JPH0318561B2 - - Google Patents
Info
- Publication number
- JPH0318561B2 JPH0318561B2 JP59074581A JP7458184A JPH0318561B2 JP H0318561 B2 JPH0318561 B2 JP H0318561B2 JP 59074581 A JP59074581 A JP 59074581A JP 7458184 A JP7458184 A JP 7458184A JP H0318561 B2 JPH0318561 B2 JP H0318561B2
- Authority
- JP
- Japan
- Prior art keywords
- formwork
- conveyor
- concrete column
- product
- lifting
- 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
Landscapes
- Manufacturing Of Tubular Articles Or Embedded Moulded Articles (AREA)
Description
【発明の詳細な説明】
［産業上の利用分野］
この発明は、コンクリートポール、パイル等の
コンクリート柱体を上型枠と下型枠からなる造形
型枠にて造形後に取出すコンクリート柱体の脱型
装置に関するものである。[Detailed Description of the Invention] [Field of Industrial Application] This invention is a method for removing concrete columns such as concrete poles and piles after they are formed using a shaping formwork consisting of an upper formwork and a lower formwork. This relates to mold equipment.
［従来の技術及び発明が解決しようとする課題］
従来、此種コンクリート柱体の脱型装置として
特公昭57−61571号公報並びに特公昭56−19804号
公報記載のものが知られている。而して、之等は
本願特許出願人の特許発明であるが、前者は上型
枠を型枠送りコンベアに、コンクリート柱体を製
品置場（検査作業場）に夫々吊上移送機によつて
移送することが記載されている。そして、該移送
を行うために、作業台車と上型枠運搬用板コンベ
ア並びに前記製品置場及び、脱型クレーンの吊具
等が設けられているが、之等の相互の間隔は一定
していないので、クレーンの動作範囲が大であ
り、作業能率が極めて低い。又、後者は上型枠を
おろす間にコンクリート柱体の吊上、おろし作業
を行うことが記載されている。即ち、コンクリー
ト柱体を内蔵した型枠を型枠ハツカにて吊下げて
脱型台に静置させ、そして、該脱型台に設けたく
わえレバーにて下型枠のタイヤを引掛け、次に前
記型枠ハツカの型枠抱え持ちを解除し、次に、他
の上型枠ハツカを作動させて上型枠のタイヤに引
掛けて上型枠のみをつまみ上げる。この作業時間
帯に於ては、クレーンに設けたコンクリート柱体
を吸着するためのバキユームは休止しているが、
次にクレーンを横方向に移動させて該バキユーム
にて露呈しているコンクリート柱体を吸着し、そ
して、該バキユームを上昇させて下型枠によりコ
ンクリート柱体を離脱させ、更に、横移動を為し
て再びバキユームを下降させ、コンクリート柱体
を転送台上に静置させると共に、該バキユームの
前記吸着を解除するように構成されている。而し
て、この装置は作業工程が複雑であり、且つ、脱
型作業が極めて非能率的である。[Prior Art and Problems to be Solved by the Invention] Conventionally, devices described in Japanese Patent Publication No. 57-61571 and Japanese Patent Publication No. 56-19804 have been known as demolding devices for concrete columns of this type. These are patented inventions of the applicant, but in the former, the upper formwork is transferred to a formwork conveyor, and the concrete column is transferred to a product storage area (inspection work area) by a hoisting transfer machine. It is stated that In order to carry out the transfer, a work cart, a plate conveyor for transporting the upper formwork, the product storage area, a lifting device for the demolding crane, etc. are provided, but the mutual spacing between them is not constant. Therefore, the operating range of the crane is large, and work efficiency is extremely low. Furthermore, the latter method is described as lifting and lowering the concrete columns while lowering the upper formwork. That is, the formwork containing the concrete columns is suspended using formwork hooks and placed on a demolding table, and then the tires of the lower formwork are hooked with grip levers provided on the demolding table, and then The holding of the formwork by the formwork peeler is released, and then the other upper formwork peelers are activated and hooked onto the tires of the upper formwork to pick up only the upper formwork. During this work period, the vacuum installed on the crane to adsorb the concrete pillars is suspended, but
Next, the crane is moved laterally to pick up the concrete column exposed in the vacuum, then the vacuum is raised to release the concrete column using the lower formwork, and further horizontal movement is performed. Then, the vacuum is lowered again, the concrete column is placed on the transfer table, and the suction of the vacuum is released. Therefore, the working process of this device is complicated, and the demolding work is extremely inefficient.
