JP2582416B2 - Overwrap packaging machine - Google Patents
Overwrap packaging machineInfo
- Publication number
- JP2582416B2 JP2582416B2 JP63250812A JP25081288A JP2582416B2 JP 2582416 B2 JP2582416 B2 JP 2582416B2 JP 63250812 A JP63250812 A JP 63250812A JP 25081288 A JP25081288 A JP 25081288A JP 2582416 B2 JP2582416 B2 JP 2582416B2
- Authority
- JP
- Japan
- Prior art keywords
- packaging material
- sides
- packaged
- product
- conveyor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Description
【発明の詳細な説明】 （産業上の利用分野） 本発明は，被包装品を包装材で包み込む上包み包装機
に関するものである。Description: BACKGROUND OF THE INVENTION (Industrial application field) The present invention relates to an overwrapping packaging machine that wraps an article to be packaged with a packaging material.
（従来の技術） 従来の上包み包装機の包装材供給工程及び被包装品の
包み込み工程を第8,9図に示した。(Prior Art) FIGS. 8 and 9 show a packaging material supply step and a packaged article wrapping step of a conventional overwrapping machine.
先ず第８図について説明すると，包装材（24）を同10
図のように保持し，被包装品（23）をプツシヤ等により
矢印方向に前進させ，包装材（24）を被包装品（23）に
巻き付けて，包装材（23）を断面逆コ字状にし（（25）
参照），次いで進行方向後方で包装材（23）を重ね合わ
せ，次いで包装材（23）の左右のフラツプ（26）を折り
込み，包装を完了して，後工程へ送るようになってい
る。First, referring to FIG. 8, the packaging material (24) is
Holding as shown in the figure, advance the packaged product (23) in the direction of the arrow with a pusher or the like, wind the packaging material (24) around the product to be packaged (23), and place the packaging material (23) in an inverted U-shaped cross section. Nishi ((25)
Next, the packaging material (23) is superimposed on the rear side in the traveling direction, and then the left and right flaps (26) of the packaging material (23) are folded, and the packaging is completed and sent to the subsequent process.
次に断９図について説明すると，被包装品（23）を矢
印（32）方向に送り込む一方，包装材（24）を矢印（3
1）方向に送り込んで，包装材（24）を被包装品（23）
の上部にセツトし，次いで被包装品（23）と包装材（2
4）とを矢印（33）方向に上昇させて，包装材（24）を
両側のガイド部材（28）（28′）により，逆Ｕ字状に折
り曲げ，次いで被包装品（23）と包装材（24）とを下降
させ，次いで被包装品（23）と包装材（24）とをプツシ
ヤ等により矢印（34）方向に前進させ，次いで包装材
（24）を被包装品（23）の下側で重ね合わせ，次いで包
装材（24）の左右のフラツプ（26）を折り込み，包装を
完了して，後工程へ送るようになっている。Next, referring to FIG. 9, the article to be packaged (23) is fed in the direction of the arrow (32), while the packaging material (24) is moved in the direction of the arrow (3).
1) Feed in the direction and wrap the packaging material (24)
Set at the top of the package, then the packaged item (23) and the packaging material (2
4) is raised in the direction of the arrow (33), and the packaging material (24) is bent in an inverted U-shape by the guide members (28) (28 ') on both sides, and then the packaged product (23) and the packaging material are folded. (24) is lowered, and then the packaged product (23) and the packaging material (24) are advanced by a pusher or the like in the direction of the arrow (34), and then the packaging material (24) is moved below the packaged product (23). The sheets are overlapped on the side, and then the left and right flaps (26) of the packaging material (24) are folded in, and the packaging is completed and sent to the subsequent process.
（発明が解決しようとする課題） 前記第8,9図に示す従来の上包み包装機では，被包装
品（23）が積み重ねた印刷物のような場合，次の問題が
あった。即ち，印刷物等は，頁を綴じるステーブルの影
響で綴じ込み部が膨らんで厚くなる一方，中央部は膨ら
みが小さくて，積み重ねた場合，第10図の状態になる。
また上方から荷重を加えると，第11図のように幅方向に
ずれる（（45）（45′）参照）。そのため，積み重ねた
被包装品（印刷物）（23）に包装材（24）を巻き付ける
とき，被包装品（印刷物）（23）が荷崩れして（第12図
参照），包装できないという問題があった。(Problems to be Solved by the Invention) The conventional overwrapping and wrapping machine shown in FIGS. 8 and 9 has the following problems when the articles to be wrapped (23) are stacked prints. That is, the printed material and the like become thicker due to the binding portion swelling under the influence of the stable binding of the pages, while the swelling portion is small at the center portion, and the state of FIG.
