KR20140142687A - Solter of round belt conveyor with vibration of opposite direction - Google Patents

Abstract

According to the present invention,
A round belt conveyor sorter to which vibration means is added,
(10) housed in the frame (10), one or more cases (20) housed in the frame (10), a round belt conveyor (100) housed in the case (20) A plurality of one-touch clamps 30 for temporarily fixing the frames 20-1, 20-2, 20-3, 20-4, 20-5 integrally with the frame 10, A pair of vibration motors M for generating reverse vibration and a support frame 50 having a wheel 40 on the bottom thereof for supporting the frame 10 below the frame 10, , And a shock absorber (60) for buffering vibration between the support frame (50) and the frame (10)
A discharge conveyor system 80 for receiving anchovies from the discharge chute 70 and reaching the anchovy at distant positions to the left and right sides of the anchovy sorter 70, And a driving unit 110 for driving the at least one round belt conveyor 100 housed in the case 20 by one driving motor GM at a time, And a tension unit 112 for easily detaching and attaching the power transmission unit 111 while maintaining the tension of the power transmission unit 111 of the driving unit 110. In addition, .

Description

TECHNICAL FIELD [0001] The present invention relates to a round belt conveyor sorter,

VIBRATION SYSTEM, SOLTING MACHINE, BELT CONVEYOR

Patent registration 10-1341224 Round belt conveyor sorter with vibration means

 Patent No. 10-1341224 registered by the applicant of the present invention (hereinafter referred to as the invention cited) solves the retinal force phenomenon of dried anchovy, but has some problems to be solved as follows.

First, the upper sorting surface made of urethane belts had a problem of low sorting effect.

The present invention has a structure in which a case is housed in a frame having a vibration means, and a round belt conveyor is built in the case to rotate in an endless track. The vibration applied to the case is illustrated and described at about 60 degrees, Since the sorting surface made of the urethane belts is moved forward from the supply portion toward the discharge portion (hereinafter referred to as forward) and at the same time inertial force by reciprocating vibration of about 60 属 is applied to the forward portion, the anchovy placed on the upper portion of the sorting surface is selected Since the forward movement of the face and the forward inertia force are simultaneously received and the nature of the material with excellent flexibility and elasticity is added to its own shaking motion, the anchovy which jumped up to about 60 ° by the vibration, Or when the forward movement movement and the timing are matched, it jumps more like a jump, Anchovy to be selected to fall in the interval between bit mothanchae micheo not fall is the only forward movement is a serious phenomenon that was grouped with the customer specification over (large anchovy).

That is, a large anchovy which has been put into a space formed between the urethane belts does not fall but moves forward together with the belt and is classified into a large anchovy and collected. In contrast, when there are many small anchovies to fall into the space, And it was classified as a large anchovy together with a large anchovy, and the problem of selection effect was raised. As can be appreciated, if the screening effect is low, there is no reason to use a sorter.

Second, the carrier rollers for supporting the upper sorting surface have a problem that the belt is severely dislodged, the number of the belt is excessive, the shape is complicated, the weight is heavy, and the industrial use is impossible.

The present invention is characterized in that the upper sorting surface is divided into a first round belt and a second round belt, and a forward pulley is provided, the first round belt driven pulley corresponding to the first round belt and the second round belt driven pulley corresponding to the second round belt A second round belt is disposed and a plurality of first carrier rollers are provided to allow the first round belt to be curved so as to have a peak from the center in the longitudinal direction to the upper side, The first carrier roller and the second carrier rollers should be alternately and repeatedly arranged in order to allow the first carrier roller to be curved so as to have a peak at the first carrier roller, Where the first round belts are placed and where the second round belts disposed between the first round belts stay, The second round belt was placed in the deep and wide space provided for the second round belt to allow the second round belt to float in the space without the supporting surface and the anchovy which was blocked was not burnt under the belt and was not chewed.

On the other hand, since the round belts are subjected to a strong vibration, if the distance to be supported at the lower portion of the belt is too great, the belt is likely to be rocked. However, in order to maintain this value, the first carrier roller and the second carrier rollers must be alternately repeatedly arranged with respect to each other, so that the arrangement distance of the first carrier roller and the second carrier roller should be substantially 75 mm.

If the diameter of the carrier roller is selected to be 50 mm in the case of a plastic material such as MC, the effective space between the carrier rollers is only 25 mm. On the lower side of the upper sorting surface, It should be filled with rollers without space to fall.

For this reason, abandoning the appropriate distance of 150mm and setting a wider support distance, the urethane belt is forced to perform more vaulting movements than necessary due to the strong vibration, and the sorting efficiency is further lowered.

If the supporting distance is doubled to 300 mm in consideration of various circumstances, the actual distance between the first and second carrier rollers becomes 150 mm, and the actual space is only 100 mm.

Since the length of the upper sorting surface required in the industrial field is usually 2000 mm, it takes about 12 carrier rollers in this case, assuming a diameter of 50 mm and a width of 800 mm, the carrier roller alone will be about 30 kg, and if all five stages are assembled, , Which is too heavy to use.

