SE123747C1

SE123747C1 -

Info

Publication number: SE123747C1
Authority: SE
Publication date: 1948-01-01

Description

KLASS 81 b:2 BESKRIVNING OFFENTLIGGJORD AV KUNGL. PATENT- OCH REGISTRERINGSVERKET BEVIL1AT DEN 4 NOVEMBER 1948 PATENTT1D FRAN DEN 27 OKT. 1943 PUBLICERAT DEN 4 JANUAR! 1949 Ans. den "/„ 1943, nr 7427/1943. Mini11 en riffling. CLASS 81 b: 2 DESCRIPTION PUBLISHED BY KUNGL. PATENT AND REGISTRATION AGENCY GRANTED ON NOVEMBER 4, 1948 PATENT1D FROM 27 OCTOBER. 1943 PUBLISHED ON JANUARY 4! 1949 Ans. the "/„ 1943, no. 7427/1943. Mini11 and riffling.

S. POPOVA, PRAG, TJECKOSLOVAKIEN. S. POPOVA, PRAGUE, CZECHOSLOVAKIA.

Anordning for pitklistring av remsor, etiketter och dylikt pi askar, paket, hatten och liknande. Device for pit gluing of strips, labels and the like in boxes, packages, hats and the like.

Prioritet begiird frdn den 23 november 1942 (Toka Uppfinningen avser en anordning for paklistring av remsor, etiketter och dylikt pa'. askar, paket och liknande, vid vilka remsan eller etiketten av .en suganordning frantages en behallare och efter pastrykning av klistermedlet klistras pa askar och dylikt. Priority claimed from 23 November 1942 (Toka The invention relates to a device for packing strips, labels and the like on boxes, packages and the like, in which the strip or label of a suction device is removed from a container and after pasting the adhesive is pasted on boxes. and the like.

Vid de kanda anordningarna for paklistring av remsor pa askar, vid vilka i och for remsornas uttagning ur en forradsbehfillare en pendlande eller roterande suganordning kommer till anvandning, overfores remsan omedelbart till transporttrumman och fran denna till asken. Vid andra kanda anordningas sker hamtningen av den understa remsan fran en rorlig behallare medelst ett segment, som fir f8rsett med klister och som standigt roterar. Detta segment pastryker klistret pit remsan och overlamnar densamma med den obestrukna sidan itt ett andra segment, frau vilket remsan kommer till asken. In the known devices for packing strips on boxes, in which, in order to remove the strips from a storage container, a oscillating or rotating suction device is used, the strip is immediately transferred to the transport drum and from there to the box. In the case of other jugs, the lowering of the bottom strip is carried out from a movable container by means of a segment which is provided with glue and which rotates constantly. This segment pastes the adhesive pit strip and leaves it with the uncoated side in a second segment, from which the strip reaches the box.

Vid dessa anordningar fores, sit snarl remsan frantagits behallaren, denna utan uppehall till asken, sit att den lake en gang far ett 8gonb1ick ar helt fri och oavhangig maskinens rorelser. En dylik remsa kan saledes lake underkastas nagon tilld.ggsbehandling. Det finns ingen mOjlighet att f8rse remsan med stamp-ling eller halsla densamma. Dessutom films vid dessa anordningar inga medel for Irankoppling av klisterbillforseln om en remsa skulle utebli. Foljden harav blir att maskindelarna komma att fororenas av klistret. In these devices, as soon as the strip has been removed from the container, this one without stopping to the box, so that the lake once has an 8gonb1ick is completely free and independent of the movements of the machine. Such a strip can thus be subjected to additional treatment. There is no possibility of stamping or necking the strip. In addition, in these devices no means are filmed for Iran connection of the sticker carriage if a strip should be absent. The consequence of this is that the machine parts will be contaminated by the adhesive.

