JP2019076057A - Automatic boiled eggshell cracking device - Google Patents

Abstract

To intensively crack a blunt end part and a sharp end part of boiled egg after cracking boiled eggshell by automatic shell cracking device.SOLUTION: The present invention provides an automatic shell cracking device for conducting shell cracking of an end part of a boiled egg E with a bar conveyor Chaving a configuration that a plurality of holding transportation bars Btravel around with making an upper travel part parallel for transporting the boiled egg E with holding a state that a both terminal parts connection direction J binding a blunt end part Ea and a sharp end part Eb of the boiled egg E is oriented in a lateral direction R orthogonal to a transportation direction Q of the boiled egg E, and a lateral direction oscillation device F having a configuration that the blunt end part Ea and the sharp end part Eb of the boiled egg E crash to a shell cracking plate 31 or edge parts of the boiled egg E crash each other by a reciprocal motion in the lateral direction R by integrating a plurality of shell cracking plates 31 arranged with a prescribed interval along the lateral direction R orthogonal to the transportation direction Q of the bar conveyor C.SELECTED DRAWING: Figure 5

Description

  The present invention relates to an automatic to splitting apparatus that automatically performs breaking of boiled eggs, and, more particularly, the blunt end and the sharp end of boiled eggs that have been split in the previous step are concentrated. The present invention relates to an apparatus for automatic boiling of eggs for breaking from an egg.

  As one of the devices for automatically breaking boiled eggs, one disclosed in Patent Document 1 is known. The boiled egg is automatically transported from the one or more split drums disposed directly under the linear transport section of the orbiting bar conveyor while the egg is transported straight by the orbiting bar conveyor while the boiled egg is transported by the boiling apparatus. By rotating so as to be returned in the direction opposite to the direction, it is possible to divide the boiled egg by using a large number of split bars disposed on the outer peripheral edge of the split drum. In addition, as an automatic to splitting apparatus for boiled eggs having another configuration, the outer peripheral transfer drum is disposed outside the split drum as it rotates in the opposite direction to each other, and provided on the outer peripheral portion by the rotation of the outer peripheral transfer drum. There is also a device configured to break the boiled eggs from the above by the dividing bar while the boiled eggs are conveyed in the circumferential direction by the large number of conveying bars.

  In the orbiting bar conveyor, a large number of sets of transport bars are connected at a predetermined interval along the vertical direction, and a plurality of transport bars are connected by connecting members at both ends and an intermediate portion of the transport bars. The arrangement is such that each end is connected to an endless chain, and the boiled egg being transported is in various postures by colliding with the split bar of the split drum, but its blunt In a posture where the direction connecting the end and the sharp end (hereinafter referred to as “both-ends connection direction” and corresponding to the long axis direction of the oval boiled egg) corresponds to the longitudinal direction of the transport bar As it is, it is often transported in this posture after a collision with the split bar.

  For this reason, the chances of collision of boiled eggs with the split drum to the split bar are the smallest at the blunt end and the sharp end, and the chance of collision at the portion excluding the respective ends is increased, and the orbiting bar conveyor was used. In the above-mentioned automatic to splitting apparatus, there is a problem that the split from the blunt end and the sharp end of the boiled egg becomes insufficient, and peeling residue occurs in the later "stripping step".

JP 2004-113052 A

  The present invention completely divides boiled egg by dividing the blunt end and the sharp end of the boiled egg intensively after automatically dividing the boiled egg with an automatic dividing machine. The problem is that.

The invention according to claim 1 for solving the above-mentioned problems is characterized in that while the boiled eggs are linearly conveyed by the first bar conveyor, the split drum is arranged from one or more disposed immediately below the linear conveying portion of the first bar conveyor. The main part of the configuration that performs the breaking of the boiled egg by a large number of split bars arranged at the outer peripheral edge portion of the split drum by rotating so that the boiled egg is returned in the direction opposite to the transport direction. An automatic to split device which is continuously provided on the downstream side of the split device, and which splits from the blunt end and the sharp end of the boiled egg previously split,
In order to maintain and convey the state in which the end connection direction connecting the blunt end and the sharp end of the boiled egg is directed in the lateral direction orthogonal to the conveying direction of the boiled egg, the upper traveling portion is made horizontal A second bar conveyer configured to run around a book holding and conveying bar;
The plurality of split plates arranged at a predetermined interval along the lateral direction orthogonal to the transport direction of the second bar conveyor integrally makes the transverse direction to reciprocate linearly, whereby the boiled egg is produced. A lateral rocking device configured to cause the blunt end and the sharp end to collide with the split plate from the above, or to cause the ends of the boiled egg to collide with each other to divide the portion of the boiled egg from each other;
It is characterized by being composed of

