JP4960267B2

JP4960267B2 - Article supply equipment

Info

Publication number: JP4960267B2
Application number: JP2008004793A
Authority: JP
Inventors: 晃一谷口; 和雄近藤
Original assignee: 株式会社フジキカイ
Priority date: 2008-01-11
Filing date: 2008-01-11
Publication date: 2012-06-27
Anticipated expiration: 2028-01-11
Also published as: JP2009166926A

Description

この発明は、積み重ねた物品を下側から切り出して供給する物品供給装置に関するものである。 The present invention relates to an article supply apparatus that cuts and supplies stacked articles from below.

上下に積み重ねた物品を下側から１個ずつ切り出す装置として、例えば特許文献１および２では、積み重ねた複数の物品が収納されるマガジンの下方に、押送部材を有するコンベヤを配設し、該コンベヤの走行に伴って押送部材を最下位の物品に後側から当接することで、マガジンから物品を１個ずつ切り出して物品搬送面に支持した状態で下流側に搬送するよう構成されている。 For example, in Patent Documents 1 and 2, a conveyor having a pushing member is disposed below a magazine in which a plurality of stacked articles are stored. With this travel, the pushing member is brought into contact with the lowest article from the rear side so that the articles are cut out one by one from the magazine and conveyed to the downstream side while being supported on the article conveyance surface.

また、切り出し装置によって切り出した物品を、所定数個毎の集合物品として包装する場合等において、物品を複数個単位で切り出した後に、下流側で目的の集合個数毎に物品を積み重ねるように纏めて包装機の供給コンベヤに向けて移送する装置も提案されている(例えば特許文献３)。
特開平７−３０９４４３号公報実開平５−５２９８９号公報特開平７−６９４３９号公報 In addition, when packaging the articles cut out by the cutting device as a predetermined number of collective articles, etc., after the articles are cut out in a plurality of units, the articles are collected so as to be stacked for each target set number on the downstream side. An apparatus for transferring toward a supply conveyor of a packaging machine has also been proposed (for example, Patent Document 3).
JP-A-7-309443 Japanese Utility Model Publication No. 5-52989 JP-A-7-69439

例えば、ビスケット等の食品の如き個々の厚みにばらつきがある物品を、特許文献３のように複数個単位で切り出す場合において、厚みが数ミリ程度の薄い物品の切り出し個数によっては、「基準厚みに対する各物品の誤差を切り出し個数分だけ加算した値」が、「１個の物品の厚み±誤差」分を上回るおそれがある。例えば、コンベヤの物品搬送面とマガジンの下端との間に設けた切り出し用隙間に対する切り出し数分の物品高さの誤差によって、目的の切り出し数に対して過不足が生じてしまう問題が指摘される。 For example, when an article such as a food product such as a biscuits having a variation in individual thickness is cut out in a plurality of units as in Patent Document 3, depending on the number of cut out articles having a thickness of about several millimeters, There is a possibility that the “value obtained by adding the error of each article by the number of cutouts” exceeds the “thickness of one article ± error”. For example, it is pointed out that there is an excess or deficiency with respect to the target number of cuts due to an error in the height of the number of cuts with respect to the gap for cutting provided between the article conveyance surface of the conveyor and the lower end of the magazine. .

また、特許文献３のように物品を複数個単位で切り出した後に、下流側で目的の個数に段積みする場合では、切り出し個数の倍数でしか段積み数を設定できず、その自由度が低い難点がある。更に、物品を段積みするためには、物品を段積み部位まで押送した押送部材を、該物品と干渉しない位置まで回動して退避させる機構を別途設ける必要がある等、構成が複雑になる。 Further, when the articles are cut out in a plurality of units as described in Patent Document 3 and then stacked in a desired number on the downstream side, the number of stacks can be set only by a multiple of the number of cut-outs, and the degree of freedom is low. There are difficulties. Further, in order to stack the articles, the structure becomes complicated, for example, it is necessary to separately provide a mechanism for rotating and retracting the feeding member that has pushed the articles to the stacking portion to a position where they do not interfere with the articles. .

前記の公知技術における夫々の切り出し装置では、物品をマガジンから切り出す際には、切り出し用隙間が切り出し数分(１個または複数個)の厚みに対応した落下距離に設定される。この場合に、例えばビスケット等の食品のように脆い物品では、コンベヤへの落下時の衝撃によって割れや欠けが発生して不良品となるおそれがある。また、特許文献３のように切り出し後に物品を先行の物品上に落下して段積みする構成では、該段積み時の衝撃によっても同様に物品に割れや欠けが発生して不良品となる問題を招く。 In each of the above-described cutting apparatuses in the known technology, when cutting an article from a magazine, the cutting gap is set to a drop distance corresponding to the thickness of the number of cuts (one or more). In this case, a brittle article such as a food such as biscuits may be cracked or chipped by an impact when dropped on a conveyor, resulting in a defective product. Further, in the configuration in which an article is dropped onto a preceding article after being cut out as in Patent Document 3, and the article is cracked or chipped due to an impact at the time of the stacking, it becomes a defective product. Invite.

本発明は、従来の技術に内在する前記課題に鑑み、これらを好適に解決するべく提案されたものであって、ビスケット等の食品のように脆い性状の物品の切り出しを不良品を発生させることなく行ない得ると共に、個々の厚みに誤差がある物品の切り出しを確実に行なって供給し得る物品供給装置を提供することを目的とする。 The present invention has been proposed in view of the above-mentioned problems inherent in the prior art, and it is proposed to suitably solve these problems, and it is possible to generate defective products by cutting out articles having brittle properties such as foods such as biscuits. It is an object of the present invention to provide an article supply apparatus that can be performed without any problem and that can reliably supply and cut out articles having errors in individual thicknesses.

前記課題を克服し、所期の目的を達成するため、本願の請求項１に係る発明の物品供給装置は、
貯留手段に積み重ねた物品を、その下側から切り出す切り出しコンベヤを備え、
該切り出しコンベヤには、前記貯留手段の最下位の物品を個々に押し出す押出部と切り出した物品を前方が上方に向く斜状姿勢で載置すると共に、先行の物品の後部に後の物品の前部を部分的に重ねて支持し得る載置部との夫々を複数備えた切り出し手段が配設され、
前記切り出し手段は、前記貯留手段から切り出す物品が、載置部に支持された先行の切り出し物品における傾斜上面を案内されて後続する載置部に前記斜状姿勢で支持されるよう構成したことを特徴とする。
これによれば、切り出される物品は、載置部で支持されている先行の物品上を案内されて後続の載置部で支持されるから、切り出しに際して物品が落下することはなく、例えばビスケット等の脆い物品であっても、切り出し時の衝撃を回避して割れや欠けを防止して不良品の発生を抑制し得る。また、ビスケット等の厚み寸法に誤差がある物品でも、所定個数単位の確実な切り出しを高速で行なうことができる。しかも、切り出し後の物品の下流側での所定個数単位での段積み、その他の集合も容易にできる。 In order to overcome the above-mentioned problems and achieve an intended object, an article supply device according to claim 1 of the present application is
A cutout conveyor for cutting out the articles stacked in the storage means from below,
On the cutout conveyor, an extruding unit for individually pushing out the lowest article of the storage means and the cut out article are placed in a slanted posture with the front facing upward, and the front of the subsequent article is placed behind the preceding article. The cutting means provided with a plurality of each of the placement part that can support the part partially overlapped is disposed,
The cut-out means is configured such that an article cut out from the storage means is supported in the oblique posture on a subsequent placement section guided by an inclined upper surface of a preceding cut-out article supported by the placement section. Features.
According to this, since the article to be cut out is guided on the preceding article supported by the placement section and supported by the subsequent placement section, the article does not fall at the time of cutting, for example, biscuits or the like Even a fragile article can avoid cracking and chipping by avoiding an impact at the time of cutting, thereby suppressing the occurrence of defective products. Further, even an article having an error in the thickness dimension such as a biscuits can be reliably cut out at a predetermined number of units at a high speed. In addition, stacking by a predetermined number of units on the downstream side of the cut-out articles and other gathering can be easily performed.

請求項２に係る発明では、前記切り出しコンベヤより高速で移動し、最後尾の物品より後方から各物品に順次当接して先行の物品上にせり上げる押送片を所定間隔毎に設けた集合コンベヤを備えることを要旨とする。
これによれば、所定個数単位での物品の段積みを連続的に行なうことができる。しかも、段積みは物品を落下することなく行ない得るから、例えばビスケット等の脆い物品であっても、段積み時に割れや欠けが発生するのを抑制し得る。 In the invention which concerns on Claim 2, it moves at high speed from the said cut-out conveyor, and the collective conveyor which provided the feeding piece which contact | abutted each article sequentially from the back from the back | latter of the last article and lifted it on the preceding article for every predetermined interval. The gist is to provide.
According to this, it is possible to continuously stack articles in a predetermined number unit. Moreover, since the stacking can be performed without dropping the articles, it is possible to suppress the occurrence of cracks and chipping during stacking even for brittle articles such as biscuits.