In addition, each of the carrier rollers is configured with dozens or hundreds of receiving grooves, and the space between the receiving grooves must be formed deep and wide so that the processing difficulty is very high, a high processing cost is required, Even if the effect of screening is excellent, it is difficult to spread easily to fishermen because there is a comprehensive problem,

The fatal reason that the carrier roller of the cited invention is unusable is the separation phenomenon of the round belt. Referring to FIG. 14 which is a drawing of the present invention,

The anchovy which is curved in a "C" -shaped or "S" -shaped shape while the first round belt b is housed in the receiving groove a is in contact with the belt b, The carrier roller c is rotated and the first round belt b is moved forward so that the curved anchovy passes through the first round belt b And the first round belt b is frequently disconnected from the receiving groove a while the first round belt b is rotated while the first round belt b is interposed between the receiving groove a and the carrier roller c, Once the first round belt b to be located in the first round belt b has become a departure f into the space e in which the second round belt d should be located, Since there is a force pulled downward while maintaining the curved shape, it can be recovered by itself and returned to the original state , The space between the belt (b) and the belt (d) can not maintain a constant distance. That is, if the first round belts (b) and the second round belts (d) are arranged alternately with alternating arrangement of the number of the widened or narrowed sorting surfaces, And as a result, it had a problem that it could not be used industrially.

Third, there was one inconvenience in using one case, that is, one deceleration motor was disposed for each round belt conveyor.

The hollow shaft deceleration motor shown and described in the cited invention has a weight of about 6kg, which is about 6kg, and the anchovy selector is usually designed and constructed to have five stages so that the weight of five deceleration motors is 30kg and the count weight is set in the opposite direction of the deceleration motor Since the symmetry of the vibrating frame does not fluctuate, a total weight of 60 kg must be increased in order to connect the deceleration motor directly to each conveyor, which will result in a problem of increasing the capacity of a pair of vibration motors that must shake the entire frame will be.

In addition, when five speed reduction motors are used as described in the cited invention, in order to combine the cases corresponding to the size of the captured anchovy, care must be taken not to damage the electric wires and plugs exposed to the outside every time when they are taken out and reinserted. One end of the motor vibrates in conjunction with the vibrating motor and the other end of the motor is fixed.

Fourth, since a smooth vibration is not transmitted to the product discharging chute, there is a fatal problem that it is not possible to secure a working space for receiving the sorting sorted goods of five categories.

The upper selection surface of the cited invention has already been driven forward at a speed of 100 mm / sec.

Therefore, it is normal to design the normal vibration at 30 degrees, but in this case, the anchovy can not be sorted but can only move forward, so that the frame of the cited invention has to be applied to the vertical or 60 degree vibration.

However, this vibration makes it impossible to secure the working space by turning the angle in five directions by the discharge chute in discharging the sorting finished items. In other words, if the angle of the discharge chute is changed, the discharge chute can not move the anchovy quickly because of the jumping vibration of about 60 degrees. Therefore, there is a serious problem that the anchovies to be pushed up must be accumulated.

In anchovy processing plants, five manpower is usually placed at the outlet of an anchovy separator. One of each five outlets must be packed in a box and metering must be carried out. Since the exhaust chute can not be divided into long, far, and side directions and can not be sent to five places, it is impossible to secure a space for work, and thus the cited invention has a problem that it is not possible to use it industrially.

The present invention has been made in order to solve such a problem,

First, the operation speed of the round belt conveyor is set at a relatively middle speed of about 140 mm / sec, and reverse vibration is applied so that the vibration of the frame is retreated by about 80 mm / sec in the backward direction. To provide a means to significantly improve the accuracy of the selection,

Secondly, due to the improvement of the mechanism for rapidly setting the operation speed of the round belt conveyor at a relatively middle speed of about 140 mm / sec and giving the reverse vibration so as to retract the vibration of the frame by about 80 mm / sec in the backward direction,

Even if the anchovy is bent while being bent in the "C" shape or the "S" shape at the lower part of the round belt, strong anvil is given even though the dried anchovy is run and the anchovy is fundamentally formed between the round belt and the carrier roller The surface of the carrier roller is provided with a plurality of "V" child carriages (not shown) so as to be able to automatically return to the original position even if the round belt is rotated while the carrier roller is rotated with rarely anchovies. Lt; RTI ID = 0.0 >

The improvement of the mechanism for imparting the reverse vibration provides a means for omitting the first carrier rollers and the second carrier rollers to narrow the spacing of the rollers and consequently to significantly reduce the pitch for supporting and supporting the round belt at the bottom.

Further, the carrier rollers can be easily disassembled and assembled as an injection material without processing, thereby simplifying the manufacturing process and providing a means for reducing the production cost.

