DK167519B1

DK167519B1 - Intelligence quotient game wheel

Info

Publication number: DK167519B1
Application number: DK458886A
Authority: DK
Inventors: Shih-Hung Juang
Original assignee: Juang Shih Hung
Priority date: 1986-09-25
Filing date: 1986-09-25
Publication date: 1993-11-15
Also published as: DK458886A; DK458886D0

Description

Den foreliggende opfindelse angår et intelligenskvotient-spillehjul til selvunderholdning og omfattende drejelige dele, som har flader med forskellige farver eller tegn, der kan fremvises på skift, og som omfatter et fodstykke, et antal iden-5 tiske ruller an- bragt på fodstykket, og et observationshjul, der dækker rul- lerne og fodstykket. Hver rulles overflade er ensartet inddelt i flere områder, hvorpå forskellige cifre, bogstaver eller farver er markeret. Observationshjulets bundflade har nogle få drejefremspring, der drejer rullerne i berø-10 ring med fremsprin- gene, når observationshjulet drejes i retning med uret. Observationshjulets drejning i retning mod uret drejer derimod ikke rullerne. Ved observationshjulets drejning i retning med og mod uret kan rullernes betegnelser eller farver drejes til et forudbestemt ensartet mønster.The present invention relates to a self-entertainment intelligence quotient reel and comprising pivotal parts having alternating colors or characters which may be displayed in turn and comprising a footer, a number of identical rollers disposed on the footer, and an observation wheel covering the rollers and the footpiece. The surface of each roll is uniformly divided into several areas, where different digits, letters or colors are marked. The bottom surface of the observation wheel has a few rotary projections that rotate the rollers in contact with the projections as the observation wheel is rotated clockwise. However, the rotation of the observation wheel in a counterclockwise direction does not rotate the rollers. By rotating the observation wheel in the clockwise and counterclockwise direction, the rollers' names or colors can be turned into a predetermined uniform pattern.

15 I de sidste år er der blevet markedsført et stort antal spillegenstande til at træne brugerens intelligens samtidigt med, at more og underholde brugerne. En meget succesrig og verdenskendt intelligensspillegenstand er Ruble's terning. De fleste intelligensspilleartikler bliver ikke verdenskendte og har kun 20 korte markedslevetider. Dette skyldes i høj grad den kendsgerning, at intelligensspillegenstande har komplicerede konstruktioner og indviklede betjeningsregler. Komplicerede konstruktioner øger intelligensspillegenstandenes pris. Indviklede betjeningsregler forvirrer ofte nye brugere. Derfor er 25 IK-spillehjulet ifølge opfindelsen konstrueret af enkle elementer og spilles med enkle regler.15 In recent years, a large number of games have been marketed to train the user's intelligence while also entertaining and entertaining the users. A very successful and world-renowned intelligence gambler is Ruble's cube. Most intelligence game items do not become world famous and have only 20 short market lifetimes. This is largely due to the fact that intelligence games have complicated constructions and intricate rules of operation. Complicated constructions increase the cost of intelligence gambling items. Intricate operating rules often confuse new users. Therefore, the 25 IK play wheel according to the invention is constructed of simple elements and is played with simple rules.

Fra US patentskrift nr. 4.560.164 og nr. 3.128.100 kendes spil til selvunderholdning af den indledningsvis nævnte art, og som omfatter meget komplicerede mekanismer omfattende et stort an-30 tal fremspring og trindelte ringe, som indgriber med hinanden, når en bruger drejer på et håndtag for at manipulere med fladerne med tegn eller farver. Mekanismernes kompleksitet medfører høje fremstillingsomkostninger og en stor sandsynlighed for fejlfunktion.US Patent No. 4,560,164 and 3,128,100 disclose games for self-entertainment of the kind mentioned above, and which comprise very complicated mechanisms comprising a large number of projections and three-part rings which engage with each other when a user turns on a handle to manipulate the surfaces with characters or colors. The complexity of the mechanisms results in high manufacturing costs and a high probability of malfunction.

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Det er den foreliggende opfindelsens formål at formindske og/ eller ophæve de ovenfor beskrevne mangler ved kendte intelli-gensspillegenstande.It is the object of the present invention to mitigate and / or eliminate the deficiencies described above in known intelligence games.

Herunder er det den foreliggende opfindelsens formål at anvise 5 et IK-spillehjul, der har en forholdsvis enkel opbygning tillige med enkle og let forståelige betjeningsregler.It is the object of the present invention to provide an IK playing wheel having a relatively simple structure as well as simple and easily understandable operating rules.

Herunder er det endvidere den foreliggende opfindelses formål at anvise et IK-spillehjul, hvor antallet af ruller og dreje-fremspring, formen af polygonale rulleblokke, og markerings-10 formen for de ensartet delte områder af hver rulles overflade ikke er eksklusive og kan bestemmes efter valg.Further, it is an object of the present invention to provide an IQ wheel where the number of rollers and pivots, the shape of polygonal roll blocks, and the marking shape of the uniformly divided areas of the surface of each roll are not exclusive and can be determined by choice.

