually enters under the tripa chute 2 as opposed to the movement from the right to the left. The tripa chute 2 of the floating cumulative light processing plate 7 When the right side is upward and moved while pressing gently, the floating cumulative light processing plate 7 moves to the device by touching the transfer plate 12a on the right side while being fastened to the right shaft fixing ring 14b.

That is, the right 12 which is moved to the space of the bin 3 where the grizz bar 4 of the other bin 3 is located, the roll 12d of the right transfer plate 12a sags downward, and touches with the tripa chute 2 The trip plate 1 passes as the transfer plate 12A sags more than 90 °, and at this time, the left fixing ring 14d is detached while the stop bar 15c and the right touch bar 14a installed on the right side of the base plate 15 are touched. The cumulative light 6 accumulated on the liquid cumulative light processing plate 7 is dropped into another bin 3.

More detailed description is as follows.

When the tripa chute 2 moves from right to left, for example, as shown in Fig. 3 (a), the processing plate 7 with the left portion raised is entered under the tripa chute 2; The tripa chute 2 keeps moving.

As shown in FIG. 3 (b), the floating cumulative light processing plate 7 has a fixed ring completely holding the middle portion of the left and right flow shafts, so that the tripa chute 2 smoothly moves to the left side on the left side. Interfering with the transfer plate 11a and the lower left side of the tripa chute 2, the device is moved to the space of another bin 3 while transferring the device.

And, as shown in Fig. 3 (c), the left conveying plate 11d attached to the left conveying plate 11a sags downward when moving from the base plate 15a to the space of another bin 3, 11a is upwardly operated 90 degrees perpendicular to the main body 8 while the roll 12d is automatically raised while moving the opposite right transfer plate 12a to the bottom plate 15a while sagging 90 ° downward.

At this time, while the left touch bar 13a is touched on the bottom plate stop bar, the connecting bar 13b moved from the left side to the right side to be touched and connected to the left touch bar 13a is inclined to the right with respect to the fixing part, and the connecting bar 13b ) Is connected to the transmission bar 13c is operated to the left side, and the fixing ring connected to the right side of the transmission bar 13c is inclined to the right side around the fixing part, and is separated from the left upward lever flow shaft 10b.

At this time, the flow of cumulative light processing plate 7 to the left direction to treat the cumulative light (6) to the other bin (3), on the contrary, when the tripa chute (2) moves to the left edge of the right While the right side of the cumulative light processing plate 7 is installed upward and the tripa 1 moves, the processing plate 7 enters under the tripa chute 2, and the processing plate 7 is left, The middle part of the right flow shafts 9e and 10f is completely fastened to the fixing rings 13d and 14d so that the tripa 1 moves smoothly.

The right transfer plate 12a is hit by the space of another bin 3 while moving the device from left to right, interfering with the right transfer plate 12a on the right side and the right side of the tripa lower chute 2. The lower conveying plate 11a is operated upward in the direction perpendicular to the main body while the roll 11d is automatically raised while moving to the base plate 15a.

As the right touch bar 14a is touched by the bottom right stop bar 15c, the touch bar 14a is operated from right to left so that the touch bar 14a and the connecting bar 14b are tilted to the left with respect to the fixing part. The transfer bar 14c, which is connected to the connecting bar 14b, is operated to the right.

The fixing ring 14d connected to the right side of the transmission bar 14c is inclined to the left about the fixing part and is separated from the right upward lever flow shaft 9e, thereby raising the floating cumulative light processing plate 7 to the right. The bin 3 serves to process the accumulated light 6.

When the tripa (1) moves from left to right and right to left repeatedly, it keeps operating so that the accumulated light (6) does not accumulate on the upper part of the bin (3). The trouble can be prevented from occurring due to the accumulated light 6 when the trip wave 1 is moved.

Therefore, according to the present invention, there is a problem of a safety accident in which the overload of the tripar 1 occurs due to the cumulative light 6, and the worker is squeezed to the tripar 1 when the cumulative light 6 is processed. With the device of the invention, by automatically processing the cumulative light (6) accumulated between the bin (3) and the bin (3) while moving the trippa (1), it is possible to prevent the tripa (1) overload and risk of safety accident It improves work efficiency and smoothly fits into the related factory storage bin (3), which stabilizes other operation situations.

The foregoing is merely illustrative of preferred embodiments of the present invention and those skilled in the art to which the present invention pertains may make modifications and changes to the present invention without departing from the spirit and spirit of the invention as set forth in the appended claims. It should be recognized.

Claims (1)

In the device for automatically processing the accumulated light (6) accumulated in the upper part of the raw material storage bin (3) in the raw material processing equipment in accordance with the movement of the tripa (1), A floating cumulative light processing plate 7 which automatically processes the cumulative light 6 in accordance with the movement of the automatic unmanned moving trippa 1, Support lever parts 9 and 10 for supporting the liquid cumulative light processing plate 7 and for flowing the liquid cumulative light processing plate 7 downward downward and upward upward depending on the position of the trippa 1; A main body 8 having a floating cumulative light processing plate 7 installed on the upper side and moving left and right according to the tripa position; Transfer plate portions 11 and 12 which are provided on the left and right sides of the cumulative light processing apparatus and are composed of a left conveying plate 11 for moving the cumulative light processing apparatus to the left and a right conveying plate 12 for moving to the right; Fixing ring for fixing the upward lever flow shaft of the floating cumulative light processing plate (7), The cumulative light processing device is composed of the operation touch part bars 13 and 14 installed on the left and right sides of the left and right sides while moving to the left and right sides and the stop bars 15b and 15c installed on the lower base plate 15a. Accumulated light automatic removal device, characterized in that the main body is smoothly moved to the left and right, the bottom plate portion 15 is provided with the stop bar (15b, 15c) for operating the touch bar (13a, 14a).

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