Third, it provides a means to greatly enhance convenience and rationality by omitting the five motors that were arranged for each round belt conveyor (sheet-by-sheet) and providing one fixed motor,

Fourth, there is provided a means of a discharge conveyor system in which the discharge chute is omitted and the whole of the motor is driven by one motor, thereby providing means for amply solving the work space.

When the solution of the problem of the present invention is applied, all the problems of the cited invention, which was not industrially usable, are solved,

1. The screening is accurate so that it can be used industrially,

2. If the round belt does not move away from the storage groove ("V" groove), or even rarely leaves, it can be immediately returned, correct selection is possible, assembly as an injection product becomes possible and quick production is possible, ,

3. It is possible to omit the deceleration motor attached to each plate, so that the weight is greatly reduced, the stability of the machine is guaranteed,

4. Since a sufficient working space can be ensured for each outlet, it can be used industrially,

Based on the technical idea that the invention of the cited invention is based on the screening technology without clogging, if the problems that were not available in the industry are solved and it becomes usable in the field

1) The selection of anchovy is correct, so the quality of production is increased and it can contribute to improvement of economic efficiency of fishermen,

2) Since anchovy clogging is eliminated, the production quality is always uniform, there is no need to clean during operation, productivity can be greatly increased due to disappearance of anchovy which has been discarded as feed,

3) It is possible to simplify the carrier rollers, which are high-complexity workpieces, to lighten the machine,

4) Since the desired work space can be secured for each outlet, there is an effect that the efficiency and efficiency of the work can be greatly increased.

1 is a front view of a sorter according to the present invention;
Fig. 2 is a side view of Fig. 1; Fig.
3 is a cross-sectional view showing round belts in a case according to the present invention.
4 is a sectional view showing round belts in a case according to the present invention.
5 is a detailed view of a pulley and a guide plate according to the present invention.
6 is a detailed view explaining the phenomenon that the anchovy escapes from the guide plate;
7 is a detailed view for explaining the removal of the motor-driven timing belt.
8 is a front view of a discharge conveyor system according to the present invention;
9 is an outer frame of the discharge conveyor;
10 shows the inner frame pieces of the discharge conveyor.
Figure 10a is another embodiment of Figure 8;
11 is a detailed view illustrating driving of the discharge conveyor;
12 is a plan view of another embodiment according to the present invention.
13 is a plan view of another embodiment of Fig.
14 is a detailed view of a carrier roller according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings. However, these drawings are for illustrative purposes only and the present invention is not limited thereto, and all minor technical variations that can achieve the object of the present invention fall within the scope of the present invention.

1 and 2, a round belt conveyor sorter (hereinafter, referred to as an anchovy sorter) to which an inverse vibration means according to an embodiment of the present invention is applied,

A frame 10 to which an inverse vibration inertia force is applied, at least one case 20 accommodated in the frame 10, and stacked cases 20-1, 20-2, 20-3, 20-4, A pair of vibration motors M for generating inverse vibration to the frame 10 and a pair of vibration motors M for generating a vibration in the frame 10, A support frame 50 with a wheel 40 mounted on its bottom is placed on the bottom of the support frame 50 to support the frame 10, And a shock absorber (60) for absorbing vibration,

A discharge conveyor system 80 for receiving anchovies from the discharge chute 70 and reaching the anchovy at distant positions to the left and right sides of the anchovy sorter 70, A drive unit 110 for driving the round belt conveyors 100 housed in the case 20 and a drive unit 110 for driving the drive unit 110. [ And a tension device 112 for easily detaching and attaching the power transmission device 111 while maintaining the tension of the power transmission device 111.

First of all, the frame 10 is made of a plate-like metal material. The left and right plates 11 and 12 are symmetrically formed by a pair of upper support pipes 13, The lower support pipes 14 are composed of one structure integrally connected with the plates 11 and 12 by welding or the like.

At least four clamp support plates 31 are provided on the upper support pipe 13 to be fixedly coupled to the one-touch clamp 30,

A discharge chute 91, a driving part 110 and a tension device 112 are integrally formed on one side of the lower support pipe 14 as a method of welding or the like. Respectively.

A pair of vibration motors (M) (Vibrators) for causing reverse vibration to the frame 10 are provided symmetrically at the center of the outer side of the left and right side plates 11 and 12 The vibration motor M is installed so that the inertia force of the vibration is an inverse vibration of about 30 degrees toward the vertical or " Q "direction, but in the present invention, It is assumed that an inverse vibration of 70 degrees which is an optimal angle for the anchovy is set.

In the present invention, the anchovy is particularly described, but the present invention is not limited thereto. The technology of the present invention can apply all kinds of marine products including raw shrimp, dried shrimp, oyster, tortoise, fish and shellfish, and can be applied to various sorting products such as agricultural products. In addition, It is needless to say that the installation direction of the vibration motor M may be variously set in the vertical direction or in the "Q" direction to about 30 degrees so as to apply the optimum vibration angle to the selected item.