Nackdelarna hos de kanda anordningarna avlagsnas kelt och hallet genom anordningen enligt foreliggande uppfinning, vilken i kuvudsak kannetecknas darav att ett i och for sig kant organ, t. ex. ett sugorgan finnes, song uttager remsorna Iran remsforradet och upplugger dem pa ett bord, ddr varje remsa, antingen direkt pa stallet for upplaggningen, eller formedelst sarskilda organ transporterat till ett annat stalle pa bordet, intager ett lage, I vilket remsan under visst tidsintervall for-bus stillaliggande, och att for remsans ytterligare transport är anordnad en trumma med ett eller flera par av utskjutbara organ och tippbara hallarorgan, av vilka de forstnamnda fatta remsan och forskjuta densamma in. pa trumman, under det att de sistnamnda anpressa remsan mot trumman och under remsans medtagande till klisteranordningen och till as-ken ,eller dylikt fasthalla remsan mot organens ytor, varvid en kontrollanordning, som vid uteblivande av asken ,eller dylikt, som skail klistras, fOrhindrar sugorganet frau att uttaga en remsa fran remsfarradet, varfdrutom ytterligare en kontrollanordning finnes, som vid utebliven franunatning av en remsa, eller vid oriktigt lage fOr densamma pa bordet, f Orhindrar klisteranordningen att fungera. The disadvantages of the known devices are removed cold and the hall by the device according to the present invention, which can essentially be characterized by the fact that a per se edge member, e.g. there is a suction means, song takes the strips Iran the strip supply and piles them up on a table, where each strip, either directly at the place of storage, or by means of special means transported to another place on the table, takes a layer, in which the strip for a certain time interval for bus stationary, and that for the further transport of the strip a drum is arranged with one or more pairs of extendable members and tiltable holding members, of which the former take the strip and displace it therein. on the drum, while the latter pressing the strip against the drum and during the taking of the strip to the adhesive device and to the box, or the like holding the strip to the surfaces of the members, a control device which, in the absence of the box, or the like being prevented from sticking, prevents the suction means from removing a strip from the strip line, in addition to which there is an additional control device, which in the event of failure to remove a strip, or in the event of incorrect handling of the same on the table, prevents the adhesive device from functioning.

Foremalet for uppfinningen askadliggores a ritningen, van i fig. 1 visar anordningen frOn sidan i det 5gonblick, da suganordningen befinner sig i sitt Ovre lage, fig. 2 visas anordningen, sedd i pilens »a» i fig. 1 riktfling, utan klistersegment, fig. 3 askadliggor anordningen i det ogonblick, i vilket frammatarhakarna, medelst vilka remsan framskjutes till sitt vilolage, dro i sitt vanstra granslage, fig. 4 visas kontrollanordningen till forhindrande av klisteravgivning under avkannandet pa bordet, fig. 5 visas anordningen i samma lage utan tillford remsa. The object of the invention is illustrated in the drawing, as shown in Fig. 1, the device from the side at the moment when the suction device is in its upper layer, Fig. 2 shows the device, seen in the direction of the arrow "a" in Fig. 1, without adhesive segments, Fig. 3 shows the device ashes at the moment in which the feed hooks, by means of which the strip is advanced to its resting layer, pulled in its left-hand spruce position, Fig. 4 shows the control device for preventing adhesive delivery during scanning on the table, Fig. 5 shows the device in the same layer without tillford strip.

