NO118642B - - Google Patents

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Publication number
NO118642B
NO118642B NO15954465A NO15954465A NO118642B NO 118642 B NO118642 B NO 118642B NO 15954465 A NO15954465 A NO 15954465A NO 15954465 A NO15954465 A NO 15954465A NO 118642 B NO118642 B NO 118642B
Authority
NO
Norway
Prior art keywords
plank
planks
stop
conveyor
litter
Prior art date
Application number
NO15954465A
Other languages
Norwegian (no)
Inventor
A Bratland
Original Assignee
Skandinavisk Handelskompani A
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Skandinavisk Handelskompani A filed Critical Skandinavisk Handelskompani A
Priority to NO15954465A priority Critical patent/NO118642B/no
Priority to IL24762A priority patent/IL24762A/en
Priority to GB52790/65A priority patent/GB1134837A/en
Priority to AT1133765A priority patent/AT287461B/en
Priority to YU2139/65A priority patent/YU34757B/en
Priority to LU50166A priority patent/LU50166A1/xx
Priority to US517418A priority patent/US3505077A/en
Priority to NL666600064A priority patent/NL141071B/en
Priority to ES0321433A priority patent/ES321433A1/en
Priority to DE19661692298 priority patent/DE1692298A1/en
Priority to OA52311A priority patent/OA01889A/en
Priority to FR45083A priority patent/FR1462928A/en
Priority to FI00036/66A priority patent/FI46583B/fi
Priority to BR176283/66A priority patent/BR6676283D0/en
Priority to CH18866A priority patent/CH530168A/en
Priority to BE674842D priority patent/BE674842A/xx
Priority to JP41000989A priority patent/JPS498862B1/ja
Priority to SE243/66A priority patent/SE324945B/xx
Priority to GB3883/66A priority patent/GB1130535A/en
Priority to AT96866A priority patent/AT287462B/en
Priority to IL25106A priority patent/IL25106A/en
Priority to DE1692299A priority patent/DE1692299C3/en
Priority to NL666601512A priority patent/NL141072B/en
Priority to CH170866A priority patent/CH535542A/en
Priority to BR177265/66A priority patent/BR6677265D0/en
Priority to CH235866A priority patent/CH518065A/en
Priority to FR50639A priority patent/FR1469828A/en
Priority to OA52363A priority patent/OA01916A/en
Priority to LU50525A priority patent/LU50525A1/xx
Priority to BE677063D priority patent/BE677063A/xx
Priority to SE02844/66A priority patent/SE333861B/xx
Priority to ES0323832A priority patent/ES323832A1/en
Priority to YU408/66A priority patent/YU34609B/en
Priority to GB36593/66A priority patent/GB1158577A/en
Priority to LU51779A priority patent/LU51779A1/xx
Priority to IL26358A priority patent/IL26358A/en
Priority to BE685854D priority patent/BE685854A/xx
Priority to AT804866A priority patent/AT288128B/en
Priority to DE1692300A priority patent/DE1692300C3/en
Priority to NL6612105A priority patent/NL6612105A/xx
Priority to YU1636/66A priority patent/YU31539B/en
Priority to JP41057046A priority patent/JPS4924663B1/ja
Publication of NO118642B publication Critical patent/NO118642B/no
Priority to NL7403862A priority patent/NL7403862A/xx
Priority to NL7404267A priority patent/NL7404267A/xx

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  • Branching, Merging, And Special Transfer Between Conveyors (AREA)

Description

Anordning for overføring av plank fra en skråstillet strøbane til en transportør. Device for transferring planks from an inclined screed track to a conveyor.

Det er kjent forskjellige anordninger Different devices are known

for frakt av plankestabler fra tørkehus eller for shipping plank stacks from drying houses or

liknende og lossing av disse plankestabler. similar and unloading these plank stacks.

Blant slike anordninger er det kjent å an-vende en hev- og tippbar plattform, således Among such devices, it is known to use a platform that can be raised and tipped, thus

at hele plankestabelen kan heises opp i den that the entire stack of planks can be lifted into it

ønskede høyde, deretter tippes i omtrent desired height, then tipped for approx

45° vinkel, hvorved lag etter lag av stabelen 45° angle, whereby layer after layer of the stack

glir over på et transportbånd etterhvert eventually slides onto a conveyor belt

som lagene passerer opp over en sidestøtte. as the teams pass up over a side support.

