CS238412B1 - A device for adjusting the axial distance, in particular rotating cylinders - Google Patents
A device for adjusting the axial distance, in particular rotating cylinders Download PDFInfo
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- CS238412B1 CS238412B1 CS829076A CS907682A CS238412B1 CS 238412 B1 CS238412 B1 CS 238412B1 CS 829076 A CS829076 A CS 829076A CS 907682 A CS907682 A CS 907682A CS 238412 B1 CS238412 B1 CS 238412B1
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- axial distance
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- rotating cylinders
- divided
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Abstract
Účelom zariadenia je přesné nastavenie osovej vzdialenosti rotujúcich valcov pri vel'- kej tuhosti, konštrukčnej jednoduchosti a výrobnej nenáročnosti celého zariadenia. Uvedeného účelu sa dosiahne zariadením na nastavenie osovej vzdialenosti, najma rotujúcich valcov, pozostávajúcim za základovej došky a bočníc, pričom bočnice majú vytvořená drážku v tvare T tak, že sú ňou rozdělené na dve časti, z ktorých jedna je připevněná k základovej doske a obidve časti bočnice rozdělené drážkou, sú spolu pružné prestaviteíne spojené.The purpose of the device is to precisely adjust the axial distance of rotating cylinders with high rigidity, structural simplicity and low manufacturing cost of the entire device. The stated purpose is achieved by a device for adjusting the axial distance, in particular of rotating cylinders, consisting of a base plate and side plates, the side plates having a T-shaped groove formed in such a way that they are divided by it into two parts, one of which is attached to the base plate and both parts of the side plate divided by the groove are connected together in a flexible and adjustable manner.
Description
Vynález sa týká riešenia zariadenia na nastavenie osovej vzdialeností, najma rotujúcich valcov.The invention relates to an arrangement for adjusting axial distances, in particular rotating cylinders.
Doteraz známe zariadenia sú riešené tak, že rotujúce válce v róznych konštrukčných uzloch sú uložené v telesách, z ktorých jedno je pevne uchytené k základni a druhé má možnosť posuvu, například je uchytené skrutkami v drážkách, uložené v klznom vedení, alebo uložené klbovo. Telesá, v ktorých sú uložené válce, móžu byť tiež pevne uchytené k základni a potom sa musí posúvať válec, například ak je excentricky uložený v telese. Nevýhodou týchto riešení je velmi prácne nastavenie požadovanej osovéj vzdialeností a malá tuhosť celého zariadenia, ktorá výrazné vplýva na přesnost' nastavenia. Ďalšou nevýhodou takýchto zariadení je ich zložitosť a náročná konštrukcia.The prior art devices are designed in such a way that the rotating rollers in the different construction nodes are supported in bodies, one of which is fixedly fixed to the base and the other has the possibility of displacement, e.g. The bodies accommodating the rollers may also be firmly attached to the base and then the roller must be moved, for example if it is eccentrically mounted in the body. The disadvantage of these solutions is the very laborious adjustment of the required axial distances and the low rigidity of the whole device, which significantly affects the accuracy of the adjustment. Another disadvantage of such devices is their complexity and complex construction.
Uvedené nevýhody zmierňuje a technický problém rieši zariadenie na nastavenie osovej vzdialeností, najma rotujúcich valcov, pozostávajúce zo základovej došky a bočnic, ktorého podstatou je, že jedna časť bočnice rozdělená drážkou v tvare T je připevněná k základovej doske a s druhou častou je spojená skrutkou, opatřenou nastavovacou maticou a poisťovacou maticou.The above-mentioned disadvantages are alleviated and the technical problem is solved by a device for adjusting the axial distances, in particular rotating cylinders, consisting of a base thatch and sidewalls, which consists in that one sidewall section divided by a T-slot is attached to adjusting nut and locking nut.
Výhodou zariadenia na nastavenie osovej vzdialeňosti, najmá rotujúcich valcov podl'a vynálezu je, že sa dosiahne přesné nastavenie osovej vzdialeností rotujúcich valcov pri velkej tuhosti konštrukčnej jednoduchosti a výrobnej nenáročnosti celého zariadenia.An advantage of the axial distance adjusting device, in particular of the rotating rollers according to the invention, is that an accurate adjustment of the axial distances of the rotating rollers is achieved with a high rigidity of construction simplicity and low production cost of the whole device.
Zariadenie na nastavenie osovej vzdialenosti, najmá rotujúcich valcov je zobrazené na pripojenom výkrese v axonometríckom pohlade.The axial distance adjusting device, in particular the rotating cylinders, is shown in an axonometric view in the attached drawing.
Zariadenie na nastavenie osovej vzdialenosti, najmá rotujúcich valcov pozostáva zo základovej došky 1, na ktorej sú upevněné bočnice 2. Bočnice 2 majú vytvorenú drážku 3 v tvare T tak, že sú ňou čiastočne rozdělené na dve časti. V častiach bočnice 2 sú vytvořené otvory 6 pre uloženie rotujúcich valcov 7. Jedna časť bočnice 2 Je připevněná k základovej doske las druhou časťou bočnice 2 je spojená skrutkou 4, opatřenou nastavovacou maticou 5 a poisťovacou maticou 8.The axial distance adjusting device, in particular of the rotating rollers, consists of a foundation that is to which the sidewalls 2 are attached. The sidewalls 2 have a T-shaped groove 3 so that they are partially divided into two parts. Holes 6 are provided in the side plate portions 6 for receiving the rotating rollers 7. One side plate portion 2 is attached to the base plate and the other side plate portion 2 is connected by a screw 4 provided with an adjusting nut 5 and a lock nut 8.
Funkcia zariadenia na nastavenie osovej vzdialeností, najmá rotujúcich valcov je nasledovná: Osová vzdialenosť rotujúcich valcov 7 uložených v otvoroch 6 v bočniciach 2 sa nastavuje prostredníctvom skrutky 4 a nastavovacej matice 5 v opačnom smere. Nastavená poloha sa zaistí pomocou poisťovacej matice 8.The function of the axial distance adjustment device, in particular of the rotating cylinders, is as follows: The axial distance of the rotating cylinders 7 housed in the holes 6 in the side plates 2 is adjusted by the screw 4 and the adjusting nut 5 in the opposite direction. The set position is locked using the lock nut 8.
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS829076A CS238412B1 (en) | 1982-12-13 | 1982-12-13 | A device for adjusting the axial distance, in particular rotating cylinders |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS829076A CS238412B1 (en) | 1982-12-13 | 1982-12-13 | A device for adjusting the axial distance, in particular rotating cylinders |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CS907682A1 CS907682A1 (en) | 1985-04-16 |
| CS238412B1 true CS238412B1 (en) | 1985-11-13 |
Family
ID=5442063
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CS829076A CS238412B1 (en) | 1982-12-13 | 1982-12-13 | A device for adjusting the axial distance, in particular rotating cylinders |
Country Status (1)
| Country | Link |
|---|---|
| CS (1) | CS238412B1 (en) |
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1982
- 1982-12-13 CS CS829076A patent/CS238412B1/en unknown
Also Published As
| Publication number | Publication date |
|---|---|
| CS907682A1 (en) | 1985-04-16 |
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