Remsorna eller .etiketterna 1 upplaggas i en stapel och inlaggas i en behallare 2. Under behallaren befinner sig en med sugyta farsedd svangarm 3, som är riirlig kring den lagret 5 lagrade tappen 4. Den med en sugkanal forsedda svangarmen 3 its t. ex. genom ett flexibelt ror forbunden med en sugflakt. Sin. svangande rarclse erhaller svangarmen 3 ,exempelvis genom en dragstang 7 och en vev 8, som itr lagrad pa axeln 9, och som aven as forsedd med den vid axelns 9 vridning i havarmens 11 urtagning -svangande tappen 10. Havarmen 11 ar vridbar kring tappen 12. Den OlTe anden av havarmen 11 fir medelst en dragstang 13 forbunden med glidstycket 14, som under bordet utf Or en ratlinig fram- och atergaende rarelse i gejderna 15. Vid gildstycket 14 limo frammatarhakarna 16 anordnade, .som sticka upp ur urtagningar i bordet 6 och ,som med sin uppatbojda del standigt befinna sig Over bordets ovre yta. 2— — Sughavarmen 3 kommer vid sin rorelse uppat att vim a mot undersidan av stapeln av remsor i behallaren 2 och suger ph grund av det su4lakten uppstaende undertrvcket fast den understa remsan, for att vid sin tillbakagatig nedat Ifigga remsan pa bordet 6, on sedan ytterligare sanka sig under bordet till det i 1 visade streckade laget. Under det att sughavarmen 3 tillsammans med remsan rot- sig nedht frail remsfiirradet till bordet 6, overga hakarna 16 fran det i fig. 1 visade hogra granslaget till det i fig. 3 visade vanstra granslaget, sa att i ogonblicket for remsans 1 upplaggande pa bordet 6 hakarna hefinna sig till vanster om remsan och kunna begiva sig tillbaka At Niger, under det att sughavarmen 3 ytterligare sanker sig under bordets 6 plan. Vid sin riirelse At Wiger (fig. 3) stota hakarna 16 mot den ph bordet 6 liggamle remsan 1 och skjuta derma framfor sig till laget in (fig. 1) vid bordets 6 h6gra ande, varpa hakarna borja sin tillbakagAng at vanster, medan remsan I fOrblir vid hogra anden av bordet och under ett pa fiirhand bestamt tidsintervall liggande fullstandigt los oavhangig maskinens roreIse. Detta tidsskede av remsans ororlighet kan anvandas for olika syften t. ex. for tryekning av remsan och dylikt. I detta fall anvandes -vilopausen till automatisk kontroll av huruvida hakarna 16 faktiskt medfort en remsa och beroende harav kornmer klisteranordningens paverkan att tilIatas eller forhindras. The strips or labels 1 are stored in a stack and placed in a container 2. Under the container there is a pivot arm 3 provided with a suction surface, which is arranged around the pin 4 mounted on the bearing 5. The pivot arm 3 provided with a suction channel is e.g. through a flexible rudder connected to a suction flap. Its. The pivot arm 3 receives, for example, by a drawbar 7 and a crank 8, which is mounted on the shaft 9, and which is also provided with the pivoting pin 10 which rotates in the recess of the shaft 9 in the recess of the sea arm 11. The sea arm 11 is rotatable about the pin 12. The OlTe spirit of the sea arm 11 is connected by means of a drawbar 13 to the sliding piece 14, which under the table performs a linear reciprocating movement in the guides 15. At the gilding piece 14 the limo feed hooks 16 are arranged, which protrude from recesses in the table 6. and, which with their bent part are constantly on the upper surface of the table. 2— - The suction heater 3 will, on its movement upwards, turn towards the underside of the stack of strips in the container 2 and sucks ph due to the subluxation arising under the lower strip, in order to at its return down Ifigga the strip on the table 6, one then further sink under the table to the dashed team shown in 1. While the suction arm 3 together with the strip rotates down from the strip line to the table 6, the hooks 16 transfer from the right spruce shown in Fig. 1 to the left spruce shown in Fig. 3, so that at the moment of laying the strip 1 on the table The 6 hooks get to the left of the strip and can go back to At Niger, while the suction arm 3 further sinks under the table 6 plane. At their movement At Wiger (fig. 3) push the hooks 16 against the strip 1 lying on the ph table 6 and push them in front of them to the team in (fig. 1) at the right side of the table 6, warp the hooks begin their return to the left, while the strip I remains at the right edge of the table and during a predetermined time interval lying completely loose regardless of the movement of the machine. This time period of the agitation of the strip can be used for different purposes e.g. for printing the strip and the like. In this case, the rest pause is used to automatically check whether the hooks 16 actually carry a strip and depending on it, the effect of the adhesive device is to be allowed or prevented.