  According to the invention of claim 1, a large number of boiled eggs of which portions other than the blunt end and the sharp end are divided by the main automatic dividing machine are at the end of the first bar conveyor. A state in which the both-ends connecting direction is held along the longitudinal direction of the holding and conveying bar by two continuous holding and conveying bars which are transferred from the automatic to the dividing device according to the invention and the second holding conveyer bars The lateral rocking device is housed between adjacent dividers that make up the rocking device. In this state, when a plurality of split plates constituting the lateral rocking device rock in a predetermined stroke and cycle along the lateral direction (longitudinal direction of the holding and conveying bar), the two holding and conveying bars hold Among a large number of boiled eggs, a part of the boiled eggs arranged opposite to the dividing plate collides with the dividing plate from which the blunt end or the sharp end portion collides or adjacent boiled eggs. The blunt ends and the sharp ends of the boiled egg are intensively divided from each other by the blunt ends or the sharp ends, or the sharp and blunt ends colliding with each other. As a result, in the post-process automatic peeling apparatus, there is no unpeeled residue from the boiled egg.

According to the second aspect of the present invention, the outer peripheral transfer drum is disposed on the outer side of the split drum because it rotates in the opposite direction to each other, and by rotation of the outer peripheral transfer drum, the boiled eggs are surrounded by a large number of transfer bars provided on the outer peripheral portion. Since it is disposed at the outer peripheral edge of the split drum from the above while being transported in the direction, the split bar is provided continuously to the downstream side of the split device from the main automatic of the configuration to split from the boiled egg, An automatic to split device that intensively splits from the blunt end and the sharp end of a boiled egg broken from
In order to maintain and convey the state in which the end connection direction connecting the blunt end and the sharp end of the boiled egg is directed in the lateral direction orthogonal to the conveying direction of the boiled egg, the upper traveling portion is made horizontal A bar conveyor having a configuration in which a book holding and conveying bar travels circularly;
A plurality of split plates arranged at a predetermined interval along a lateral direction orthogonal to the transport direction of the bar conveyor integrally forms a reciprocating linear motion in the lateral direction to make the boiled egg blunt. A lateral rocking device configured to cause the ends and the sharp ends to collide with the split plate from the above or to cause the ends of the boiled egg to collide with each other to split the portion of the boiled egg from the part;
It is characterized by being composed of

  The main automatic dividing device of the invention according to the first aspect of the invention is a linear conveyance type, while the main automatic dividing device of the invention according to the second aspect is a circumferential direction conveying method using an outer peripheral conveyance drum. The action of splitting from the blunt end and the sharp end of the boiled egg by the combination of the bar conveyor and the lateral rocking device alone is the same as that of the invention of claim 1.

  According to the invention of claim 3, according to the invention of claim 1 or 2, the bar conveyor constituting the dividing device from automatic is vibrated in its entirety and is held by the front and rear holding and conveying bars, and thus the broken boiled eggs are It is characterized in that it is configured to move in the lateral direction.

  According to the third aspect of the invention, vibration is automatically applied to the entire bar conveyor that constitutes the split device, and since it is held by the front and rear holding and conveying bars, the broken eggs are moved slightly in the lateral direction. Because of this, the chance of collision between the split board and the end of the boiled egg is increased, and the breaking of the end of the boiled egg can be effectively performed.

  By the automatic to split device according to the present invention arranged on the downstream side of the main automatic to split device, a large number of boiled eggs go back and forth in a posture in which both end connection direction is along the longitudinal direction of the transport bar of the bar conveyor In the state of being held by each transport bar, it is accommodated between adjacent split plates constituting the lateral rocking device, and in this state, the plural split discs constituting the horizontal rocking device are in the lateral direction (holding When it swings with a predetermined stroke and cycle along the longitudinal direction of the transport bar, among the many boiled eggs held by the two holding transport bars, the boiled egg placed opposite to the split plate A part of the blade may collide with the dividing plate from the blunt end or the sharp end, or the adjacent blunt ends of the boiled egg, or the sharp ends, or the sharp end and the blunt end of each other. By colliding, the blunt end and the sharp end of the boiled egg are concentrated It is al-breaking.

