JPH081023Y2 - Quarry sorting and separation equipment - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention relates to a quarry sorting and separating apparatus for sorting quarry collected from mountains and rivers according to size.
The present invention relates to a quarry selection / separation device in which quarry to be selected does not spill from the device during selection.

[Prior Art] Conventionally, as a sorting and separating apparatus for quarrying, a sieve-like member is horizontally or obliquely oscillated and vibrated, and the quarrying is put into the sieve-like member to perform sorting and separation. Since it directly vibrates, the structural separation is insufficient.

In addition, the quarry material to be sorted is stored in the main body,
There is also a reciprocating vibrating body that selects and separates while giving vibration, but since the reciprocating movement of the vibrating body is made by chains or ropes, it will inevitably prolong with use, and durability It has various problems.

In order to solve the above problems, the applicant of the present invention previously filed the invention “Putting and separating device for quarrying” according to Japanese Patent Application No. 2-1919, and it existed as described above. The problem has been resolved.

However, according to the "quarry sorting and separating device" according to the Japanese Utility Model Application No. 2-1919, the quarry collected from a mountain or a river is put into a material receiving rail arranged at the bottom of the main body, and the sorting and separating device. When the quarry is operated and used, a small amount of quarry is required, but when the amount of quarry is large, the quarry may spill from both sides of the main body of the sorting and separating apparatus. In particular,
Since the sorting device performs the sorting operation by vibrating the comb-shaped member by the vibrating body, the quarrying stone is easily spilled.

Furthermore, the sorting / separating apparatus according to Japanese Utility Model Application No. 2-1919 has excellent sorting ability, and it is strongly desired to increase the amount of quarry that can be put in at one time and to improve the treating ability. It was

[Problems to be Solved by the Invention] Therefore, the present invention has been made in order to eliminate the drawbacks of the above-mentioned conventional technology, in which the quarry supplied to the main body activates the sorting device to vibrate the comb-shaped member. The object of the present invention is to develop a quarry separation and separation device that can process a large amount of quarry even if the quarry does not spill even if the quarry is spilled, and does not spill from the main body even if the amount of quarry input is large. It is what

[Means for Solving the Problems] That is, the present invention provides a main body portion which is capable of accommodating a quarry and which is provided with a material receiving rail in the shape of a slats on the inner bottom and a pair of upper and lower traveling rails parallel to the material receiving rail on both sides. And an appropriately replaceable comb-like member that is vibrated by a vibrating body and meshed with the saw-shaped material receiving rail, and reciprocates along the traveling rail through the traveling rail and the rack mechanism. And a wall that is disposed on the comb-shaped member side of the transfer portion and that is erected on both sides of the main body portion that is reciprocable along the travel rail in association with the transfer portion via the travel rail. It is intended to achieve the above object by using a quarry selection / separation device including a plate portion.

[Operation] In the present invention, since the main body is formed so as to be able to accommodate the quarry, the quarry to be sorted is loaded and placed on the material-receiving rail in the shape of a saw-blade provided on the main body. Moreover,
The rack mechanism via the transfer section and the main body section is operated by operating a motor or the like, and the transfer section is moved along the traveling rail. A comb-shaped member is provided at the tip of the transfer section, and the comb-shaped member vibrates by the vibrating body. The quarry having a diameter larger than the groove width of the material receiving rail remains on the material receiving rail, is pushed by the comb-shaped member, and is discharged to the outside.

Since the comb-shaped member is formed so as to be engaged with the drain-shaped material receiving rail, it can be effectively selected without passing through the gap between the material-receiving rail and the comb-shaped member.

In addition, a wall plate portion is erected on both sides of the main body portion on the comb-shaped member side of the transfer portion, and the wall plate portion moves along the traveling rail in conjunction with the transfer portion. Even if the comb-shaped member is vibrated by the vibrating body, the quarry placed on the rails and sorted does not spill from the main body, and a large amount of quarry can be sorted.

[Embodiment] An embodiment will be described with reference to the drawings in order to clarify the gist of the quarrying and separating apparatus of the present invention.

As shown in FIG. 1, the main body 1 of the quarrying separation / separation apparatus A is provided with material receiving rails on its inner bottom for feeding material, and a pair of traveling rails vertically on both sides thereof, and upper traveling A rail 121 and a lower traveling rail 122 are arranged and are formed in a substantially rectangular frame shape. The material receiving rail is shaped like a drain. Although not shown here, a hopper hole for storing stones sorted according to size is opened below.