そこで、作業工程を簡素化し、高能率的脱型作
業を可能にするために解決せらるべき技術的課題
が生じてくるのであり、本発明は該課題を解決す
ることを目的とする。 Therefore, a technical problem arises that must be solved in order to simplify the work process and enable highly efficient demolding work, and it is an object of the present invention to solve this problem.
［課題を解決するための手段］
この発明は上記目的を達成せんとして提案せら
れたものであり、上型枠と下型枠からなる造形型
枠内からコンクリート柱体を取出す脱型装置であ
つて、吊上移送機の上型フツクにて吊架されてい
る上型枠を上型枠送りコンベア上におろす間に、
型枠縦送りコンベアに載置される造形型枠の下型
枠内のコンクリート柱体を、吊上移送機の製品吊
上装置にて吊上げるようにし、吊上移送機を横行
して型枠縦送りコンベア上の造形型枠の上型枠
を、上型フツクにて吊上げる間に、製品吊上装置
に吊架中のコンクリート柱体を製品受渡装置上に
おろすようにしたコンクリート柱体の脱型装置に
於て、コンクリート柱体を内装して上下型枠から
なる造形型枠を載置している型枠縦送りコンベア
の左右１方の側方に、上記造形型枠から取外した
上型枠を移載する上型枠送りコンベアと、左右他
方の側方に、上記造形型枠から取出したコンクリ
ート柱体を載置する製品受渡装置とを共に同一の
間隔ｌを置いて配置し、上記装置と夫々のコンベ
ア間の上方付近を移動できるようにした吊上移送
機にコンクリート柱体を吊上げて保持できる製品
吊上装置と、上型枠を把持できる上型フツクを、
上記間隔ｌと同一間隔ｌを保つて設けたことを特
徴とするコンクリート柱体の脱型装置を提供せん
とするものである。[Means for Solving the Problems] This invention was proposed to achieve the above object, and is a demolding device for removing a concrete column from within a shaping formwork consisting of an upper formwork and a lower formwork. While lowering the upper formwork suspended by the upper hook of the lifting transfer machine onto the upper formwork conveyor,
The concrete columns in the lower formwork of the building formwork placed on the vertical formwork conveyor are lifted by the product lifting device of the lifting transfer machine, and the formwork is lifted by the lifting transfer machine horizontally. While the upper formwork of the modeling form on the vertical feed conveyor is lifted by the upper die hook, the concrete column suspended by the product lifting device is lowered onto the product delivery device. In the demolding equipment, the molds removed from the above-mentioned molding form are placed on one side of the left and right sides of the vertical formwork conveyor on which the molding formwork consisting of the upper and lower formwork is placed with a concrete column inside. An upper formwork conveyor that transfers the formwork and a product delivery device that places the concrete column taken out from the modeling formwork on the other left and right side are both arranged at the same distance l, A product lifting device that can lift and hold a concrete column on a lifting transfer machine that can move above the device and each conveyor, and an upper mold hook that can grip the upper formwork.
It is an object of the present invention to provide a demolding device for a concrete column, characterized in that the device is provided with the same spacing 1 as the above-mentioned spacing 1.
［実施例］
以下、本発明の一実施例を別紙添付図面に従つ
て詳述する。尚、説明の都合上、従来公知に属す
る技術事項も同時に説明する。[Example] Hereinafter, an example of the present invention will be described in detail with reference to the accompanying drawings. For convenience of explanation, conventionally known technical matters will also be explained at the same time.
