KR101379880B1 - Apparatus for supplying square biscuits - Google Patents

Abstract

An apparatus for supplying square biscuits according to the present invention can simply align a plurality of rows of molded square biscuits in a line and allow the biscuits to be automatically maintained at a predetermined distance therebetween while the biscuits aligned in a line are successively supplied toward a packaging device for individual packing. The apparatus for supplying square biscuits includes a transfer unit successively supplying square biscuits toward a packaging device. The transfer unit includes a transfer conveyor disposed on a table body and orbitally rotated to transfer the square biscuits in a transversal direction; an alignment unit including an aligning conveyor for aligning the square biscuits, placed on the transfer conveyor and transferred in a plurality rows, in a row; and a supply feeder aligning the square biscuits in a row aligned by the aligning unit and detecting the aligned and supplied square biscuits to vary the transfer speed of the transfer unit according to the supply amount of the square biscuits.

Description

Square Cookie Feeder {APPARATUS FOR SUPPLYING SQUARE BISCUITS}

The present invention relates to a rectangular confectionery supply device, and in particular, to enable continuous in-line transfer at a uniform speed to enable individual packaging during the transfer of rectangular confectionery, the structure is improved so that the alignment is made automatically during the transfer process. To a rectangular cookie feeder.

In general, sweets are prepared by kneading, baking or frying flour or rice flour with sweeteners such as sugar, red bean, and milk. These sweets are a snack to enjoy regardless of sex.

In addition, the confectionery may be prepared by a method comprising the steps of: a step of removing foreign substances from a material and supplying the material at a predetermined ratio; a mixing step of mixing the introduced materials to form a dough; a molding step of molding the dough into a predetermined shape using a mold; A baking step of baking or finishing the baked goods in a confectionery state, and a packaging step of packaging the finished confectionery.

It is desirable that the manufacturing process of the confectionery is mass-produced through an automated process. For this purpose, a conveying process is required to transfer the confectionery that has undergone the baking step to the packaging step.

The conventional conveying process is mostly carried out through a known conveyor, and it is required to align the confectionery made of a plurality of rows during the process of conveying through the conveyor, and it is also required to supply each confectionery at a constant speed to the packing machine do.

The rectangular cookies individually packaged among the pastry are manufactured in a predetermined form through a firing step, and then packaged inside the wrapping paper or a container, and must be continuously supplied to the packaging facility through the sorting step.

Prior art related to this is disclosed in Korean Patent Publication No. 10-0925965 "Packing method of stick-shaped confectionery" (registration date: 2009.11.02), and supplies confectionery to an accumulator conveyor having a plurality of positions. And supplying the confectionery in each packaging container by using a bucket conveyor, and supplying the confectionery step by step into the respective packaging containers. It is possible to quickly and accurately auto-package, but in this case it is limited to the process of supplying the confectionery in the cylindrical packaging container, there is a disadvantage that is difficult to apply to the packaging method individually packaged by the wrapping paper.

In addition, the existing confectionery should be provided with an alignment step of arranging a plurality of confectionery prior to the packaging step and transported to the packaging machine side, the prior art for this is Korean Patent Publication No. 10-1187430 "stick type confectionery sorting device" ( Registration date: 2012.09.25), and its configuration is a method of automatically arranging the stick-shaped confectionery accommodated in the plurality of buckets by pushing in one direction. There is a disadvantage in that productivity is lowered due to the delayed and delayed transfer.

Korean Registered Patent Publication No. 10-0925965 "Packing method of stick type confectionery" (registered on November 11, 2009) Korean Registered Patent Publication No. 10-1187430 "Stick type candy aligning device" (registered on September 25, 2012)

The present invention has been made in view of the above-mentioned problems, and an object thereof is to improve the structure so that the line-up of the sweets is automatically and quickly performed during the transfer process of the rectangular sweets for individual packaging. It is to provide a rectangular cookie feeder.

The present invention for achieving the above object is provided with a conveying means for continuously supplying to the packaging machine side to individually package the rectangular cookies,

The conveying means has a conveying conveyor for traversing the transverse direction on the upper side of the table body for supplying the confectionery in the transverse direction, and an alignment conveyor for arranging the confectioners seated on the upper side of the conveying conveyor in a row. And a feeding feeder for aligning the confectionery sorted by the arranging means in a row and sensing the confectionery supplied and variably adjusting the conveying speed according to the supply amount of the confectionery.

The alignment means further includes an aligner disposed at different angles on the upper side of the table main body and rotated at a speed different from a supply speed of the alignment conveyor.

The aligner is disposed on the front end side of the alignment conveyor so as to cross at right angles to the trajectory traveling direction of the alignment conveyor, and is spaced apart from the first aligner and disposed at the rear end side of the alignment conveyor in a staggered direction. It is provided with a second, third sorter disposed inclined,

The first, second and third aligners include a aligner body having a track-like structure, and a rotating belt rotatably disposed on an outer circumferential surface of the aligner body to be rotated at a different speed from the alignment conveyor by a driving force of a motor.