One or more cases 20 are accommodated in the frame 10, and in case of a picked item, the case 5-1 is generally provided with five cases 20-1, 20-2, 20-3, 20-4, The stored cases 20-1, 20-2, 20-3, 20-4, and 20-5 are temporarily fixedly coupled to the frame 10 as the one-touch clamps 30 as one unit.

In this case, one case 20 is substantially a single round belt conveyor 100. That is, combinations to be described later are accommodated in one case 20 to complete one round belt conveyor 100.

The following description will be made with reference to FIG. 3 and FIG.

The case 20 is a plate-shaped metal material and is paired with the left and right sides 20a and 20b. The case 20 is provided with one driven pulley-side stay bar 21 and a plurality of case stay bars 22 and one drive pulley support plate 23 are integrally fixedly coupled with a pair of the cases 20a, 20b by welding or the like to form a durable one structure.

The upper part of the round belts 24 includes a driven pulley 35 and a driving pulley 34 at both ends and a plurality of carrier rollers 25 in the middle, So that the curved line is drawn.

The driven pulley 35, the drive pulley 34 and the carrier rollers 25 have a plurality of V-shaped grooves 24 for receiving the round belt 24, as shown in FIG.

The V-shaped groove 24 has a configuration for rotating the driven pulley 35, the drive pulley 34, and the carrier rollers 25 while the round belt 24 is housed therein, Shaped or semi-circular groove.

The carrier roller 25 is made of a combination of a plurality of rollers 26. The rollers 26 are provided with holes to allow the bolts 27 to pass therethrough.

The rollers 26 made of an injection molding material of a plastic system are provided inside the cases 20a and 20b and the roller 26 and the rollers 26 are provided outside the cases 20a and 20b, , And the bearings 28 are inserted into the bolts 27 and integrally formed by the nuts 27-1.

At this time, the bearing 28 is attached to the cases 20a and 20b while being fixed by the bearing fixing plate 29. By the hole 29-1 provided at the center of the fixing plate 29, the bearing 28 And is fixedly coupled to the cases 20a and 20b by a bolt hole 29-2.

The outer ring of the bearing 28 is fixedly coupled to the cases 20a and 20b while being inserted into a hole 29-1 provided at the center of the fixing plate 29, The bolts 27, and the nuts 27-1 so as to be able to rotate while being formed as one body.

The carrier roller 25 is divided into a plurality of rollers 26 and assembled with the bolts 27. However, the present invention is not limited to this, The driven pulley 35 and the drive pulley 34 may be formed by integrally machining a single material such as the drive pulley 35 or the drive pulley 34. Conversely, It is of course possible to construct them so as to be assembled.

In the present invention, the bearing 28 of the carrier roller is shown as a ball bearing and is provided outside the cases 20a and 20b. However, in another embodiment, the bearing 28 is not a ball bearing The needle bearings may be inserted into the ends of the rollers 26 while the needle bearings are provided inside the cases 20a and 20b while using the needle bearings (not shown) Bushing), and other minor variations in the way the rollers can rotate are all within the scope of the present invention.

How the carrier roller 25 thus configured escapes the embedded anchovy 200 will be described with reference to FIGS. 1 and 6. FIG.

The frame 10 is imparted with the reciprocal inertial force and consequently the anchovy or buried anchovies 200 placed on the upper discriminating surface 33 composed of the round belts 23 are repelled in the direction of "F" The upper discriminating surface 33 has a force to proceed at a speed of 140 mm / sec in the "S" direction, so that the upper discriminating surface 33 is moved in the "Q" direction , The anchovy finally proceeds at a speed of about 60 mm / sec in the direction of "S" by the combination of the force acting on the "S" direction and the force acting on the "S" direction.

However, there are important technical points of the present invention.

The anchovy placed on the upper side of the upper discriminating surface 33 eventually proceeds at a speed of about 60 mm / sec toward the "S" direction,

The upper sorting surface 33 maintains a speed of about 140 mm / sec toward the "S" direction so that the anchovy 200 strikes the carrier roller 25 as shown in FIG. 6A, The tail portion of the anchovy 200 continues to move toward the " S "direction, so that the anchovy 200 that is caught pushes the fish body while touching the carrier roller 25 At this time, the circular arc surface of the carrier roller 25 repeatedly vibrates in the direction of "F" and simultaneously rotates, so that the tail portion of the embossed anchovy 200 is struck in the direction "F" The anchovy 200 is no longer pinched and the upper parting surface 33 of the anchovy 200 is instantaneously moved to the upper side of the upper discriminating surface 33 as shown in FIG. I will escape.

In order to optimize the escape phenomenon to such anchovies, the carrier roller 25 in the present invention is configured to rotate.

In the present invention, the operation speed of the upper discriminating surface 33 is about 140 mm / sec. However, the present invention is not limited thereto. Needless to say, it is an explanation that it was the optimum sorting condition in case of dried anchovy, and other sorting articles including dried anchovy or dried dried be added to the anchovy under different conditions to obtain higher sorting efficiency.

In addition, there is an important operational effect according to the present invention.