The transfer unit 2 is provided with a comb-like member 21 at its tip, and a sprocket 23 and an engaging cylinder 13 provided on a erection material on which an upper traveling rail 121 of the main body is installed form a rack mechanism, The sprocket 23 connected to the chain with the gad motor 22 provided on the upper portion of the transfer unit 2 rotates, and the transfer unit wheels 24 provided on the transfer unit 2 travel upward while the sprocket 23 and the engagement cylinder 13 mesh with each other. It can be reciprocated by traveling on the rail 121. The comb-shaped member 21 is formed so that the tip of the comb-shaped member 21 engages with the material receiving rail in the shape of a saw, and there is no possibility that soil or the like will pass through the gap between the material receiving rail 11 and the comb-shaped member 21 and remain sorted. . The comb-shaped member 21 has a structure which is vibrated by a vibration motor as a vibrating body provided inside the transfer unit 2 so that more effective selection can be performed.

Next, the pair of wall plates 3 are provided on both sides of the main body 1, and the pair of transfer parts 2 are provided.
Is installed side by side and is formed of a rectangular plate material. Four wall plate wheels 31 are arranged on the wall plate 3, and are formed so as to travel on an upper traveling rail 121 and a lower traveling rail 122 as shown in FIG.
Each of the wall plate portions 3 is connected to the transfer portion 2 by a pair of connecting members 4, and moves with the movement of the transfer portion 2.

Explaining how to use the quarrying separation / separation device A, stones collected from mountains or rivers and soil mixed with stones are transported by a dump truck and placed on the material receiving rail 11 of the main body 1. . Then, when the geared motor 22 is rotated, the sprocket 23 engages with the engagement cylinder 3, and the vibration motor as a vibrating body is actuated to vibrate the comb-shaped member 26 and move along the running track. To do. As a result, stones smaller than the groove spacing of the saw-shaped material receiving rail 11 move downward and large stones move on the material receiving rail 11 and are discharged to the outside from the other end. The quarrying separation / separation device A is usually used in a tilted manner in order to perform efficient separation.

The upper traveling rail 121 and the lower traveling rail 122 select the quarry put in the material receiving rail 11 and select the comb-shaped member 21.
In order to discharge stones larger than the groove intervals of the material receiving rail 11 to the outside of the material receiving rail 11, the wall plate portion 3 is formed longer than the material receiving rail 11.

Although the sprocket and the engagement cylinder are used as the rack mechanism in the present embodiment, the rack mechanism is not limited to this as long as they have equivalent functions, and the number and size of the material receiving rails are arbitrary. The present invention is, for example,
And within the range where the effects of the invention described below are achieved,
It is needless to say that each of them may be arbitrarily determined, and none of these changes changes the gist of the present invention.

[Advantages of the Invention] As described in detail above, the present invention enables the transfer unit to reciprocate along the traveling rail provided on the main body to which the quarry to be sorted is placed and placed. Wall plates along the running rails installed on both sides of the main body of the sorting / separating device for sorting the quarry by moving the quarry by the comb-shaped member arranged at the tip of the transfer unit and vibrating the comb-shaped member. Since the parts are erected, even if a large amount of quarry is thrown in, the quarry does not spill from the main body.

Further, the wall plate portion is disposed on the comb-shaped member side of the transfer portion,
Since it is formed so as to be capable of reciprocating along the traveling rail in conjunction with the transfer portion, it is applied to the traveling rail of the main body of the quarry in a state where the vibration is applied by the comb-shaped member and sorting is performed. Since both sides of the quarry are effectively shielded, the quarry to be sorted does not spill from the main body of the sorting and separating device.Therefore, it is not necessary to re-sort the spilled quarry. Do not spill and scatter, and do not pollute the area with quarrying soil.

In particular, the sorting ability of the sorting apparatus of the present invention is excellent by no other means, and by providing the wall plate portion, the sorting ability can be effectively exhibited.

As described above, the present invention is a device that is extremely excellent in practical use.

[Brief description of drawings]

The drawing shows an embodiment of the quarrying and separating apparatus of the present invention. FIG. 1 is an external perspective view, and an XX end view in FIG. A: Sorting and separating device for quarry 1 ... Main body 11 ... Material receiving rail 121 ... Upper traveling rail 122 ... Lower traveling rail 13 ... Engaging cylinder 2 ... Transfer section 21 ... Comb member 22 ... … Geared motor 23 …… Sprocket 24 …… Transfer part wheel 3 …… Wall plate part 31 …… Wall plate part wheel 4 …… Connecting member

Claims (1)

[Scope of utility model registration request] 1. A main body having a material receiving rail having a saw-like shape on the inner bottom thereof and a pair of upper and lower traveling rails parallel to the material receiving rail on both sides, and a vibrating body for vibrating while accommodating quarry. A transfer part that is provided with a comb-like member that is engaged with a material receiving rail in the shape of a slats and that can be exchanged appropriately, and that can reciprocate along the running rail via the running rail and a rack mechanism, and the transferring part. A wall plate portion which is disposed on the side of the comb-like member and which is erected on both sides of the main body portion that can reciprocate along the traveling rail in association with the transfer portion via the traveling rail. A device for sorting and separating quarry.