NO117879B

NO117879B -

Info

Publication number: NO117879B
Application number: NO16582366A
Authority: NO
Inventors: K Smedlund
Original assignee: Hygap Ab
Priority date: 1966-10-13
Filing date: 1966-12-01
Publication date: 1969-10-06
Also published as: CH468544A; ES345712A1; BE704345A; GB1129850A; NL6713566A

Description

Anordning ved soppelnedkast eller -sjakt.Device in case of soot fall or shaft.

Ved sbppelsjakter er det vanlig at der under sjaktens nedre munning anbringes en beholder eller sekk for oppsamling av nedkastet avfall. Disse beholdere kan ikke gjbres for store, da de må kunne transporteres ut til en soppelbil og tommes i denne. Ved storre hus, hvor samme sjakt brukes av flere familier, har dette medfort at sbppelbeholderen må tommes flere ganger pr. dag eller for hånd byttes ut med en tom beholder, hvilket medfbrer sterkt bkte tbmningsomkostninger, særlig på son- og helligdager, når arbeidsomkostningene er hbyere enn ellers. Hertil kommer at det blir stadig vanskeligere å få personale som vil tjeneste-gjøre på sådanne dager. For å minske disse omkostninger og lose en del personalproblemer er det kjent å veksle sbppelbeholdere automatisk alt ettersom de blir fylt, f.eks. ved hjelp av en karusell som dreier beholderne frem til mottagningsstilling under soppelsjaktén. Disse anordninger blir imidlertid meget kompli-serte og dermed dyre i anskaffelse. In the case of waste manholes, it is common for a container or sack to be placed under the lower mouth of the manhole for the collection of thrown waste. These containers cannot be made too large, as they must be able to be transported out to a garbage truck and emptied into it. In the case of larger houses, where the same shaft is used by several families, this has meant that the waste container has to be emptied several times a year. day or is replaced by hand with an empty container, which entails greatly increased maintenance costs, especially on Sundays and public holidays, when labor costs are higher than usual. In addition, it is becoming increasingly difficult to get staff who will work on such days. In order to reduce these costs and solve a number of personnel problems, it is known to change waste containers automatically as they are filled, e.g. by means of a carousel which rotates the containers to the receiving position under the rubbish chute. However, these devices are very complicated and thus expensive to acquire.

Foreliggende oppfinnelse tilsikter en forenklet anordning ved soppelnedkast eller -sjakt med to eller flere beholdere eller sekker beliggende under sjakten, og det særegne er at der under sjaktens munning og over beholderne finnes en stuss som er således dreibart anordnet at den kan rettes mot de i ring stående beholdere, den ene etter den annen, i den hensikt å kunne lede avfallet til den ene beholder etter den annen, hvoretter de blir fylt. Her står således beholderne stille, mens avfallet dirigeres til disse ved hjelp av en bevegelig stuss. The present invention aims at a simplified device for a soot discharge or chute with two or more containers or sacks located under the chute, and the peculiarity is that there is a spigot below the mouth of the chute and above the containers which is rotatably arranged so that it can be directed towards those in the ring standing containers, one after the other, with the intention of being able to direct the waste to one container after the other, after which they are filled. Here, the containers thus stand still, while the waste is directed to them by means of a movable nozzle.

Oppfinnelsen er illustrert på tegningen, på hvilken fig. 1 viser i perspektiv en anordning med to beholdere eller stativer for sekker, og fig. 2 viser et elektrisk koblingsskjema. The invention is illustrated in the drawing, in which fig. 1 shows in perspective a device with two containers or racks for sacks, and fig. 2 shows an electrical connection diagram.