Split device A ₁ from the automatic egg boiled according to the present invention is a perspective view of a state of being incorporated into the downstream side of the split device A ₂ from the main automatic. It is also a side view. (A), (b) is a cross-sectional view of a side view of the split device A ₂ from the main automatic respectively, and the central portion is omitted. From the automatic egg boiled according to the present invention is a front view obtained by omitting the central portion of the split device A _1. It is the elements on larger scale of the side by which drive mechanism H of Drawing 4 is arranged. It is an enlarged side view (an X-ray line enlarged side view) of FIG. Is a partially enlarged view of the split device A ₂ from the main automatic FIG. (A), (b) is a figure for demonstrating the effect | action of this invention, Comprising: The top view and front view of the state which the dividing plate 31 has reached one stroke end from each of the dividing plate unit U from each FIG. (A), (b) is the top view and front view of the state which the dividing plate 31 reached to the other stroke end from each of the dividing plate unit U from the state shown by FIG. To convey the boiled eggs E circumferentially perform split from a side cross-sectional view of the installed state of the split device A ₁ from the automatic according to the present invention on the downstream side of the split device A ₃ from the main automatic. It is a partial perspective view of the split device A ₃ from the main automatic.

  Hereinafter, the present invention will be described in more detail with reference to a plurality of examples.

First, the automatic egg-rolling apparatus A1 according to the _first embodiment of the present invention will be described with reference to FIGS. 1 to 7. Split device A ₁ from the automatic, the first and bar conveyor C ₁ circling travel by a pair of left and right endless chains 3, while to linearly transport the eggs E boiled in the straight running portion of the first top bar conveyor C ₁ It is arranged in connection from the main automatic consisting split drum D ₁ Tokyo a plurality of which are disposed immediately below the straight running portion of the upper on the downstream side of the split device a _2. Said first bar conveyor C _1, the total of three press carrier bar B ₂ disposed at predetermined intervals along the direction perpendicular to the running surface, a plurality of locations of its ends, and a central portion The two end portions of a large number of sets of push-conveying bar connecting bodies K connected in a connecting plate 2 in a pair are connected by a pair of endless chains 3, and the respective endless chains 3 form a pair in right and left pairs It is mounted on two sets of front and rear chain gears 4 and 5. Thus, pressing the conveying bar B ₂ total of three constituting the press carrier bar connecting body K is disposed along a transverse direction R is the horizontal direction orthogonal to the first direction of travel of the bar conveyor C ₁ . The arrangement pitch of the push conveying bar connecting body K is such that one boiled egg E arranged in the lateral direction R at both end jointing direction J is arranged with a predetermined gap along the conveying direction Q It is. The pair of left and right endless chains 3 in the upper and lower linear traveling portions of the first bar conveyor C ₁ are guided by the chain guide member 6 to travel in a straight line.

Immediately below the straight running portion of the upper portion of the first bar conveyor C _1, are arranged at regular intervals split drum D ₁ is along the conveyance direction Q from the plurality of (four in this embodiment). The split drum D ₁ has a length corresponding to the push-conveying bar connected body K, and a large number of split drums D ₁ are provided on the outer peripheral edge of the plurality of connected disc bodies 7 disposed at both ends and in the center. split bar B ₃ is a through-supported configurations in a fixed state at regular intervals. Thus split drum D ₁ from has a structure in which the split bar B ₃ from the present number which are arranged at regular intervals along the circumferential direction are connected together by a plurality of connecting circular plate body 7. Drum shaft 8 which is arranged in the center of the split drum D ₁ from each is supported at both ends, one end of the drum shaft 8 is connected to a drive shaft (not shown) of the drive motor 9, the split drum D from each ₁ is independently driven and rotated. Split drum D ₁ from each, in straight running portion of the first top bar conveyor C _1, an upper portion thereof is disposed in a state of facing between each press carrier bar connecting body K of the front and rear, divided from each preceding and succeeding the gap formed between the upper part of the drum D _1, the support plate 11 for supporting the eggs E boiled passing through the portion is arranged over the entire width. Split drum D ₁ from each can, the eggs E boiled carried by the first bar conveyor C _1, is rotated back to the conveying direction Q opposite direction.