When a load is applied from above, it shifts in the width direction as shown in FIG. 11 (see (45) and (45 ')). For this reason, when wrapping the packaging material (24) around the stacked packaged products (printed material) (23), the packaged product (printed material) (23) collapses (see Fig. 12) and cannot be packed. Was.
本発明は前記の問題点に鑑み提案するものであり，そ
の目的とする処は，印刷物のように荷崩れし易い被包装
品をタイトに包み込むことができる上包み包装機を提供
しようとする点にある。The present invention has been made in view of the above problems, and has as its object to provide an overwrapping machine capable of tightly wrapping a packaged product, such as printed matter, which is easily collapsed. It is in.
（課題を解決するための手段） 上記の目的を達成するために，本発明の上包み包装機
は，コンベア上を搬送されてくる被包装品の下に包装材
を供給する包装材供給手段と，包装材の両側部を被包装
品の両側面に沿わせるとともに被包装品の幅方向のずれ
を修正する両側の起立可能な包装材起こしユニットと，
同各包装材起こしユニットの先端部に被包装品方向への
移動可能に取付けた押さえローラと，同各押さえローラ
を被包装品方向に移動させて包装材の両側上部に接触さ
せることにより包装材の両側上部を内方に折り曲げて被
包装品の上面に重ね合わせる押さえ手段と，上記各押さ
えローラを回転させて包装材の両側部を上方に引き上げ
ることにより包装材の両側下部に形成されている弛みを
取るローラ駆動手段とを具えている。(Means for Solving the Problems) In order to achieve the above object, an overwrap packaging machine of the present invention comprises a packaging material supply means for supplying a packaging material under a product to be packaged conveyed on a conveyor. An upright wrapping unit on both sides for aligning both sides of the wrapping material along both sides of the wrapped product and correcting the widthwise deviation of the wrapped product;
Pressing rollers movably mounted in the direction of the packaged product at the tip of each packaging material raising unit, and moving the presser rollers in the direction of the product to be packaged by bringing them into contact with the upper parts on both sides of the packaging material. Pressing means for bending the upper sides of both sides inward and superimposing them on the upper surface of the article to be packaged, and forming the lower parts on both sides of the packaging material by rotating each of the holding rollers and pulling up both sides of the packaging material. Roller driving means for removing slack.
（作用） 本発明の上包み包装機は前記のように構成されてお
り，包装材供給手段により，包装材をコンベア上を搬送
されてくる被包装品の下に供給し，被包装品が包み込み
位置まで搬送されたときに，各包装材起こしユニットを
起立させて，包装材の両側部を被包装品の両側面に沿わ
せるとともに被包装品の幅方向のずれを修正する。この
とき，押さえ手段により，各押さえローラを被包装品方
向に移動させて，包装材の両側上部に接触させ，包装材
の両側上部を内方に折り曲げて，被包装品の上面に重ね
合わせ，次いでローラ駆動手段により，各押さえローラ
を回転させて，包装材の両側部を上方に引き上げること
により包装材の両側下部に形成されている弛みを取り，
次いで上記折り重ね部をテープ等により貼り合わせ，次
いで側面フラップを任意の装置により折り込み，貼り合
わせて，被包装品の包装を完了する。(Operation) The overwrapping packaging machine of the present invention is configured as described above, and supplies the packaging material under the product to be conveyed on the conveyor by the packaging material supply means, and wraps the product to be packaged. When transported to the position, each packaging material raising unit is erected so that both sides of the packaging material are along the both sides of the packaged product and the widthwise deviation of the packaged product is corrected. At this time, each holding roller is moved in the direction of the article to be packed by the holding means, and is brought into contact with the upper portions of both sides of the packing material. Next, by rotating each holding roller by the roller driving means, the slack formed on the lower portion on both sides of the packaging material is removed by pulling up both sides of the packaging material upward,
Next, the above-mentioned folded portion is bonded with a tape or the like, and then the side flap is folded and bonded with an arbitrary device, thereby completing the packaging of the article to be packaged.
