CS266978B1 - Apparatus for measuring the continuous length of a row, in particular bricks - Google Patents
Apparatus for measuring the continuous length of a row, in particular bricks Download PDFInfo
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- CS266978B1 CS266978B1 CS879728A CS972887A CS266978B1 CS 266978 B1 CS266978 B1 CS 266978B1 CS 879728 A CS879728 A CS 879728A CS 972887 A CS972887 A CS 972887A CS 266978 B1 CS266978 B1 CS 266978B1
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Abstract
Zariadenie s odmeriavaním súvislej dlžky radu, najma tehál je pre použitie pri vytvoření dávok požadovaných dlžok, z ktorých sa vytvárajú matice ukládaných predmetov. Účelom je zabezpečenie vytvorenia dávky z predmetov bez mechanického ovplyvňovania. Vytvorenie dávky je zabezpečené fotosnímačom upevněným na priamočiarom motore snimajúcim a určujúcim dlžku dávky. Zariadenie sa využívá pri vytváraní dávok napr. tehál alebo podobných výrobkov, ktoré je potřebné zoradiť do matice a tieto dalej ukladať do skládok.A device for measuring the continuous length of a row, especially of bricks, is for use in creating batches of the required length, from which matrices of stored objects are created. The purpose is to ensure the creation of a batch of objects without mechanical influence. The creation of a batch is ensured by a photosensor mounted on a linear motor that senses and determines the length of the batch. The device is used in creating batches of, for example, bricks or similar products that need to be arranged in a matrix and then stored in landfills.
Description
Vynález sa týká zariadenia s odmeriavaním súvislej dlžky radu, najma tehál pomocou dopravníkov, priamočiareho motora, fotosnímača, převodu snímača, reťaze a snímača.BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for measuring the continuous length of a row, in particular a brick by means of conveyors, a linear motor, a photo sensor, a transducer, a chain and a sensor.
Doposial známe zariadenia pozostávajú z dopravníkov, uohytávača a nastavitelného dorazu, ktorý po oddělení súvislého radu predmetov je potřebné znovu nastavil, čim sa blokuje áalší prisun po dobu nastavenia, alebo niekolkých pevných dorazov, ktoré neumožňujú rýchle vytvorenie lubovolnej dlžky radu predmetov.Previously known devices consist of conveyors, a gripper and an adjustable stop which, after separation of a continuous row of objects, is needed to be reset, thereby blocking further infeed for the time of setting, or a plurality of fixed stops that do not allow the rapid creation of any length of a number of objects.
Podstatou zariadenia s odmeriavaním sijvislej dlžky radu, najma tehál podía vynálezu je dopravník, priamočiarý motor, fotosnimač, převod snímača, reťaz, snímač. Priamočiarý motor uchytený na ráme dopravníka pohybom nastaví fotosnimač na úroveň dlžky vytvárania radu predmetov voči začiatku druhého dopravníka, ktorý je spolu s prevodom snimača a snímačom umiestnený na pohyblivej časti priamočiareho motora. Dížka chodu priamočiareho pobyhu sa odmeriava snímačom, ktorý snímá otáčky převodu snímača. Převod snímačov pomocou reťaze upevnenej medzi dvoma pevnými bodmi mění priamočiarý pohyb na pohyb otáčivý. Obvody snímača riadia chod priamočiareho motora. Priohádzajúce predmety, najmá tehly sú natláčané prvým dopravníkom na druhý dopravník po dosiahnutie úrovně fotosnímača. Po vytvoření súvislého radu sa uvedie do chodu druhý a třetí dopravník, ktoré přesunů rad na třetí dopravník.The principle of the apparatus for measuring the length of a row, in particular a brick according to the invention, is a conveyor, a linear motor, a photo sensor, a transducer, a chain, a sensor. The linear motor mounted on the conveyor frame moves the photo sensor to a length of line of object formation relative to the start of the second conveyor, which, together with the transducer gear and the sensor, is located on the movable portion of the linear motor. The straight run is measured by a sensor that senses the speed of the transducer transfer. The transfer of the sensors by means of a chain fixed between two fixed points changes the linear movement to a rotational movement. Sensor circuits control the running of the linear motor. Accumulating objects, in particular bricks, are pushed by the first conveyor onto the second conveyor to reach the level of the photo sensor. After forming a continuous row, the second and third conveyors are actuated to move the row to the third conveyor.
Počas přesunu sa blokuje činnosť prvého dopravníka a fotosnimač sa pomocou priamočiareho motora nastavuje na novů úroveň dlžky radu. Rýchlosti dopravníkov sú rovnaké, aby sa zachoval súvislý rad predmetov.During the movement, the operation of the first conveyor is blocked and the photoconductor is set to a new row length using a linear motor. The speeds of the conveyors are the same to maintain a continuous line of objects.