Den vidare transporten av den av hakarna 16 till bordets 6 ande forda remsan 1 ombesOrjes av trumman 17, sorn Sr uppkilad p5. axeln 18 och lagrad i stativet 19. Till axeln 18 overfores rorelsen fran maskinens huvudaxel genom kedjan 20 medelst kedjehjulet 21 (fig. 1). Over kugghjulen 22, 23 och 24 overfores denna rorelse Oven till axeln 9 ark vidare till sughiivarmen 3 on hakarna 16. Som fig. 1, 2 och 3 utvisa, bar trumman 17 tvh, 1800 fran varandra belagna hell lika half-ter. I trummans 17 gavial- Or vridbart lagrad axeln 25, pa vilken hakarna 33, vilkas funktion beskrives i det foljande, aro fasta och ha- karna 26 vridhart lagrade. Med dessa hakar 26 Or stangen 27 forbunden, som med sin forlangda Linde glider langs omkretsen av en fast nockskiva 28. Till fOljd av stangens 27 glidande tangs omkretsen av nockskivan 28 svanga vid vart och ett av trummans 17 omlopp hakarna 26 ph axeln 25 ut p5 sadant salt, att de vid sitt narrnande till del Ovre II-get skjutas uppat och i det undre laget narma sig trummans mitt (fig. 1 och 3). The further transport of the strip 1 of the hooks 16 to the second strip of the table 6 is arranged by the drum 17, which is wedged p5. shaft 18 and mounted in the frame 19. To the shaft 18 the movement is transmitted from the main shaft of the machine through the chain 20 by means of the sprocket 21 (Fig. 1). Above the gears 22, 23 and 24 this movement is transmitted. Up to the shaft 9 sheets on to the suction lever 3 on the hooks 16. As Figs. 1, 2 and 3 show, the drum 17 bore two, 1800 spaced half equally half. The shaft 25, on which the function of the hooks 33, the function of which is described in the following, is fixed and the hooks 26 are rotatably mounted in the gavial shaft of the drum 17. Connected to these hooks 26 are the rod 27, which with its required Linde slides along the circumference of a fixed cam disc 28. As a result of the circumferential sliding tongs of the rod 27 of the cam disc 28 pivot at each of the circumference 17 of the drum 17 the hooks 26 ph the shaft 25 out p5 so salty that in their narration to the part of the Upper II goat they are pushed upwards and in the lower layer approach the middle of the drum (figs. 1 and 3).

I det 8vre laget sticka hakarna 26 genom langdurtagningar i bordet 6 upp Over hordets 6 plan. Vid trurnmans 17 vridning i pilens riktning (fig. 1) fatta de uppskjutande andarna av hakarna 26 den pa bordet i vila befint- liga remsan 1 och taga den med sig. Styrplatarna 30 aro lost lagrade pa stangen 31 och anligga med egen vikt mot t. ex. kanten tiV hordet 6. Remsan lyfter, 6. den ror sig pa bordet, platarna 30, vilka sedan med egen vikt trycker remsan mot trummans 17 segment-del 32. stallet for de lOsa styrplatarna for upplaggandet av remsan p5 trummans 17 segment-del kan Oven, en. annul anordning komma till anvandning, t. ex. en fast styrning, som kontinuerligt och tvangsvis f Or remsan fran bordet upp p5. segmentdelen eller liknande. Sedan remsan lamnat bordet, ligger den efter hela. sin bredd pa segmentet 32 och maste hallas fast vid detta, sh att den -yid trummans 17 ytterligare vridning kan vidaretransporteras. Delta fasthallande sker medelst hallare, som aro utbildade som hakar 33 och Oro fastade vid axeln 25. Denna axel ar vid anden forsedd med en vev 34, med en trissa 35, som vid. trummans 17 vridning rullar kings omkretsen. av en ororlig noekskiva 36. Trissans 35 tryck mot nockskivan astadkommes medelst en fjiider 37. Nockens form Or sadan, att vid trummans 17 vridning svanga hakarna 33, styrda av rullarna 35 och vevarna 34, ut i ett bestamt lage i forhallande till trumman och in mot segmenten 32 och anpressas med sina andar mot remsorna. Darigenom fastklammes hogra kanten av remsan 1 mellan segmentet 32 och haken 33 samt kommer att rotera tillsam-- mans med trumman 17, varunder remsan kommer i beroring riled klistersegmentet 38. In the 8th layer, the hooks 26 protrude through longitudinal recesses in the table 6 above the plane of the horde 6. When the mandrel 17 rotates in the direction of the arrow (Fig. 1), the projecting spirits of the hooks 26 take the strip 1 on the table at rest and take it with them. The guide plates 30 are loosely mounted on the rod 31 and abut with their own weight against e.g. the edge of the horde 6. The strip lifts, 6. it moves on the table, the plates 30, which then with their own weight press the strip against the segment part 32 of the drum 17. instead of the loose guide plates for supporting the strip on the segment part of the drum 17 Oven, en. annul device come into use, e.g. a fixed guide, which continuously and forcibly pushes the strip from the table up to p5. the segment part or the like. After the strip has left the table, it lies after the whole. its width on the segment 32 and must be adhered to it so that the further rotation of the drum 17 can be transported further. Delta holding takes place by means of holders, which are formed as hooks 33 and Oro fastened to the shaft 25. This shaft is at the end provided with a crank 34, with a pulley 35, as at. the rotation of the drum 17 rolls the circumference of the kings. of an immovable cam disc 36. The pressure of the pulley 35 against the cam disc is effected by means of a spring 37. The shape of the cam is such that upon rotation of the drum 17 the hooks 33, guided by the rollers 35 and the cranks 34, swing out into a definite position in relation to the drum and in against the segments 32 and are pressed with their spirits against the strips. As a result, the right edge of the strip 1 is clamped between the segment 32 and the hook 33 and will rotate together with the drum 17, during which the strip comes into contact with the adhesive segment 38.