This element is the most important point of the present invention,

In the cited invention, the upper discriminating surface 33 on which the anchovy is placed is maintained relatively at a speed of about 100 mm / sec toward the " S "direction and the inertial force by the vibration motor M in the & The anchovy is accelerated. Furthermore, when the anchovy rises up by the vibration and then drops again, when the upper discriminating surface 33 is at the moment when the inertial force ascending reaches the upper discriminating surface 33, the anchovy , The problem of deterioration of the selection ability was generated because the vehicle ran farther and farther toward the discharge port,

The technique according to the present invention has other distinctive effects.

In other words, the upper sorting surface 33 on which the anchovy is placed travels at a speed of about 140 mm / sec toward the "S" direction while the upper sorting surface 33 reaches about 80 mm / sec Inverse vibration inertia force is added to maintain the speed of the vehicle.

For this reason, the anchovy according to the present invention proceeds at a speed of about 140 mm / sec toward the " S "direction and at a speed of about 80 mm / sec toward the" Q " The anchovy is accelerated as in the cited invention, and there is no phenomenon of excessive forward movement before being selected, and the anchovy continuously receives the repulsive motion in the upward direction "F" The anchovy, which has the same shape as the coil spring, touches the bottom of the anchovy while it is moving toward the "Q" direction (in the reverse direction) and falls down with a parabolic curve, moves forward in the "S" direction, Quot; Q "direction repeatedly and repeatedly for a long period of time.

In order to complete one round belt conveyor 100 in the case 20, a drive pulley 34 is disposed at an end of the conveyor 100 in the direction of the supply part 200, A pulley 35 is provided, which is omitted in comparison with the case where the first driven pulley and the second driven pulley of the present invention are provided,

In the present invention, the first carrier roller is arranged so as to accommodate the first round belt, and the second carrier roller covers the second round belt. In contrast, in the present invention, the first carrier roller, The roles of the rollers are omitted and the carrier rollers 25 having the V grooves are used to unify all the carrier rollers so that the gap between the carrier rollers 25 supporting the round belt 24 is shortened A clearance between the round belts 24 and the round belts 24 is widened so that the possibility of lowering the sorting efficiency can be remarkably reduced.

On the other hand, the round belts 24 constituting the upper discriminating surface 33 are rotated past the driven pulley 35 to reach the lower part of the upper discriminating surface 33 to be divided into two layers. The upper discriminating surface 33, The round belts 24 corresponding to the odd number are classified into the upper round belts 24-1 so as to cover the upper surface of the upper rotary snap pulley 36 and form the upper layer, The round belts 24 corresponding to an even number are divided into lower round belts 24-2 so as to cover the lower face of the lower rotary snap pulley 37 and form a lower layer, , The anchovies that have been selected and dropped have a preferable structure in which they can rapidly fall without being stagnated together with the vibration owing to the wider spacing between the upper round belts 24-1 and the lower round belts 24-2.

The upper layer rotation snap pulley 36 and the lower layer rotation snap pulley 37 are also arranged immediately before the drive pulley 34 and are rotated to prevent load caused by the friction of the round belts 24, Belt lowering prevention pipe 39 is disposed at a midway point between the driving pulley 34 and the driven pulley 35 so as to prevent the lower belt undulation preventing pipe 39 Are arranged as fixed pipes without rotation, and the upper layer round belt 24-1 and the lower layer round belt 24-2 which are returned to the upper layer round belts 24-2 are structured to be prevented from being excessively protruded.

However, since the round belts 24 may be heavy depending on the selected articles, the lower belt anti-slip pipes 39 may be provided below the round belts 24, Of course it is.

In this case, the chucking prevention plate 23 functions to prevent the anchovy inserted for sorting from being chewed to the drive pulley 34 during the falling of the round belt 24,

A belt which is a power transmission device 111 is provided at a lower side of the drive pulley 34 so as to increase the contact area (contact angle) with the power transmission pulley 34-2 for rotating the drive pulley 34, One roller 400 is provided on one side.

The driven pulley 35 and the drive pulley 34 are provided with a machined surface 34-1 at which bearings are to be fitted at both ends. In particular, in the case of the drive pulley 34, And a machined surface 34-3 (not shown) on which the power transmission pulley 34-2 is to be fitted.

As shown in FIG. 7, the power transmission pulleys 34-2 sandwiched between the working surfaces 34-3 have one for every five layers, and a total of five power transmission pulleys 34-2 are disposed vertically and a drive motor GM is disposed at the lowermost end A total of five belt tension rollers 400 are disposed on one side of each of the power transmission pulleys 34-2, and all of the power transmission pulleys 34-2 and the drive motor GM are vertical And is driven at the same time by the single power transmission device 111. In this case,

Although any type of power transmission device 111 can be used, a timing belt is most preferably used in the present invention.

In order to easily detach and attach the power transmission device 111, a tension device 112 is provided in the present invention.