Intelligenskvotient-spillehjulet ifølge den foreliggende opfindelse er ejendommeligt ved det i den kendetegnende del af krav 1 angivne. Herved opnås, at der tilvejebringes et spil 15 med en simpel mekanisk indretning, som i sammenligning med de kendte spil af denne art både er billigere og nemmere at fremstille med en forøget produktivitet til følge, samtidig med at muligheden for fejlfunktion elimineres.The intelligence quotient game wheel of the present invention is characterized by that of the characterizing part of claim 1. This results in the provision of a game 15 with a simple mechanical device which, in comparison with the known games of this kind, is both cheaper and easier to produce, with the resultant increased productivity, while eliminating the possibility of malfunction.

Under brug vil hver rulles rulleblok samvirke med drejefrem-20 spring på hjulet, således at fladerne med farver eller tegn på rullerne påvirkes til drejning ved drejning af observations-hjulet i forhold til fodstykket.In use, the roll block of each roll will cooperate with pivot protrusions on the wheel, so that the surfaces of colors or signs of the rollers are affected for rotation by turning the observation wheel relative to the foot piece.

Yderligere formål og fordele ved den foreliggende opfindelses genstand vil fremgå af den efterfølgende beskrivelse, og de 25 nye karakteristika, der kendetegner den foreliggende opfindelse angives især i kravene, der vedlægges som en del af opfindelsens genstand.Further objects and advantages of the subject matter of the present invention will become apparent from the following description, and the 25 new features which characterize the present invention are stated, in particular, in the claims appended hereto as part of the subject matter of the invention.

Forskellige udformninger for den foreliggende opfindelses genstand beskrives nærmere nedenfor under henvisning til tegning-30 en, hvori 3 fig. 1 er et perspektivbillede af en udførelsesform af et IK-spillehjul ifølge den foreliggende opfindelse, fig. 2 er et sprængbillede af IK-spillehjulet ifølge opfindelsen, 5 fig. 3 er et tværsnit af IK-spillehjulet, vist i fig. 1, fig. 4 viser et spillehjuls drejefremspring, set forfra, når det kommer i berøring med fladen a-d af en rulles rulleblok, fig. 5 viser rulleblokken, vist i fig. 4, under drejning ved hjælp af drejefremspringet, når observationshjulet drejes i 10 pilens retning, fig. 6 viser den tilstand, til hvilken fladen a-d af en rulles rulleblok er blevet drejet for at vende opad, fig. 7 viser bagenden af observationshjulets drejefremspring, når det er ved at komme i berøring med fladen b-σ af en rulles 15 rulleblok, fig. 8 viser rulleblokken, når den trykkes nedad uden drejning ved drejefremspringet, når observationshjulet drejes i pilens retning, der er modsat til den i fig. 5 viste pilretning, fig. 9 viser at rulleblokkens flade b-c stadig vender mod 20 højre efter at observationshjulets drejefremspring er rullet hen over rulleblokken, og fig. 10 viser en anden udførelsesform for den foreliggende opfindelses genstand, hvori den polygonale rulleblok er sekskantet, og drejefremspringets tværsnitsform er formet i over-25 ensstemmelse med den sekskantede rulleblok.Various embodiments of the subject of the present invention are described in more detail below with reference to the accompanying drawing, in which: FIG. 1 is a perspective view of an embodiment of an IK play wheel according to the present invention; 2 is an exploded view of the IK playing wheel according to the invention; FIG. 3 is a cross-sectional view of the IK playing wheel shown in FIG. 1, FIG. 4 is a front view of a play wheel rotating projection when it comes into contact with the surface a-d of a roller's roll block; FIG. 5 shows the roller block shown in FIG. 4, when turning by means of the pivot protrusion as the observation wheel is rotated in the direction of the arrow; FIG. 6 shows the state to which the surface a-d of a roll block roll has been turned to face upwards; FIG. 7 shows the rear end of the observation wheel pivot projection as it comes into contact with the surface b-σ of a roll block of a roller 15; 8 shows the roller block when pressed down without rotation at the pivot projection as the observation wheel is rotated in the direction of the arrow opposite to that of FIG. 5; FIG. 9 shows that the b-c surface of the roller block still faces 20 right after the rotary projection of the observation wheel is rolled over the roller block, and FIG. 10 shows another embodiment of the object of the present invention in which the polygonal roller block is hexagonal and the cross-sectional shape of the pivot projection is shaped in accordance with the hexagonal roller block.

Af fig. 1, 2 og 3 ses, at den foretrukne udførelsesform for IK-spillehjulet ifølge den foreliggende opfindelse omfatter et 4 fodstykke 2, en svampeagtig ring 24 og en beskyttelsesring 25 anbragt på fodstykket 2, tolv identiske ruller 3 anbragt på ringene 24 og 25, og et iagttagelseshjul 1, der dækker alle de ovennævnte elementer.In FIG. 1, 2 and 3, it is seen that the preferred embodiment of the IK play wheel of the present invention comprises a 4 footpiece 2, a sponge-like ring 24 and a protective ring 25 disposed on the footpiece 2, twelve identical rollers 3 disposed on the rings 24 and 25, and an observation wheel 1 covering all of the above elements.