Det er også kjent anordninger hvor lossin-gen foretas på liknende måte ved hjelp There are also known devices where the unloading is carried out in a similar way with the help of

av kjettinger uten at stabelen tippes. En of chains without tipping the stack. One

tredje type losseanordinger består i at stabelens lag tas trinnvis nedenfra, idet stabelen støttes opp under bortskyvningen av third type of unloading devices consists in the layer of the stack being removed step by step from below, the stack being supported up during the pushing away of

det underste lag. Ulempen ved disse kjente the bottom layer. The disadvantage of these known

anordninger er at man får et helt lag av devices is that you get a whole layer of

gangen på transportkjeden og de enkelte the time on the transport chain and the individuals

planker har en tendens til å forskyve seg planks tend to shift

og komme delvis skjevt, og det blir et tungt and come partly crooked, and it will be a heavy one

arbeid for sortereren å snu de enkelte planker for den nødvendige sortering. Disse work for the sorter to turn the individual planks for the necessary sorting. These

planker kan ofte være meget store og veie planks can often be very large and heavy

opptil ca. 150 kg. up to approx. 150 kg.

Det er videre kjent anordninger hvor There are also known devices where

plankene føres fram til sorteringsanordnin-gen i horisontal stilling og hvor et anslag er the planks are brought forward to the sorting device in a horizontal position and where there is a stop

beregnet til å angripe den fremmatede intended to attack the advanced

plank ved et punkt som ligger bakenfor plank at a point behind

plankens tyngdepunkt i forhold til et annet the plank's center of gravity in relation to another

fast anslag som planken da støttes mot. fixed stop against which the plank is then supported.

Når det førstnevnte anslag da heves, blir When the first-mentioned estimate is then raised, it becomes

planken tippet over det sistnevnte anslag, the plank tipped over the latter estimate,

og snudd rundt. and turned around.

Denne anordning er imidlertid ikke However, this device is not

brukbar i praksis der hvor det anvendes en usable in practice where one is used

mateanordning som består av en tippbar feeding device consisting of a tipping bar

plattform hvor det øverste plankelag tip- platform where the top plank layer tip-

pes ned på en skråttstillet strøbane slik at hele det øverste lag planker av sin egen tyngde glir ned over dette skråttstilte strø-lag. Presset på nederste planke blir da alt-for stort til at man kan tippe plankens bakre del. laid down on an inclined bedding course so that the entire top layer of planks under its own weight slides down over this inclined bedding layer. The pressure on the bottom plank will then be far too great to tip the rear part of the plank.

Hensikten med foreliggende oppfinnel-se er derfor å skaffe en anordning hvor de enkelte planker en etter en føres over fra stablene på en skråttstillet strøbane uten hinder av trykket fra de ovenfor liggende planker. The purpose of the present invention is therefore to provide a device where the individual planks are transferred one by one from the stacks onto an inclined litter path without hindrance from the pressure from the planks lying above.

For at oppfinnelsen lett skal kunne forstås, skal den i det følgende forklares ved hjelp av tegningen, som skjematisk viser et anlegg med transportør og over-føring av stabelens øverste lag til dette. In order for the invention to be easily understood, it will be explained in the following with the help of the drawing, which schematically shows a plant with a conveyor and the transfer of the top layer of the stack to it.

Plankelasset heves til øverste plankelag glir fram mot anslaget 1 på armen 2 som er dreibart lagret i punkt 3 i det faste maskinstativet 4. Når eksenteret 5, som ro-terer synkront med kjedehjulet 6, beveger seg videre i dreieretningen fra den viste stiling, vil fjæren 7 trekke armen 2 ned-over til første plank glir fram mot anslaget 8- The plank shaft is raised until the top plank layer slides forward towards the stop 1 on the arm 2, which is rotatably stored at point 3 in the fixed machine stand 4. When the eccentric 5, which rotates synchronously with the sprocket 6, moves further in the direction of rotation from the position shown, the spring 7 pull the arm 2 downwards until the first plank slides forward towards the stop 8-

Når eksenteret 5 så beveger seg videre, vil det gjennom armen 9, som er dreibart lagret ved 10, presse anslaget på armen 2 opp under forkanten på planken som skyves opp langs anslaget 8 til den glir fram på glideføringen 11 og ned på kjedeføringen 12. Eksenteret 5 står i et bestemt forhold til medbringeren 13, slik at planken straks skyves fram på skrårullene 14 som på vanlig vis trekker planken fri av medbringerne og skyver den mot et anslag, slik at all plank blir liggende jevnt i den ene enden. Ved enden av transportøren kan det på kjent måte være anordnet en vendeanordning, som antydet på tegningen. When the eccentric 5 then moves on, it will through the arm 9, which is rotatably supported at 10, push the stop on the arm 2 up under the leading edge of the plank which is pushed up along the stop 8 until it slides forward on the sliding guide 11 and down on the chain guide 12. The eccentric 5 is in a specific relationship to the carrier 13, so that the plank is immediately pushed forward onto the inclined rollers 14, which in the usual way pull the plank free from the carriers and push it against a stop, so that all planks lie evenly at one end. At the end of the conveyor, a turning device can be arranged in a known manner, as indicated in the drawing.

