JP4896602B2 - Egg alignment supply device - Google Patents
Egg alignment supply device Download PDFInfo
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- JP4896602B2 JP4896602B2 JP2006173954A JP2006173954A JP4896602B2 JP 4896602 B2 JP4896602 B2 JP 4896602B2 JP 2006173954 A JP2006173954 A JP 2006173954A JP 2006173954 A JP2006173954 A JP 2006173954A JP 4896602 B2 JP4896602 B2 JP 4896602B2
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本発明は、大量の鶏卵の洗浄、検査、選別、包装の処理を自動的に行う自動鶏卵処理システムに対して、無秩序に受け渡される鶏卵を複数列に区分けし、自動鶏卵処理システムに過不足が生じないように供給する装置に関する。 The present invention divides the eggs to be delivered randomly into a plurality of rows for the automatic egg processing system that automatically cleans, inspects, sorts, and packs a large number of eggs. The present invention relates to an apparatus for supplying the liquid so as not to occur.
従来の自動鶏卵処理システムでは、鶏卵を6列で搬送し毎時約3万個を処理する構成が主流となっている。更に大量の鶏卵処理が必要な場合には、搬送列の構成を2倍にするのが通例である。図5は6列で搬送する例を示し、Eは鶏卵が移動する方向、Fは原卵コンベヤ、Gは鶏卵整列供給装置、Hは自動鶏卵処理システムで、Jは自動鶏卵処理システムの卵座群である。自動鶏卵処理システムの搬送列がいずれの構成でも、鶏卵の供給方法は送卵密度が一様でなく、無秩序に受け渡される鶏卵を自動鶏卵処理システムの卵座に鶏卵ガイドで区分けし、自動鶏卵処理システムへ過不足無く供給するために自動鶏卵処理システムよりも速い速度で鶏卵を搬送し、鶏卵整列供給装置の鶏卵ガイド部に整列させ、加圧された状態で蓄積し供給する方法が多用されている。 In a conventional automatic egg processing system, a configuration in which eggs are transported in six rows and about 30,000 pieces per hour are processed is the mainstream. When a larger amount of egg processing is required, it is customary to double the configuration of the transport row. FIG. 5 shows an example of carrying in 6 rows, where E is the direction in which the eggs move, F is the raw egg conveyor, G is the egg arrangement and supply device, H is the automatic egg processing system, and J is the egg seat of the automatic egg processing system. A group. Regardless of the configuration of the automated egg processing system, the egg supply method is not uniform, and the eggs that are delivered randomly are divided into the egg seats of the automatic egg processing system by the egg guide, In order to supply the processing system without excess or deficiency, a method in which eggs are transported at a faster speed than the automatic egg processing system, aligned with the egg guide portion of the egg alignment supply device, and accumulated and supplied in a pressurized state is often used. ing.
自動鶏卵処理システムの処理量よりも原卵コンベヤから受け渡される鶏卵が多い場合には鶏卵の積み重なった状態を検出する光センサーの出力に基づいて原卵コンベヤを一時停止させるか、鶏卵の進行方向と直交する横方向の広がりをリミットスイッチで検出し、原卵コンベヤを一時停止させるなどの受け渡し量抑制方法が普及している。 If there are more eggs delivered from the raw egg conveyor than the processing volume of the automatic egg processing system, the raw egg conveyor is temporarily stopped based on the output of the optical sensor that detects the stacked state of the eggs, or the direction of movement of the eggs The delivery amount control method is widely used, such as detecting the spread in the lateral direction orthogonal to the limit switch and temporarily stopping the raw egg conveyor.
