JPH048499A - Bread slicing and separating device - Google Patents

Abstract

PURPOSE:To prevent any deformation from occurring by delivering bread being sliced and sorted to an in-feed conveyor as it is in a rowed state, transferring the bread onto an out-feed conveyor in leaving it sorted intact, and then feeding it intermittently crosswise, and taking these sliced loaves out of this out-feed conveyor at each block. CONSTITUTION:Bread sliced is delivered in a rowed state with an in-feed conveyor 3, and it is fed to an out-feed conveyor 7 rectilinearly as in a state of being sorted by the specified sheet numbers. Next, the out-feed conveyor 7 receives the bread as in that state, feeding it intermittently crosswise, and it takes it out of the conveyor rectilinearly by one group through a feeding means. Accordingly, such a possibility that the bread is fed through a curved passage and might be deformed or shifted out is eliminated.

Description

[Detailed description of the invention] (Industrial application field) The present invention produces long and narrow baked food slice it into thin pieces and place it in the Divide into pieces and send to packaging equipment, etc. related to equipment.

(Conventional technology) Slice a long, thin piece of bread into many thin pieces. Divide it into a predetermined number of sheets and send it. Figures 5 to 5 show conventional devices for 7 is provided as shown in FIG.

In Figures 5 to 7, 101 Slicer 102 slices long and thin bread B. This is the tray that supplies the food.

The slicer 102 is supplied with Slice long bread into many thin pieces do. sliced by slicer 102 The prepared bread is divided into multiple groups each with a predetermined number of pieces. divided into For example, the one shown is Divide 3 loaves of bread into 3 groups of 1 loaf each It is assumed that

Endless sliced bread Infee configured by belt It is placed on the conveyor 103.

The infeed conveyor 103 includes horizontally on the surface of the A cutting bar 104 is attached.

In addition, the infeed conveyor 103 There are two partition plates 105 on the top in the transport direction. The slicer 102 3 loaves of bread sliced by Each loaf is separated by this partition plate 105. It is now possible to send it to someone else.

Infeed conveyor 103 is shown in Figure 5. Move (and slide) in the direction of the arrow as shown. Then, similarly, the top bread group and sequentially send them to the left.

On the left side of the dividing machine 106, there is an infee. Protrude the outlet end and end of the conveyor 103. Endless outflow when combined. A feed conveyor 109 is installed. Ru.

Surface of outfeed conveyor 109 , partition bars 110 are installed at predetermined intervals. Mounted laterally and out of the way. The feed conveyor 109 is driven in the direction of the arrow. When the split arc is The messages are sequentially sent out by the system 108. The partition bar 110 engages with the group of bread. and sends out one group to the left one by one.

Above the outfeed conveyor lO9 In the direction of the exit, as shown in Figure 6. Two narrowed fixed side plates 11 1 is arranged and 2 transformations A freely variable side plate 112 is provided. It is divided into 3 editions by a partition plate 105. The rear end of the sliced bread is placed on the partition bar 104. is pushed and comes in front of the dividing machine 106.

In that state, the infeed conveyor 10 3 is stopped. The dividing machine 106 Illustrated in FIG. 5 for the split arm axis 107 For each of the three groups of bread, 3 lines with a phase shift of 120° A split arm 108 is attached.

Therefore, the split arm shaft 107 is If you look at it and rotate it clockwise, you will see three The lower part of the split arm as seen in Figure 6 The split arm 108 in FIG. An eclipse that is divided into lower positions It hits the bread group and is attached to its tip. The engagement piece 108' shown in FIG. Send it to the left.

The split arm shaft 107 rotates an additional 120 degrees. When rotating, the split arm in the middle is Send this to the bread that is being distributed. ing.

The variable side plate 112 Food sent on conveyor 109 Place the food so that it forms a passage for the bread group. It deforms freely as the bread group is transferred.

According to conventional equipment with this structure, the infrastructure A predetermined number of sheets are placed on the feed conveyor 103. Dividing machine 1 06 to send out one group at a time. However, the outfeed conveyor 109 Forcibly send me to the narrowed exit of As you go, sliced bread and Friction occurs between the side plates 111 and 112. Yes, and because the passage is curved, the 7th The gap between the slices of bread is as shown in the diagram. Once completed, send this to a packaging machine, etc. When it comes to packaging, it can't be packaged properly. There was a drawback that this occurred.

(Problems to be Solved by the Invention) The present invention has been improved to be able to send out sliced bread groups that are sent in pieces without disturbing or deforming them, as seen in the conventional apparatus described above. The object of the present invention is to provide a device for slicing and dividing bread.

(Means and actions for solving problems) In the device according to the invention, a slicer sliced into thin pieces by The bread that comes out in sections is 1 Infeed conveyor that feeds in rows In addition to adopting Food packs sent by conveyor Accept the items as they are separated. This output is sent intermittently in the horizontal direction. Adopting a feed conveyor, this out Send one group at a time from the feed conveyor A feeding means is provided.

According to this configuration of the present invention, the slide Sorted bread is divided into predetermined number of pieces. Outfit in a straight line with the sent to the conveyor and out. The feed conveyor transports the bread to its Accept it as it is and intermittently move it laterally. Feed one group at a time linearly using the feeding means. When taking the bread out, the bread may be sent along a curved path. It may become deformed or shifted due to The conventional drawbacks can be overcome.