First bar conveyor C ₁ is driven by the rotation of the downstream side of the sprocket wheel 5, by straight running portion of the upper run in the transport direction Q, it is continuously fed from the feed chute 61 to the first bar conveyor C ₁ The boiled eggs E are separated and stored between the push and feed bar connecting bodies K which are stacked one behind the other, and then conveyed in a stable posture in which both end connection directions J are horizontal. If from each reaching the parts of the split drum D _1, split drum D ₁ from the respective, because they are rotated to return the eggs E in the conveying direction Q opposite to the direction boiled during transport, many Yudetamago E many, in a state of being pressed against the carrier bar B ₂ press in a stable posture on the horizontal both ends connecting direction J as described above, effects the split bar B ₃ from each impinge continuously split drum D ₁ from the by repeated in split drum D ₁ from each, color split of boiled eggs E are performed. The transport position of the egg E is boiled to be conveyed by the first bar conveyor C _1, as described above, posture to the horizontal opposite ends thereof connecting direction J is large, collision of the color split bar B ₃ during transport by the action, it is that the attitude is changed immediately after the collision by the split bar B ₃ from the most stable position in which both end portions connecting direction J to are often returned to the posture to the horizontal.

Therefore, the portion excluding the blunt end Ea and Surudotan portion Eb of boiled eggs E from but the collision opportunities often from split drum D ₁ of the split bar B _3, the egg E boiled by split bar B ₃ The chance of collision with the blunt end Ea and the sharp end Eb is small, so that splitting from the blunt end Ea and the sharp end Eb is not sufficiently performed. In addition, in FIG. 2, Ec shows the crack (crack) formed in the part from the boiled egg E. As shown in FIG.

The automatic to splitting device A ₁ is a device that intensively splits from the blunt end Ea and the sharp edge Eb which are insufficiently split from the boiled egg E in the above-mentioned main automatic to splitting device A ₂ . Split device A ₁ from the automatic is 1, as shown in FIGS. 4 to 7, in a state where both end portions connecting direction J of the boiled eggs E is oriented transverse R is the horizontal direction orthogonal to the conveying direction Q in order to convey the held the ends of the holding carrier bar B ₁ of large number linked to the free Tankusari 21, the respective free Tankusari 21, pair of a pair and each chain wheel 22 around which became, a second bar conveyor C ₂ structure that is hung to 23, slat 31 of a plurality of which at a predetermined interval along the transverse direction R perpendicular to the conveying direction Q of the second bar conveyor C ₂ is integrally becomes, the transverse direction R along with it to reciprocate, the blunt end Ea and Surudotan portion of the second bar conveyor C ₂ eggs E boiled held by the holding carrier bar B ₁ before and after The blunt end Ea is caused by the collision of Eb with the split plate 31 from the above or by the collision of the ends of the boiled egg E with each other. Consisting of a lateral rocking device F that performs color split fine Surudotan portion Eb intensive.

The arrangement pitch of the holding carrier bar B ₁ that constitutes the second bar conveyor C _2, in a state in which the both end portions connecting direction J of the boiled eggs E in the transverse direction R, can be transported and held in the boiled eggs E in a stable state In addition, it has a size (size) that can slide in the lateral direction. Drive shaft 24 of the sprocket wheel 22 on the upstream side, the power of the first bar downstream of the drive shaft 12 of the conveyor C ₁ is transmitted through a belt transmission mechanism 13 (see FIG. 1). In FIGS. 1, 6 and 7, reference numeral 25 denotes a driven shaft of the second bar conveyer C ₂ .