Suumentet 38 vrider sig I-ring axeln 39, vil- ken ,erhaller sin rOrelse frAti. axeln 18 och kugglijulen 40, 41. Vid varje vary overfores klistret ph remsan t. ex. medelst en roterande trunnna 42, som pa kant salt mottager klistret ur en behallare. Vid trummans 17 vidare rorelse nedat patraffar den redan med klisterforsedda remsan i nedre .delen av sin bana as-ken 43, som den stall fastklistras pa. Asken medfores ax transportbandet 44 (fig. 1) med en hastighet, som Sr lika med trummans 17- periferihastighet och i det ogonblick asken an-- lander under trumman 17 har denna vridit sig 180° fran det i fig. 1 teeknade oversta laget och remsan 1 ligger pa asken och, ernedan trissan 35 under tiden loiter p5 nockski-- vans 36 uppatstigande beroringsbana med trissan 35, sh borja hakarna 33 att svariga utat och frigiira remsan 1, som Sr fastklistrad ph asken 43 samt ror sig till vanster med denna fOr vidare behandling. The suument 38 rotates in the ring axis 39, which receives its motion from it. the shaft 18 and the gears 40, 41. At each vary the adhesive is transferred to the strip e.g. by means of a rotating barrel 42, which on the edge of salt receives the glue from a container. Upon further movement of the drum 17 downwards, it already encounters the strip 43 already provided with adhesive in the lower part of its path, on which the stable is glued. The ash is carried along the conveyor belt 44 (Fig. 1) at a speed equal to the peripheral speed of the drum 17 and as soon as the ash arrives under the drum 17 it has rotated 180 ° from the top layer shown in Fig. 1 and the strip 1 lies on the box and, then the pulley 35 meanwhile looms on the ascending contact path of the cam disc 36 with the pulley 35, the hooks 33 begin to respond outwards and release the strip 1, which is glued to the box 43 and moves to the left with this for further treatment.

I det beskrivna utf5randet Sr trumman 17 forsedd med tva. segment 32 och tva par ha-- kar 26 och 33. Den Overfor saluncla for varje ondopp tva remsor frail bordet. Del Or sjalvklart, att trumman 17 kan utforas antingen med endast ett dylikt system eller ocksh med flera an tvii. system, som Oro likformigt fordelade kring trummans 17 omkrets. Harigenom kunna en, tvä eller flera rem sor overforas vid ett enda omlopp av trumman 17. For att klistret ma komma pa varje remsa, Sr det givetvis nodvandigt, att srt valja utvaxlingsfor- — —3 hallandet mellan kugghjulen 40 och 41, att det ph axeln 39 roterande klistersegmentet under ett av trummans omlopp gSr sâ manga omlopp, som antal system, som aro fOrdelade kring trummans omkrets. In the described embodiment, the drum 17 is provided with two. segment 32 and two pairs of hooks 26 and 33. The Overfor saluncla for each badd two strips frail the table. Part Or of course, that the drum 17 can be made either with only one such system or also with several or two. system, which Oro evenly distributed around the circumference of the drum 17. In this way one, two or more belts can be transferred at a single rotation of the drum 17. In order for the adhesive to come on each strip, it is of course necessary to choose the gear ratio between the gears 40 and 41, so that the ph. the shaft 39 rotating the adhesive segment during one of the orbits of the drum, there are so many orbits, as the number of systems, which are distributed around the circumference of the drum.