第１図にコンクリートポールの脱型場附近の鳥
観図を、第２図にそのＸ−Ｘ線矢視を示したが、
上型枠１と下型枠２を合体したものからなる造形
型枠３の内部にコンクリートを注入して遠心締固
めを行い、常圧蒸気養生を行つて足場ボルト用ソ
ケツト等の附属品の取外し、PC鋼材の鋲頭切断
が行われ、締付ボルトがゆるめられて第１図の型
枠横送りコンベア４に移載され、矢線方向へ型枠
横送りコンベア４によつて造形型枠３が移送され
る。そして、型枠縦送りコンベア５へ、図示省略
したクレンによつて造形型枠３を型枠横送りコン
ベア４から移載する。この型枠縦送りコンベア５
は、その移送終端側が脱型作業場Ａの１部にのぞ
ませてあつて、脱型作業場Ａには、型枠縦送りコ
ンベア５の移送方向に対して直角方向に移送方向
が設定される製品移送コンベア６，６が設けてあ
り、型枠縦送りコンベア５から製品移送コンベア
６，６の側へ間隔ｌの位置に製品受渡装置７を設
け、製品移送コンベア６，６の配置逆側には、型
枠縦送りコンベア５から間隔ｌの位置に上型枠送
りコンベア８を設けている。製品受渡装置７、型
枠縦送りコンベア５、上型枠送りコンベア８の上
方附近を移動できるように設けた例えばクレンの
如き吊上移送機９には、造形型枠３にて造型され
るコンクリート柱体１０を吊上げて保持するため
の製品吊上装置１１としての、例えばコンクリー
ト柱体１０を真空吸着できるようにした真空吸引
パツドと、上型枠１のタイヤ部分を吊架できる上
型フツク１２を、前記の間隔ｌと同一の間隔ｌだ
け置いて装備し、吊上移送機９によつて上型フツ
ク１２によつて造形型枠３から上型枠１を吊上げ
て上型枠送りコンベア８に移載し、型枠縦送りコ
ンベア５に残つている下型枠２内のコンクリート
柱体１０を製品吊上装置１１にて吊架して製品受
渡装置７へ移載するものであつて、詳細な工程
は、製品吊上装置１１が型枠縦送りコンベア５の
下型枠２とコンクリート柱体１０の上方に、又、
上型フツク１２が上型枠１を把持して上型枠送り
コンベア８の上方に夫々位置するとき、製品吊上
装置１１を下降させてコンクリート柱体１０をこ
の製品吊上装置１１にて吊架操作している間に、
上型枠１を上型枠送りコンベア８上におろし、こ
のおろし動作に連動して第３図の如く、下型枠ク
ランプ装置１３のクランプ爪１４，１４を閉じて
下型枠２をクランプし、上型フツク１２を上昇
し、又、製品吊上装置１１を上昇操作してコンク
リート柱体１０を下型枠２内から取上げ、この取
上動作に連動してクランプ爪１４，１４が開き、
型枠縦送りコンベア５及び上型枠送りコンベア８
は、クランプ爪１４，１４の上型開き動作に連動
して第１図の矢線方向に移動動作をするので、下
型枠２と上型枠１が離型剤塗布装置１５を通過し
て夫々の内壁面に離型剤塗布が行われ、次位の上
型枠受取コンベア１６と下型枠受取コンベア１７
に夫々上型枠１と下型枠２が移載され、又、型枠
縦送りコンベア５の移送始端部にあつた次の造形
型枠３が、上型枠送りコンベア８の側方附近に来
ることになる。 Figure 1 shows a bird's-eye view of the vicinity of the concrete pole demolding area, and Figure 2 shows the X-X arrow view.
Concrete is poured into the building form 3, which is a combination of the upper form 1 and the lower form 2, and subjected to centrifugal compaction, followed by normal pressure steam curing, and accessories such as sockets for scaffolding bolts are removed. , the rivet head of the PC steel material is cut, the tightening bolts are loosened, and the formwork is transferred to the formwork transverse conveyor 4 shown in Fig. 1, and the forming formwork 3 is moved by the formwork transverse conveyor 4 in the direction of the arrow. will be transferred. Then, the shaping form 3 is transferred from the horizontal form conveyor 4 to the vertical form conveyor 5 using a crane (not shown). This formwork vertical conveyor 5
is a product whose transfer end side is facing a part of the demolding workshop A, and whose transfer direction is set perpendicular to the transfer direction of the formwork vertical conveyor 5 in the demolding workshop A. Transfer conveyors 6, 6 are provided, a product transfer device 7 is provided at a distance l from the vertical formwork conveyor 5 to the product transfer conveyors 6, 6, and a product transfer device 7 is provided on the opposite side of the product transfer conveyors 6, 6. , an upper formwork conveyor 8 is provided at a distance l from the formwork vertical conveyor 5. A lifting transfer machine 9, such as a crane, which is installed so as to be able to move above the product delivery device 7, vertical formwork conveyor 5, and upper formwork conveyor 8, carries the concrete to be formed in the forming form 3. For example, a vacuum suction pad capable of vacuum suctioning the concrete column 10 serves as a product lifting device 11 for lifting and holding the column 10, and an upper mold hook 12 capable of suspending