The tension device 112 includes one or more spring hooks 113 on one side of the lower support pipe 14 and one or more motor base plate stoppers 114 on one side of another lower support pipe 14 And one side of the motor base plate 115 includes one or more tension adjusting spring hitches 116. The spring hitches 113 and the tension adjusting spring hitches 116 are connected to the tension spring 117 To form a structure in which the motor base plate 115 touches the motor base plate stopper 114 and pulls the drive motor GM until it is no longer pulled.

The motor base plate 115 is rotatable in conjunction with a hinge 118 provided on one side of the lower support pipe 14 and is mounted on the motor base plate 115 as shown in FIG. The tension spring 117 is constructed so as not to swing due to the pulling force of the tension spring 117 despite the fact that the frame 10 is vibrating at normal times,

In order to detach the power transmission device 111, as shown in FIG. 7B, although the tension spring 117 is strongly pulled, the motor base plate 115 is pulled to one side to peel off the power transmission device 111 that has been loosened The motor base plate 115 is returned to the original position so that the motor base plate 115 is pulled by the tension spring 117 again.

Thus, the power transmission device 111 according to the present invention has a preferable structure capable of quickly and easily performing the unattachment operation as one-touch operation without loosening or tightening the bolts.

Meanwhile, a total of six products are selected in the anchovy screening apparatus according to the present invention, and the discharge mode for the anchovy screening apparatus will be described with reference to FIG. 1 and FIG. 8 to FIG.

Since the conventional anchovy sorting machine has five stages of sort plates, five kinds of the anchovies are discharged in the direction of the discharge part 300, and the anchovies falling down to the bottom of the anchors fall down to the bottom in the conventional anchovy sorting machine, And to prevent it from falling down to the floor, it was guided to the lower part of the complex front which is already classified and discharged according to the guide plate with a hole-less guide plate on the lower side at the bottom.

However, since the anchovy as the sixth smallest product and pure anchovy powder and tail are mixed together and discharged, it is difficult to produce anchovy as a product again, and it is difficult to throw it into a feed with powder In fact.

The problems of the conventional sorting machines are completely solved by the technique of the present invention.

The lower end of the five kinds separated and discharged in the direction of the discharge unit 300 moves relatively straight through the fifth discharge chute 70-5 which is relatively longer than the discharge chutes 70, And is collected in the fifth cylinder 205.

From the top of the remaining five types, 1,2,3,4 types are collected from the upper part through the discharge conveyor system (80) into the first, second, and third chambers (201, 202, 203, 204) Loses.

The discharge conveyor system 80 is provided with an outer frame 81 on the outside and one conveyor 83, a No. 2 conveyor 84, a No. 3 conveyor 85, The first conveyor 83, the second conveyor 84, the third conveyor 85 and the fourth conveyor 86 are integrally formed as an integral body with the inner frame 82 corresponding to the conveyor 86 A plurality of conveyor pulleys 87 are arranged to perform the functions of driving, driven, and snap pulleys. Conveyors are well known in the art and will not be described in further detail.

The outer frame 81 is fixedly coupled to the support frame 50 and is connected to the first conveyor 83, the second conveyor 84, the third conveyor 85, the fourth conveyor 86 10, a total of four conveyors are completed, and then the discharge conveyor system 80 is installed in the discharge chute (not shown) 70 of the first embodiment.

The anchovies separated and discharged through the discharge chutes 70 are placed on the first conveyor 83, the second conveyor 84, the third conveyor 85 and the fourth conveyor 86, But rather to a final discharge immediately above the lower receptacles 201,202, 203,204, 205, which are then lowered along a sufficient downward slope.

Such an attempt will greatly improve the problem that the discharge chute in the conventional anchovy sorter vibrates and causes the damage of the anchovy head due to falling from the high place.

The four conveyors (the first conveyor 83, the second conveyor 84, the third conveyor 85 and the fourth conveyor 86) are simultaneously driven by a single conveyor drive motor CM, 500) (for example, a round belt made of a urethane material having a relatively small elasticity) is used, which is shown in Fig.

10A is another embodiment of the discharge conveyor system 80,

The four conveyors (the first conveyor 83, the second conveyor 84, the third conveyor 85 and the fourth conveyor 86) are provided only to the horizontal portion without the downward inclined face, and the downward inclined face is provided with the outer frame 81 The discharge chute 800 provided at one side of the discharge chute 800 performs its role.

On the other hand, in the lower part of the round belt conveyor 100 at the bottom of the frame 10, debris such as anchovy powder to be dropped into the feed falls in the direction of the feeder 200, The anchovies fall as the sixth smallest product in fact to be smaller than the five products released.

However, since the frame 10 of the present invention is inversely oscillated in the direction of "Q " which is the opposite direction to the existing anchovy sorters, the reverse particulate discharge chute 90 and the reverse chute discharge chute 91 It can be smoothly discharged in the direction of the supply part 200, which is a position away from the discharge chutes 70.