Lateral rocking device F, as shown in FIG. 1, FIGS. 4-7, it is arranged over the entire width directly above the second bar conveyor C _2, each of the front and rear the second bar conveyor C ₂ By sliding the boiled egg E held and conveyed by the holding and conveying bar B ₁ in the lateral direction R, the blunt end Ea and the pointed end Eb of the boiled egg E may collide with the split plate 31 from below, or Alternatively, by colliding the ends of the boiled egg E adjacent to each other in the lateral direction R, the blunt end Ea and the pointed end Eb of the boiled egg are intensively divided from each other. In the state in which the dividing plates 31 of a plurality of rectangular members are disposed at a constant pitch P along the lateral direction R, the lateral rocking device F is an upper end portion of the dividing plates 31 from the above and is conveyed The split plate unit U and the split plate unit U are linearly reciprocated in the lateral direction R at a predetermined stroke S since the split plate unit U and the split plate unit U are integrally connected by two connecting rods 32 at two front and rear end portions along the direction Q. The suspension support mechanism G which suspends and supports both ends of the split plate unit U from that concerned and the drive mechanism H for performing reciprocating linear motion of the split plate unit U from the said by the said stroke so that it can be possible Be done.

In the hanging support mechanism G, a hanging plate 33 is attached to each projecting portion of the two connection rods 32 which protrudes to the outside of the split plate 31 from each of both ends, and each hanging plate 33 has a second It is configured to be reciprocated in the lateral direction R while being guided by the hanging guide rods 34 fixedly arranged along the lateral direction R right above the both end portions in the lateral direction (width direction) R of the bar conveyor C _2. . The drive mechanism H is a mechanism that causes the hanging plate 33 to reciprocate linearly by converting the rotational motion of the drive motor 35 into a reciprocating linear motion by the crank mechanism. An outer peripheral portion of a crank disk 37 attached to a drive shaft 36 of the drive motor 35, and a first rod portion 41 integrally attached to the rear of a slide 39 guided by a slide guide 38 and performing reciprocating linear motion However, the second rod portion 43, which is connected by a crank rod 42 and integrally attached to the front of the slide body 39, is connected to the suspension plate 33. Thus, by the drive mechanism H, the reciprocating linear motion the hanger plate 33, the slat units from U is right above the second bar conveyor C _2, performs reciprocating linear motion with a stroke S. In FIGS. 5 and 6, reference numeral 44 denotes a rod support plate which supports both ends of the hanging guide rod 34.

Then, from the feed chute 61, the eggs E are boiled was continuously charged into the split unit A ₂ mainly automatically, as described above, in a stable position as both end portions connecting direction J is oriented transversely R, first by being pressed by the press carrier bar B ₂ bar conveyor C _1, is conveyed along the conveying direction Q while holding the posture and from the reach portions of the split drum D _1, the boiled eggs E in the transport By rotating the split drum D ₁ from the relevant direction so as to be transported in the direction opposite to the transport direction Q, the boiled egg E is pushed by the split bar B _{3 and} pushed onto the transport bar B ₂ so that the boiled egg E is It is divided sequentially. Boiled eggs E, since the above-mentioned both end portions connecting direction J is while being transported in a stable posture facing transverse R, is split from the collision of the egg E boiled for split bar B ₃ and press carrier bar B ₂ from There are many opportunities except for the blunt end Ea and the sharp end Eb, and the blunt end Ea and the sharp end Eb become smaller. As a result, eggs E is boiled is discharged from the first bar conveyor C _1, the blunt tip Ea and Surudotan portion Eb is not split from a sufficiently.

Yudetamago E of Warisumi from above, as shown in FIG. 1, in the main from the first bar conveyor C ₁ split device A ₂ from the automatic, the second bar conveyor C ₂ second split device A ₁ from the automatic Since it is continuously supplied (inputted) to the partition space V (see FIGS. 4 and 7) between the dividing plates 31 adjacent to each other, the divided boiled egg E is made up of two holding and conveying bars B that go back and forth It is held in the most stable posture with respect to ₁ . That is, a short period of time immediately after being supplied to the second bar conveyor C ₂ is egg E is boiled for Warisumi from, although a variety of postures, boiled eggs of Warisumi from, after a lapse of a predetermined time E is held at both ends connecting direction J is laterally R a facing the most stable posture in tandem to two storage carrier bar B _1, then is conveyed to maintain the stable posture.