原卵コンベヤから受け取った鶏卵の破壊を防ぎながら、過不足無く自動鶏卵処理システムに供給する手段として、例えば特許第2572290号のように鶏卵の搬送手段である搬送バーを強制的に回転させ、鶏卵ガイド入り口部で鶏卵の積み重なった状態を緩和させる技術がある。しかし、この技術は積み重なった状態を緩和させるには有効であるが、高速で供給する効果はない。また特許第2985035号のように、一端の区画板から他端の区画板へ順次揺動する区画板を有し、区画板の間隔を広くしたり、元に戻したりして円滑に次工程のコンベヤに移動させる技術が知られているが、高速供給には不向きである。また特許第0930313号のように水平に固定された板と、板に近接し、板に沿って推進する搬送具で板の一端に鶏卵を連続的に搬送し蓄積させる方法がある。しかし該技術は無端コンベヤで連続的に搬送して蓄積させる状態下で高速且つ大量に蓄積しつつ鶏卵処理システムに供給する用途には馴染まない。
原卵コンベヤから無秩序に受け渡される鶏卵を自動鶏卵処理システムに過不足無く供給する技法として、鶏卵を自動鶏卵処理システムよりも高速で搬送し、鶏卵整列供給装置の鶏卵ガイド部に蓄積した上、自動鶏卵処理システムへ供給する方法が普及しているが、この方法では鶏卵相互に圧力が加わりやすい。自動鶏卵処理システムでは高速運転による処理能力の増大が望まれているが、従来の鶏卵整列供給装置は鶏卵の搬送速度を高めると蓄積時に鶏卵が受ける圧力が高くなり過ぎる結果、鶏卵が破壊される。そこで、鶏卵整列供給装置の鶏卵受け取り量に過不足があっても自動鶏卵処理システムへの鶏卵供給量の変動を極力抑えることによって高速で送卵しても鶏卵に加わる圧力が過大にならない鶏卵整列供給装置を提供する。 As a technique for supplying eggs delivered randomly from the raw egg conveyor to the automatic egg processing system, the eggs are transported at a higher speed than the automatic egg processing system and accumulated in the egg guide part of the egg alignment and supply device. A method of supplying to an automatic egg processing system is widespread, but this method tends to apply pressure to eggs. In the automatic egg processing system, it is desired to increase the processing capacity by high-speed operation. However, if the conventional egg alignment and supply device increases the egg transportation speed, the pressure that the egg receives during accumulation becomes too high, resulting in the destruction of the egg. . Therefore, even if there is an excess or deficiency in the amount of eggs received by the egg arrangement and supply device, even if eggs are fed at high speed by suppressing fluctuations in the amount of eggs supplied to the automatic egg processing system as much as possible, the pressure applied to the eggs will not be excessive A supply device is provided.
鶏卵を搬送する無端コンベヤと速度が制御できる狭い薄平板を一定の間隔で取り付け、無端コンベヤの表面を連続的に移動させる駆動方法によって、鶏卵が受ける蓄積圧力を調整可能にした。 The endless conveyor that transports the eggs and a thin thin plate that can control the speed are attached at regular intervals, and the accumulated pressure received by the eggs can be adjusted by a driving method that continuously moves the surface of the endless conveyor.
送卵促進板を無端コンベヤよりも高速で無端コンベヤの表面上を移動させると、不足した鶏卵を鶏卵の一群から一部だけを速く搬送し、不足を補い自動鶏卵処理システムに鶏卵を過不足なく供給出来る。送卵促進板を無端コンベヤよりも低速で移動させると、過剰に受け渡された鶏卵群の一部だけが遅く搬送され、蓄積した鶏卵間の圧力上昇が抑制される。また送卵促進板の谷の移動軌跡が異なることで、鶏卵ガイド部で鶏卵が蓄積される時に鶏卵が交互に組み合わさる現象を緩和させ、搬送を円滑にする効果がある。さらに蓄積した鶏卵の下を送卵促進板が移動しても、鶏卵は点接触し、接触面積が極端に少ないので、無端コンベヤだけの場合より圧力が上昇し難い。 If the egg-feeding promotion plate is moved on the surface of the endless conveyor at a higher speed than the endless conveyor, only a part of the egg is transported from the group of eggs at a high speed, and the automatic egg processing system compensates for the shortage without excess or deficiency. Can be supplied. When the egg feeding promotion plate is moved at a lower speed than the endless conveyor, only a part of the excessively delivered egg group is conveyed slowly, and the pressure increase between the accumulated eggs is suppressed. In addition, the movement trajectory of the valley of the egg feeding promotion plate is different, which has the effect of alleviating the phenomenon that eggs are alternately combined when the eggs are accumulated in the egg guide part and smoothing the transportation. Furthermore, even if the egg feeding promotion plate moves under the accumulated chicken eggs, the eggs are in point contact and the contact area is extremely small, so the pressure is less likely to rise than in the case of the endless conveyor alone.