The reverse particulate discharging chute 90 and the reverse powder discharging chute 91 are connected to the first 201, the second 202, the third 203, the fourth 204, It is possible to collect them separately from the remote place 205,

It is possible to secure a sufficient working space as much as the user desires in the first, second, third, fourth, 204th and 205th passages 201, 202, 203, 204 and 205.

According to another embodiment of the present invention,

A round belt conveyor sorter to which vibration means is added,

(10) housed in the frame (10), at least one case (20) housed in the frame (10), a round belt conveyor (100) housed in the case (20) And a support frame 50 for supporting the frame 10 is mounted on the bottom of the frame 10. The support frame 50 is fixed to the support frame 50, And a shock absorber (60) for buffering vibration between the frame (10) and the frame (10)

The round belt conveyor (100)

Characterized in that the round belts maintain a tapered pattern in which the intervals of the round belts (24) become wider as viewed in the direction in which the sorting article advances about the center of the case (20)

At the same time, instead of omitting the discharge conveyor system 80, a plurality of reverse discharge chutes 90 may be provided below the frame 10.

In yet another embodiment,

The round belt conveyor (100)

As shown in FIG. 13, the round belts 24 may include a plurality of pairs of left and right two pairs of axes in the Q-Q 'direction of the case 20 on the plan view.

In this case, however, it is necessary to provide a drop prevention plate (not shown) in the form of a "s" to prevent the selection item from falling between the pair of round belts 24 and the pair of round belts 24 However,

The drop prevention plate serves to prevent the screening article from falling down to the floor without being screened, and at the same time, the screening article is guided in the direction of QQ 'which is the center of each pair of round belts (24) 24).

      In the present invention, the round belt conveyor sorter to which the inverse vibrating means according to the embodiment is added is shown and described as anchovy and shrimp, but the present invention is not limited thereto.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are set forth in part in the appended claims. All changes or modifications that come within the scope of the equivalent concept are to be construed as being included within the scope of the present invention.

The frame 10, the case 20, the driving unit 110, the tension unit 112, the supplying unit 200, the discharging unit 300,

Claims (8)