Hiavné výhody zariadenia podlá vynálezu sú, že umožňuje rýchle a jednoduché vytváranie súvislého radu predmetov lubovolnej dlžky. Prestavenie úrovně dlžky radu sa vykoná počas přesunu vytvořeného radu predmetov.The beneficial advantages of the device according to the invention are that it allows a quick and easy creation of a continuous row of objects of any length. Adjusting the row length level is performed while moving the created row of items.
Na obr. 1 je nárys zariadenia podlá vynálezu a na obr. 2 jeho pódorys.FIG. 1 is an elevational view of the apparatus of the present invention and FIG.
Zariadenie s odmeriavaním súvislej dlžky radu, najmá tehál pozostáva z dopravníka £, dopravníka £, dopravníka £, priamočiareho motora £, fotosnímača £, převodu 6 snímača, reťaze £, snímača £. Priamočiarý motor £ je připevněný na rám dopravníka 2 tak, že pohyblivá časť priamočiareho motora £ vykonává pohyb od konca dopravníka 2 smerom k dopravníku £ o definovanú vzdialenosť. Na pohyblivej časti priamočiareho motora £ je umiestnený fotosnímač 5, převod snímača 6, ktorý dosadá na reťaz 7_ upevnenú medzi dvoma pevnými bodmi, čím převod ji snímača mění priamočiarý pohyb priamočiareho motora 4 na otáčavý a otáčenie převodu 6 snímača snímá snímač ji. Před dopravníkom 2 je umiestnený dopravník £ s prichádzajúcimi predmetmi £, za dopravníkom £ je umiestnený dopravník 3, ktorý zabezpečuje odsun vytvořeného radu. Dopravník 2 je volnobežno-hnaný.A continuous length measuring device, in particular a brick, consists of a conveyor 6, a conveyor 6, a conveyor 6, a linear motor 6, a photo sensor 6, a sensor 6, a chain 6, a sensor 8. The rectilinear motor 4 is mounted on the frame of the conveyor 2 such that the movable part of the linear motor 6 moves from the end of the conveyor 2 towards the conveyor 6 by a defined distance. A photoelectric sensor 5, a transducer transducer 6, is provided on the movable portion of the rectilinear motor 6, which abuts the chain 7 fixed between two fixed points, whereby the transducer transducer 6 changes the linear motion of the linear motor 4 to rotary and the transducer 6 rotates the transducer. In front of the conveyor 2 there is a conveyor 6 with incoming objects 6, a conveyor 3 is arranged downstream of the conveyor 6 and a conveyor 3 is provided which secures the displacement of the series. The conveyor 2 is idle-driven.
Priamočiarý motor £ nastaví fotosnimač £ na úroveň dlžky vytvárania radu predmetov od začiatku dopravníka 2 obvodmi riadenia snímača 8, ktorý snímá otáčky převodu snímača 6. Dopravník £ natláča priohádzajúce predmety 9 na dopravník 2, čím sa vytvoří súvislý rad, ktorý zacloní fotosnimač 5. Fotosnimač 5 spustí dopravník 2 a dopravník £, súvislý rad predmetov £ sa presunie na dopravník £. Počas přesunu sa blokuje činnosť dopravníka £. Rýchlosti dopravníka 2 a dopravníka £ sú rovnaké.The rectilinear motor 6 sets the photo sensor to the length of the object row formation from the conveyor start 2 by the sensor control circuits 8, which senses the speed of the transducer 6. The conveyor 6 presses the advancing objects 9 onto the conveyor 2, thereby forming a continuous row that obscures the photoimulator. 5, the conveyor 2 is lowered and the conveyor 6 is moved to the conveyor 6. During the movement, the operation of the conveyor is blocked. The speeds of conveyor 2 and conveyor 8 are the same.
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CS879728A CS266978B1 (en) | 1987-12-23 | 1987-12-23 | Apparatus for measuring the continuous length of a row, in particular bricks |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CS879728A CS266978B1 (en) | 1987-12-23 | 1987-12-23 | Apparatus for measuring the continuous length of a row, in particular bricks |
Publications (2)
Publication Number | Publication Date |
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CS972887A1 CS972887A1 (en) | 1989-05-12 |
CS266978B1 true CS266978B1 (en) | 1990-01-12 |
Family
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Application Number | Title | Priority Date | Filing Date |
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CS879728A CS266978B1 (en) | 1987-12-23 | 1987-12-23 | Apparatus for measuring the continuous length of a row, in particular bricks |
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CS (1) | CS266978B1 (en) |
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1987
- 1987-12-23 CS CS879728A patent/CS266978B1/en unknown
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CS972887A1 (en) | 1989-05-12 |
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