Sasom redan omnamnts, avviker anordningen for remsans transport enligt foreliggande uppfinning darigenom frau hittills kanda anordningar, att remsan under ett bestamt tidsskede vid ett eller flera stallen. air sin bana forblir liggande stilla, fri och oberoende av varje maskinens rorelse. Denna med avseende pa tiden begransade vilopaus for remsan kommer till anvandning for automatisk kontroll av, huruvida en remsa ocksa f aktiskt har ankommit till avsett stalle och huruvida klistersegmentet 38 skall tillfora klister till trumman 17. As already mentioned, the device for transporting the strip according to the present invention differs from the hitherto known devices in that the strip for a certain period of time at one or more stables. air's trajectory remains stationary, free and independent of the motion of each machine. This time-limited rest period for the strip is used for automatic checking of whether a strip has also actually arrived at the intended place and whether the adhesive segment 38 is to supply adhesive to the drum 17.

Pa axeln 39, pa vilket klistersegmentet 38 sitter, är en pa ena sidan avfasad skiva 45 pAsatt. Over avfasningen sticker havarmens 47 tand 46 upp, vilken sitter pa den pa skivan 45 fastade tappen 48. Havarmens 47 langre arm fattar med tanden 49 havarmen 50, vilken vrider sig tillsammans med tappen 51 och klistersegmentet 38. Mot skivan 45 stoder sig anden av havarmen 52 (fig. 4, 5), som är vridbar kring tappen 53. Havarmen 52 ãr forsedd med ett avkanningsorgan 54, som befinner sig mitt direr remsans vilolage la vid hogra an-den av bordet 6. Sa hinge anden av havarmen 52 vid skivans 45 rotation glider mot skivans runda omkrets, kvarbliver havarmen 52 i det Owe laget (fig. 3). Om emellertid skivans 45 avfasning kommer upped, sa sjunker havarmen 52 nedat (fig. 5), tills den med skruven 54 stoder sig mot den under densamma liggande remsan 1, vilken hakarna 16 tidigare fort till vilolaget. Havarmens 52 hogra ande kvarbliver i sitt hojda lage (fig. 4) tills, vid en ytterligare rorelse av skivan 45, haNarmen 52 av skivan ,erhaller st8d, sa. .att skruven 54 h8jes och remsan blir fri, for att i nasta Ogonblick fattas av trummans 17 hakar 26 och avlagsnas Iran bordet. On the shaft 39, on which the adhesive segment 38 sits, a bevel 45 is chamfered on one side. The tooth 46 of the sea arm 47 protrudes above the chamfer, which sits on the pin 48 attached to the disc 45. The longer arm of the sea arm 47 grasps the tooth arm 50 with the tooth 49, which rotates together with the pin 51 and the adhesive segment 38. The spirit of the sea arm rests against the disc 45. 52 (Figs. 4, 5), which is rotatable about the pin 53. The sea arm 52 is provided with a sensing member 54, which is located in the middle of the resting layer 1 of the strip at the right end of the table 6. Then the spirit of the sea arm 52 at the disc 45 rotation slides against the round circumference of the disc, the sea arm 52 remains in the Owe layer (Fig. 3). However, if the chamfer 45 of the disc 45 comes up, then the sea arm 52 sinks downwards (Fig. 5), until it with the screw 54 stands against the strip 1 below it, which the hooks 16 previously fasten to the resting layer. The right arm of the sea arm 52 remains in its elevated position (Fig. 4) until, upon further movement of the disk 45, the arm arm 52 of the disk receives support, sa. .that the screw 54 is raised and the strip becomes free, so that in the next moment it is grasped by the drum 17 hooks 26 and removed from the Iran table.