請求項３に係る発明では、前記切り出しコンベヤの下流側に設けた搬送ベッドと、前記集合コンベヤの下流側に接続され、該集合コンベヤの速度より低速に設定された補助コンベヤと、該補助コンベヤに所定間隔毎に設けた支持片とを有し、
前記集合コンベヤから送り出される物品を前記搬送ベッドに載置して滑走させ、その物品の前方を前記支持片で規制しつつ搬送するよう構成したことを要旨とする。
これによれば、集合コンベヤから送り出されて搬送ベッド上を滑走する段積み物品が崩れるのを防止し得ると共に、該段積み物品を下流側に定間隔で高速に送り込むことができる。 In the invention which concerns on Claim 3, it is connected to the conveyance bed provided in the downstream of the said cutting conveyor, the downstream of the said collective conveyor, and the auxiliary conveyor set to low speed rather than the speed of this collective conveyor, and this auxiliary conveyor And support pieces provided at predetermined intervals,
The gist is that the articles sent out from the collective conveyor are placed on the transport bed and slid, and the front of the articles is transported while being regulated by the support pieces.
According to this, it is possible to prevent collapse of the stacked articles that are sent out from the collective conveyor and slide on the transport bed, and the stacked articles can be sent to the downstream side at a high speed at regular intervals.

請求項４に係る発明では、前記補助コンベヤの下流側に、該補助コンベヤの速度より低速に設定されて、前記支持片での物品搬送間隔より狭い間隔で物品を押送する押送片を所定間隔毎に設けた送りコンベヤを配設したことを要旨とする。
これによれば、補助コンベヤから受け渡された段積み物品を低速でかつ物品搬送間隔を短かくして押送することで、下流側の搬送手段等に受け渡す際の衝撃を緩和して脆い物品の割れや欠けを未然に防止できる。 In the invention which concerns on Claim 4, it sets to the downstream of the said auxiliary | assistant conveyor the speed | velocity | rate lower than the speed of this auxiliary | assistant conveyor, and pushes the feeding piece which pushes an article | item by the space | interval narrower than the article conveyance interval in the said support piece at predetermined intervals. The gist is that the feed conveyor provided in the above is disposed.
According to this, by pushing the stacked articles delivered from the auxiliary conveyor at a low speed and with a short article conveyance interval, the impact at the time of delivery to the conveying means on the downstream side is alleviated, and the brittle article cracks. And prevent chipping.

請求項５に係る発明では、前記送りコンベヤの下流側に、物品を所定間隔毎に搬送する押送部材を備える供給コンベヤを配設し、該供給コンベヤの両側方から延出し、前記押送部材で押送される物品に当接して変形することで該物品を押送部材に押し付けると共に物品の下流側への移動を許容する一対の弾性部材が設けられることを要旨とする。
これによれば、段積み物品の押送部材による押送時に、該押送部材に蹴られて物品が崩れたりばらけたり、あるいは先走りした場合に、その姿勢や位置を矯正することができる。また、送りコンベヤから受け渡された際に段積み状態の姿勢が変化した物品についても、弾性部材によって段積み姿勢を矯正したもとで押送することができる。特に、弾性部材と物品との当接は弾力的に行なわれるので、物品に割れや欠けを発生させることがなく、段積み姿勢の矯正または維持を簡単な構成によって効果的に実施できる。 In the invention which concerns on Claim 5, the supply conveyor provided with the pushing member which conveys articles | goods for every predetermined space | interval is arrange | positioned in the downstream of the said feeding conveyor, it extends from the both sides of this feeding conveyor, and pushes with the said pushing member. The gist of the invention is that a pair of elastic members are provided that allow the article to be pressed against the feeding member and to allow the article to move downstream by contacting and deforming the article.
According to this, when the stacked article is pushed by the pushing member, the posture and position can be corrected when the article is crushed or scattered by the pushing member or the article is advanced. In addition, articles whose posture in the stacked state has changed when delivered from the feed conveyor can be pushed while the stacked posture is corrected by the elastic member. In particular, since the elastic member and the article abut on each other elastically, the article is not cracked or chipped, and the stacked posture can be corrected or maintained effectively with a simple configuration.

請求項６に係る発明では、前記補助コンベヤから送りコンベヤへの物品渡し部に、前記物品の下面を支持して搬送する渡りコンベヤを配設したことを要旨とする。
これによれば、補助コンベヤと送りコンベヤとの間の段積み物品の受け渡しを安定的に行ない得る。 The gist of the invention according to claim 6 is that a transition conveyor that supports and conveys the lower surface of the article is disposed in the article transfer section from the auxiliary conveyor to the feed conveyor.
According to this, delivery of the stacked article between an auxiliary conveyor and a feed conveyor can be performed stably.

本発明に係る物品供給装置によれば、脆い物品を割れや欠けを生じないよう落下することなく切り出し得ると共に、個々の厚みに誤差がある物品であっても、その切り出しを確実に行なって下流側のコンベヤへ向けて移送し得る。 According to the article supply apparatus of the present invention, a fragile article can be cut out without falling so as not to be broken or chipped, and even an article having an error in individual thickness is reliably cut out and downstream. Can be transferred to the side conveyor.

次に、本発明に係る物品供給装置につき、物品として厚みが数ｍｍの丸形ビスケットを積み重ねた物品を下側から１個ずつ切り出した後に、５個ずつの段積み状態に集合する場合の実施例を挙げて、添付図面を参照して以下に説明する。 Next, with respect to the article supply apparatus according to the present invention, implementation is carried out in the case where the articles are stacked one by one from the lower side, and the articles are stacked one by one in a stacked state. An example will be described below with reference to the accompanying drawings.

図１は、実施例に係る横形製袋充填機等からなる包装機の供給部に接続した物品供給装置を例示したものであって、物品Ｗを積み重ねて収容する貯留手段としてのマガジン１０の下方に、切り出しコンベヤ１２が走行自在に配設されている。前記マガジン１０の下部には、物品Ｗを、その周囲を覆うようにして収容する筒部１４を備え、該筒部１４の下部開口１４ａから物品Ｗが切り出されるよう構成される。 FIG. 1 illustrates an article supply device connected to a supply unit of a packaging machine such as a horizontal bag making and filling machine according to an embodiment, below a magazine 10 as a storage means for stacking and storing articles W. In addition, a cutting conveyor 12 is disposed so as to be able to run. The lower part of the magazine 10 is provided with a cylindrical part 14 that accommodates the article W so as to cover the periphery thereof, and the article W is cut out from a lower opening 14 a of the cylindrical part 14.

前記切り出しコンベヤ１２は、走行方向に所定間隔で切り出し手段１６を備え、該切り出し手段１６が前記マガジン１０の下側を通過する際に切り出される物品Ｗは、所定個数毎に各物品Ｗの前後を部分的に上下に重ねた刺身重ね状にして搬送するよう構成される。なお、各切り出し手段１６は、一部が切り出し手段１６の後述する押出部４２を構成する連結部材１８を介して連結されている。 The cutout conveyor 12 includes cutout means 16 at predetermined intervals in the running direction, and the articles W cut out when the cutout means 16 passes below the magazine 10 are arranged in front of and behind each article W for each predetermined number. It is configured to be conveyed in the form of a sashimi layer that is partially overlapped vertically. Note that a part of each cutting means 16 is connected via a connecting member 18 that constitutes an extrusion portion 42 described later of the cutting means 16.

前記切り出し手段１６は、図示しない駆動モータにより循環走行する一対の無端ベルト(索体)１２ａ,１２ａ間に架設された複数の支持部材２０,２２,２４,２６,２８を備える。実施例の切り出し手段１６は５個の支持部材を備え、物品搬送方向の前側から後側に順に第１支持部材２０、第２支持部材２２、第３支持部材２４、第４支持部材２６および第５支持部材２８と指称する。そして、第１〜第５支持部材２０〜２８については、同一部分には同じ符号を付すものとする。 The cutout means 16 includes a plurality of support members 20, 22, 24, 26, and 28 that are laid between a pair of endless belts (cord) 12a and 12a that circulate by a drive motor (not shown). The cutout means 16 of the embodiment includes five support members, and the first support member 20, the second support member 22, the third support member 24, the fourth support member 26, and the first support member are sequentially arranged from the front side to the rear side in the article transport direction. 5 is referred to as the support member 28. And about the 1st-5th support members 20-28, the same code | symbol shall be attached | subjected to the same part.

