CS219593B1

CS219593B1 - Dynamic discharge storage stoves

Info

Publication number: CS219593B1
Application number: CS467281A
Authority: CS
Inventors: Ludek Beitl
Original assignee: Ludek Beitl
Priority date: 1981-06-22
Filing date: 1981-06-22
Publication date: 1983-03-25

Abstract

Vhodné najma pre hybridný sposob prevádzkovanla, riadené hromadným dialkovým ovládáním., alebo přepínacími hodinami, umožňujúcimi pripojenie na sieť počas nočného i denného poklesu energie v sieti. Riešeným problémem je žníženie výrobněj náročnosti pri súčasnej možnosti zvýhodnenia priebehu odběru prúdu. To sa dosahuje tým, že okrem hlavných ohrievacích článkov sú v akumulujúcom jadre usporiadané aj přídavné ohrievacie články, zapojené do ďalšieho silového okruhu.Especially suitable for a hybrid method of operation, controlled by a mass remote control, or a switching clock, enabling connection to the network during night and day energy drops in the network. The solved problem is the reduction of production complexity with the current possibility of favoring the course of current consumption. This is achieved by the fact that, in addition to the main heating elements, additional heating elements connected to another power circuit are also arranged in the storage core.

Description

Vynález sa týká akumulačných kachiel s dynamickým vybíjaním, vhodných najmá pre hybridný spósob prevádzkovania, naděných hromadným diafkovým ovládáním alebo přepínacími hodinami, umo-žňujúcimi pripojenie na sieť počas nočného i denného poklesu energie v sieti.BACKGROUND OF THE INVENTION The present invention relates to dynamic discharging stoves, particularly suitable for hybrid operation, crowded with remote control or switching clocks, allowing network connection during night and day network power reductions.

Na uvedený spósob prevádzkovania sa doteraz používajú běžné elektrické akumulačně kachle, ktorých znaičný příkon je výhodný pre nočnú, ale nevýhodný pre dennú funkciu. Pre daný účel možno po-užiť aj zložený spotřebič, pozostávájúci z běžných akumulačných kachiel, určených pre nabíjanie počas noci a priradený elektrický konvektor, ktorý je zapínaný výlučné podfa potřeby v priebehu dna, V případe zapnutia na sieť je však potřebné všetko teplo z povrchu ohrievacích článkov použiť na ohřev miestnosti. Nevýhodou takejto skladby je komplikovaná prevádzka a ovládanie dvoch rozdielnych spotrebičov v jednej miestnosti, ďalej značná cena a značná náročnost na priestor. Dalším riešením móže byť kombinovaný vyhrievací spotřebič, obsahujúci akumulujúcu ia oddelenú priamovyhrievaciu časť, pričom každá časť obsahuje ohrievacie prvky a ventilačnú jednotku. Spotřebič je rozměrný s komplikovanou funkciou, s náročnými rozvodmi a ceniove náročný.Up to now, conventional electrical storage stoves have been used for this type of operation, the power consumption of which is advantageous for the night, but disadvantageous for the daily function. For this purpose, it is also possible to use a composite appliance consisting of conventional accumulation stoves intended for charging during the night and assigned an electric convector which is switched exclusively on the basis of the bottom during the operation. cells used to heat the room. The disadvantage of such a composition is the complicated operation and control of two different appliances in one room, as well as considerable price and considerable space requirements. Another solution may be a combined heating appliance comprising an accumulating and separate heating element, each of which includes heating elements and a ventilation unit. The appliance is bulky with a complicated function, demanding wiring and cost-intensive.

Uvedené nevýhody odstrapujú akumulačně kachle s dynamickým vybíjaním podfa vynálezu, pozostávajúce z vonkajšieho plášťa a akumulujúceho jadra, medzi ktorými je tepelne izolačný plášť, v ktorom akumulujúcom jadre sú umiestnené hlavně ohrievacie články, ktorého podstata spočívá v tom, že okrem hlavných ohrievacích článkov sú v akumulujúcom jadre usporiadané aj přídavné ohrievacie články, zapojené do ďalšieho silového okruhu, vybaveného vlastnými spínacími prvkammi v spoločnom centrálnom regulátore, ktoré přídavné ohrievacie články sú spolu s hlavnými ohrievacími článkami usporiadané v aspoň jednomThe above-mentioned drawbacks are eliminated by the dynamic discharge storage stoves according to the invention, consisting of an outer shell and an accumulating core, between which is a heat insulating shell in which mainly the heating elements are located in the accumulating core. the core also includes additional heating elements connected to a further power circuit equipped with its own switching elements in a common central controller, which additional heating elements together with the main heating elements are arranged in at least one

Claims

Storage tanks with dynamic discharging, consisting of an outer shell and an accumulating core, between which there is a thermal insulating shell, in which the accumulating cores are mainly located heating elements connected to the power circuit, characterized in that they are in addition to the main heating elements (4). by dynamically discharging the series. Under the central controller is meant a mass receiver! or a suitable control device.

The advantages of the accumulator tiles according to the invention result from the fact that mainly the heating elements as well as additional heating elements of the entire heating system are concentrated in the storage core, resulting in the need for only one ventilation system, saving materials, reducing product weight and manufacturing effort, control of individual parts, increased service life of heating elements and better spatial use of the internal parts of the appliance. A further advantage lies in the possibility of using ceramic heating elements, which are more economical to use than tubular heating elements. Large-area heating elements are functionally more functional for this purpose.

One example of an embodiment of the accumulator tiles according to the invention is shown in the drawing, in which FIG. 1 is a side sectional view of the tiles; and FIG.

2 is a partial sectional view.

Accumulation stoves with dynamic discharging are located from the outer casing 1 and the accumulating core 2 between which there is a heat insulating casing

3. Mainly the heating elements 4, together with the additional heating elements 5, are arranged in one row in the accumulator core 2 in such a way that they are arranged alternately. The electric motor 6 drives a fan 7 which blows air into the air duct 12 and further through the grille 8 into the room space. The outlets 9 of the heater elements 4, 5 are led upwards and connected to two separate power circuits 10, 11, wherein. in the first power circuit 10 mainly heater elements 4 are connected and in the next power circuit 11 additional heater elements 5 are connected.

OF THE INVENTION an additional heater element (5) is also provided to the cores (2), connected to another power circuit (11) equipped with its own switching elements in a common central controller, which additional heater elements (5) are arranged together with the main heater elements (4). in at least one council.