Det beskrivna forloppet upprepar sig vid varje omlopp, sâ Hinge remsan frammatas under avkanningsorganet 54. Om av nagon orsak tillforseln av remsor upphor, sä tranger skruven 54 vid n:edatgaende rorelse in i Oppningen 55 i bordet 6, sa att havarmens 52 hogra ande icke hojer sig fran skivans 45 omkrets och kommer att glida mot den avfasade delen av omkretsen. I detta fall stater haNarmens 47 tand 46 mot havarmens 52 ande och havarmen 47 vrider sig darvid kring tappen 48 (fig. 5), varvid tanden 49 frigor havarmen 50. Genom paverkan av fjadern 56 vrider sig havarmen 50, tills armen kommer till anliggning mot anslaget 59 och det med havarmen fast forbundna segmentet 38 kommer att ligga mot mitten av skivan 45 i overksamt lage ()ck vid en ytterligare vridning berOr dada'. segmentet 38 icke trumman 17, emedan denna ej medfor flagon remsa. Darigenom forhindras trummans fOrorening med Ulster. \rid en ytterligare yridning av skivan 45 stoter havarmen 57 mot ett fast anslag, exenapelvis mot skruven 58 (fig. 5) och atervander till sitt ursprungliga lage, i vilket den f attas av tanden 49. Vid en ytterligare vridning aterstalles beroringen av klistersegmentet med trumman 17, sa att remsan erhaller klister. Det ãr sjalvklart att avkanningsskruven 54 kan ersattas med ett annat element resp. ett pa annat salt verkande element, som trader i verksamhet i stallet for klistersegmentet ej endast da en remsa uteblir, utan aven yid skadade eller pa annat satt obrukbara remsor. The described process is repeated at each rotation, so that the Hinge strip is advanced under the sensing means 54. If for some reason the supply of strips ceases, the screw 54 penetrates into the opening 55 in the table 6 during the corresponding movement, so that the orifice of the sea arm 52 does not rises from the circumference of the disc 45 and will slide against the chamfered part of the circumference. In this case, the tooth 46 of the hook arm 47 states against the spirit of the lever arm 52 and the lever arm 47 thereby rotates around the pin 48 (Fig. 5), the tooth 49 releasing the lever arm 50. By actuating the spring 56, the lever arm 50 rotates until the arm comes into contact with the stop 59 and the segment 38 fixedly connected to the sea arm will lie against the center of the disc 45 in inactive position () ck in a further rotation due to dada '. the segment 38 is not the drum 17, since it does not carry the flake strip. This prevents the drum from contaminating with Ulster. After a further rotation of the disc 45, the sea arm 57 abuts against a fixed stop, for example against the screw 58 (Fig. 5) and returns to its original position, in which it is held by the tooth 49. Upon a further rotation, the bearing of the adhesive segment is restored with drum 17, said that the strip receives adhesive. It is obvious that the scanning screw 54 can be replaced with another element resp. an element acting on another salt, which enters into operation in the place of the adhesive segment not only when a strip is missing, but also in the case of damaged or otherwise unusable strips.

I det beskrivna fallet overgar klistersegmentet genom vippning in mot vridningsaxeln i det overksamma laget, var-vid vippningen efter segmentets losgorande genom tanden 49 fOrorsakas genom paverkan av fjadern 56. Tillbakaforandet av segmentet i det verksamma laget sker tvangsyis genom trycket av ett fast anslag. Uppfinningen liar aven tillanapning om klistersegmentet t. ex. genom anslag eller dylikt tvangsvis bringas i det overksamma laget och i ett givet fall forskjutes till det verksamina laget genom paverkan av en fjader eller dylikt. In the case described, the adhesive segment transitions by tilting towards the axis of rotation of the inactive layer, whereby the tilting after the detachment of the segment through the tooth 49 is caused by the action of the spring 56. The return of the segment in the active layer is forced by the pressure of a fixed stop. The invention also relates to the adhesive segment, e.g. by impact or the like is forcibly brought into the inactive layer and in a given case is shifted to the active layer by the action of a spring or the like.

I bade. fallen kan blott den tvangsvisa rOrelsen eller omvant endast den genom fjadrar fororsakade rorelsen utnyttj as. Uppfinningen tillampas, aven om klistersegmentet skall vara i overksamt lage och endast I handelse av en da och da skeende tillfOrsel av en remsa som skall Overforas i det verksamma laget. Aven flera klistersegment t. ex. tva styeken, kunna anordnas pa axeln 39. I saidant fall skola de hava den dubbla diametern och det halva omloppstalet. I bade. In this case, only the compulsive movement or, conversely, only the movement caused by springs can be used. The invention is applied, even if the adhesive segment is to be in an inactive state and only in the event of an occasional supply of a strip to be transferred in the active layer. Also several adhesive segments e.g. two pieces, can be arranged on the shaft 39. In saidant case they should have twice the diameter and half the number of revolutions.