前記第１〜第４支持部材２０〜２６の夫々は、図３に示す如く、無端ベルト１２ａ,１２ａに、支持部３０が配設される。この支持部３０は、幅寸法(物品搬送方向と交差する方向の寸法)が物品Ｗの直径より小さく設定されて、物品Ｗは両側部が支持部３０から外方に延出した状態で該支持部３０上に載置されるようになっている。また、支持部３０の物品載置面(載置部)３０ａは、物品搬送方向の後方に向けて下降傾斜するよう形成されて、該物品載置面３０ａに載置される物品Ｗが、物品搬送方向の前方に向けて上昇傾斜する斜状姿勢で支持されるよう構成される。 Each of the first to fourth support members 20 to 26 is provided with a support portion 30 on the endless belts 12a and 12a as shown in FIG. The support portion 30 has a width dimension (a dimension in a direction intersecting the article conveyance direction) set to be smaller than the diameter of the article W, and the article W is supported in a state where both sides extend outward from the support section 30. It is placed on the part 30. The article placement surface (placement part) 30a of the support part 30 is formed so as to be inclined downward toward the rear in the article transport direction, and the article W placed on the article placement surface 30a is an article. It is configured to be supported in an oblique posture that is inclined upward toward the front in the transport direction.

図４に示すように、第２〜第４支持部材２２〜２６の支持部３０の前端は、円弧状に凹設されると共に、前側に接続する支持部３０の物品載置面３０ａより上方に垂直に突出して、該支持部前端が押出部３２として機能するよう構成される。そして、押出部３２が前記マガジン１０の下側を通過する際に、最下位の物品Ｗの後部を該押出部３２で引掛けて押し出すよう構成される(図６参照)。また、押出部３２は、その前側に接続する物品載置面３０ａの傾斜下端位置からの突出寸法が、マガジン１０に積み重ねた２個の物品Ｗ,Ｗの後部を同時に引掛けないよう、物品１個のマイナス誤差を引いた厚みより小寸法に設定されている。なお、押出部３２の形状については、物品Ｗの後部の外縁形状に対応した適宜の形状になっていればよく、例えば平面視四角形等の矩形状の物品であれば幅方向に沿う直線状となっていてもよい。 As shown in FIG. 4, the front ends of the support portions 30 of the second to fourth support members 22 to 26 are recessed in an arc shape and are located above the article placement surface 30 a of the support portion 30 connected to the front side. Projecting vertically, the support portion front end is configured to function as the extruding portion 32. And when the extrusion part 32 passes the lower side of the said magazine 10, it is comprised so that the rear part of the lowest article W may be hooked and pushed out by this extrusion part 32 (refer FIG. 6). Further, the protruding portion 32 has a protruding dimension from the inclined lower end position of the article mounting surface 30a connected to the front side thereof so that the rear portions of the two articles W, W stacked on the magazine 10 are not hooked simultaneously. The thickness is set smaller than the thickness minus the minus error. In addition, about the shape of the extrusion part 32, what is necessary is just an appropriate shape corresponding to the outer edge shape of the rear part of the article W. For example, in the case of a rectangular article such as a quadrangle in a plan view, It may be.

前後に接続する押出部３２,３２の離間寸法Ｌは、先行の物品Ｗの後部上に後の物品Ｗの前部が部分的に重なると共に、該重なり寸法Ｎが同一でかつ、物品Ｗの前端から重心までの寸法Ｍより小さく、好ましくは略１／３程度に設定される(図３参照)。また、前記物品載置面３０ａは、押出部３２に後部が当接して斜状姿勢で支持されている物品Ｗの傾斜上端(前側の上端)と、前記マガジン１０の下端との隙間が、物品１個のマイナス誤差を引いた厚みより小寸法となるように、物品載置高さおよび傾斜角度が設定される。更に、押出部３２で押し出される物品Ｗに積み重なっている物品Ｗの後部を、後続する物品載置面３０ａで支持し得るように、該物品載置面３０ａの物品載置高さおよび傾斜角度が設定されている。 The separation dimension L of the extrusion parts 32, 32 connected to the front and rear is such that the front part of the subsequent article W partially overlaps the rear part of the preceding article W, the overlap dimension N is the same, and the front end of the article W Is smaller than the dimension M from the center of gravity to the center of gravity, and preferably about 1/3 (see FIG. 3). Further, the article placement surface 30a has a gap between the upper end of the article W (the upper end on the front side) and the lower end of the magazine 10 which is supported in an inclined posture with the rear part in contact with the pushing part 32. The article placement height and the inclination angle are set so as to be smaller than the thickness minus one minus error. Furthermore, the article placement height and the inclination angle of the article placement surface 30a are such that the rear part of the article W stacked on the article W pushed out by the extrusion section 32 can be supported by the subsequent article placement surface 30a. Is set.

前記第４支持部材２６の後側に接続される第５支持部材２８は、前記支持部３０と同じ幅寸法の支持部３４を備える。そして、この支持部３４における物品載置面(載置部)３４ａは、図３に示すように水平に形成されて、該物品載置面３４ａに載置される物品Ｗを水平姿勢で支持するよう構成される。すなわち、実施例では物品搬送方向の前側から４個目までの物品Ｗが夫々同じ斜状姿勢で対応する物品載置面３０ａに支持されると共に、５個目(最後尾)の物品Ｗは水平姿勢で物品載置面３４ａに支持されるようになっている。 The fifth support member 28 connected to the rear side of the fourth support member 26 includes a support portion 34 having the same width as the support portion 30. The article placement surface (placement part) 34a in the support part 34 is formed horizontally as shown in FIG. 3, and supports the article W placed on the article placement surface 34a in a horizontal posture. It is configured as follows. That is, in the embodiment, the fourth article W from the front side in the article transport direction is supported by the corresponding article placement surface 30a in the same oblique posture, and the fifth (last tail) article W is horizontal. It is supported by the article placement surface 34a in a posture.

前記第５支持部材２８における支持部３４の前端形状およびその押出部３６の垂設高さは、何れも第２〜第４支持部材２２〜２６と同じに設定される。なお、第５支持部材２８における支持部３４の前端部には、押出部３６の上縁から水平な物品載置面３４ａに向けて上昇傾斜する傾斜案内面３４ｂが形成されている。 The front end shape of the support portion 34 in the fifth support member 28 and the suspended height of the pushing portion 36 are both set to be the same as those of the second to fourth support members 22 to 26. An inclined guide surface 34b is formed at the front end portion of the support portion 34 of the fifth support member 28. The inclined guide surface 34b is inclined upward from the upper edge of the extrusion portion 36 toward the horizontal article placement surface 34a.

また、第５支持部材２８の物品載置面３４ａの物品載置高さは、前記マガジン１０の下端との離間寸法が、物品１個のプラス誤差を加えた厚みより大きく、かつ物品２個のマイナス誤差を引いた厚みより小寸法となるよう設定される。実施例では、第５支持部材２８の物品載置面３４ａに支持される物品Ｗの上端が、前記第１〜第４支持部材２０〜２６の各物品載置面３０ａに支持されている物品Ｗの前端部上縁と略同一高さ位置に臨むようにしてある(図３参照)。 Also, the article placement height of the article placement surface 34a of the fifth support member 28 is such that the separation distance from the lower end of the magazine 10 is larger than the thickness of one article plus a plus error, and two articles are placed. It is set to be smaller than the thickness minus the minus error. In the embodiment, the upper end of the article W supported by the article placement surface 34a of the fifth support member 28 is supported by the article placement surface 30a of the first to fourth support members 20 to 26. It faces the upper edge of the front end of the front end substantially at the same height (see FIG. 3).

前記第１支持部材２０には、前記支持部３０の前側に該支持部３０と同じ幅寸法に設定された第１案内部３８および第２案内部４０が、前記無端ベルト１２ａ,１２ａ間に架設されて接続されている。両案内部３８,４０の上面は、後側に接続される支持部３０の物品載置面３０ａの傾斜ラインに一致する傾斜となる案内面３８ａ,４０ａが夫々形成され、また第１案内部３８における前部には、前側に接続される連結部材１８の上面と同一高さレベルの水平面３８ｂが形成されている。なお、支持部３０に斜状姿勢で支持される物品Ｗの前部は第２案内部４０の案内面４０ａで支持され、該第２案内部４０および案内面４０ａの夫々が支持部および物品載置面としても機能するよう構成される。 The first support member 20 has a first guide portion 38 and a second guide portion 40, which are set to have the same width as the support portion 30 on the front side of the support portion 30, and are bridged between the endless belts 12a and 12a. Being connected. The upper surfaces of the guide portions 38 and 40 are respectively provided with guide surfaces 38a and 40a that are inclined to coincide with the inclination line of the article placement surface 30a of the support portion 30 connected to the rear side. A horizontal plane 38b having the same level as the upper surface of the connecting member 18 connected to the front side is formed at the front portion. The front part of the article W supported by the support part 30 in an oblique posture is supported by the guide surface 40a of the second guide part 40, and each of the second guide part 40 and the guide surface 40a is the support part and the article mounting. It is also configured to function as a placement surface.