Below, one embodiment of the device according to the present invention will be explained based on the drawings.

(fruit Execution example) In Figures 1 to 3, 1 is the 5th The conventional method explained with reference to Figs. A long and thin loaf of bread B as in the device Lay it on its side and feed it to slicer 2. It's Ray.

sliced in slicer 2 The sliced bread B is kept in a designated area by the partition plate Sorted by number of sheets (in the case shown) Endless infeed with 3 divisions) It is supplied onto the conveyor 3.

On the surface of infeed conveyor 3, Partition bars 4 are installed horizontally at specified intervals. is installed. infeedco The conveyor 3 is intermittently equal to the distance between the partition bars 4. is driven by the target and exits from slicer 2. Engage the rear end of the bread B with the partition bar 4. In addition, intermittently, the outfeed co Send it to Nbaea.

6 is on both sides of the infeed conveyor 3 This is a side plate placed on the

An endless outfeed conveyor 7 is disposed at the outlet end of the infeed conveyor 3 and is driven in a perpendicular direction.

A plurality of partition plates 8 are erected on the surface of the outfeed conveyor 70 and extend in the lateral direction at the same intervals as the partition plates 50 on the infeed conveyor 3.

The outfeed conveyor 7 is is sent by feed conveyor 3. Keep the bread groups separated. It is received between the partition plates 8.

The outfeed conveyor 7 is a partition plate Intermittently drive for a length equal to the interval of 8. be moved.

As shown in Figure 2, the lowest partition plate is spaced 8 times apart. A discharge passage 9 is provided at a position corresponding to Yes.

Above this discharge passage N9, this passage An endless chain 10 is connected parallel to 9. And this endless chain! 0 has the th As shown in Figure 1, the patterns are placed at regular intervals. A dollar plate 11 is attached.

The paddle plate 11 is indicated by an arrow in FIG. When passing through the downward movement trajectory, the discharge passage 9.

Therefore, at this time, the paddle plate 11 pulls the bread out of the partition area at the end of the outfeed conveyor into the discharge path 9 and conveys it along the same path to a packaging device or the like.

Every time one paddle board 11 is sent One section of outfeed conveyor 7 It is moved intermittently to the paddle board 11. Therefore, they are sequentially sent to the discharge passage 9. It will be done.

Bread on outfeed conveyor 7 When all are sent to the discharge passage 9, Next bread from feed conveyor 3 was carried onto Outfeet Covea 7. The timing is set so that

In the embodiment described above, the slide Although the details of Server 2 are not explained, this The well-known structure is adopted as appropriate. I can't say enough good things about it.

(Effect of the invention) In the device according to the invention, the slicing 1 piece of separated bread Sent in rows on an infeed conveyor out and leave it separated. After transferring to the feed conveyor, this This output is sent intermittently in the horizontal direction. From the tofeed conveyor to each block group Now that the bread can be taken out, the bread is It's strange to be sent down a white aisle like a thing. It does not lose its shape or shift. It has the advantage of being able to do subsequent packaging in a neat manner. are doing.

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[Brief explanation of drawings]

FIGS. 1 to 4 are diagrams according to the present invention. An embodiment of the device is shown, and FIG. 1 is a front view. Figure 2 is a plan view, and Figure 3 is a side view. Figure 4 is the same as Figure 3 showing another embodiment. FIG. In addition, outfeed conveyor collar, Endless chi to take out the bread one group at a time. Adopts a paddle plate attached to the lane. However, this is a reciprocating piston. Appropriate methods such as those using ton members, etc. Structures may be adopted. Further, in the illustrated embodiment, the discharge passage 9 has shifted from infeed conveyor 3 position (i.e. in-fee as seen in Figure 2) (below conveyor 3) However, when you want to narrow the width of the device. is the infeed co as shown in Figure 4. Place the conveyor 3 into the middle of the discharge passage 9. It may be arranged as follows. However, in the case shown in Figure 4, it is out. Drive feed conveyor 7 once every three times Sometimes, it is necessary to stop for a long time. Figures 5 to 7 show conventional equipment. Fig. 5 is a plan view, Fig. 6 is a plan view. Figure 7 shows the outfit shown in Figure 6. This is an enlarged view of the 109 section of the road conveyor. Ru. 2... Slicer 3...Infeed conveyor 4...Partition bar 5... Partition plate 7...Outfeed conveyor 8...Partition plate 9...Discharge passage ! 1...paddle board spear ! a o5 talented S figure talent figure talent figure Otsu (1 Lili King Ji O figure

Claims (1)

[Claims] (1) A slicer that slices bread, an infeed conveyor that sends the sliced bread together along a path equipped with side plates that partition the sliced bread into a predetermined number of pieces to be packaged, and slices sent by the infeed conveyor. It has an outfeed conveyor that receives the bread in partitions of the predetermined number of pieces and intermittently feeds it laterally, and a feeding means that sends the predetermined number of pieces of bread sent by the outfeed conveyor to the packaging machine. A device for slicing and dividing bread.