（実施例） 次に本発明の上包み包装機を第１図乃至第７図に示す
一実施例により説明すると，第１図の（１）が被包装
品，（２）が包装材，（３）が被包装品（１）を供給す
る供給コンベア，（６）が同供給コンベア（３）の搬送
方向下流側に配設した搬送コンベアで，同各コンベア
（３）（６）が図示されないコンベア用駆動装置により
駆動されるようになっている。また（４）が上記供給コ
ンベア（３）の下方に配設した包装材繰出しローラ，
（５）が上記供給コンベア（３）と上記搬送コンベア
（６）との間に配設した包装材繰出しローラ，（40）が
上記供給コンベア（３）の両側に配設した光電管検出
器，（41）が上記搬送コンベア（６）の両側に配設した
光電管検出器で，被包装品（１）が供給コンベア（３）
により光電管検出器（40）位置まで搬送されて，被包装
品（１）が同光電管検出器（40）により検出されると，
そのとき得られる検出信号が包装材繰出しローラ（４）
（５）のローラ用駆動装置へ送られ，同包装材繰出しロ
ーラ（４）（５）が駆動して，包装材（２）が供給コン
ベア（３）と搬送コンベア（６）との間から搬送コンベ
ア（６）上へ送られる。このとき，被包装品（１）が供
給コンベア（３）から搬送コンベア（６）上に送られた
包装材（２）の上に乗り移って，包装材（２）が被包装
品（１）の下に供給される。また被包装品（１）が搬送
コンベア（６）により光電管検出器（41）位置まで搬送
されて，被包装品（１）が同光電管検出（41）により検
出されると，そのとき得られる検出信号がコンベア用駆
動装置へ送られ，同コンベア用駆動装置が停止して，被
包装品（１）及び包装材（２）が包み込み部にセツトさ
れるようになっている。また（７）が搬送コンベア
（６）上の包装材（２）の下方への弛みを防止するため
のガイド部材で，同ガイド部材（７）がフレーム（53）
に取付けられている。次に上記包み込み部を第２図乃至
第５図により具体的に説明すると，（52）（52）がシヤ
フト（９）（９）を中心に矢印（11）方向に起伏可能な
左右の包装材起こしユニツト，（８）（８）が同各包装
材起こしユニツト（52）の対向面に取付けたガイド部材
（同各包装材起こしユニツト（52）の起立時に被包装品
（１）を左右両側から整列させて被包装品（１）の荷崩
れを防止するガイド部材），（13）（13）が上記各シヤ
フト（９）の一端部に固定したレバー，（10）が包装機
側のブラケツト，（12）（12）が同ブラケツト（10）に
取付けた左右のシリンダで，同シリンダ（12）のピスト
ンロツドが上記レバー（13）の他端部に枢支されてお
り，シリンダ（12）を縮み方向に作動すると，包装材起
こしユニツト（52）がシヤフト（９）を中心に下方へ第
２図右半部の倒伏位置まで回転し，シリンダ（12）を伸
長方向に作動すると，包装材起こしユニツト（52）がシ
ヤフト（９）を中心に上方へ第２図左半部の起立位置ま
で回転するようになっている。また第4,5図の（14）が
上記包装材起こしユニツト（52）の上部に固定したブラ
ケツト，（16）が同ブラケツト（14）の下面に取付けた
シリンダ，（59）が同ブラケツト（14）の上面に取付け
た一対の筒状ガイド部材，（17）が上記シリンダ（16）
のピストンロツドの上端部に固定したブラケツト，（5
8）が同ブラケツト（17）の下面に固定した一対のガイ
ドロツドで，同各ガイドロツド（58）が上記各筒状ガイ
ド部材（59）に摺動自在に嵌挿されている。また（15）
が上記ブラケツト（17）に固定したブラケツト，（18）
が同ブラケツト（15）に取付けたシリンダ，（21）がロ
ーラ支持軸，（20）が同ローラ支持軸（21）に取付けた
一対の押さえローラ，（54）が上記ブラケツト（17）
（15）に取付けた一対の軸受で，同各軸受（54）が上記
ローラ支持軸（21）を回転可能に支持している。また
（19）が上記ローラ支持軸（21）の一端部に固定したレ
バーで，同レバー（19）の他端部が上記シリンダ（18）
のピストンロツドの上端部に枢支されており，上記のよ
うに包装材起こしユニツト（52）がシヤフト（９）を中
心に上方へ第２図左半部の起立位置まで回転すると，押
さえローラ（20）が包装材（１）の両側上部に接触す
る。またこのとき，シリンダ（16）を縮み方向に作動す
ると，その動きがブラケツト（17）（15）に伝えられ
て，同ブラケツト（17）（15）とシリンダ（18）とレバ
ー（19）とローラ支持軸（21）の押さえローラ（20）と
が下降し，包装材（２）の両側上部が内側に折り曲げら
れて，重ね合わされる。またこのとき，シリンダ（18）
を縮み方向に作動すると，その動きがレバー（19）を介
しローラ支持軸（21）に伝えられ，同ローラ支持軸（2
1）と押さえローラ（20）（20）とが矢印（22）方向に
回転して，包装材（１）の両側下部に形成されている弛
み（51）（第６図参照）が取られるようになっている。(Embodiment) Next, the overwrapping and packaging machine of the present invention will be described with reference to one embodiment shown in FIGS. 1 to 7. In FIG. 1, (1) is an article to be packaged, (2) is a packaging material, 3) is a supply conveyor for supplying the articles to be packaged (1), (6) is a conveyor provided downstream of the supply conveyor (3) in the conveyance direction, and the respective conveyors (3) and (6) are not shown. It is designed to be driven by a conveyor driving device. (4) a packaging material feeding roller disposed below the supply conveyor (3);
(5) a packing material feeding roller disposed between the supply conveyor (3) and the transport conveyor (6); (40) a photoelectric tube detector disposed on both sides of the supply conveyor (3); 41) photocell detectors arranged on both sides of the conveyor (6), and the packaged product (1) is the supply conveyor (3)
Is transported to the position of the phototube detector (40), and when the packaged product (1) is detected by the phototube detector (40),
The detection signal obtained at that time is a packaging material feeding roller (4).