前記各切り出し手段１６を所定間隔毎に連結する複数の連結部材１８の夫々は、前記無端ベルト１２ａ,１２ａ間に架設されると共に、前記支持部３０,３４と同じ幅寸法の連結部１８ａを備える。この連結部１８ａの上面高さは、前記マガジン１０の下端との離間寸法が、物品１個のマイナス誤差を引いた厚みより小寸法となるように設定される。それにより、マガジン１０内の最下位の物品Ｗの下面を連結部１８ａが滑って通過して、物品Ｗの切り出しが行なわれないようになっている。すなわち、連結部材１８によって、所定数毎に切り出した物品Ｗを下流側において集合させる処理間隔を設けるようにしている。なお、連結部材１８による各切り出し手段１６,１６の間隔は、切り出し処理数との関連で設定される各コンベヤの搬送速度や、段積み等の集合物品の搬送間隔に応じて設定される。 Each of the plurality of connecting members 18 for connecting the cutting means 16 at predetermined intervals is provided between the endless belts 12a and 12a and includes a connecting portion 18a having the same width as the support portions 30 and 34. . The upper surface height of the connecting portion 18a is set so that the distance from the lower end of the magazine 10 is smaller than the thickness of one article minus a minus error. Thereby, the connecting portion 18a slides and passes through the lower surface of the lowest article W in the magazine 10 so that the article W is not cut out. In other words, the connecting member 18 is provided with a processing interval for collecting the articles W cut out every predetermined number on the downstream side. Note that the interval between the cutout means 16 and 16 by the connecting member 18 is set according to the transfer speed of each conveyor set in relation to the number of cutout processes and the transfer interval of collective articles such as stacking.

前記第５支持部材２８の後側に連結される連結部材１８における連結部１８ａの前端は、円弧状に凹設されると共に第５支持部材２８の物品載置面３４ａより上方に突出しており、該連結部１８ａの前端が、前記押出部３２,３６と同様に、物品Ｗを押し出す押出部４２として機能するよう構成される(図４参照)。すなわち、実施例では、第５支持部材２８の後側に連結される連結部材１８の連結部１８ａにおける押出部４２を含めて切り出し手段１６が構成されている。そして、切り出し手段１６における各押出部３２,３６,４２は同間隔に設定され、また連結部１８ａ並びに各押出部３２,３６,４２の夫々は何れも同一の垂設高さに設定されている。 The front end of the connecting portion 18a in the connecting member 18 connected to the rear side of the fifth support member 28 is recessed in an arc shape and protrudes above the article placement surface 34a of the fifth support member 28, The front end of the connecting portion 18a is configured to function as an extruding portion 42 for extruding the article W, as with the extruding portions 32 and 36 (see FIG. 4). That is, in the embodiment, the cutting-out means 16 is configured including the pushing portion 42 in the connecting portion 18a of the connecting member 18 connected to the rear side of the fifth support member 28. And each extrusion part 32,36,42 in the cutting-out means 16 is set to the same space | interval, and all of the connection part 18a and each extrusion part 32,36,42 are set to the same installation height. .

前記切り出しコンベヤ１２で搬送される刺身重ね状の物品Ｗを段積みして集合する集合コンベヤ４４が配設される。この集合コンベヤ４４は、図２並びに図５に示す如く、切り出しコンベヤ１２の物品搬送経路を挟んで左右に離間する一対の無端ベルト(索体)４４ａ,４４ａを備える。各無端ベルト４４ａは、ベルト面が鉛直姿勢で配設されると共に、該ベルト面には走行方向に所定間隔毎に押送片４４ｂが突設され、該押送片４４ｂが、前記切り出し手段１６の支持部３０,３４で支持されている物品Ｗの側方延出部に後方から当接するよう構成されている。また各無端ベルト４４ａは、図示しない駆動モータにより、物品搬送方向に向けて切り出しコンベヤ１２の速度より高速で連続的に循環走行するよう設定される。これにより、切り出しコンベヤ１２と集合コンベヤ４４との速度差によって押送片４４ｂが、切り出し手段１６に刺身重ね状に支持されている最後尾の物品Ｗより後方から当接して、該刺身重ね状の物品Ｗを切り出しコンベヤ１２の搬送中に段積みするよう構成される。なお、押送片４４ｂは、物品Ｗとの当接時に大きな衝撃を与えないゴムや合成樹脂等の軟質材で構成される。 A collective conveyor 44 is provided for stacking and stacking sashimi-shaped articles W conveyed by the cutout conveyor 12. As shown in FIGS. 2 and 5, the collective conveyor 44 includes a pair of endless belts (corresponding members) 44 a and 44 a that are separated from each other across the article conveyance path of the cutout conveyor 12. Each endless belt 44a has a belt surface arranged in a vertical posture, and push pieces 44b project from the belt surface at predetermined intervals in the running direction, and the push pieces 44b support the cutting means 16. It is comprised so that it may contact | abut from the back to the side extension part of the articles | goods W currently supported by the parts 30 and 34. FIG. Each endless belt 44a is set to continuously circulate at a speed higher than the speed of the cutting conveyor 12 in the article transport direction by a drive motor (not shown). As a result, due to the difference in speed between the cutout conveyor 12 and the collective conveyor 44, the feed piece 44b comes into contact with the cutout means 16 from the rear side of the last article W supported in a sashimi-like form, and the sashimi-like article W is configured to be cut and stacked while the conveyor 12 is transported. The pushing piece 44b is made of a soft material such as rubber or synthetic resin that does not give a large impact when it comes into contact with the article W.

前記集合コンベヤ４４の下流側に、該集合コンベヤ４４から送り出される段積み物品Ｗを下面から支持する搬送ベッド５０が、後述する横形製袋充填機の供給コンベヤ５６までに亘り延在するよう配設される。 On the downstream side of the collective conveyor 44, a transport bed 50 that supports the stacked articles W delivered from the collective conveyor 44 from the lower surface is disposed so as to extend to a supply conveyor 56 of a horizontal bag making and filling machine, which will be described later. Is done.

また、前記集合コンベヤ４４の下流側に、補助コンベヤ４６が接続されている。補助コンベヤ４６は、集合コンベヤ４４と同様に物品搬送経路を挟んで左右に離間する一対の無端ベルト(索体)４６ａ,４６ａを備え、各無端ベルト４６ａには集合コンベヤ４４の押送片４４ｂと同じ配設間隔で支持片４６ｂが突設され、該支持片４６ｂが段積み物品Ｗの前部に当接して前進移動するよう構成される。各無端ベルト４６ａは、図示しない駆動モータにより、切り出しコンベヤ１２の速度と同速で連続的に循環走行するよう設定される。これにより、集合コンベヤ４４から高速で送り出されて搬送ベッド５０上を滑走する段積み物品Ｗの前部が支持片４６ｂに当接した状態で、該支持片４６ｂは物品搬送方向に移動し、段積み物品Ｗの先走りによる搬送間隔の乱れを規制し得るよう構成される。なお、支持片４６ｂは、前記押送片４４ｂと同様の材質で構成されている。 An auxiliary conveyor 46 is connected to the downstream side of the collective conveyor 44. The auxiliary conveyor 46 includes a pair of endless belts (corresponding members) 46 a and 46 a that are separated from each other across the article conveyance path in the same manner as the collective conveyor 44, and each endless belt 46 a is the same as the feeding piece 44 b of the collective conveyor 44. Supporting pieces 46b are projected at an arrangement interval, and the supporting pieces 46b are configured to abut on the front portion of the stacked article W and move forward. Each endless belt 46a is set so as to continuously circulate at the same speed as the cutting conveyor 12 by a drive motor (not shown). As a result, the support piece 46b moves in the article conveyance direction in a state where the front part of the stacked article W fed out from the collective conveyor 44 at a high speed and slides on the conveyance bed 50 abuts the support piece 46b. It is comprised so that disorder of the conveyance space | interval by the advance of the stacked article W can be controlled. The support piece 46b is made of the same material as that of the push piece 44b.

前記補助コンベヤ４６の下流側に、送りコンベヤ５２が接続されている。図２に示す如く、送りコンベヤ５２は、前記集合コンベヤ４４と基本的構造を同一とし、一対の無端ベルト(索体)５２ａ,５２ａと、各無端ベルト５２ａに所定間隔毎に突設した押送片５２ｂを備え、該押送片５２ｂが補助コンベヤ４６から受け渡された段積み物品Ｗの後部に当接して搬送するよう構成されている。また各無端ベルト５２ａは、図示しない駆動モータにより、補助コンベヤ４６の速度より低速で連続的に循環走行するよう設定される。そして、補助コンベヤ４６から受け渡された搬送ベッド５０上の段積み物品Ｗを、押送片５２ｂによって押送するよう構成される。なお、送りコンベヤ５２における各押送片５２ｂの配設間隔は、前記補助コンベヤ４６における各支持片４６ｂの配設間隔より短かく設定されて、補助コンベヤ４６から受け渡される段積み物品Ｗを、支持片４６ｂでの物品搬送間隔より狭い間隔で押送するようになっている。また押送片５２ｂは、前記集合コンベヤ４４の押送片４４ｂと同様の材質で構成されている。 A feed conveyor 52 is connected to the downstream side of the auxiliary conveyor 46. As shown in FIG. 2, the feed conveyor 52 has the same basic structure as that of the collective conveyor 44, and includes a pair of endless belts (cord) 52a, 52a and push pieces protruding from the endless belts 52a at predetermined intervals. 52b, and the feeding piece 52b is configured to abut on the rear part of the stacked article W transferred from the auxiliary conveyor 46 and transport it. Each endless belt 52a is set to continuously circulate at a speed lower than the speed of the auxiliary conveyor 46 by a drive motor (not shown). And it is comprised so that the stacked article W on the conveyance bed 50 delivered from the auxiliary conveyor 46 may be pushed by the pushing piece 52b. In addition, the disposition interval of each pushing piece 52b in the feed conveyor 52 is set shorter than the disposition interval of each support piece 46b in the auxiliary conveyor 46, and supports the stacked articles W delivered from the auxiliary conveyor 46. The sheet 46b is pushed at an interval narrower than the article conveyance interval. The feeding piece 52b is made of the same material as the feeding piece 44b of the collective conveyor 44.

