CS238867B1

CS238867B1 - Automatic foil ventilation regulator

Info

Publication number: CS238867B1
Application number: CS832875A
Authority: CS
Inventors: Ladislav Huszar
Original assignee: Ladislav Huszar
Priority date: 1983-04-22
Filing date: 1983-04-22
Publication date: 1985-12-16
Also published as: CS287583A1

Abstract

Vynález spadá do odboru konštrukcie zariadení regulácie teploty. Rieši automatický regulátor vetrania fóliovníkov. Tento pozostáva z trubky uzavřete) na jednom konci dnom a nalievacím otvorom pre náplň. V trubke je umiestnený vlnovec s piestom vlnovce. Vlnovec je upevněný na čelnú došku, ktorá uzatvára druhý koniec trubky. Na čelnej doske je vodiaci otvor pre pohyb piestu vlnovca a upeivnený držiak páky.The invention falls into the field of design of temperature control devices. It solves the problem of an automatic regulator of ventilation of foil containers. This consists of a tube closed at one end by a bottom and a pouring hole for the filling. A bellows with a bellows piston is placed in the tube. The bellows is fixed to a front plate, which closes the other end of the tube. On the front plate there is a guide hole for the movement of the bellows piston and a fixed lever holder.

Description

Vynález sa týlka automatického regulátora vetrania fóliovníkov.The present invention relates to an automatic greenhouse ventilation regulator.

Doteraz popísané zariadenie konstruované na principe regulácie teploty na základe roztažnosti sú prispósobené pre ten, ktorý účel. Tak například termostaty s vlnovcom použité na reguláciu oběhu chladiacej vody, na spínanie elektrických obvodov, připadne na reguláciu pneumatických veličin. Riešenie zariadenia na vetranie skleníkov, najmá fóliovníkov doteraz popísané nie je.The devices described heretofore designed on the principle of temperature control on the basis of extensibility are adapted for that purpose. For example, bellows thermostats used to regulate the circulation of cooling water, to switch electrical circuits, respectively, to control pneumatic quantities. The solution of the greenhouse ventilation device, especially of greenhouses, has not been described yet.

Uvedené nedostatky rieši automatický regulátor vetrania fóliovníkov podfa vynálezu, pozostávajúci z trubky uzavretej na jednom konci dnom a nalievacím otvorom, v ktorej je umiestnený vlnovec s piestom vlnovce a je upevněný na čelnú došku, ktorá uzatvára druhý koniec trubky. Na čelnej doske je otvor pre pohyb piestu a upevněný držiak páky a otvory pre pripevnenie regulátora na okenný rám.These drawbacks are solved by the automatic ventilation controller of the greenhouses of the present invention, consisting of a tube closed at one end by a bottom and a pouring opening in which a bellows with a bellows piston is located and fastened to a front that closes the other end of the tube. On the front plate there is an opening for the piston movement and a lever holder and holes for attaching the regulator to the window frame.

Výhodou automatického regulátora vetrania fóliovníkov je, že sa jedná o jednoduché zariadenie, použitím ktorého sa stává vetranie plynulé a spofahlivé oproti doteraz používanému rudnému vetraniu, čím vznikajú časové úspory pre použivatela zariadenia podl'a vynálezu.The advantage of the automatic greenhouse ventilation regulator is that it is a simple device by which the ventilation becomes smooth and reliable compared to the ore ventilation used hitherto, thereby creating time savings for the user of the device according to the invention.

Ďalšou výhodou jeho použitia je, že regulátor vetrania podfa vynálezu nepotřebuje žiadne náklady na energiu ani údržbu.A further advantage of its use is that the ventilation controller of the invention does not require any energy or maintenance costs.

Predmet vynálezu je schématicky znázorněný na výkrese v pozdížnom řeze.The object of the invention is shown schematically in the drawing in longitudinal section.

Automatický regulátor vetrania fóliovníkov pozostáva z trubky 1 uzavretej na jednom kooci dnom 7, s nalievacím otvorom 9 pre náplň 8. V trubke 1 je umiestnený vlnovec 2 s připevněným piestom 3. Vlnovec 2 je upevněný na čelnú došku 4, ktorá uzatvára druhý koniec trubky 1. Na čelnej doske 4 je vodiaci otvor 10 pre pohyb piestu vlnovca 3 a upevněný držiak 5 páky 6.The automatic ventilation regulator of the greenhouse consists of a tube 1 closed on one end by a bottom 7, with a filling opening 9 for a cartridge 8. A bellows 2 with a piston 3 is placed in the tube 1. The bellows 2 is mounted on the front that 4 On the front plate 4 there is a guide opening 10 for the movement of the bellows piston 3 and a lever holder 5 fixed.

Na čelnej doske 4 je vodiaci otvor 10 pre pohyb piestu, upevněný držiak 5 páky 6 a otvory 11 na uchytenie. Páka 6 je otočné uložená.On the front plate 4 there is a guide opening 10 for moving the piston, a holder 5 of the lever 6 and mounting holes 11 for fastening. The lever 6 is rotatably mounted.

V dne 7 je nalievací otvor 9 a otvory 11 na uchytenie. Riešenie podfa vynálezu je zároveň použitelné na vetranie iných typov skleníkov.In the bottom 7 there is a pouring opening 9 and holes for receiving. The solution according to the invention is also applicable to the ventilation of other types of greenhouses.

Claims

The automatic ventilation regulator of greenhouses is characterized in that it consists of a tube (1) closed at one end by a bottom (7), in which a pouring opening (9) for the filling (8) is provided, in the tube (1) ) with a piston (3), which is fixed to the front thatch (4) closing the other end of the pipe (11), and on the front plate (4) there is an opening (10) for guiding the piston (3) and a lever (5) 6).