The packaging material feeding rollers (4) and (5) are sent to the roller driving device of (5), and the packaging material (2) is transported from between the supply conveyor (3) and the transport conveyor (6). It is sent onto a conveyor (6). At this time, the article to be packaged (1) is transferred from the supply conveyor (3) onto the packaging material (2) sent onto the transport conveyor (6), and the packaging material (2) is transferred to the packaging article (1). Supplied below. When the packaged product (1) is conveyed by the conveyor (6) to the position of the photoelectric tube detector (41) and the packaged product (1) is detected by the photoelectric tube detection (41), the detection obtained at that time is performed. A signal is sent to the conveyor driving device, the conveyor driving device is stopped, and the article to be packaged (1) and the packaging material (2) are set in the wrapping portion. Further, (7) is a guide member for preventing the packaging material (2) on the conveyor (6) from loosening downward, and the guide member (7) is a frame (53).
Mounted on Next, the wrapping portion will be described in detail with reference to FIGS. 2 to 5. (52), (52) are left and right wrapping materials that can be raised and lowered in the direction of arrow (11) around the shafts (9) and (9). Raising units, (8) and (8) are guide members attached to the opposing surface of each packaging material raising unit (52) (when each packaging material raising unit (52) is raised, the packaged product (1) is moved from both left and right sides). (13) (13) the lever fixed to one end of each of the shafts (9), (10) the bracket on the packaging machine side, (12) The left and right cylinders (12) are mounted on the bracket (10), and the piston rods of the cylinder (12) are pivotally supported by the other end of the lever (13). When actuated in the direction, the packing material raising unit (52) moves downward around the shaft (9). 2 When the cylinder (12) is rotated in the extension direction by rotating to the falling position in the right half of FIG. 2, the packaging material raising unit (52) moves upward around the shaft (9) to the standing position in the left half of FIG. It is designed to rotate. 4 and 5, (14) is a bracket fixed to the upper part of the packaging material raising unit (52), (16) is a cylinder mounted on the lower surface of the bracket (14), and (59) is a bracket (14). ), A pair of cylindrical guide members mounted on the upper surface of the cylinder (16)
A bracket fixed to the upper end of the piston rod of
Reference numeral 8) denotes a pair of guide rods fixed to the lower surface of the bracket (17), and the respective guide rods (58) are slidably fitted into the respective cylindrical guide members (59). Also (15)
Is the bracket fixed to the above bracket (17), (18)
Is a cylinder mounted on the bracket (15), (21) is a roller support shaft, (20) is a pair of holding rollers mounted on the roller support shaft (21), and (54) is the above bracket (17)
A pair of bearings mounted on (15), each bearing (54) rotatably supports the roller support shaft (21). (19) is a lever fixed to one end of the roller support shaft (21), and the other end of the lever (19) is connected to the cylinder (18).