前記補助コンベヤ４６から送りコンベヤ５２への物品渡り部には、前記搬送ベッド５０の各支持板５０ａ,５０ａの間に臨む渡りコンベヤ５４が配設されている。この渡りコンベヤ５４は、搬送ベッド５０上の段積み物品Ｗの下面を支持して下流側へ搬送するよう構成される。また渡りコンベヤ５４は、図示しない駆動モータにより、補助コンベヤ４６の速度より低速で、かつ送りコンベヤ５２の速度より高速で連続的に循環走行するよう設定される。 In the article transfer section from the auxiliary conveyor 46 to the feed conveyor 52, a transfer conveyor 54 that faces between the support plates 50a, 50a of the transfer bed 50 is disposed. The transfer conveyor 54 is configured to support the lower surface of the stacked article W on the transport bed 50 and transport it downstream. Further, the transfer conveyor 54 is set so as to continuously circulate at a speed lower than the speed of the auxiliary conveyor 46 and at a speed higher than the speed of the feed conveyor 52 by a drive motor (not shown).

前記送りコンベヤ５２の下流側に、横形製袋充填機の供給コンベヤ５６が接続される。この供給コンベヤ５６は、物品搬送方向に循環走行する無端チェン等の索体６４ａに押送部材６４ｂが所定間隔毎に配設され、送りコンベヤ５２から受け渡された段積み物品Ｗを押送し(図１参照)、図示しない製袋手段で成形された筒状フィルムに向けて供給するよう構成される。また、押送部材６４ｂにはゴムや合成樹脂等の軟質材からなる保護材(図示せず)が被覆され、押送部材６４ｂが段積み物品Ｗに当接する際に、該物品Ｗに衝撃を与えない構成となっている。なお、供給コンベヤ５６における押送部材６４ｂの速度は、送りコンベヤ５２の速度より低速に設定され、また供給コンベヤ５６における押送部材６４ｂの配設間隔は、前記送りコンベヤ５２における押送片５２ｂの配設間隔より短かく設定されている。 A supply conveyor 56 of a horizontal bag making and filling machine is connected to the downstream side of the feed conveyor 52. In the supply conveyor 56, push members 64b are arranged at predetermined intervals on a cord body 64a such as an endless chain that circulates in the article conveyance direction, and pushes the stacked articles W delivered from the feed conveyor 52 (FIG. 1), and is supplied toward a cylindrical film formed by a bag making means (not shown). Further, the pushing member 64b is covered with a protective material (not shown) made of a soft material such as rubber or synthetic resin, so that when the pushing member 64b comes into contact with the stacked article W, the article W is not shocked. It has a configuration. The speed of the feeding member 64b in the supply conveyor 56 is set lower than the speed of the feeding conveyor 52, and the arrangement interval of the pushing members 64b in the supply conveyor 56 is the arrangement interval of the feeding pieces 52b in the feeding conveyor 52. It is set shorter.

前記供給コンベヤ５６における搬送始期となる位置には、該コンベヤ５６の左右から物品搬送経路内に延出する一対の弾性部材５８,５８が配設されている。各弾性部材５８は薄板状に形成されると共に、物品搬送方向の前側が相互に近接するハ字状に配置され、その近接端側の離間距離は、搬送される物品Ｗの左右幅より短かく設定されている。 A pair of elastic members 58, 58 extending from the left and right sides of the conveyor 56 into the article conveyance path are disposed at the position at the beginning of conveyance in the supply conveyor 56. Each elastic member 58 is formed in a thin plate shape, and the front side in the article conveyance direction is arranged in a C shape close to each other, and the separation distance on the adjacent end side is shorter than the left and right width of the article W to be conveyed. Is set.

〔実施例の作用〕
次に、前述した実施例に係る包装機の物品供給装置の作用につき説明する。なお、マガジン１０に収容されている物品Ｗについて、切り出し手段１６によって切り出される最下位のものから順に１個目、２個目、・・・５個目と指称するものとする。 (Effects of Example)
Next, the operation of the article supply apparatus for a packaging machine according to the above-described embodiment will be described. The articles W accommodated in the magazine 10 are referred to as the first, second,..., Fifth in order from the lowest one cut out by the cutting means 16.

前記切り出しコンベヤ１２の切り出し手段１６における第１支持部材２０がマガジン１０の下部開口１４ａの下側に到来すると、１個目の物品Ｗが第１案内部３８および第２案内部４０の案内面３８ａ,４０ａの傾斜に沿って後端側が下降するよう傾斜することで、マガジン１０内に積み重ねた物品Ｗが斜状姿勢となる。そして、切り出し手段１６の前進移動に伴い、図６(ａ)に示すように、案内面３８ａ,４０ａから物品載置面３０ａに移行した１個目の物品Ｗの後部に、第２支持部材２２の押出部３２が後側から当接する。押出部３２に後部が当接して物品載置面３０ａに斜状姿勢で支持される１個目の物品Ｗにおける傾斜上端は、マガジン１０の下端より下方に臨み、切り出しコンベヤ１２の走行に伴って１個目の物品Ｗは押し出される(図６(ｂ)参照)。このとき、前述したように物品載置面３０ａに斜状姿勢で支持される物品Ｗにおける傾斜上端とマガジン１０の下端との隙間は、物品１個のマイナス誤差を引いた厚みより小寸法となっているから、２個目の物品Ｗの前端部はマガジン１０の内壁面に当接して、１個目の物品Ｗと共に押し出されることはない。また、押出部３２は最下位の物品Ｗにのみ当接する垂設高さに設定されているから、上位の物品Ｗが強制的に押し出されることもない。すなわち、最下位の物品Ｗのみを、上位の物品Ｗから分離してマガジン１０から確実に押し出すことができる。 When the first support member 20 in the cutout means 16 of the cutout conveyor 12 arrives below the lower opening 14a of the magazine 10, the first article W is brought into the first guide portion 38 and the guide surface 38a of the second guide portion 40. , 40a, the articles W stacked in the magazine 10 are inclined. Then, as the cutout means 16 moves forward, as shown in FIG. 6A, the second support member 22 is provided at the rear of the first article W that has moved from the guide surfaces 38a, 40a to the article placement surface 30a. The extruding part 32 of the abutment comes into contact with the rear side. The upper end of the slope of the first article W that is in contact with the pushing portion 32 and supported on the article placement surface 30a in an oblique posture faces downward from the lower end of the magazine 10, and the traveling of the cutting conveyor 12 occurs. The first article W is pushed out (see FIG. 6B). At this time, as described above, the gap between the inclined upper end of the article W supported in an oblique posture on the article placement surface 30a and the lower end of the magazine 10 is smaller than the thickness of one article minus the minus error. Therefore, the front end portion of the second article W abuts against the inner wall surface of the magazine 10 and is not pushed out together with the first article W. Moreover, since the extrusion part 32 is set to the hanging height which contacts only the lowest article W, the upper article W is not forcedly pushed out. That is, only the lowest article W can be separated from the upper article W and reliably pushed out from the magazine 10.