比較的薄くて、狭い平板を、鶏卵を搬送するベルト状無端コンベヤの表面近傍で該コンベヤと同じ方向に移動する速度を増減すると、鶏卵の積み重なりが容易に緩和される。 By increasing or decreasing the speed of moving a relatively thin and narrow flat plate in the same direction as the conveyor in the vicinity of the surface of the belt-like endless conveyor that conveys the eggs, the stacking of the eggs is easily mitigated.
図1は、本装置の概略平面図で、1は無端コンベヤである。送卵促進板2aと2bは厚さ1mmから2mmで、幅10mmから20mmの狭い薄平板状で、送卵促進板チエン3に、連続した前後の送卵促進板の谷の位置が一致しないように2aと2bを一定の間隔で交互に取りつけてある。8は自動鶏卵処理システムの卵座間隔に適合した鶏卵ガイドである。
FIG. 1 is a schematic plan view of the apparatus, and 1 is an endless conveyor. The egg-feeding promotion plates 2a and 2b are 1 to 2 mm thick and 10 mm to 20 mm narrow thin plate-shaped, so that the positions of the valleys of the successive egg-feeding promotion plates do not coincide with the egg-feeding
送卵促進板2aと2bは無端コンベヤ1の平面上を移動し、無端コンベヤとは独立に運転または停止できるように無端コンベヤの駆動シャフト9の両側を回転自在なスプロケットにする。送卵促進板の駆動は張力用スプロケット7を前後に取り付けたスプロケット6で駆動する。
The egg-feeding promotion plates 2a and 2b move on the plane of the
送卵促進板2aと2bは鶏卵1個分以上の間隔で送卵促進板チエンに取り付け、例えば自動鶏卵処理システムより高速で無端コンベヤ1上を移動する。送卵促進板2aと2bの平面形状は図3のように進行方向に2cと2eの山と2dと2fの谷があり、送卵促進板2aと2bは共に山の間隔は鶏卵ガイド8の間隔と同じで、山の移動軌跡は鶏卵ガイド8の位置に重なるが、送卵促進板2aと2bの谷2dと2fの移動軌跡は重ならない。
The egg-feeding promotion plates 2a and 2b are attached to the egg-feeding promotion plate chain at intervals equal to or greater than one chicken egg, and move on the
無端コンベヤ1は、コンベヤガイドレールベース15と取付けステー16で支えられたコンベヤガイドレール14の上を無端コンベヤ駆動シャフト9で無端コンベヤ駆動スプロケット4を介して駆動され、移動する。
The
鶏卵ガイド8の入り口部の鶏卵1個分より高い位置に取り付けた光センサー11は、自動鶏卵処理システムの処理能力より多い鶏卵が鶏卵整列供給装置に受け渡されたとき、鶏卵ガイド8の入り口部分で積み重なった状態を検知する。送卵促進板2aと2bの速度は光センサー11の出力に基づいて調整できる。
The
自動鶏卵処理システムの処理能力より多い鶏卵が鶏卵整列供給装置に受け渡されたとき、鶏卵が無端コンベヤの横幅一杯に拡がり、光センサー11より上流側に取り付けられた鶏卵感知板13が押された状態をリミットスイッチ12で感知すると、原卵コンベヤを一時的に停止させて受け渡しを抑制する。
When more eggs than the processing capacity of the automatic egg processing system were delivered to the egg arrangement and supply device, the eggs spread to the full width of the endless conveyor, and the egg detection plate 13 attached upstream from the
本発明の鶏卵整列供給装置を用いると、原卵コンベヤから鶏卵を受け取って、高速、安全且つ過不足無く自動鶏卵処理システムに供給出来る。 By using the egg alignment and supply device of the present invention, eggs can be received from the raw egg conveyor and supplied to an automatic egg processing system at high speed, safety and without excess or deficiency.