the tire portion of the upper form 1. are installed at the same interval l as the above-mentioned interval l, and the upper formwork 1 is lifted from the forming formwork 3 by the upper formwork hook 12 by the lifting transfer machine 9 and transferred to the upper formwork feeding conveyor 8. The concrete columns 10 in the lower formwork 2 remaining on the vertical formwork conveyor 5 are suspended by a product lifting device 11 and transferred to the product delivery device 7, The detailed process is such that the product lifting device 11 is placed above the lower formwork 2 and the concrete column 10 on the formwork vertical conveyor 5, and
When the upper hooks 12 grip the upper formwork 1 and are positioned above the upper formwork conveyor 8, the product lifting device 11 is lowered and the concrete column 10 is lifted by the product lifting device 11. While operating the rack,
The upper formwork 1 is lowered onto the upper formwork conveyor 8, and as shown in FIG. , lift the upper mold hook 12 and lift the product lifting device 11 to pick up the concrete column 10 from within the lower formwork 2, and in conjunction with this pick-up operation, the clamp claws 14, 14 open,
Vertical formwork conveyor 5 and upper formwork conveyor 8
Since the clamp claws 14 and 14 move in the direction of the arrow in FIG. A release agent is applied to each inner wall surface, and the next upper form receiving conveyor 16 and lower form receiving conveyor 17
The upper formwork 1 and the lower formwork 2 are transferred to the upper formwork 1 and the lower formwork 2 respectively, and the next forming formwork 3, which was at the transfer start end of the vertical formwork conveyor 5, is placed near the side of the upper formwork conveyor 8. It will come.
そして、製品吊上装置１１が製品受渡装置７の
上方に、又、上型フツク１２が型枠縦送りコンベ
ア５の上方に、夫々位置したときに吊上移送機９
の横行動作を停止させ、製品吊上装置１１を下降
してコンクリート柱体１０を製品受渡装置７の上
におろし、製品吊上装置１１からコンクリート柱
体１０を釈放して製品吊上装置１１を上昇させ、
又、この間に、上型フツク１２を下降して上型枠
１を上型フツク１２の閉じ動作によつてクランプ
し、上型フツク１２を上昇する。 Then, when the product lifting device 11 is located above the product transfer device 7 and the upper mold hook 12 is located above the form vertical conveyor 5, the lifting transfer device 9
, the product lifting device 11 is lowered to lower the concrete column 10 onto the product delivery device 7, the concrete column 10 is released from the product lifting device 11, and the product lifting device 11 is lifted. let it rise;
During this time, the upper mold hook 12 is lowered, the upper mold frame 1 is clamped by the closing operation of the upper mold hook 12, and the upper mold hook 12 is raised.
次に吊上移送機９を横行して製品吊上装置１１
が型枠縦送りコンベア５上のコンクリート柱体１
０の上方に、又、上型フツク１２が上型枠送りコ
ンベア８の上方に位置したとき、吊上移送機９が
停止して、前述した上型枠１のおろしとコンクリ
ート柱体１０の吊持の工程が再び始まるものであ
つて、以下、同様な工程が繰返されることにな
る。 Next, the lifting transfer machine 9 is traversed and the product lifting device 11
is the concrete column 1 on the formwork vertical conveyor 5
0 and when the upper form hook 12 is located above the upper form feed conveyor 8, the lifting transfer machine 9 stops, and the above-mentioned lowering of the upper form 1 and lifting of the concrete column 10 are performed. The previous process starts again, and the same process will be repeated from now on.