Air anordningens halo beskrivning i enlighet med uppfinningen framgar, att remsan, etiketten och dylikt, som kommer frail behallaren pO. ett eller flera stallen av sin bana under ett bestamt tidsskede forbliva stillasta.- ende, fria ocb oberoende air maskinens rorelser. Detta stillastaende kan anvandas till faststallande nar en remsa frammatats, huruvida densamma in utan anmarkning och intager det riktiga laget pa bordet eller om sa onskas, utnyttjas till tryckning, halslagning och dylikt. Anordningarna enligt uppfinningen aro aven forsedda med kontrollelement, som fOr det fall att en remsa, etikett och dylikt uteblir, fOrhindra pafOrandet av klister och darigenom aven maskindelarnas fororening med klister. The halo description of the air device in accordance with the invention shows that the strip, the label and the like, which come from the container pO. one or more stables of their trajectory during a certain period of time remain stationary, free and independent of the movements of the air machine. This standstill can be used for determining when a strip has been advanced, whether it is inserted without marking and occupies the correct layer on the table or, if desired, used for printing, necking and the like. The devices according to the invention are also provided with control elements, which, in the event that a strip, label and the like are missing, prevent the formation of adhesive and thereby also the contamination of the machine parts with adhesive.

Claims

Patent claim:

Device for packing strip strips or the like on. Forms in the form of boxes, packages, small or the like, in which the strips for a suction device or the like are removed - 12374: 7 - Iran a stack and transported salvaged to a device for the application of the adhesive as well as to the boxes or the like, per se edge organs, e.g. there is a suction means (3), which removes the strips (1) from the pipe supply (2) and places them on a table (6), where each strip, either directly in the place of the support, or by means of special means (16) transported to a another place on the table (6), occupies a bearing (1a), in which the strip remains stationary for a certain period of time, and that for the further transport of the strip a drum (17) is provided with one or more pairs of extendable members (26) and tiltable holding means (33), the former (26) grasping the strip and displacing it onto the drum (17), while the latter (33) press belt salt against the drum (17) and taking the strip to the adhesive device and to the box or the like holding the strip against the surfaces of the means, a control device which, in the absence of the ashen or the like, which is to be glued, prevents the suction means (3) from removing a strip from the strip supply, in addition to which there is another control device which in the absence even feeding a strip, or improperly laying it on the table (6), prevents the adhesive device from working.

Device according to claim 1, characterized in that the abutment coil (17) forms one or more segments (32) with a non-linear surface and the extendable elements which transfer the strip from the table to the drum are formed as sea arms. (20), which are forcibly displaced from the center of the drum by sliding a rod (27) or the like on a fixed cam (28) and by means of springs (29) pulled towards the center of the drum, whereby collapsible holding devices are formed as hooks (33) or the like, which rotate around pins (25) and press the strip against the segment (32) by means of the action of a spring (37) and by the action of a fixed cam disc (36) on a crank (34) by means of a pulley (35) or such is swung outward. Device according to claim 1, characterized in that the device for applying the adhesive consists of one or more adhesive segments (38) and is rotatable about a pin or the like and in the operative layer secured by a spar ring, which allows a swinging of the adhesive segment towards the center. of the device in the active layer, from which on a further rotation of the device it returns to the original layer or vice versa through the sparring device is lost in the inactive layer and by an external influence may the outflow in the active layer, from which part returns again to the inactive team.

Device according to claim 1, characterized in that the device for applying the adhesive by means of a nox disk or a non-round disk or the like cooperates with a scanning means (52, 54), which thus checks the presence of the strip and the correct layer on the table, that the nox disk under its rotation keeps the scanning means (52, 54) in an inactive position and only releases the same during the time of the scanning on the table (6), so. that the sensing means, depending on the presence of the strip and the correct layer of the strip, either remains in the inactive layer or stands in the way of a spar device (46, 47, 49, 50) tooth (46), whereby the release of the spar device and thereby the circumference of the adhesive segment (38) to the inactive team majliggores. Stockholm 1948. Kungl. Boktr. P. A. Norstedt Miler 480089 PA?

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