前記切り出し手段１６の前進移動に伴い、第１支持部材２０の物品載置面３０ａで支持された状態で押し出される１個目の物品Ｗが、該物品Ｗに載っている２個以降の物品Ｗに対して所定長さだけ前側に移動すると、該上位の物品Ｗは、１個目の物品Ｗに前部が支持されたまま後部が第２支持部材２２の物品載置面３０ａで支持される。そして、２個目の物品Ｗの後部に、第３支持部材２４の押出部３２が後側から当接することで、当該２個目の物品Ｗは、前部が１個目(先行)の物品Ｗの後部に所定長さだけ重なった状態で、前述したと同様にマガジン１０から押し出される(図６(ｃ)参照)。この場合に、前後に位置する押出部３２,３２の離間寸法Ｌは、前後の物品Ｗ,Ｗの重なり寸法Ｎが物品Ｗの前端から重心までの寸法Ｍより小さくなるよう設定されている。従って、第３支持部材２４の押出部３２が２個目の物品Ｗの後部を引掛ける位置に到来する前に該２個目の物品Ｗは１個目の物品Ｗの傾斜面上を案内されてその重心が１個目の物品Ｗより後方に臨んで、該２個目の物品Ｗは後部が第２支持部材２２の物品載置面３０ａに支持される。これにより、２個目の物品Ｗの後部を押出部３２が引掛けることなく下側を通過してしまうのは防止される。 As the cutting means 16 moves forward, the first and second articles W pushed out while being supported by the article placement surface 30a of the first support member 20 are the second and subsequent articles W placed on the article W. , The upper article W is supported by the article placement surface 30a of the second support member 22 while the front part is supported by the first article W. . Then, the pushing portion 32 of the third support member 24 comes into contact with the rear part of the second article W from the rear side, so that the second article W has the first (preceding) article at the front. In the state where it overlaps the rear part of W by a predetermined length, it is pushed out from the magazine 10 as described above (see FIG. 6C). In this case, the separation dimension L of the extruding portions 32, 32 positioned in the front-rear direction is set so that the overlap dimension N of the front and rear articles W, W is smaller than the dimension M from the front end of the article W to the center of gravity. Therefore, the second article W is guided on the inclined surface of the first article W before the pushing portion 32 of the third support member 24 reaches the position where the rear part of the second article W is hooked. The center of gravity of the second article W faces behind the first article W, and the rear part of the second article W is supported by the article placement surface 30 a of the second support member 22. This prevents the rear part of the second article W from passing through the lower side without being caught by the extruding part 32.

以後、第３支持部材２４および第４支持部材２６がマガジン１０の下部開口１４ａの下側を通過する毎に、前述したと同様に３個目および４個目の各物品Ｗが、押出部３２で引掛けられて１個ずつ順次押し出され、該物品Ｗは対応する支持部材２４,２６の物品載置面３０ａ,３０ａ上に、前部が先行の物品Ｗの上に重なる斜状姿勢で支持された刺身重ね状となって搬送される。 Thereafter, each time the third support member 24 and the fourth support member 26 pass below the lower opening 14 a of the magazine 10, the third and fourth articles W are pushed out by the pushing portion 32 as described above. The articles W are sequentially pushed out one by one, and the articles W are supported on the article placement surfaces 30a and 30a of the corresponding support members 24 and 26 in a slanted posture in which the front part overlaps the preceding article W. The sashimi is stacked and conveyed.

前記第４支持部材２６の物品載置面３０ａに支持された４個目の物品Ｗが前記第５支持部材２８の押出部３６によって押し出される際に、５個目の物品Ｗの後部が第５支持部材２８に形成された傾斜案内面３４ｂに沿って押し上げられて、マガジン１０内に積み重ねた物品Ｗが水平姿勢とされる。そして、第５支持部材２８の物品載置面３４ａ上に水平姿勢で支持された５個目の物品Ｗの後部に、前記連結部材１８の押出部４２が後側から当接することで、当該５個目の物品Ｗは、第５支持部材２８の物品載置面３４ａ上に、前部が４個目の物品Ｗの後部上に重なる水平姿勢で支持される。 When the fourth article W supported by the article placement surface 30a of the fourth support member 26 is pushed out by the extrusion portion 36 of the fifth support member 28, the rear part of the fifth article W is the fifth. The articles W pushed up along the inclined guide surface 34b formed on the support member 28 and stacked in the magazine 10 are set in a horizontal posture. And the extrusion part 42 of the said connection member 18 contact | abuts from the back side to the rear part of the 5th article W supported by the horizontal attitude | position on the article mounting surface 34a of the 5th support member 28, and the said 5 The individual article W is supported on the article placement surface 34a of the fifth support member 28 in a horizontal posture in which the front part overlaps the rear part of the fourth article W.

すなわち、前記マガジン１０の下部開口１４ａの下側を切り出し手段１６が通過することで、図３に示す如く、５個の物品Ｗが、前後の一部が相互に重なった刺身重ね状で切り出される。そして、５個の物品Ｗが切り出された後は、前記連結部材１８がマガジン１０の下部開口１４ａの下側を通過する間は、物品Ｗの切り出しは行なわれず、次の切り出し手段１６が到来するまでの間で、先行する切り出し物品群との間に所要の間隔があけられる。 That is, as the cutting means 16 passes below the lower opening 14a of the magazine 10, as shown in FIG. 3, five articles W are cut out in a sashimi-stacked manner in which the front and rear portions overlap each other. . After the five articles W are cut out, the articles W are not cut out while the connecting member 18 passes below the lower opening 14a of the magazine 10, and the next cutting means 16 arrives. In the meantime, a necessary interval is provided between the preceding cut-out article group.

前記マガジン１０からの物品Ｗの切り出しは、傾斜状となって押し出される先行の物品Ｗに後の物品Ｗの前部が部分的に重なると共に後続の物品載置面３０ａ,３４ａで先行の物品Ｗの傾斜と同じ傾斜で支持した状態で行なうから、各物品Ｗに落下の衝撃が加わるのを回避し得る。従って、例えば３ｍｍ程度の薄いビスケット等の脆い物品Ｗにおいても、例えば９００個／分程度の高速での切り出し処理に対応でき、切り出しに際して割れや欠けが発生して不良品となるのを抑制することができる。また、マガジン１０からは物品Ｗを押出部３２,３６,４２によって１個ずつ押し出すから、厚み寸法に誤差があるビスケット等の薄い物品であっても、所望する個数単位で物品Ｗを確実に切り出すことができる。 When the article W is cut out from the magazine 10, the front part of the subsequent article W partially overlaps the preceding article W that is pushed out in an inclined shape, and the preceding article W is placed on the succeeding article placement surfaces 30a and 34a. Therefore, it is possible to avoid the impact of dropping on each article W. Accordingly, even a fragile article W such as a thin biscuit of about 3 mm, for example, can cope with a cutting process at a high speed of, for example, about 900 / min. Can do. Further, since the articles W are pushed out from the magazine 10 one by one by the extruding portions 32, 36, and 42, even if the articles W are thin articles such as biscuits having an error in thickness dimensions, the articles W are reliably cut out in a desired number unit. be able to.

前記切り出し手段１６により切り出されて搬送される刺身重ね状の物品Ｗに対し、切り出しコンベヤ１２の速度より高速で走行する前記集合コンベヤ４４における一対の押送片４４ｂ,４４ｂが後方から近接し、切り出し手段１６上における最後尾の物品Ｗの後部に後方から当接する(図５参照)。そして、切り出しコンベヤ１２と集合コンベヤ４４との速度差によって、後の物品Ｗが先行の物品Ｗの上にせり上がるように押されて各物品Ｗが積み重ねられ、刺身重ね状から段積み状態の段積み物品Ｗとなる。 A pair of pushing pieces 44b, 44b in the collective conveyor 44 that travels at a speed higher than the speed of the cutting conveyor 12 with respect to the sashimi-shaped article W cut out and transported by the cutting means 16 approach from behind, and the cutting means 16 is in contact with the rear part of the last article W on 16 (see FIG. 5). Then, due to the speed difference between the cutout conveyor 12 and the collective conveyor 44, the subsequent articles W are pushed up on the preceding articles W, and the articles W are stacked. It becomes a stacked article W.

すなわち、前記マガジン１０から所定個数単位で切り出された物品Ｗは、先行の物品Ｗの上方に後の物品Ｗがせり上がるようにして重ねられるので、段積み集合時には落差による衝撃等を物品Ｗが受けることがなく、該物品Ｗの割れや欠けによる不良品の発生を大幅に減少することができる。しかも、物品Ｗの段積みは物品搬送中に行なうから、高速での処理ができ、処理能力を向上し得る。 That is, since the article W cut out from the magazine 10 in a predetermined number unit is stacked so that the subsequent article W rises above the preceding article W, the article W may receive an impact due to a drop or the like when stacking. The occurrence of defective products due to cracks or chipping of the article W can be greatly reduced without being received. Moreover, since the stacking of the articles W is performed while the articles are being conveyed, the processing can be performed at a high speed and the processing capacity can be improved.

前記集合コンベヤ４４によって段積み状態になった段積み物品Ｗは、該集合コンベヤ４４の搬送力によって前記搬送ベッド５０上に送り出され、該段積み物品Ｗは搬送ベッド５０上を滑走する。段積み物品Ｗが搬送ベッド５０上を滑走する過程で、集合コンベヤ４４より低速で走行している前記補助コンベヤ４６における一対の支持片４６ｂ,４６ｂに段積み物品Ｗが後側から当接し、該段積み物品Ｗは、前部が支持片４６ｂ,４６ｂで支持された状態で搬送ベッド５０上を滑走する。これにより、段積み物品Ｗの過滑走が防止され、段積み状態の物品Ｗの重なり状態が崩れるのを防止することができる。 The stacked articles W that have been stacked by the collective conveyor 44 are sent out onto the transport bed 50 by the transport force of the collective conveyor 44, and the stacked articles W slide on the transport bed 50. In the process in which the stacked article W slides on the transport bed 50, the stacked article W comes into contact with the pair of support pieces 46b, 46b in the auxiliary conveyor 46 running at a lower speed than the collective conveyor 44 from the rear side, The stacked article W slides on the transport bed 50 with the front portion supported by the support pieces 46b and 46b. Thereby, the oversliding of the stacked articles W is prevented, and the overlapping state of the stacked articles W can be prevented from collapsing.