På en del sagbruk varierer plankedimensjonen fra iy2" x 3" til 4" x 11". For at sorterverket skal virke tilfredsstillende ved kjøring av så varierende dimensjoner, er det nødvendig med et par små juster-ingsmuligheter. Ved 20, foran anslaget 1, kan det festes skinner av forskjellig tyk-kelse slik at høyden på anslaget 1 kan til-passes planken. Anslaget her må være høyt nok til at planken stopper, men helle ikke så høyt at det blir vanskelig å få planken over. Er det mye vannkant på planken, må anslaget være noe høyere enn for skarp-skåren plank. At some sawmills, plank dimensions vary from iy2" x 3" to 4" x 11". In order for the sorter to work satisfactorily when running such varying dimensions, a couple of small adjustment options are necessary. At 20, in front of stop 1, rails of different thickness can be attached so that the height of stop 1 can be adapted to the plank. The stop here must be high enough for the plank to stop, but not so high that it becomes difficult to get the plank over. If there is a lot of water edge on the plank, the estimate must be somewhat higher than for a sharp-cut plank.

Avstanden mellom 1 og 8 bør også til-passes plankedimensjonen, og anslaget 8 er derfor anordnet forskyvbart. På toppen av anslaget 1 kan det med fordel settes inn en rulle. Denne rullen bør ligge beskyttet bak anslaget, men ellers slik montert at planken glir fram på toppen av den. Om en finner det ønskelig, kan en også montere ruller på toppen av anslaget 8 og kanskje også under planken ved 20. Den planken som løftes skal nemlig gli fram av sin egen tyngdekomponent og ikke skyves fram av de bakenfor liggende plankene, da en for stor friksjon mellom den fremste og den bakenfor liggende planken kan forårsake at også den bakenfor liggende planken løf-tes noe i forkant, idet den fremste vipper over anslaget og en kan muligens risikere at begge plankene glir fram samtidig. Skulle det likevel hende at det glir fram f. eks. to planker i en gang, behøver ikke sotereren å stoppe sorterverket av den grunn. Dersom plankene skal i samme lom-me, kan de bare fortsette foran samme medbringer, om det da er plass til det. Ellers kan sortereren vippe den planken han har for mye til side. Dersom en er redd for at et eller annet uforutsett skal forårsake at det glir fram mye plank på en gang, kan en legge inn en kopling i driften av overkjeden, slik at sortereren da bare løser ut koplingen og legger planken for hånd ned på underkjeden som fortsatt går. Når alt er klart, trykkes koplingen inn og overkjeden og fremmatningen starter igjen. The distance between 1 and 8 should also be adapted to the plank dimension, and the stop 8 is therefore arranged to be displaceable. A roll can be advantageously inserted on top of stop 1. This roller should lie protected behind the stop, but otherwise mounted so that the plank slides forward on top of it. If you find it desirable, you can also mount rollers on top of stop 8 and perhaps also under the plank at 20. The plank that is being lifted must slide forward by its own weight component and not be pushed forward by the planks lying behind, as a too large friction between the leading plank and the one lying behind it can cause the plank lying behind to also be lifted somewhat forward, as the leading one tilts over the stop and one could possibly risk both planks sliding forward at the same time. Should it still happen that it slips forward, e.g. two planks at once, the sorter does not need to stop the sorter for that reason. If the planks are to be in the same pocket, they can only continue in front of the same carrier, if there is room for it. Otherwise, the sorter can tilt the plank he has too much to one side. If you are afraid that something unforeseen will cause a lot of planks to slide forward at once, you can insert a coupling in the operation of the upper chain, so that the sorter then simply releases the coupling and places the plank by hand onto the lower chain as still going. When everything is ready, the clutch is pressed in and the upper chain and feed start again.