そして脱型作業場Ａには、製品受渡装置７，７
の移送方向前方に複数組の作業用受装置１８，１
９，２０，２１を設け、夫々のピストンP1の上
昇動作によつて受けローラー１８ａ，１８ａ，１
９ａ，１９ａ，２０ａ，２０ａ，２１ａ，２１ａ
が製品移送コンベア６，６に乗つているコンクリ
ート柱体１０を受け取ることになつて、この状態
でコンクリート柱体１０を適宜回転しながら、製
品番号等の標示作業や、アースのリード線挿通作
業、検査作業、等を夫々並行して行うようにし、
製品移送コンベア６，６に乗つて第１図の矢視方
向に移送されて来たコンクリート柱体１０，１０
…が夫々の作業用受装置１８，１９，２０，２１
の前方の所定位置に到達したとき、センサの動作
によつて製品移送コンベア６，６が停止し、上記
作業を終えてすべての受けローラー１８ａ，１８
ａ，１９ａ，１９ａ…を下動したとき、製品移送
コンベア６，６が移動を開始することになり、
又、同時に製品受渡装置７，７のピストンP2の
下動動作によつて受台７ａが下動してコンクリー
ト柱体１０が製品移送コンベア６，６へ移載され
ることになり、又、製品移送コンベア６，６の移
動開始に伴つてピストンP2が上昇動作をするよ
うに構成している。 In the demolding workshop A, there are product delivery devices 7, 7.
A plurality of sets of work receiving devices 18, 1 are placed in front of the transport direction.
9, 20, 21 are provided, and receiving rollers 18a, 18a, 1 are provided by the upward movement of the respective pistons P1.
9a, 19a, 20a, 20a, 21a, 21a
receives the concrete column 10 on the product transfer conveyors 6, 6, and in this state, while rotating the concrete column 10 as appropriate, performs work such as marking the product number, inserting the ground lead wire, etc. Inspection work, etc. should be carried out in parallel,
Concrete columns 10, 10 are transported in the direction of the arrow in FIG. 1 on product transport conveyors 6, 6.
... are the respective work receiving devices 18, 19, 20, 21
When the product transfer conveyor 6, 6 reaches a predetermined position in front of the sensor, the product transfer conveyor 6, 6 stops due to the operation of the sensor, and after completing the above-mentioned work, all the receiving rollers 18a, 18
a, 19a, 19a..., the product transfer conveyors 6, 6 start moving,
Also, at the same time, the pedestal 7a is moved down by the downward movement of the pistons P2 of the product delivery devices 7, 7, and the concrete column 10 is transferred to the product transfer conveyors 6, 6. The piston P2 is configured to move upward as the product transfer conveyors 6, 6 start moving.
尚、符号２２，２３は製品吊上装置１１及び上
型フツク１２を昇降させるためのホイストであ
る。 Incidentally, reference numerals 22 and 23 are hoists for raising and lowering the product lifting device 11 and the upper mold hook 12.
製品吊上装置１１は、上述した真空吸引による
ほか、通常のフツクによるものであつても良く、
又、製品受渡装置７は、図示例のほか種々のもの
でも良い。又、上述した各動作、即ち、吊上移送
機９の横行開始、停止の各動作や製品吊上装置１
１によるコンクリート柱体１０の把持、又は釈
放、及び昇降動作、上型フツク１２による上型枠
１の把持、釈放、及び昇降動作等、すべての各動
作を順次、自動的に行うように構成することも容
易であつて、全自動化による脱型方法とするよう
にすれば、省力化と工程時間短縮化に一そう有利
となるものである。 The product lifting device 11 may use a normal hook in addition to the vacuum suction described above.
Further, the product delivery device 7 may be of various types other than the illustrated example. In addition, each of the above-mentioned operations, that is, each operation of starting and stopping the hoisting transfer machine 9, and the product hoisting device 1
The structure is such that all operations, such as gripping or releasing the concrete column 10 and raising and lowering operations by the upper mold hook 12, gripping and releasing the upper formwork 1 by the upper mold hook 12, and lifting and lowering operations, are performed automatically in sequence. It is also easy to do this, and if the demolding method is fully automated, it will be even more advantageous in saving labor and shortening the process time.