前記一対の支持片４６ｂ,４６ｂで前部が位置規制された状態で搬送べッド５０上を滑走する段積み物品Ｗは、前記送りコンベヤ５２に送り込まれる。そして、該段積み物品Ｗは、送りコンベヤ５２における押送片５２ｂ,５２ｂにより押送されて前記供給コンベヤ５６に送り込まれる。送りコンベヤ５２における押送片５２ｂ,５２ｂの配設間隔は、前記補助コンベヤ４６における支持片４６ｂ,４６ｂの配設間隔より短かく設定してあるから、補助コンベヤ４６から送り込まれる段積み物品Ｗを、下流側の供給コンベヤ５６による物品搬送間隔に適合した搬送間隔に狭めた状態で該供給コンベヤ５６に受け渡すことができる。 The stacked article W that slides on the transport bed 50 in a state where the position of the front portion is regulated by the pair of support pieces 46 b and 46 b is sent to the feed conveyor 52. The stacked articles W are pushed by the feeding pieces 52 b and 52 b in the feeding conveyor 52 and fed to the supply conveyor 56. Since the interval between the feeding pieces 52b and 52b in the feeding conveyor 52 is set shorter than the interval between the supporting pieces 46b and 46b in the auxiliary conveyor 46, the stacked articles W fed from the auxiliary conveyor 46 are It can be delivered to the supply conveyor 56 in a state of being narrowed to a conveyance interval adapted to the article conveyance interval by the downstream supply conveyor 56.

なお、前記補助コンベヤ４６から送りコンベヤ５２への物品渡し部において、前記搬送べッド５０上を滑走する段積み物品Ｗは、前記渡りコンベヤ５４により下面が支持されて搬送される。従って、前記集合コンベヤ４４から高速で送り出されて搬送ベッド５０上を滑走する段積み物品Ｗを、渡りコンベヤ５４によって送りコンベヤ５２に確実に受け渡すことができる。また渡りコンベヤ５４の速度は、補助コンベヤ４６より低速で、かつ送りコンベヤ５２より高速に設定されているから、搬送ベッド５０上を高速で滑走する前後の段積み物品Ｗ,Ｗの間隔を、送りコンベヤ５２による物品搬送間隔に適合するように狭めると共に、送りコンベヤ５２に送り込まれた段積み物品Ｗに対して押送片５２ｂ,５２ｂが後側から当接する際の衝撃を弱めることができる。 In the article transfer section from the auxiliary conveyor 46 to the feed conveyor 52, the stacked articles W that slide on the transfer bed 50 are conveyed with the lower surface supported by the transfer conveyor 54. Accordingly, the stacked articles W that are fed from the collective conveyor 44 at a high speed and slide on the transport bed 50 can be reliably delivered to the feed conveyor 52 by the transfer conveyor 54. Moreover, since the speed of the transfer conveyor 54 is set to be lower than that of the auxiliary conveyor 46 and higher than that of the feed conveyor 52, the interval between the stacked articles W and W before and after sliding on the transfer bed 50 at high speed is set to While narrowing so that it may correspond to the article conveyance space | interval by the conveyor 52, the impact at the time of the pushing pieces 52b and 52b contact | abutting from the back side with respect to the stacked article W sent to the feed conveyor 52 can be weakened.

前記供給コンベヤ５６に受け渡されて押送部材６４ｂで押送される段積み物品Ｗは、供給コンベヤ５６での搬送始期となる位置でその押送途中において前記弾性部材５８,５８に対して後側から当接し、該弾性部材５８,５８を押し広げつつ通過する。このとき、段積み物品Ｗは弾性部材５８,５８によって押送部材６４ｂに向けて押されて、段積み状態や押送位置の乱れが修正され、前記筒状フィルムに向けて適正な供給位置となって段積み物品Ｗが供給される。なお、供給コンベヤ５６の押送部材６４ｂによる押送速度は、送りコンベヤ５２の速度より低速に設定されているから、送りコンベヤ５２から供給コンベヤ５６へ受け渡された物品間隔は短かくなる。 The stacked articles W delivered to the supply conveyor 56 and pushed by the pushing member 64b are applied to the elastic members 58 and 58 from the rear side in the middle of the feeding at the position where the feeding on the feeding conveyor 56 starts. The elastic members 58 and 58 pass through while being in contact with each other. At this time, the stacked article W is pushed toward the pushing member 64b by the elastic members 58, 58, the stacked state and the disorder of the pushing position are corrected, and an appropriate supply position toward the tubular film is obtained. A stacked article W is supplied. Since the feeding speed of the feeding conveyor 56 by the feeding member 64b is set to be lower than the speed of the feeding conveyor 52, the interval between articles delivered from the feeding conveyor 52 to the feeding conveyor 56 becomes short.

また、物品Ｗに当接する前記集合コンベヤ４４の押送片４４ｂ、前記補助コンベヤ４６の支持片４６ｂ、前記送りコンベヤ５２の押送片５２ｂおよび前記供給コンベヤ５６の押送部材６４ｂは、該物品Ｗへの当接時の衝撃を弱める軟質の材質で構成したり保護材で被覆してあるから、脆い物品Ｗを割れや欠けの発生を防止して良好な搬送をなし得る。 Further, the feeding piece 44b of the collective conveyor 44 that contacts the article W, the support piece 46b of the auxiliary conveyor 46, the feeding piece 52b of the feeding conveyor 52, and the feeding member 64b of the supply conveyor 56 are applied to the article W. Since it is made of a soft material that weakens the impact at the time of contact or is covered with a protective material, the brittle article W can be prevented from being cracked or chipped and can be conveyed well.