Langs glideføringen 11 kan det om Along the sliding guide 11 it is possible

nødvendig monteres ruller slik at planken glir passe fram på kjedeføringen 12. if necessary, mount rollers so that the plank slides snugly onto the chain guide 12.

Under planken ved 20 kan det monteres en kontakt for strømtilførselen til heise-motoren. Når den siste planken glir fram, slår kontakten opp og kopler inn heise-motoren. Det første som skjer er da at strø-ene 21 glir fram over kanten på sitt anslag og ned på en strøtransportør. Når lasset er kommet høyt nok, glir neste plankelag fram mot anslaget 1 og bryter kontakten ved 20. Dessuten kan selvsagt sortereren fra sin plass ha anledning til selv å redusere he-ving og senking av lasset med trykknapper. Under the plank at 20, a contact can be fitted for the power supply to the lift motor. When the last plank slides forward, the contact opens and engages the lift motor. The first thing that happens is that the litter 21 slides forward over the edge of its stop and down onto a litter conveyor. When the load has reached high enough, the next layer of planks slides forward towards stop 1 and breaks contact at 20. In addition, the sorter can of course have the opportunity to reduce the lifting and lowering of the load from its position using push buttons.

Bare enkelte ganger vil det passe slik at anslaget 1 er på topp når neste plankelag glir fram. Dette kan føre til at planken glir over både anslag 1 og 8. Armene 9 er derfor kilt fast på en gjennomgående aks-ling 10 som står i forbindelse med f. eks. en pedal. Når sortereren hører at heisemoto-ren kopler inn, tråkker han på pedalen, fjæren 7 strekker seg og anslaget 1 holdes på topp til planken slår mot anslaget. Da slipper sortereren pedalen og den automa-tiske fremmatingen starter igjen. Only occasionally will it fit so that stop 1 is at the top when the next layer of planks slides forward. This can cause the plank to slide over both stops 1 and 8. The arms 9 are therefore wedged firmly on a continuous shaft 10 which is in connection with e.g. a pedal. When the sorter hears the hoist motor engage, he steps on the pedal, the spring 7 extends and the stop 1 is held at the top until the plank hits the stop. Then the sorter releases the pedal and the automatic feed starts again.

Claims (2)

1. Anordning for overføring av plank enkeltvis fra en skråttstillet strøbane til en endeløs transportør hvor en hev- og tippbar plattform for plankestabler er anordnet ved den ene ende av transportøren, og. hvor strøbanen er anordnet mellom trans-portøren og plattformen på hvilken strø-bane stabelens øverste plankelag glir ned mot et ved strøbanens nederste ende anordnet fast anslag, karakterisert ved at der nær det faste anslag (8), mellom dette og plattformen, er anordnet et anslags- og løfteorgan (1) som er bevegelig ut av og inn i banen for de nedadglidende planker (20).1. Device for transferring planks individually from an inclined litter track to an endless conveyor where a liftable and tiltable platform for stacks of planks is arranged at one end of the conveyor, and. where the litter track is arranged between the conveyor and the platform on which the litter track stack's top plank layer slides down towards a fixed stop arranged at the bottom end of the litter track, characterized in that near the fixed stop (8), between this and the platform, there is arranged a impact and lifting device (1) which is movable out of and into the path of the downward sliding planks (20). 2. Anordning ifølge påstand 1, karakterisert ved at det bevegelige anslag og løfteorgan (1) er forsynt med en fjær (7), og er forbundet med en kamskive (5) som er synkronisert med transportørens med-bringere.2. Device according to claim 1, characterized in that the movable stop and lifting member (1) is provided with a spring (7), and is connected to a cam disc (5) which is synchronized with the conveyor's carriers.
NO15954465A 1965-01-09 1965-08-31 NO118642B (en)

Priority Applications (44)