On the other hand, since a plurality of split plates 31 arranged at a constant pitch P in the lateral direction R are connected by two connecting rods 32, the split plate unit U is moved in the lateral direction R in a predetermined cycle by the drive mechanism H. A reciprocating linear motion is performed along a stroke S. Therefore, as shown in FIGS. 8 and 9, since the split boiled egg E is placed close to the split plate 31, the end portion thereof is split from that by the reciprocating linear motion of the split plate 31 from that. After colliding with the plate 31, it is slid in the lateral direction R on the two holding conveyance bars B ₁ and further from the colliding plate 31 and is slid and the broken boiled eggs E are adjacent to each other. It collides with the end of another broken egg B. Thus, in the course of boiled eggs E Kara split already by the second bar conveyor C ₂ is transported in the transport direction Q, by the reciprocating linear motion from a plurality of laterally R of the slat 31, the boiled eggs E The blunt end, which is a broken part of the boiled egg E due to the collision of the end with the split plate 31 or the collision of the respective ends of the adjacent boiled eggs E with each other, The division is performed effectively from Ea and the sharp end Eb.

Further, by the first bar conveyor C ₁ of the drive shaft 12, and the power to the second bar conveyor C ₂ of the drive shaft 24 via a belt transmission mechanism 13 is transmitted, the second bar conveyor C ₂ travels , said the second bar conveyor C _2, has generated a slight vibration, by the vibration, boiled eggs E of Warisumi from being held by the holding carrier bar B ₁ around the slightly lateral is is finely moved in R, or is tremor its holding position, or that an egg E is supplied (input) with a drop state from the first bar conveyor C ₁ boiled in Warisumi from the second bar conveyor C ₂ two, and eggs E boiled for Delivered to the second bar conveyor C _2, by collision with the egg E boiled immediately after supply occurs, the holding position of the egg E is changed boiled held in the holding carrier bar B ₁ before and after There is something to be done. The change of the holding position of the boiled egg E on the two holding conveyance bars B ₁ before and after the split plate 31 collides with the end, and the end is split from that of the boiled egg E from the split plate The split of the end of the boiled egg E is effectively performed, causing an increase in the chance of collision by 31.

Thus, by the vibration effect of the second bar conveyor C _2, it is slightly moving the eggs E in the transverse direction R boiled held by the holding carrier bar B ₁ of the two front and rear, collision between the slats 31 from since lead to an increase in opportunities, for example, thought to attach the vibration motor to the second frame bar conveyor C ₂ (both not shown), also possible to vibrate the entire of the second bar conveyor C ₂ laterally R Be

  The stroke S of the reciprocating linear motion of the lateral rocking device F is larger than the pitch P of the dividing plate 31 because the lateral rocking device F is configured, so that the ends of the boiled eggs E collide with each other. The opportunity can be increased to more reliably split from the end.

A second embodiment of the present invention will now be described with reference to FIGS. 10 and 11. Example 1 of the present invention is configured whereby a split device A ₁ from the automatic according to the present invention from the main automatic arrangement for linearly conveying the boiled eggs E on the downstream side of the split device A _2, the practice of the present invention example 2 is a configuration of connecting the split device a ₁ from the automatic according to the present invention from the main automatic configuration for conveying the boiled eggs E in the circumferential direction on the downstream side of the split device a _3.

Split device A ₃ from the main automatic, the outer peripheral edge portions of the pair of left and right disk body 51 at predetermined intervals, a split drum D ₂ from being connected with a number of color split bar B ₃ 'at a predetermined interval, The outer peripheral edge portions of a pair of disc bodies 52 spaced apart wider than the pair of disc bodies 51 have a total of three push conveying bars B ₂ ′ located at predetermined intervals along the radial direction. consists linked outer peripheral drum D ₃ Metropolitan in since multiple sets of push carrier bar B ₂ '. The split drum D ₂ and the outer drum D ₃ from and a rotary shaft (drive shaft) 53 in common, is driven to rotate in opposite directions. In FIG. 11, 54, regulated so as egg E is boiled supplied to the outer peripheral drum D _3, is accommodated in the rotating shaft within the range of the axial direction of the (drive shaft) 53 of the split drum D ₂ Plate-shaped partition wall.

The approximately 180 ° different parts phase in split device A ₃ from the main automatic feed chute 62 and the discharge chute 63 of the boiled eggs E are arranged in the respective inclined position, the discharge chute 63, split from the automatic according to the present invention Device A ₁ is connected and arranged.