When the packaging material raising unit (52) rotates upward around the shaft (9) to the upright position in the left half of FIG. 2 as described above, the pressing roller (20) is pivotally supported at the upper end of the piston rod. ) Comes into contact with the upper part on both sides of the packaging material (1). At this time, when the cylinder (16) is operated in the contracting direction, the movement is transmitted to the brackets (17) and (15), and the brackets (17) and (15), the cylinder (18), the lever (19), and the roller The pressing roller (20) of the support shaft (21) descends, and the upper portions on both sides of the packaging material (2) are bent inward and overlapped. At this time, the cylinder (18)
When the is operated in the contraction direction, the movement is transmitted to the roller support shaft (21) via the lever (19), and the roller support shaft (2
1) and the holding rollers (20) and (20) rotate in the direction of the arrow (22) so that the slack (51) (see FIG. 6) formed at the lower part on both sides of the packaging material (1) is removed. It has become.
次に前記第１図乃至第６図に示す上包み包装機の作用
を具体的に説明する。被包装品（１）が供給コンベア
（３）により光電管検出器（40）位置まで搬送されて，
被包装品（１）が同光電管検出器（40）により検出され
ると，そのとき得られる検出信号が包装材繰出しローラ
（４）（５）のローラ用駆動装置へ送られ，同包装材繰
出しローラ（４）（５）が駆動して，包装材（２）が供
給コンベア（３）と搬送コンベア（６）との間から搬送
コンベア（６）上へ送られる（第７図（Ｉ）参照）。こ
のとき，被包装品（１）が供給コンベア（３）から搬送
コンベア（６）上に送られた包装材（２）の上に乗り移
って，包装材（２）が被包装品（１）の下に供給される
（第７図（II）参照）。また被包装品（１）が搬送コン
ベア（６）により光電管検出器（41）位置まで搬送され
て，被包装品（１）が同光電管検出（41）により検出さ
れると，そのとき得られる検出信号がコンベア用駆動装
置へ送られ，同コンベア用駆動装置が停止して，被包装
品（１）及び包装材（２）が包み込み部にセツトされ，
次いで左右のシリンダ（12）が伸長方向に作動し，左右
の包装材起こしユニツト（52）がシヤフト（９）を中心
に上方へ第２図左半部の起立位置まで回転して，包装材
（２）の左右両側部が被包装品（１）の両側面に沿わさ
れて，被包装品（１）が整列される（第７図（III）参
照）と同時に押さえローラ（20）が包装材（２）の両側
上部に接触し（第２図参照），次いでシリンダ（16）が
縮み方向に作動して，その動きがブラケツト（17）（1
5）に伝えられ，同ブラケツト（17）（15）とシリンダ
（18）とレバー（19）とローラ支持軸（21）と押さえロ
ーラ（20）とが下降し，包装材（２）の両側上部が内側
に折り曲げられて，重ね合わされ（第３図の（35）参
照），次いでシリンダ（18）が縮み方向に作動して，そ
の動きがレバー（19）を介しローラ支持軸（21）に伝え
られ，同ローラ支持軸（21）と押さえローラ（20）（2
0）とが矢印（22）方向に回転して，包装材（１）の両
側下部に形成されていた弛み（51）（第６図参照）が取
られ（第７図（IV）参照），次いで包装材（２）の上側
重合部（35）にテープ等が貼り付けられ，包装材（２）
がタイトに巻き付けられたた状態に保持されて，搬送コ
ンベア（６）により次工程へ搬送され，次工程では，側
面プラツプが図示されない装置により折り込まれ，貼り
合わされて（第７図（Ｖ）参照），被包装品（１）の包
装が完了する。Next, the operation of the overwrapping and wrapping machine shown in FIGS. 1 to 6 will be specifically described. The packaged product (1) is transported by the supply conveyor (3) to the position of the photoelectric tube detector (40),
When the article to be packaged (1) is detected by the phototube detector (40), a detection signal obtained at that time is sent to the roller driving device of the packaging material delivery rollers (4) and (5), and the packaging material delivery is performed. When the rollers (4) and (5) are driven, the packaging material (2) is sent onto the conveyor (6) from between the supply conveyor (3) and the conveyor (6) (see FIG. 7 (I)). ). At this time, the article to be packaged (1) is transferred from the supply conveyor (3) onto the packaging material (2) sent onto the transport conveyor (6), and the packaging material (2) is transferred to the packaging article (1). It is supplied below (see FIG. 7 (II)). When the packaged product (1) is conveyed by the conveyor (6) to the position of the photoelectric tube detector (41) and the packaged product (1) is detected by the photoelectric tube detection (41), the detection obtained at that time is performed. A signal is sent to the drive for the conveyor, the drive for the conveyor is stopped, and the article to be packaged (1) and the packaging material (2) are set in the wrapping portion.