To beholdere eller stativer som bærer søppelsekker, er betegnet med 1 og 2. Mellom stativene finnes en roterbar, verti-kal aksel 3 lagret i lagre k, 5-Anvendes sekker, blir disses overkant på kjent måte brettet over stativets overkant og fast-holdt i denne stilling av en fyllingsring 6. Akselen 3 bærer en skråttstilt stuss 7»hvis ender er avskåret etter horisontalplan. Stussen er således anbragt at sentret for dens ovre ringformede ende faller sammen med senterlinjen for akselen 3. Avfall fra en soppelsjakt 6 ledes av stussen til beholderen 1 i den på fig. 1 viste stilling. Når sekken er fylt dreies stussen til beholderen 2 for fylling av denne. Two containers or racks that carry garbage bags are denoted by 1 and 2. Between the racks there is a rotatable, vertical shaft 3 stored in bearings k, 5-If bags are used, their upper edge is folded over the upper edge of the rack in a known manner and held firmly in this position of a filling ring 6. The shaft 3 carries an inclined stub 7" whose ends are cut off in a horizontal plane. The spigot is positioned so that the center of its upper annular end coincides with the center line of the shaft 3. Waste from a cesspool 6 is led by the spigot to the container 1 in the one in fig. 1 displayed position. When the bag is filled, turn the nozzle of the container 2 to fill it.

Fig. 1 viser to beholdere anbragt i samme avstand fra akselen 3«Når stussens avlop ved dreining beveger seg etter en sirkellinje, anbringes beholderne, to eller flere, langs en til-svarende sirkellinje. Fig. 1 shows two containers placed at the same distance from the shaft 3"When the outlet drain moves along a circular line when turning, the containers, two or more, are placed along a corresponding circular line.

I stedet for at bæres av en aksel på den måte som fig.Instead of being carried by an axle in the manner shown in fig.

1 viser, kan stussen være opphengt ved hjelp av en lageranordning som er festet i søppelrommets tak eller i et stativ. 1 shows, the stub can be suspended by means of a storage device which is fixed in the ceiling of the waste room or in a stand.

Dreining av stussen skjer automatisk. Ifblge fig. 1 er en line 9 viklet om stussen og belastet med et lodd 10. Stussen holdes i stilling over beholderen 1 ved hjelp av en elektromagnet 11, .hvis anker i magnetens stromlbse tilstand hviler i et hull i en rundt stussen forlbpende flens 12. Turning of the spigot happens automatically. According to fig. 1, a line 9 is wrapped around the spigot and loaded with a weight 10. The spigot is held in position above the container 1 by means of an electromagnet 11, whose armature in the magnet's current state rests in a hole in a flange 12 extending around the spigot.

Elektromagneten 11 er, som det fremgår av fig, 2 anord- ned i en strbmkrets med to seriekoblede strømbrytere 13» 1^»som kan være kviksblv-vippebrytere som ifblge fig. 1 er anbragt en over stussen og en under denne. Strømbryterne påvirkes av en i stussens innlbp henholdsvis utlbp utskytende fjærende tråd 15»The electromagnet 11 is, as can be seen from fig. 2, arranged in a power circuit with two series-connected circuit breakers 13"1^" which can be quick-release rocker switches as shown in fig. 1 is placed one above the spigot and one below it. The circuit breakers are affected by a springy wire 15" projecting into the inlet or outlet of the socket.