E 鶏卵が移動する方向
F 原卵コンベヤ
G 鶏卵整列供給装置
H 自動鶏卵処理システム
J 卵座列
1 無端コンベヤ
2a 送卵促進板
2b 送卵促進板
2c 送卵促進板2aの山
2d 送卵促進板2aの谷
2e 送卵促進板2bの山
2f 送卵促進板2bの谷
3 送卵促進板チエン
4 無端コンベヤ駆動スプロケット
5 送卵促進板チエン従動スプロケット
6 送卵促進板チエン駆動スプロケット
7 送卵促進板チエン張力スプロケット
8 鶏卵ガイド
9 無端コンベヤ駆動シャフト
10 鶏卵
11 光センサー
12 リミットスイッチ
13 鶏卵感知板
14 コンベヤガイドレール
15 コンベヤガイドレールベース
16 取付けステー
E Egg moving direction F Raw egg conveyor G Egg alignment and supply device H Automatic egg processing system J Constellation 1 Endless conveyor 2a Egg transfer promotion plate 2b Egg transfer promotion plate 2c Egg transfer promotion plate 2a pile 2d Egg transfer promotion plate 2a Valley 2e Pile of Egg Transfer Promotion Plate 2b 2f Valley of Egg Transfer Promotion Plate 2b 3 Egg Transfer Promotion Plate Chain 4 Endless Conveyor Driven Sprocket 5 Egg Transfer Promotion Plate Chain Followed Sprocket 6 Egg Transfer Promotion Plate Chain Driven Sprocket 7 Egg Transfer Promotion Plate
Claims (2)
The planar shape of Okutamago promoting plate Ri consists portion of the mountain part and the valley, along with positions overlapping the moving track and the egg guide mountain of the Okutamago promoting plate in a plan view, mountains of the Okutamago promoting plate egg aligning and supplying apparatus according to claim 1 in which spacing of the match egg guide spacing, the movement locus of the valley of Okutamago promoting plate adjacent to the moving direction, wherein the different this.
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JP2006173954A JP4896602B2 (en) | 2006-06-23 | 2006-06-23 | Egg alignment supply device |
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JP2006173954A JP4896602B2 (en) | 2006-06-23 | 2006-06-23 | Egg alignment supply device |
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JP2008001492A JP2008001492A (en) | 2008-01-10 |
JP4896602B2 true JP4896602B2 (en) | 2012-03-14 |
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JP2006173954A Active JP4896602B2 (en) | 2006-06-23 | 2006-06-23 | Egg alignment supply device |
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JP5325926B2 (en) * | 2011-04-26 | 2013-10-23 | 共和機械株式会社 | Egg packaging apparatus and egg packaging method |
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IT1029828B (en) * | 1974-05-01 | 1979-03-20 | Fmc Corp | IMPROVEMENT IN CONVEYORS IN PARTICULAR FOR EGGS |
JPS5699116A (en) * | 1979-12-17 | 1981-08-10 | Hiroshi Tomosue | Egg posture truing equipment |
JPH07187359A (en) * | 1993-12-24 | 1995-07-25 | Daiwa Can Co Ltd | Multiple row arranging device for cylinder body |
JP2003206016A (en) * | 2002-01-16 | 2003-07-22 | Kyowa Machinery Co Ltd | Egg aligning device |
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