The feed feeder is arranged on the rear side of the alignment means and the alignment guide for aligning the sweets supplied by the alignment means in a row,

A plurality of detection sensors arranged on the upper side of the alignment guide and spaced apart from each other to detect the confectionery to be transported;

A feed conveyor disposed on the table main body so as to be rotated in a transverse direction, for feeding cookies in a row to the packing machine side;

It is disposed in the middle of the supply conveyor and has a feeding conveyor for varying the speed according to the supply amount of the confectionery detected by the sensor.

The feed feeder further comprises an individual supply unit between the supply conveyor and the packing machine, wherein the individual supply unit and the individual conveyor which is transversely orbitally rotated, and are spaced apart at regular intervals on the outside of the individual conveyor and interlocked and orbitally rotated. It is provided with a plurality of blades for sequentially feeding the individual confectionery supplied from the supply conveyor to the packaging machine side.

First, the present invention can not only continuously convey in a row in the process of individually packaging the rectangular confectionery 10 supplied in a plurality of molded rows to the packaging machine 300 side, automatically aligned by the alignment means 400 After being fed sequentially by the feed feeder 300 at a uniform speed, since the individual packaging of the rectangular confectionery 10 is possible, the productivity is improved.

Second, the present invention is provided with a sorter 220 which is disposed at different angles and rotated separately, and using the difference in the rotational speed of the sorting conveyor 210 and the rotating belt 222 on the sorter 220 side. Since the overlap of the confectionery supplied can be eliminated. It has the advantage that the rectangular sweets 10 conveyed in a plurality of rows in a simple manner can be easily lined up.

Third, the present invention uses the sensor 320 to variably adjust the conveying speed of the confectionery supplied through the feeding conveyor 350 in accordance with the supply amount of the confectionery 10 and to supply the rotational speed of the feeding conveyor 350 By rotating faster than the rotation speed of the conveyor 330, passing through the individual supply unit 400 can maintain the interval between the cookies 10 for the individual packaging of the cookies supplied to the packaging machine 500 side and quickly And it has the advantage that can supply the confectionery (10) continuously.

1 is a plan view showing the configuration of a rectangular confectionery supply device according to the present invention.
Figure 2 is a front view of Figure 1;
Figure 3 is a perspective view schematically showing the configuration of the aligner of the present invention.
Figures 4a and 4b is a state diagram used before and after the operation of the aligner of the present invention.
5 is a plan view showing the feeder of the present invention.
Figure 6 is a perspective view schematically showing the configuration of the individual supply of the present invention.
Figure 7a, 7b, 7c is a state diagram showing the sequence of the confectionery conveying process of the present invention confectionery supply device sequentially.
Figure 8 is a perspective view showing a rectangular cake individually wrapped through the present invention the confectionery supply device and the packaging machine.

The present invention easily arranges a plurality of rows of square cookies that have been molded, and automatically maintains the intervals of the cookies during continuous feeding of the lined sorted gourds to the packaging machine side for individual packaging.

Referring to FIGS. 1 to 8, the rectangular confectionery supply device according to the present invention includes a conveying means for continuously supplying the rectangular confectionery 10 to the packaging machine 500, and the conveying means is a table main body 105. Transfer conveyor 100 is transversely rotated on the upper side of the conveyer 100 for conveying the confectionery 10 in the transverse direction, and the confectionery 10 seated on the upper side of the conveying conveyor 100 and conveyed in a plurality of rows in line Aligning means 200 having an alignment conveyor 210 for aligning, and sorting the confectionery 10 aligned by the aligning means 200 in a line, and senses the confectionery supplied fed by the confectionery ( It is composed of a feed feeder 300 for varying the feed rate in accordance with the supply amount of the 10).

In more detail, as shown in FIG. 2, the transport conveyor 100 is disposed to be orbitally rotated transversely on the upper portion of the table main body 105 to perform a function of supplying the rectangular confectionery 10 in a plurality of rows. .

In addition, the conveyors (feed conveyor 100, alignment conveyor 210, feed conveyor, etc.) of the present invention has a structure that is orbitally rotated by the rotational force transmitted from the respective motors (105, 205, 305).

The alignment means 200 is arranged on the table main body 105 to be orbitally rotated in the transverse direction, and arranged on the upper side of the table main body 105 to cross each other and the supply speed of the alignment conveyor 210 And a sorter 220 that rotates at a different speed.

As shown in FIG. 1, the aligner 220 includes a first aligner 220A disposed at a front end side of the alignment conveyor 210 at a right angle with respect to the trajectory traveling direction of the alignment conveyor 210. It is composed of second and third sorters 220B and 220C spaced apart from the first sorter 220A and disposed to the rear end side of the sorting conveyor 210 and inclined in a staggered direction.