［発明の作用及び効果］
この発明に係るコンクリート柱体脱型は上記一
実施例にて詳述せる如く、吊上移送機に設けた製
品吊上装置と上型フツクとの間隔ｌを、製品受渡
装置と型枠縦送りコンベアと上型枠送りコンベア
との夫々の間隔ｌ，ｌに一致させて設けたので、
次の作業工程が著しく容易となり、作業能率が向
上した。即ち、この発明に係るコンクリート柱体
の脱型方法は、上述のように吊上移送機の上型フ
ツクにて吊架されている上型枠を上型枠送りコン
ベア上におろす間に、型枠縦送りコンベアに載置
される造形型枠の下型枠内のコンクリート柱体吊
上移送機の製品吊上装置による吊上げ動作を並行
して行い、そして、吊上移送機を横行し、型枠縦
送りコンベア上の造形型枠の上型枠を上型フツク
にて吊上げる間に、製品吊上装置に吊架中のコン
クリート柱体の製品受渡装置上へのおろし動作を
並行して行つているので、脱型作業工程時間が大
きく短縮されることになり、又、脱型後の上型枠
を上型枠送りコンベアによつて、下型枠を型枠縦
送りコンベアによつて共に次の離型剤塗布装置に
送り込むことができるので、クレン等による中継
運搬作業を省くことができて流れ作業化による工
程時間の短縮と省力化が可能となつた。[Operations and Effects of the Invention] As described in detail in the above embodiment, the concrete column demolding according to the present invention is performed by adjusting the distance l between the product lifting device and the upper mold hook provided on the lifting transfer machine to Since the delivery device, vertical formwork conveyor, and upper formwork conveyor are arranged to match the distances 1 and 1, respectively,
The next work process has become much easier and work efficiency has improved. That is, in the concrete column demolding method according to the present invention, while the upper formwork suspended by the upper hook of the lifting transfer machine is lowered onto the upper formwork conveyor, the mold is removed. Concrete columns in the lower formwork of the forming form placed on the frame vertical conveyor are lifted by the product lifting device of the lifting transfer machine, and then the lifting transfer machine is moved horizontally to remove the mold. While the upper formwork of the modeling form on the frame vertical conveyor is lifted by the upper hook, the concrete column suspended by the product lifting device is lowered onto the product delivery device in parallel. Since the demolding process time is greatly shortened, the upper formwork after demolding is transported by the upper formwork conveyor, and the lower formwork is transported by the vertical formwork conveyor. Since it can be sent to the next mold release agent coating device, it is possible to omit relay transportation work using cleaners, etc., and it has become possible to shorten process time and save labor by implementing assembly line work.
図はこの発明の一実施例を示し、第１図は脱型
場附近の鳥観図、第２図は第１図のＸ−Ｘ線矢視
図、第３図と第４図は第１図のＸ−Ｘ線矢視にお
ける要部拡大図である。
符号説明、１……上型枠、２……下型枠、３…
…造形型枠、５……型枠縦送りコンベア、７……
製品受渡装置、８……上型枠送りコンベア、９…
…吊上移送機、１０……コンクリート柱体、１１
……製品吊上装置、１２……上型フツク、ｌ……
間隔。
The figures show one embodiment of the present invention, in which Fig. 1 is a bird's-eye view of the vicinity of the demolding site, Fig. 2 is a view taken along the line X-X in Fig. 1, and Figs. 3 and 4 are the same as in Fig. 1. FIG. Code explanation, 1... Upper formwork, 2... Lower formwork, 3...
...Building formwork, 5... Formwork vertical feed conveyor, 7...
Product delivery device, 8... Upper formwork conveyor, 9...
...Lifting transfer machine, 10...Concrete column, 11
...Product lifting device, 12...Upper hook, l...
interval.