Next, the left and right cylinders (12) operate in the extension direction, and the left and right packaging material raising units (52) rotate upward around the shaft (9) to the upright position in the left half of FIG. The left and right sides of 2) are arranged along both sides of the article to be packaged (1), and the article to be packaged (1) is aligned (see FIG. 7 (III)). The upper part of (2) contacts both sides (see Fig. 2), and then the cylinder (16) operates in the contracting direction, and the movement of the bracket (17) (1)
5), the brackets (17) and (15), the cylinder (18), the lever (19), the roller support shaft (21), and the holding roller (20) descend, and the upper side of both sides of the packaging material (2) Are folded inward and overlapped (see (35) in FIG. 3), and then the cylinder (18) operates in the contraction direction, and the movement is transmitted to the roller support shaft (21) via the lever (19). The roller support shaft (21) and the holding roller (20) (2
0) rotates in the direction of the arrow (22) to remove the slack (51) (see FIG. 6) formed at the lower part on both sides of the packaging material (1) (see FIG. 7 (IV)), Next, a tape or the like is attached to the upper overlapping portion (35) of the packaging material (2), and the packaging material (2)
Is held in a tightly wound state, and is conveyed to the next step by the conveyor (6). In the next step, the side wrap is folded and bonded by an apparatus (not shown) (see FIG. 7 (V)). ), The packaging of the article to be packaged (1) is completed.
（発明の効果） 本発明の上包み包装機は前記のように包装材供給手段
により，包装材をコンベア上を搬送されてくる被包装品
の下に供給し，被包装品が包み込み位置まで搬送された
ときに，各包装材起こしユニットを起立させて，包装材
の両側部を被包装品の両側面に沿わせるとともに被包装
品の幅方向のずれを修正する。このとき，押さえ手段に
より，各押さえローラを被包装品方向に移動させて，包
装材の両側上部に接触させ，包装材の両側上部を内方に
折り曲げて，被包装品の上面に重ね合わせ，次いでロー
ラ駆動手段により，各押さえローラを回転させて，包装
材の両側部を上方に引き上げることにより包装材の両側
下部に形成されている弛みを取り，次いで上記折り重ね
部をテープ等により貼り合わせ，次いで側面フラップを
任意の装置により折り込み，貼り合わせて，被包装品の
包装を完了するので，印刷物のように荷崩れし易い被包
装品をタイトに包み込むことができる効果がある。(Effect of the Invention) In the overwrapping packaging machine of the present invention, the packaging material is supplied by the packaging material supply means as described above under the packaged product conveyed on the conveyor, and the packaged product is transported to the wrapping position. Then, each packaging material raising unit is erected so that both sides of the packaging material are along the both sides of the packaged product, and the widthwise deviation of the packaged product is corrected. At this time, each holding roller is moved in the direction of the article to be packed by the holding means, and is brought into contact with the upper portions of both sides of the packing material. Then, each pressing roller is rotated by the roller driving means, and the slack formed on the lower portion on both sides of the packaging material is removed by pulling up both sides of the packaging material. Then, the side flaps are folded and attached by an optional device to complete the packaging of the packaged articles, so that there is an effect that the packaged articles which are easily collapsed like printed matter can be tightly wrapped.
