CS236809B1 - Modular sloping waste pit - Google Patents
Modular sloping waste pit Download PDFInfo
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- CS236809B1 CS236809B1 CS822998A CS299882A CS236809B1 CS 236809 B1 CS236809 B1 CS 236809B1 CS 822998 A CS822998 A CS 822998A CS 299882 A CS299882 A CS 299882A CS 236809 B1 CS236809 B1 CS 236809B1
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- scaffolding
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Abstract
Šikmá zhadzovacia šachta stavebnicového systému rieši dopravu suté zhadzovaním v zvislom 1 šikmom, ale v nepriamom smere na lešení, v lešení, v zrkadle schodišťa a vo výťahovej šachtě a aj na schodišti bez schodišťového zrkadla jednoduchým skládáním pri úspoře materiálu, pracnosti, energetickej náročnosti a pri zachovaní vysokej variabilnosti riešení využitia. Jej použitie umožňuje efektívnu kontajnerizáciu stavebnej suté. Šachta sa skládá z panelov a sťahovákov, ktoré sa len skladajú do lešeňovej konštrukcie, pri čom je ju možno 1’ubovol'ne stužovať na potřebných mlestach. Jej dížka a ostatně rozměry zodpovedajú rozmerom bežne používaných trubkových lešení. Šachta sa dá využiť na dopravu materiálu samospádom, ale aj ako debnenie pre monolitický skelet. Šachta navázuje na zvislú šachtu, s ktorou sa kombinuje, pri čom vzrastá variabilnost oboch šácht.The inclined drop shaft of the modular system solves the transport of rubble by dropping it vertically and obliquely, but in an indirect direction on the scaffolding, in the scaffolding, in the stairwell and in the elevator shaft and also on the staircase without a stairwell by simple folding while saving material, labor, energy consumption and maintaining a high variability of the use solutions. Its use enables effective containerization of construction rubble. The shaft consists of panels and pullers, which are simply folded into the scaffolding structure, where it can be arbitrarily reinforced at the necessary points. Its length and other dimensions correspond to the dimensions of commonly used tubular scaffolding. The shaft can be used for transporting material by gravity, but also as formwork for a monolithic skeleton. The shaft is connected to the vertical shaft, with which it is combined, which increases the variability of both shafts.
Description
Vynález rieši zvislú a šikmá dopravu stavebnej suté, stavebnicovým systémom nie priamym smerom. Navazuje na zvislú šachtu stavebnicového systému. Šachta je riešená tak, aby bola možná jednoduchá a rýchla, účinná montáž a demontáž pri vysoké) spolahlivosti a variabilnosti konštrukcie. - V doterajšom stave sa vo zvislej šachtě nerieši nepriamy směr vedenia šachty, tesařské konštrukcie so stavebnou sutou 1'ahko rozbíjajú v miestach, kde dochádza ku zmene spádu suté. Naviac, šachty iných konštrukcií neriešia vůbec změnu spádu suté, vzhladom na to, že to často ani nie je možné, majú preto nízku variabilnost' využitia.The invention solves the vertical and oblique transport of construction debris, not a straight-line system. It follows the vertical shaft of the modular system. The shaft is designed to be simple and quick, efficient assembly and disassembly at high) reliability and variability of the structure. - In the present state, the indirect direction of the shaft guide is not solved in the vertical shaft; the carpentry structures with the building debris 1 are easily broken in places where the fall of the debris occurs. Moreover, shafts of other constructions do not solve the change of slope at all, since they are often not possible, therefore they have a low variability of utilization.
Tieto nedostatky odstráni stavebnicová šikmá zhadzovacia šachta pre stavebný odpad s jedným šikmo zrezaným koncom, je skládaná z paneiov, ktoré sú zložené z dosiek, opatřených systémom zvlakov a sťahovákov, podlá vynálezu, ktorého podstata spočívá v tom, že stahováky sú opatřené z vonkajšku na zrezané konce bočných dosiek, pri čom nad prednými zárezmi sú došky zvislé zrezané a nad žádným zárezom sú opatřené stupňovitými výrezami, ktorých zvislé okraje ležia nad bokmi žádných zárezov.These drawbacks are eliminated by a single-obliquely sloping construction waste sloping pit, which is composed of panes which are composed of slabs equipped with a system of pullers and pullers according to the invention, the principle of which is that the pullers are provided from the outside to the truncated ones. the ends of the side plates, wherein above the front notches the thatch is vertically cut and provided with stepped cuts above any notch, the vertical edges of which lie above the sides of any notches.
Novým účinkom šachty podlá vynálezu je vysoká variabilnost využitia, sposobená změnou uhlu pádu padajúcej suté, pri jednoduchej a spolahlivej montáži telesa zhadzovacej šachty.A new effect of the shaft according to the invention is the high variability of utilization caused by the change in the fall angle of the fall, in a simple and reliable mounting of the shovel shaft body.