The first, second, and third aligners 220A, 220B, and 220C have different arrangement angles, but are configured in the same configuration. Referring to FIG. The rotating belt 222 is rotatably disposed around the outer circumferential surface of the main body 221 and rotates at a different speed than the alignment conveyor 210 by the driving force of the motor.

In this case, as shown in FIG. 4A, as shown in FIG. 4A, when the confectioners 10 conveyed in a plurality of rows collide with the sorter body 221, the conveying direction is changed, even when the confectioners 10 overlap in the same row. Since the conveying speed of the confectionery 10 which is in direct contact with the rotating belt 222 has a difference in conveying speed from the confectionery 10 which is seated on the alignment conveyor 210 and conveyed, the confectionery in an overlapped state as shown in FIG. 4B. Even if 10 is supplied, the overlapping phenomenon of the confectionery products 10 of the rotating belt 222 may be eliminated due to the difference in the rotational speed of the alignment conveyor 210 and the rotating belt 222.

That is, in the sorter 220, the first, second and third sorters 220A, 220B and 220C are disposed at different angles, and the first, second and third sorters 220A, 220B and 220C are aligned. Since each rotating belt 222 is provided on the outer circumferential surface of the main body 221, a plurality of rows of confectionery 10 seated and transported on the alignment conveyor 210 has an advantage of being aligned in a row.

1 and 5, the feed feeder 300 is disposed at the rear side of the alignment means 200, and the alignment guide 310 for aligning the confectionery 10 supplied by the alignment means 200 in a line. ), A plurality of sensing sensors 320 for sensing the confectionery 10 is arranged and spaced apart from each other on the upper side of the alignment guide 310, and transverse orbital rotation on the table body 105 The confectioner 10 is disposed so as to feed the confectioners 10 in a line with the packaging machine 500, and the confectionery 10 disposed in the middle of the supply conveyor 330 and sensed by the sensing sensor 320. It is composed of a feeding conveyor 350 for adjusting the speed in accordance with the supply amount of these.

Alignment guide 310 is arranged vertically close to one side edge portion of the feed conveyor 330 to align the confectionery (10) transported on the feed conveyor 330 in a row so that a continuous supply is made.

The sensor 320 measures the supply amount of the confectionery 10 which is aligned and arranged in a row by the alignment guide 310 and applies the same to the known controller, thereby controlling the rotation speed of the feeding conveyor 350 by the controller. do.

At this time, each of the confectionery 10 is quickly conveyed to the packing machine 500 by a feeding conveyor 350 having a faster rotational speed than the supply conveyor 330, the interval of the confectionery 10 of the feeding conveyor 350 The space after the passage becomes wider than before the entry, which has the advantage of easily maintaining the space between the confectionery 10 for the individual packaging of the confectionery 10 supplied to the packaging machine 500 side.

In addition, referring to FIG. 1, the feed feeder 300 may further include an individual supply unit 400 between the supply conveyor 330 and the packing machine 500, and the individual supply unit 400 is illustrated in FIG. 6. As described above, the individual conveyor 410 is rotated in the transverse orbit, and the individual confectionery supplied from the supply conveyor 330 rotated and orbitally rotated and spaced apart at regular intervals on the outside of the individual conveyor 410 It consists of a plurality of blades 420 for sequentially supplying (10) to the baler 500 side.

That is, the individual conveyor 410 is orbitally rotated by a plurality of blades 420 are spaced apart from each other at uniform intervals on the outer circumferential surface, during the orbital rotation to continuously supply the individual confectionery 10 to the packaging machine 500 side sequentially Has the function.

Each blade 420 is disposed at intervals corresponding to the length of the confectionery 10, thereby causing one blade 420 to push and transport one confectionery (10).

7A, 7B, and 7C are diagrams sequentially illustrating the steps of transferring, arranging, supplying, and packing the confectionery 10 in the supply apparatus of the present invention. In FIG. 7A, the plurality of confectionery 10 is seated on the conveying conveyor 100. Then, the plurality of rows of square cookies 10 are supplied to the alignment means 200 through the transfer conveyors 100, and the plurality of rows of square cookies 10 are aligned in a second line by the first sorter 220A. It is supplied to the group 220B side.

Thereafter, the lined rectangular sweets 10 are aligned and supplied to the feed feeder 300 while passing through the second and third sorters 220B and 220C that are alternately arranged as shown in FIG. 7B.

Subsequently, the rectangular confectionery 10 supplied to the feed feeder 300 is supplied in a line while passing through the alignment guide 310, as illustrated in FIG. 7C, and through the sensor 320 as described in FIG. 5. As the supply amount is sensed, the rotational speed of the feeding conveyor 350 is rotated at a rotational speed faster than that of the supply conveyor 330, so that the confectionery 10 can be quickly supplied to the individual conveyor 410 without congestion. have.