第１図は本発明に係わる上包み包装機の一実施例を示す
斜視図，第2,3図は包装材起こしユニツトの正面図，第
４図は包装材起こしユニツトの側面図，第５図は第４図
矢視Ｖ−Ｖ線に沿う正面図，第６図は第２図矢印VI部分
の包装材両側下部に形成される弛みを拡大して示す説明
図，第７図は同上包み包装機の作用説明図，第8,9図は
従来の上包み包装機の工程説明図，第10,11,12図は被包
装品が印刷物の場合の問題点を示す説明図である。 （１）……被包装品、（２）……包装材、（３）（６）
……コンベア、（４）（５）……包装材供給手段、（2
0）……押さえローラ、（18）（19）（21）……ローラ
駆動手段、（51）……弛み、（52）……包装材起こしユ
ニツト。1 is a perspective view showing an embodiment of an overwrapping and packaging machine according to the present invention, FIGS. 2 and 3 are front views of a packaging material raising unit, FIG. 4 is a side view of a packaging material raising unit, and FIG. Fig. 4 is a front view taken along the line VV in Fig. 4, Fig. 6 is an enlarged view showing the slack formed in the lower part on both sides of the packaging material in the part indicated by arrow VI in Fig. 2, and Fig. 7 is the same wrapping package. 8 and 9 are process diagrams of a conventional overwrapping machine, and FIGS. 10, 11, and 12 are diagrams showing problems when the packaged product is a printed material. (1)… wrapped product, (2)… packaging material, (3) (6)
… Conveyor, (4) (5)… Packaging material supply means, (2
0) Pressing roller, (18) (19) (21) Roller driving means, (51) Loosen, (52) Packaging unit raising unit.
Claims (1)
に包装材を供給する包装材供給手段と，包装材の両側部
を被包装品の両側面に沿わせるとともに被包装品の幅方
向のずれを修正する両側の起立可能な包装材起こしユニ
ットと，同各包装材起こしユニットの先端部に被包装品
方向への移動可能に取付けた押さえローラと，同各押さ
えローラを被包装品方向に移動させて包装材の両側上部
に接触させることにより包装材の両側上部を内方に折り
曲げて被包装品の上面に重ね合わせる押さえ手段と，上
記各押さえローラを回転させて包装材の両側部を上方に
引き上げることにより包装材の両側下部に形成されてい
る弛みを取るローラ駆動手段とを具えていることを特徴
とした上包み包装機。1. A packaging material supply means for supplying a packaging material under a product to be packaged conveyed on a conveyor, wherein both sides of the packaging material are arranged along both sides of the product to be packaged and the width of the product to be packaged. An upright wrapping material raising unit on both sides that corrects the misalignment, a pressing roller movably attached to the tip of each wrapping material raising unit in the direction of the wrapped product, and each of the pressing rollers is a wrapped product. Pressing means for bending the upper sides of the packaging material inward by contacting the upper sides of the packaging material by contacting the upper sides of the packaging material and superimposing the packaging material on the upper surface of the article to be packaged; An overwrapping packaging machine comprising: a roller driving means formed at the lower portion on both sides of the packaging material by lifting the portion upward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP63250812A JP2582416B2 (en) | 1988-10-06 | 1988-10-06 | Overwrap packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP63250812A JP2582416B2 (en) | 1988-10-06 | 1988-10-06 | Overwrap packaging machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0298506A JPH0298506A (en) | 1990-04-10 |
| JP2582416B2 true JP2582416B2 (en) | 1997-02-19 |
Family
ID=17213415
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP63250812A Expired - Lifetime JP2582416B2 (en) | 1988-10-06 | 1988-10-06 | Overwrap packaging machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2582416B2 (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5331973B2 (en) * | 2009-10-15 | 2013-10-30 | 山田機械工業株式会社 | Automatic packaging method and apparatus for saddle stitch booklet |
| JP5373572B2 (en) * | 2009-11-30 | 2013-12-18 | 富士機械株式会社 | Body winding packaging equipment |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5021542B2 (en) * | 1972-09-11 | 1975-07-23 | ||
| AT331421B (en) * | 1973-04-24 | 1976-08-25 | Hurka Wilhelm | PROCESS FOR THE DISINFECTION OF HUMAN OR ANIMAL SKIN, BUT ALSO GIVEN-FREE OBJECTS TO BE USED |
| JPS5072791A (en) * | 1973-10-30 | 1975-06-16 |
-
1988
- 1988-10-06 JP JP63250812A patent/JP2582416B2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0298506A (en) | 1990-04-10 |
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