A round belt conveyor sorter to which vibration means is added,
(10) housed in the frame (10), one or more cases (20) housed in the frame (10), a round belt conveyor (100) housed in the case (20) A plurality of one-touch clamps 30 for temporarily fixing the frames 20-1, 20-2, 20-3, 20-4, 20-5 integrally with the frame 10, A pair of vibration motors M for generating reverse vibration in a vertical or "Q" direction (direction from the discharge portion 300 to the feeding portion 200) A support frame 50 with a wheel 40 on its bottom is placed on the floor so as to support the support frame 10 and a buffer for buffering vibrations between the support frame 50 and the frame 10. [ Device 60,
A discharge conveyor system 80 for receiving anchovies from the discharge chute 70 and reaching the anchovy at distant positions to the left and right sides of the anchovy sorter 70, And a driving unit 110 for driving the at least one round belt conveyor 100 housed in the case 20 by one driving motor GM at a time, And a tension unit 112 for easily detaching and attaching the power transmission unit 111 while maintaining the tension of the drive unit 110 of the drive unit 110. The round belt conveyor according to claim 1,
The method according to claim 1,
In the case 20,
A drive pulley 34 is disposed at an end of the supply unit 200 and a driven pulley 35 is provided at an end of the discharge unit 300 in the direction of the discharge unit 300,
A driven pulley side stay bar 21 is provided in the vicinity of the upper parting surface 33 and in the vicinity of the driven pulley 35 in the vicinity of the upper parting surface 33 and close to the drive pulley 34 A plurality of case stay bars 22 are provided between the driven pulley-side stopper plate 23 and the driven pulley-side stay bar 21 and the drive-pulley-pinion prevention plate 23 in the vicinity of the upper discriminating surface 33 Respectively,
The case 20, which is a plate-like metal material, is a pair of left and right side stay 20b and 20b, and includes a stay bar 21 (Stay Bar), a plurality of case stay bars The driving pulleys 22 and the driving pulley supporting plates 23 are welded together with a pair of the cases 20a and 20b to form a durable one structure.
On the other hand, the round belts 24 constituting the upper discriminating surface 33 include a driven pulley 35 and a driving pulley 34 at both ends of the upper discriminating surface 33, and a plurality of carrier rollers 25 And a middle point between the driven pulley (35) and the drive pulley (34) is set to be the highest, so as to draw a curved line,
The upper discriminating surface 33 rotates past the driven pulley 35 and reaches the lower portion of the upper discriminating surface 33 to be divided into two layers. When the order of arranging the upper discriminating surface 33 is viewed, The corresponding round belts 24 are classified into an upper round belt 24-1 and an upper layer while covering the upper surface of the upper rotary snap pulley 36. When the arrangement order of the upper discriminating surface 33 is viewed, The corresponding round belts 24 are divided into a lower layer round belt 24-2 and a lower layer spanning the lower surface of the lower layer rotation snap pulley 37. These upper layer rotation snap pulleys 36 and lower layer rotation snap pulleys 37, The drive pulley 34 and the driven pulley 35 are arranged in the same manner immediately before the drive pulley 34 and are rotated to prevent a load caused by the friction of the round belts 24, ), One or more lower layers Inverse vibration means is part of a round belt conveyor sorter comprising the agent chulreongim prevention pipe (39).
The method according to claim 2,
The configuration of the carrier roller (25)
And a plurality of rollers 26. The rollers 26 are provided with holes to allow the bolts 27 to pass therethrough and the rollers 26 are disposed inside the cases 20a and 20b The rollers 26 and the bearings 28 are inserted into the bolts 27 in the state where the bearings 28 are provided outside the cases 20a and 20b and the nuts 27 The bearings 28 are attached to the cases 20a and 20b while being fixed by bearing fixing plates 29. The bearings 28 are fixed to the case 20a and 20b, And the bearing 28 is inserted into and fixed to the case 20a or 20b by a hole 29-1 provided at the center thereof and is fixed to the case 20a or 20b by a bolt hole 29-2. The conveying direction of the conveying belt conveyor is changed.
The method according to claim 1,
In the configuration of the tension device 112,
A drive motor (GM) for driving at least one round belt conveyor 100 at a time is mounted on the motor base plate 115,
The tensioning device 112 is provided with one or more spring hooks 113 on one side of the lower support pipe 14 which is a part of the frame 10 and on one side of another lower support pipe 14 The motor base plate 115 includes one or more motor base plate stoppers 114 and one side of the motor base plate 115 includes one or more tension adjusting spring hanger 116. The spring hanger 113 and the tension spring The tongue 116 is connected to the tension spring 117 to form a structure for pulling the drive motor GM until the motor base plate 115 touches the motor base plate stopper 114 and is no longer pulled out .
The motor base plate 115 is rotatable in conjunction with a hinge 118 provided at one side of the lower support pipe 14,
The tension spring 117 is strongly pulled in spite of the fact that the frame 10 is vibrating at the normal time when the power transmitting device 111 is attached,
In order to detach the power transmission device 111, the motor base plate 115 is pulled to one side to peel off the power transmission device 111 even though the tension spring 117 is strongly pulled, (115) is pulled back by the tension spring (117). The round belt conveyor sorter according to any one of claims 1 to 11,
The method according to claim 1,
The configuration of the discharge conveyor system (80)
A conveyor 83, a conveyor 84, a conveyor 85, and a conveyor 86 are formed on the outer frame 81, The conveyor 83, the conveyor 84, the conveyor 85, the conveyor 85, and the conveyor 80. The conveyor 83 is provided with an inner frame 82 corresponding to the hole for forming the conveyors, A plurality of conveyor pulleys 87 are disposed in the inner space between the outer frame 81 and the inner frame 82 so as to constitute one body as a unitary type conveyor 86, .
The outer frame 81 is fixedly coupled with the support frame 50 and a total of four conveyors can be inserted deeply between the discharge chutes 70,
The anchovies separated and discharged through the discharge chutes 70 are placed on the first conveyor 83, the second conveyor 84, the third conveyor 85 and the fourth conveyor 86, Wherein the final discharging is performed immediately above the sockets (201, 202, 203, 204, 205) while forming the reverse conveying means.
A round belt conveyor sorter to which vibration means is added,
(10) housed in the frame (10), at least one case (20) housed in the frame (10), a round belt conveyor (100) housed in the case (20) And a support frame 50 for supporting the frame 10 is mounted on the bottom of the frame 10. The support frame 50 is fixed to the support frame 50, And a shock absorber (60) for buffering vibration between the frame (10)
A discharge conveyor system 80 for receiving anchovies from the discharge chute 70 and reaching the anchovy at distant positions to the left and right sides of the anchovy sorter 70, And a driving unit 110 for driving at least one round belt conveyor 100 housed in the case 20, as shown in FIG. Round belt conveyor sorting machine.
A round belt conveyor sorter to which vibration means is added,
(10) housed in the frame (10), at least one case (20) housed in the frame (10), a round belt conveyor (100) housed in the case (20) And a support frame 50 for supporting the frame 10 is mounted on the bottom of the frame 10. The support frame 50 is fixed to the support frame 50, And a shock absorber (60) for buffering vibration between the frame (10) and the frame (10), and a plurality of reverse discharge chutes (90)
The round belt conveyor (100)
Characterized in that the round belts (24) maintain a tapered pattern which becomes wider as the spacing of the round belts increases as viewed in the direction in which the sorting article advances about the center of the case (20) Conveyor sorting machine.
The method of claim 7,
The round belt conveyor (100)
The pair of round belts 24 are arranged in pairs on the left and right sides of the case 20 in the QQ 'direction on the plan view,
(Not shown) having a "s" shaped cross-section so as to prevent the selection item from falling off between the pair of round belts 24 adjacent to the pair of round belts 24 The conveying speed of the conveying belt is reduced.

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