Na připojených výkresoch je znázorněná šikmá zhadzovacia panelová šachta podía vynálezu, kde na obr. 1 je znázorněný vrchný panel, na obr. 2 bočný panel, na obr. 3 stahovák, ktorý je aj súčasťou zvislej šachty, na obr. 4 výplň venca, na obr. 5 pravý panel, na obr. 6 spodný panel. Na obr. 7 je příklad kombinácie oboch šachiet vo výťa- hovej šachtě, na obr. 8 v hornej časti výtahu, na obr. 9 vyústenie šachty do kontajneru.1 shows a top panel, FIG. 2 a side panel, FIG. 3 a puller, which is also part of a vertical shaft, FIG. FIG. 5 shows a right panel, FIG. 6 a bottom panel. Fig. 7 is an example of a combination of the two shafts in the elevator shaft in Fig. 8 in the upper part of the elevator, Fig. 9 of the shaft opening into the container.
Panely sa skladajú, v případe bočných, zo sťahovákov 1, opatřených na koncoch opačné orientovanými zárezmi, dosiek 2, zo zavetrovania 4, zo zvlaku 3, ktorý má presne stanovená polohu a umožňuje šachtu dodatočne stužovať štyrmi sťahovákmi 1 opretými o časť venca 8 len položením naň, v mieste, kde padajúca suť meni uhol pádu. Vrchný a spodný panel sa skládá z rovnako dlhých dosiek 5, 6, zvlaku 3, ktorý opat slúži ako nosník sťahovákov 1 a zavetrovania 4. Opierka 7 panela majúca tiež presne stanovená polohu, kde odpadá stavebná suť, a slúži na dodatočné stuženie trubkou 14 a nánožkou. Na obr. 7, 8, 9 je zřejmý příklad kombinovania zvislej šachty so šikmou. Na obr. 9 šikmá šachta prechádza dočasné vybúranými otvormi 11, pri čom sa suť sype do kontajneru 10. Přechod zvislej šachty na šikmú, alebo opačné sa dá vystužit nánožkou a stužujúcou trubkou 14, a to jedenkrát, alebo i viackrát vedla seba, či štvoricou sťahovákov 1, ktoré sa len položia na zvlaky 3.The panels consist, in the case of lateral pullers 1, provided at the ends with opposite oriented notches, plates 2, from bracing 4, from a groove 3, which has a precisely defined position and allows the shaft to be additionally reinforced by four pullers 1 supported on a part of the rim 8 only by laying on it, in a place where the falling rubble changes the angle of fall. The top and bottom panels consist of plates 5, 6 of equal length, which are provided as a support for the pullers 1 and bracing 4. The panel support 7 also has a precisely defined position where construction debris is not needed and serves for additional reinforcement by tube 14 and embroidered. Figures 7, 8, 9 show an example of combining a vertical shaft with an oblique. In Fig. 9, the oblique shaft passes through the temporary openings 11, whereby it is poured into the container 10. The transition of the vertical shaft to the oblique or opposite one can be reinforced by a tray and a reinforcing tube 14, once or even several times. pullers 1, which are just laid on the tracks 3.
Zhadzovacia šachta kombináciou šikmej a zvislej sa dá využiť na dopravu materiálu samospádom, pri vysokej variabilnosti zvislej, kombinovanej uhlami šikmej, zvýšením variabilnosti vedenia šachty v priestore. Šikmou šachtou je možno aj spájať dve samostatné vedené šachty do jednej. Dá sa využiť na lešení konzolovite osadená, do lešenia vsadená, mimo lešenie postavená, ale aj ako samostatné stojatá na trubkovej lešeňovej konštrukcií, v schodišťovom zrkadle, výtahovej šachtě. Dá sa využiť i na debnenie pre monolitické skelety různých druhov, uhlov a sklonov, ba je možné vytvoriť nimi polkruhové segmenty, kombináciou i různých polomerov.The shovel shaft can be used for angular and vertical conveying of material by gravity, with high variability of vertical, combined angled angles, increased variability of shaft guide in space. It is also possible to connect two separate guided shafts to one with a sloping shaft. It can be used for cantilever scaffolding, embedded in scaffolding, built out of scaffolding, but also as stand-alone standing on tubular scaffolding construction, in staircase mirror, elevator shaft. It can also be used for formwork for monolithic skeletons of various kinds, angles and inclinations, and it is possible to create semicircular segments, combinations of different radii.
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS822998A CS236809B1 (en) | 1982-04-27 | 1982-04-27 | Modular sloping waste pit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS822998A CS236809B1 (en) | 1982-04-27 | 1982-04-27 | Modular sloping waste pit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CS299882A1 CS299882A1 (en) | 1984-05-14 |
| CS236809B1 true CS236809B1 (en) | 1985-05-15 |
Family
ID=5368783
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CS822998A CS236809B1 (en) | 1982-04-27 | 1982-04-27 | Modular sloping waste pit |
Country Status (1)
| Country | Link |
|---|---|
| CS (1) | CS236809B1 (en) |
-
1982
- 1982-04-27 CS CS822998A patent/CS236809B1/en unknown
Also Published As
| Publication number | Publication date |
|---|---|
| CS299882A1 (en) | 1984-05-14 |
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