The confectionery 10 supplied to the individual conveyor 410 is continuously fed into the packaging machine 500 by pushing the individual confectionery 10 by the respective blades 420 on the individual conveyor 410.

As a result, the confectionery products 10 individually supplied into the packaging machine 500 are wrapped with the wrapping paper 502 during the transfer, and perform a known packaging process such as sealing and cutting.

Accordingly, the packing machine 500 wraps and wraps the individual cookies 10 supplied at a constant speed with the wrapping paper 502, and individually wraps the square cookies 10 with the wrapping paper 502, as shown in FIG. The sealing process is performed by sealing.

As described above, the present invention can not only arrange the plurality of rows of the cookies 10 in a simple manner in a process of transferring them to the packaging machine 500 for the individual packaging of the prepared rectangular cookies 10, but also a feed feeder. Using the sensor 320 in the 300 has the advantage that the variable supply speed can be adjusted according to the amount of the sweets (10).

In addition, the present invention by using the sensor 320 to control the feed speed of the confectionery (10) supplied through the feeding conveyor 350 in accordance with the supply amount of the confectionery (10) as well as the rotation of the feeding conveyor (350) Spacing between the confectionery 10 for the individual packaging of the confectionery 10 supplied to the packing machine 500 side by rotating the speed faster than the rotational speed of the feed conveyor 330, passing through the individual supply unit 400 It can be maintained and has the advantage of supplying the sweets 10 quickly and continuously.

10: sweets 100: conveying conveyor
105: table body 200: alignment means
210: sorting conveyor 220: sorter
220A, 220B, 220C: 1st, 2nd, 3rd sorter
221: aligner body 222: rotating belt
300: feed feeder 310: alignment guide
320: detection sensor 330: supply conveyor
350: feeding conveyor 400: individual supply
410: individual conveyor 420: blade
500: packing machine 502: wrapping paper

Claims (5)

In the rectangular confectionery supply device having a conveying means for continuously supplying the rectangular confectionery to the packaging machine side,
The conveying means is orbitally rotated in the transverse direction on the upper side of the table body 105, the conveying conveyor 100 for supplying the confectionery 10 in the transverse direction,
Alignment means (200) having an alignment conveyor 210 for aligning the confectionery (10) arranged in a row on the upper side of the transfer conveyor 100 in a plurality of rows, and
The feeder for aligning the confectionery (10) arranged by the alignment means 200 in a row and detects the confectionery (10) supplied by the alignment means to variably adjust the transfer speed according to the supply amount of the confectionery (10) Square confectionery supply device characterized in that it comprises a 300). The method according to claim 1,
The alignment means 200 is disposed at different angles on the upper side of the table body 105, and further provided with a plurality of aligner 220 rotated at a speed different from the supply speed of the alignment conveyor 210 Rectangle cookie feeder characterized by. The method of claim 2,
The aligner 220 includes a first aligner 220A disposed on the front end side of the align conveyor 210 at right angles with respect to the trajectory traveling direction of the align conveyor 210, and the first aligner ( And second and third sorters 220B and 220C spaced apart from 220A and disposed at a rear end side of the alignment conveyor 210 and inclined in a staggered direction.
The first, second and third aligners 220A, 220B, and 220C are rotatably disposed on the tracker aligner body 221 and the outer circumferential surface of the aligner body 221 and are aligned with the driving force of the motor. Square confectionery supply device characterized in that it comprises a rotating belt 222 that rotates at a different speed than the conveyor (210). The method according to claim 1,
The feed feeder 300 is arranged on the rear side of the alignment means 200 and the alignment guide 310 for aligning the confectionery 10 supplied by the alignment means 200, and
A plurality of detection sensors 320 disposed on the upper side of the alignment guide 310 and spaced apart from each other to detect the confectionery 10 to be transported;
A feed conveyor 330 disposed on the table main body 105 so as to rotate in a transverse direction to supply the confectioners 10 in a line to the packing machine 500;
Square confectionery supply device which is disposed in the middle of the supply conveyor 330 and having a feeding conveyor 350 for varying the speed according to the supply amount of the confectionery 10 detected from the sensor 320 . The method of claim 4,
The feed feeder 300 is further provided with an individual supply unit 400 between the supply conveyor 330 and the packing machine 500,
The individual supply unit 400 and the individual conveyor 410 is transversely orbital rotation,
A plurality of confectioners 10 are sequentially spaced apart from the individual conveyor 410 at a uniform interval to supply the confectioners 10 fed from the supply conveyor 330 that is interlocked and orbitally rotated to the packing machine 500. Square pastry feeder, characterized in that provided with a blade (420).

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