Application Number Priority Date Filing Date Title
NO15954465A NO118642B (en) 1965-08-31 1965-08-31
IL24762A IL24762A (en) 1965-01-09 1965-12-09 Process for the production of reconstituted milk or cream
GB52790/65A GB1134837A (en) 1965-01-09 1965-12-13 Improved process for the production of a recombined whippable cream or cream-like product
AT1133765A AT287461B (en) 1965-01-09 1965-12-16 Process for the production of a recombined, whippable, top-like product
YU2139/65A YU34757B (en) 1965-01-09 1965-12-21 Process for preparing recombined whippable cream
LU50166A LU50166A1 (en) 1965-01-09 1965-12-29
US517418A US3505077A (en) 1965-01-09 1965-12-29 Production of recombined cream
NL666600064A NL141071B (en) 1965-01-09 1966-01-04 PROCESS OF PREPARING A PRODUCT WHICH CAN REPLACE WHIPPED CREAM.
ES0321433A ES321433A1 (en) 1965-01-09 1966-01-04 Improvements introduced in the manufacture of liquid food products. (Machine-translation by Google Translate, not legally binding)
DE19661692298 DE1692298A1 (en) 1965-01-09 1966-01-04 Process for the production of a recombined liquid food from milk and cream
OA52311A OA01889A (en) 1965-01-09 1966-01-06 Reconstituted dairy product and process for its manufacture.
FR45083A FR1462928A (en) 1965-01-09 1966-01-06 Reconstituted dairy product and process for its manufacture
FI00036/66A FI46583B (en) 1965-01-09 1966-01-07
BR176283/66A BR6676283D0 (en) 1965-01-09 1966-01-07 PROCESS FOR THE PRODUCTION OF RECOMBINED MILK OR CREAM
CH18866A CH530168A (en) 1965-01-09 1966-01-07 Process for the production of a whippable cream or cream-like product
BE674842D BE674842A (en) 1965-01-09 1966-01-07
JP41000989A JPS498862B1 (en) 1965-01-09 1966-01-10
SE243/66A SE324945B (en) 1965-01-09 1966-01-10
GB3883/66A GB1130535A (en) 1965-01-09 1966-01-28 Improved process for the production of whipped cream
AT96866A AT287462B (en) 1965-01-09 1966-02-02 Method of making a whippable top-like product
IL25106A IL25106A (en) 1965-01-09 1966-02-02 Whippable milk product and process for producing it
DE1692299A DE1692299C3 (en) 1965-01-09 1966-02-04 Use of a product made by diluting cream
NL666601512A NL141072B (en) 1965-01-09 1966-02-07 PROCESS FOR THE PREPARATION OF WHIPPLE CREAM WITH 18-30 WT% FAT.
CH170866A CH535542A (en) 1965-01-09 1966-02-07 Process for making a whippable milk product
BR177265/66A BR6677265D0 (en) 1965-01-09 1966-02-17 PERFECT PROCESS FOR THE PRODUCTION OF MILK CREAM
CH235866A CH518065A (en) 1965-01-09 1966-02-18 Low fat whippable cream
FR50639A FR1469828A (en) 1965-01-09 1966-02-22 Whipping cream and process for its production
OA52363A OA01916A (en) 1965-03-06 1966-02-23 Whipping cream and process for its production.
LU50525A LU50525A1 (en) 1965-01-09 1966-02-24
BE677063D BE677063A (en) 1965-01-09 1966-02-25
SE02844/66A SE333861B (en) 1965-01-09 1966-03-04
YU408/66A YU34609B (en) 1965-01-09 1966-03-05 Process for preparing ehippable cream
ES0323832A ES323832A1 (en) 1965-03-06 1966-03-05 A procedure to produce a milk product suitable to beat. (Machine-translation by Google Translate, not legally binding)
GB36593/66A GB1158577A (en) 1965-01-09 1966-08-16 Improvements in or relating to Milk and Cream Products
LU51779A LU51779A1 (en) 1965-01-09 1966-08-17
IL26358A IL26358A (en) 1965-01-09 1966-08-18 Sterilisation of milk products
BE685854D BE685854A (en) 1965-01-09 1966-08-23
DE1692300A DE1692300C3 (en) 1965-01-09 1966-08-24 Use of a milk product made by diluting cream
AT804866A AT288128B (en) 1965-01-09 1966-08-24 Process for the production of milk-based food
NL6612105A NL6612105A (en) 1965-01-09 1966-08-26
YU1636/66A YU31539B (en) 1965-01-09 1966-08-31 Postupak za proizvodnju namirnica na mlecnoj bazi
JP41057046A JPS4924663B1 (en) 1965-01-09 1966-08-31
NL7403862A NL7403862A (en) 1965-01-09 1974-03-21
NL7404267A NL7404267A (en) 1965-01-09 1974-03-28

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
NO15954465A NO118642B (en) 1965-08-31 1965-08-31

Publications (1)

Publication Number Publication Date
NO118642B true NO118642B (en) 1970-01-19

Family

ID=19909285

Family Applications (1)

Application Number Title Priority Date Filing Date
NO15954465A NO118642B (en) 1965-01-09 1965-08-31

Country Status (1)

Country Link
NO (1) NO118642B (en)

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