Claims (1)
クリート柱体を取出す脱型装置であつて、吊上移
送機の上型フツクにて吊架されている上型枠を上
型枠送りコンベア上におろす間に、型枠縦送りコ
ンベアに載置される造形型枠の下型枠内のコンク
リート柱体を、吊上移送機の製品吊上装置にて吊
上げるようにし、吊上移送機を横行して型枠縦送
りコンベア上の造形型枠の上型枠を、上型フツク
にて吊上げる間に、製品吊上装置に吊架中のコン
クリート柱体を製品受渡装置上におろすようにし
たコンクリート柱体の脱型装置に於て、コンクリ
ート柱体を内装して上下型枠からなる造形型枠を
載置している型枠縦送りコンベアの左右１方の側
方に、上記造形型枠から取外した上型枠を移載す
る上型枠送りコンベアと、左右他方の側方に、上
記造形型枠から取出したコンクリート柱体を載置
する製品受渡装置とを共に同一の間隔ｌを置いて
配置し、上記装置と夫々のコンベア間の上方付近
を移動できるようにした吊上移送機にコンクリー
ト柱体を吊上げて保持できる製品吊上装置と、上
型枠を把持できる上型フツクを、上記間隔ｌと同
一間隔ｌを保つて設けたことを特徴とするコンク
リート柱体の脱型装置。1 This is a demolding device that removes a concrete column from within a forming formwork consisting of an upper formwork and a lower formwork, and is a device that transports the upper formwork suspended by the upper hook of a lifting transfer machine. While being lowered onto the conveyor, the concrete column in the lower formwork of the forming form placed on the formwork vertical conveyor is lifted up by the product lifting device of the lifting transfer machine, and the concrete column is lifted up and transferred. While the machine is moving horizontally to lift the upper formwork of the forming form on the vertical formwork conveyor using the upper hook, the concrete column suspended from the product lifting device is lowered onto the product delivery device. In the concrete column demolding device constructed as above, the above-mentioned machine is placed on one side of the vertical formwork conveyor on which the forming formwork consisting of the upper and lower formwork is placed, with the concrete column inside. The upper formwork conveyor that transfers the upper formwork removed from the modeling formwork and the product delivery device that places the concrete columns taken out from the modeling formwork on the other left and right sides are both at the same interval. A product lifting device that can lift and hold a concrete column on a lifting transfer machine that can move above between the above device and each conveyor, and an upper mold that can grip the upper formwork. A demolding device for a concrete column, characterized in that the hooks are provided at the same interval 1 as the above-mentioned interval 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP7458184A JPS60217111A (en) | 1984-04-13 | 1984-04-13 | Mold release method and device for concrete post body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP7458184A JPS60217111A (en) | 1984-04-13 | 1984-04-13 | Mold release method and device for concrete post body |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60217111A JPS60217111A (en) | 1985-10-30 |
| JPH0318561B2 true JPH0318561B2 (en) | 1991-03-12 |
Family
ID=13551273
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP7458184A Granted JPS60217111A (en) | 1984-04-13 | 1984-04-13 | Mold release method and device for concrete post body |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60217111A (en) |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5619804A (en) * | 1979-07-27 | 1981-02-24 | Sumitomo Electric Industries | Flame resisting wire |
| DE3020914C2 (en) * | 1980-06-03 | 1983-03-10 | Himbert, geb. Köhler, Ulrike, 4830 Gütersloh | Arrangement for selecting the type of writing of a movably arranged writing head to be printed out |
-
1984
- 1984-04-13 JP JP7458184A patent/JPS60217111A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS60217111A (en) | 1985-10-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US20120025422A1 (en) | Process And Apparatus For Demolding And Palletizing Cast Concrete Blocks | |
| CN102407558A (en) | Mould dismounting device for bamboo square material mould | |
| CN103171050B (en) | For the treatment of the method and apparatus of concrete product | |
| JPH0318561B2 (en) | ||
| CN203765779U (en) | Overturning machine for prefabricated reinforced concrete plates | |
| CN206011434U (en) | Rebar cylinder mould suspension bracket cyclic delivery system | |
| JP4616452B2 (en) | Belt sleeve demolding apparatus and demolding method | |
| CN107585532A (en) | A kind of vertical-lifting mechanism of plank automatic supplying machine | |
| CN210313376U (en) | A batch handling device for prefabricated blocks | |
| CN209583517U (en) | A kind of intelligence punching block transport fixed equipment | |
| CN215825581U (en) | Soft mattress production line | |
| JPS60203407A (en) | Mold release working method and mold release working device for concrete post body | |
| CN205932292U (en) | Plank self feeding mechanism of building block production usefulness | |
| CN217171913U (en) | Old and useless train part storage rack | |
| CN213976621U (en) | Auxiliary steel frame for hoisting unit plate from ground | |
| JPH10217256A (en) | Formwork automatic attachment / detachment equipment | |
| CN210061558U (en) | Production line equipment for elastic supporting blocks | |
| JPS6317994Y2 (en) | ||
| JPH061575Y2 (en) | Forming equipment for concrete piles | |
| JPH079607Y2 (en) | Molding form for concrete blocks | |
| WO1998006523A1 (en) | Pattern plate drawing device | |
| JPH0123662Y2 (en) | ||
| JP2816109B2 (en) | Billet removal device of semi-continuous casting machine | |
| JPS6243646Y2 (en) | ||
| JPH0715637Y2 (en) | Device for extracting press-formed products |