16, således at vedkommende bryter kobles inn når tråden bbyes ned. Automatikken virker således at en nedfallende sbppelpakke forst treffer tråden 15 som slutter bryteren lk. Intet hender, da bryteren 13 fremdeles er åpen. Pakken fortsetter gjennom stussen og treffer tråden 16 som slutter bryteren 13. For dette har imidlertid tråden 15 fjæret tilbake og utkoblet bryteren lk, således at fremdeles intet hender med magneten 11, da strbmkretsen fremdeles er brutt. Blir imidlertid beholderen 1 fylt, kommer tråden 16 mellom to pakker og hindres derved fra å fjære tilbake, således at bryteren 13 fremdeles er sluttet når neste pakke faller ned på tråden 15 og også slutter bryteren lk. Dermed sluttes kretsen for magneten 11 som trekker ankeret ut av sitt hull og stussen dreies av loddet 10 mot en stopper, i hvilken stilling stussen munner ut over beholderen 2. Når også beholderen 2 er fylt, transporteres beholderne eller sekkenebort og tomme beholdere eller nye sekker settes på plass og stussen fores tilbake til den på fig. 1 viste stilling. 16, so that the relevant switch is switched on when the wire is bent down. The automatic system works so that a falling sbppel package first hits the wire 15 which closes the switch lk. Nothing happens, as switch 13 is still open. The packet continues through the spigot and hits the wire 16 which closes the switch 13. For this, however, the wire 15 has spring back and disconnected the switch 1k, so that nothing still happens to the magnet 11, as the power circuit is still broken. However, if the container 1 is filled, the wire 16 comes between two packages and is thereby prevented from springing back, so that the switch 13 is still closed when the next package falls onto the wire 15 and also closes the switch 1k. This closes the circuit for the magnet 11 which pulls the armature out of its hole and the plug is turned by the solder 10 towards a stop, in which position the plug opens over the container 2. When the container 2 is also filled, the containers or sacks are transported away and empty containers or new sacks is put in place and the spigot is lined back to the one in fig. 1 displayed position.

I stedet for å anordne akselen 3 dreibar kan den være fast og stussen være festet dreibart på akselen. I stedet for line og lodd kan dreiningen av stussen skje ved hjelp av en elek-tro-motor eller ved hjelp av en totrSjonsf jær som kan være innebyg-get i akselen 3 og spennes ved tilbakefbringen av stussen. I stedet for fjærende tråder kan styringen skje ved hjelp av foto-celler. For en sbppelpakke i en fylt beholder ikke skal hindre stussen i å dreies,kan stussens nedre del eller en del av denne gjbres ettergivende. Instead of arranging the shaft 3 rotatably, it can be fixed and the spigot can be fixed rotatably on the shaft. Instead of line and plumb line, the spigot can be turned with the help of an electric motor or with the help of a two-traction spring which can be built into the shaft 3 and tensioned when the spigot is returned. Instead of springy wires, the control can be done with the help of photo cells. In order for a sbppel package in a filled container not to prevent the spigot from turning, the lower part of the spigot or part of it can be made flexible.

Claims

1. Device for splodge discharge or chute with two or more containers or sacks located under the chute, characterized in that there is a spigot (7) below the mouth of the chute (8) and above the containers (1, 2) which is rotatably arranged so that the can be directed towards the containers standing in a ring (l, 2), one after the other, with the aim of being able to direct the waste to one container after the other, after which they are filled.

2. Device according to claim 1, characterized in that the spigot (7) is rotatable; about a vertical central axis that coincides with the center of the spigot's upper ring-shaped end, which is mainly cut off along a horizontal plane, and by the spigot being directed obliquely in relation to the central axis, so that the lower part of the spigot, which is also appropriately cut off along a horizontal plane, when turned moves along a circular arc.

3. Device according to claim 1 or 2, characterized in that the turning of the spigot takes place with the help of an electric motor, a lead-loaded line (9) wrapped around the spigot or a spring, while the return of the spigot in at least the two latter cases is done manually by turning the spigot in the opposite direction. k. Device according to claim 3" characterized in that the spigot is held in position over a container (l) by means of an electromagnet (li) which automatically releases the spigot for rotation when the container is filled, to which a power circuit is provided with two series-connected circuit breakers (13, lk), e.g. mercury vapor switches, which are affected by falling waste in such a way that the current circuit is closed and the plug is opened only when the container (1) is filled. 5• Device according to claim k, characterized in that the current breakers (l3i i'*) are affected by springy threads or the like (15, 16) projecting into the inlet and outlet of the spigot, which spring downwards from the falling waste and thereby close the breaker when springing back on new to break the strbm circle.