(変更例)
本願は前述した実施例の構成に限定されるものではなく、その他の構成を適宜に採用することができる。
１．実施例では、切り出し手段１６によって５個の物品Ｗを切り出す場合で説明したが、物品Ｗの切り出し数はこれに限定されるものではなく、切り出し手段１６を構成する支持部材や押出部の数を変更することで、切り出し数を任意に設定し得る。
２．実施例では、切り出し手段１６について、最後尾の物品Ｗを押し出す押出部４２を、第５支持部材２８に連結した連結部材１８に形成した場合で説明したが、第５支持部材２８の後部に押出部４２を形成する構成を採用し得る。
３．実施例では、切り出し手段１６について、最後尾の物品Ｗを支持する第５支持部材２８の物品載置面３４ａを水平に形成して物品Ｗを水平姿勢で支持するよう構成したが、全ての物品Ｗを斜状姿勢で支持する支持部材のみで構成してもよい。この場合は、例えば最後尾となる物品Ｗに載っている次位の物品Ｗの後端部を、連結部材１８の上面まで案内する傾斜案内面を、最後部の支持部材の後部または連結部材の前部に形成することで対応し得る。
４．実施例では、切り出し手段１６の第１支持部材２０における前側の第１案内部３８について、連結部材１８の上面と同一レベルの水平面３８ｂを形成したが、第１案内部３８の前後寸法を、案内面３８ａの傾斜上縁が連結部材１８の上面に整合する長さに設定して、水平面３８ｂを省略してもよい。また第１案内部３８自体を省略し、第２案内部４０を、案内面４０ａが連結部材１８の上面まで延在する前後寸法とする構成を採用可能である。
５．実施例では、切り出し手段１６の物品載置面３０ａ,３４ａを、平面で形成した場合で説明したが、載置部は、各物品Ｗの傾斜上端の位置が略同一で斜状姿勢に支持し得るものであれば、例えば凹凸形状等、その他各種形状を採用し得る。
６．実施例では、切り出し手段１６を複数の支持部材２０,２２,２４,２６,２８で構成した場合で説明したが、例えば１つの支持部材に、載置部および該載置部の傾斜下端側に設けられる押出部を、所定間隔毎に形成する構成を採用できる。
７．実施例では、切り出し手段１６で切り出した所定個数単位の物品Ｗを下流側にて上下に段積みするよう構成したが、物品の集合形態は段積みに限定されるものではない。例えば、複数の物品Ｗを立てた状態で前後に集積する横並び集合形態、あるいは切り出された刺身重ね状のままの集合形態等であってもよく、これら各種の集合形態の物品を、例えば、実施例に示した横形製袋充填機の供給コンベヤに送り込む構成を採用し得る。
８．実施例では、集合コンベヤ４４、補助コンベヤ４６および送りコンベヤ５２は、一対の無端ベルト４４ａ,４４ａ,４６ａ,４６ａ,５２ａ,５２ａを備える構成としたが、その他の公知の各種方式を採用できる。例えば、物品搬送経路の上方または下方に無端索体を循環走行するよう配設し、該無端索体に所定間隔毎に押送片または支持片を設けて物品Ｗの左右を支持して下流側に移送し得るようにした構成等を採用し得る。
９．実施例では、１組の弾性部材５８,５８を配設した場合で説明したが、一対の弾性部材５８,５８からなる弾性部材組を物品搬送方向に所定間隔毎に配設することが好ましく、複数の弾性部材組を設けることで、段積み物品Ｗの段積み状態や押送位置の乱れをより好適に修正して安定した物品供給が達成される。 (Example of change)
The present application is not limited to the configuration of the above-described embodiment, and other configurations can be appropriately employed.
1. In the embodiment, the case where five articles W are cut out by the cutting means 16 has been described, but the number of cuts of the articles W is not limited to this, and the number of support members and extrusion parts constituting the cutting means 16 is determined. By changing, the number of cutouts can be set arbitrarily.
2. In the embodiment, the extruding unit 42 for extruding the last article W is described as being formed in the connecting member 18 connected to the fifth support member 28. However, the extruding unit 16 is extruded to the rear part of the fifth support member 28. A configuration for forming the portion 42 may be employed.
3. In the embodiment, the cutting means 16 is configured such that the article placing surface 34a of the fifth support member 28 that supports the last article W is formed horizontally to support the article W in a horizontal posture. You may comprise only the support member which supports W in a slanting posture. In this case, for example, the inclined guide surface that guides the rear end portion of the next article W mounted on the last article W to the upper surface of the connecting member 18 is used as the rear part of the last supporting member or the connecting member. It can respond by forming in the front part.
4). In the embodiment, the front side first guide portion 38 of the first support member 20 of the cutting means 16 is formed with the horizontal surface 38b at the same level as the upper surface of the connecting member 18, but the front-rear dimension of the first guide portion 38 is guided. The horizontal upper surface 38b may be omitted by setting the length of the inclined upper edge of the surface 38a to a length matching the upper surface of the connecting member 18. Further, it is possible to adopt a configuration in which the first guide portion 38 itself is omitted and the second guide portion 40 has a front-rear dimension in which the guide surface 40 a extends to the upper surface of the connecting member 18.
5. In the embodiment, the article placement surfaces 30a and 34a of the cutting means 16 have been described as being formed as flat surfaces. However, the placement unit supports the slanted posture in which the position of the inclined upper end of each article W is substantially the same. As long as it can be obtained, other various shapes such as an uneven shape can be adopted.
6). In the embodiment, the case where the cutting-out means 16 is configured by a plurality of support members 20, 22, 24, 26, and 28 has been described. However, for example, one support member is provided with a placement portion and an inclined lower end side of the placement portion. The structure which forms the extrusion part provided for every predetermined space | interval can be employ | adopted.
7). In the embodiment, the predetermined number of articles W cut out by the cutting means 16 are stacked up and down on the downstream side, but the collective form of the articles is not limited to stacking. For example, it may be a side-by-side assembly form in which a plurality of articles W are erected in a standing state, or an assembly form in which the cut out sashimi is piled up. The configuration of feeding to the supply conveyor of the horizontal bag making and filling machine shown in the example may be adopted.
8). In the embodiment, the collective conveyor 44, the auxiliary conveyor 46, and the feed conveyor 52 are configured to include a pair of endless belts 44a, 44a, 46a, 46a, 52a, 52a, but various other known methods can be employed. For example, the endless cord is arranged to circulate above or below the article transport path, and the endless cord is provided with push pieces or support pieces at predetermined intervals to support the left and right sides of the article W and to the downstream side. A configuration or the like that can be transferred can be adopted.
9. In the embodiment, the case where a pair of elastic members 58 and 58 are disposed has been described. However, it is preferable to dispose an elastic member group including a pair of elastic members 58 and 58 at predetermined intervals in the article conveyance direction. By providing a plurality of elastic member sets, it is possible to more suitably correct the stacked state of the stacked articles W and the disorder of the feeding position, thereby achieving stable article supply.

実施例に係る物品供給装置を物品搬送中心ラインで縦断した状態で示す概略側面図である。It is a schematic side view which shows the article supply apparatus which concerns on an Example in the state cut longitudinally by the article conveyance center line. 実施例に係る物品供給装置を示す概略平面図である。It is a schematic plan view which shows the article supply apparatus which concerns on an Example. 実施例に係る切り出しコンベヤの要部を示す概略縦断側面図である。It is a schematic longitudinal cross-sectional side view which shows the principal part of the cutting-out conveyor which concerns on an Example. 実施例に係る切り出しコンベヤの要部を示す概略平面図である。It is a schematic plan view which shows the principal part of the cutting-out conveyor which concerns on an Example. 実施例に係る切り出しコンベヤと集合コンベヤとの関係を、物品搬送方向の後側から示す概略図である。It is the schematic which shows the relationship between the cutout conveyor and assembly conveyor which concern on an Example from the back side of an article conveyance direction. 実施例に係る切り出しコンベヤによる物品切り出し工程を示す説明図である。It is explanatory drawing which shows the article cutting-out process by the cutting-out conveyor which concerns on an Example.

Explanation of symbols

１０マガジン(貯留手段)，１２切り出しコンベヤ，１６切り出し手段
３０ａ物品載置面(載置部)，３２押出部，３４ａ物品載置面(載置部)
３６押出部，４２押出部，４４集合コンベヤ，４４ｂ押送片
４６補助コンベヤ，４６ｂ支持片，５０搬送ベッド，５２送りコンベヤ
５２ｂ押送片，５４渡りコンベヤ，５６供給コンベヤ，６４ｂ押送部材
５８弾性部材，Ｗ物品 DESCRIPTION OF SYMBOLS 10 Magazine (storage means), 12 cutting conveyor, 16 cutting means 30a Article mounting surface (mounting part), 32 Extrusion part, 34a Article mounting surface (mounting part)
36 Extruding section, 42 Extruding section, 44 Collecting conveyor, 44b Feeding piece 46 Auxiliary conveyor, 46b Supporting piece, 50 Conveying bed, 52 Feeding conveyor 52b Feeding piece, 54 Crossing conveyor, 56 Feeding conveyor, 64b Feeding member 58 Elastic member, W Article

Claims

The article (W) stacked in the storage means (10) is provided with a cutout conveyor (12) for cutting out from the lower side,
The cutting conveyor (12) includes an extruding unit (32, 36, 42) for individually extruding the lowest article (W) of the storage means (10) and the cut article (W) with the front facing upward. And a plurality of placement portions (30a, 34a) each capable of supporting the front portion of the subsequent article (W) by partially overlapping the rear portion of the preceding article (W). Cutting means (16) is provided,
In the cutout means (16), the article (W) cut out from the storage means (10) follows the inclined upper surface of the preceding cutout article (W) supported by the placement section (30a, 34a). An article supply apparatus configured to be supported by the mounting portion (30a, 34a) in the oblique posture.

The feeding piece (44b) that moves at a higher speed than the cutting conveyor (12) and sequentially abuts each article (W) from the rear of the last article (W) and lifts it on the preceding article (W) at a predetermined interval. 2. The article supply apparatus according to claim 1, further comprising a collective conveyor provided for each.

A transfer bed (50) provided on the downstream side of the cutout conveyor (12) and an auxiliary conveyor (46) connected to the downstream side of the collective conveyor (44) and set at a speed lower than the speed of the collective conveyor (44). And support pieces (46b) provided at predetermined intervals on the auxiliary conveyor (46),
The article (W) sent from the collective conveyor (44) is placed on the transfer bed (50) and slid, and the front of the article (W) is conveyed while being regulated by the support piece (46b). The article supply apparatus according to claim 2.

On the downstream side of the auxiliary conveyor (46), the feeding piece is set to be lower than the speed of the auxiliary conveyor (46) and pushes the article (W) at an interval narrower than the article conveying interval on the support piece (46b). The article supply apparatus according to claim 3, wherein a feed conveyor (52) provided with (52b) at predetermined intervals is disposed.

On the downstream side of the feed conveyor (52), a supply conveyor (56) provided with a pushing member (64b) for conveying the articles (W) at predetermined intervals is disposed, and extends from both sides of the supply conveyor (56). The article (W) is pressed against the feeding member (64b) by being brought into contact with the article (W) fed by the pushing member (64b) and deformed, and the article (W) is allowed to move downstream. The article supply apparatus according to claim 4, wherein a pair of elastic members (58, 58) are provided.

6. Article supply according to claim 4 or 5, wherein a transfer conveyor (54) for supporting and transporting a lower surface of the article (W) is disposed at an article transfer section from the auxiliary conveyor (46) to the feed conveyor (52). apparatus.