Thus, egg E boiled supplied to the outer circumferential drum D ₃ from the feed chute 62 is formed by a total of three press carrier bar B ₂ 'in conveying pressing each pair of before and after a set bar B _2' It is accommodated in the egg accommodation chamber 55 in Ruyu, in this state, while being conveyed pushed in the circumferential direction by the eggs E presses carrier bar B ₂ 'boiled by the rotation of the outer drum D _3, with respect to the outer peripheral drum D ₃ Since it is reversely rotated, the collision of the split bar B ₃ ′ from the split drum D ₂ performs the split from the portion of the boiled egg E excluding the end.

Eggs from Kara-broken portion excluding the edge portion is performed in boiled Warisumi E is supplied after being almost half rotation, the portion of the discharge chute 63, the split device A ₁ from the automatic according to the present invention. Then, the split device A ₁ from the automatic, as described above, color split blunt end Ea and Surudotan portion Eb of the egg E is performed boiled in Warisumi from.

A _1: split device A ₂ from the automatic, A _3: split device B ₁ from the main automatic: holding carrier bar B _2, B ₂ ': Press carrier bar B _3, B _3': from the split bar C _1: first bar Conveyor C ₂ : Second bar conveyor D ₁ , D ₂ : Split drum D ₃ : Outer peripheral drum
E: boiled egg Ea: blunt end of boiled egg Eb: sharp end of boiled egg
F: Lateral rocking device
G: Suspension support mechanism
H: Drive mechanism
J: Boiled egg both ends connected direction
Q: Transport direction of boiled egg
R: Horizontal direction (boiled egg slide direction)
U: From split plate unit
V: Partition space 31: From the split board

Claims (3)

In order to allow the broken drum to be returned from the one or more split drums disposed immediately below the linear transfer section of the first bar conveyor while the eggs are being returned in the direction opposite to the transfer direction while linearly conveying the boiled eggs by the first bar conveyor It is continuously provided on the downstream side of the split device from the main automatic of the configuration to split the boiled egg by a large number of split bars arranged from the concerned to the outer peripheral edge of the split drum by rotating it to An automatic to split device that intensively splits from a blunt end and a sharp end of a boiled egg previously split;
In order to maintain and convey the state in which the end connection direction connecting the blunt end and the sharp end of the boiled egg is directed in the lateral direction orthogonal to the conveying direction of the boiled egg, the upper traveling portion is made horizontal A second bar conveyer configured to run around a book holding and conveying bar;
The plurality of split plates arranged at a predetermined interval along the lateral direction orthogonal to the transport direction of the second bar conveyor integrally makes the transverse direction to reciprocate linearly, whereby the boiled egg is produced. A lateral rocking device configured to cause the blunt end and the sharp end to collide with the split plate from the above, or to cause the ends of the boiled egg to collide with each other to divide the portion of the boiled egg from each other;
Automatic egg-breaking device characterized in that it consists of boiled eggs. Since the outer peripheral transfer drums are disposed outside the split drums because they rotate in opposite directions to each other, while the outer peripheral transfer drums are rotated and the boiled eggs are transferred in the circumferential direction by a large number of transfer bars provided on the outer peripheral portions, Since the above-mentioned arrangement is made on the outer peripheral edge of the split drum from the above, the main automatic of the configuration to perform the split from the boiled egg is continuously provided on the downstream side of the split device by the split bar. An automatic to split device that splits from the blunt end and the sharp end intensively,
In order to maintain and convey the state in which the end connection direction connecting the blunt end and the sharp end of the boiled egg is directed in the lateral direction orthogonal to the conveying direction of the boiled egg, the upper traveling portion is made horizontal A bar conveyor having a configuration in which a book holding and conveying bar travels circularly;
A plurality of split plates arranged at a predetermined interval along a lateral direction orthogonal to the transport direction of the bar conveyor integrally forms a reciprocating linear motion in the lateral direction to make the boiled egg blunt. A lateral rocking device configured to cause the ends and the sharp ends to collide with the split plate from the above or to cause the ends of the boiled egg to collide with each other to split the portion of the boiled egg from the part;
Automatic egg-breaking device characterized in that it consists of boiled eggs.   The bar conveyor, which constitutes a split device from the automatic, is characterized in that the whole is vibrated, and since it is held by the respective holding and conveying bars, the split boiled eggs are finely moved in the lateral direction. Or 2 from the automatic breaking device of the boiled egg.

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