5 Fodstykket 2's form svarer noget til et askebægers form. Fodstykket 2's midte er formet med et fodstykkenav 21, hvis topkant har tolv ensartet fordelte radiale udsparinger 23 for dupper 33. Et cirkulært indgrebshak 22 er tilvejebragt under fodstykkenavet 21. Tolv med ensartet mellemrum anbragte ud-10 sparinger 27 for tappe er formet radialt på topkanten af fodstykket 2' s rundtgående bærekant 26. Dupudsparingerne 23's udsparinger er altid det samme som for tapudsparingeme 27, og hver dupudsparing 23 flugter med en tapudsparing 27. En elastisk, svampeagtig ring 24, hvis indre diameter i det væsent-15 lige er lig med eller lidt større end fodstykkenavet 21's ydre diameter, er anbragt rundt om fodstykkenavet 21. En beskyttelsesring 25 med en form svarende til den svampeagtige ring 24 er fastgjort til den svampeagtige ring 24. Da beskyttelsesringen 25 er fremstillet af et fleksibelt og sejt materiale, 20 forhindrer den, at den svampeagtige ring 24 beskadiges af skarpe genstande.Der findes tolv ruller 3 i et antal identisk med dupudsparingerne 23's og tapudsparingerne 21' s. De tolv ruller har alle samme form. Hver rulle omfatter en cylindrisk part 34. En tap 31 er anbragt på den samme ende af hver cylin-25 driske rulle 3's cylindriske part 34, så den hviler på fodstykket 2' s tapudsparing 27. Hver cylindriske part 34's anden ende har en firkantet rulleblok 32, der hviler på beskyttelsesringen 25 og den svampeagtige ring 24 (se fig. 3) . Den firkantede rulleblok 32's sidelængde er lidt større end be-30 skyttelsesringen 25's bredde. Den polygonale rulleblok 32's ydre ende modstående til tappen 31 har endvidere en rundhovedet dup 33 til at hvile i dupudsparingerne 23, der flugter med de netop nævnte tapudsparinger 27, når rulleblokken 32 presses nedad. Overfladen af hver rulle 3's cylindriske part 34 er 35 ensartet delt i fire områder, der hver er mærket med et specielt ciffer, et bogstav henholdsvis en farve. Overfladen af 5 DK 167519 Bl hver rulle 3's cylindriske part 34 er mærket identisk med de andre. Antallet af de delte områder på overfladen af rullen 3's cylindriske part 34 er altid identisk med den polygonale rulleblok 32's sideantal.5 The shape of the footpiece 2 is somewhat similar to that of an ashtray. The center of the footpiece 2 is formed with a footpiece hub 21, the top edge of which has twelve uniformly spaced radial recesses 23 for pits 33. A circular engagement notch 22 is provided below the footpiece hub 21. Twelve uniformly spaced-out recesses 27 for pins are formed radially on the top edge. The recesses 23 of the recesses 23 are always the same as those of the recesses 27, and each recess 23 is flush with a recess 27. An elastic, sponge-like ring 24 whose inner diameter is substantially equal to 15 or slightly larger than the outer diameter of the base piece hub 21 is arranged around the base piece hub 21. A protective ring 25 having a shape similar to the sponge-like ring 24 is attached to the sponge-like ring 24. As the protective ring 25 is made of a flexible and tough material, 20 prevents the fact that the mushroom-like ring 24 is damaged by sharp objects.There are twelve rolls 3 in a number identical to dup cutouts The 23 rolls and the tap recesses 21 The twelve rolls all have the same shape. Each roller comprises a cylindrical portion 34. A pin 31 is disposed on the same end of the cylindrical portion 34 of each cylindrical roller 3 so that it rests on the foot recess 27 of the footpiece 2. Each other end of the cylindrical portion 34 has a square roller block 32, resting on the protective ring 25 and the sponge-like ring 24 (see Fig. 3). The side length of the square roller block 32 is slightly larger than the width of the protective ring 25. The outer end of the polygonal roller block 32 opposite to the pin 31 further has a round-headed dup 33 for resting in the dup recesses 23, which aligns with the just mentioned tap recesses 27 as the roller block 32 is pressed downward. The surface of the cylindrical portion 34 of each roll 3 is uniformly divided into four regions, each marked with a special digit, a letter and a color, respectively. The surface of the cylindrical portion 34 of each roll 3 is marked identical to the others. The number of split areas on the surface of the cylindrical portion 34 of the roller 3 is always identical to the number of polygonal roller block 32.

5 Observationshjulet 1 har ved dets centrum et fleksibelt, slidset nav 11, en rundtgående kant 13 på dens ydre rand, og tolv med ensartet mellemrum anbragte observationsspalter 14 på dets overflade rundt om det slidsede nav 11. Det slidsede nav 11's yderdiameter er i det væsentlige den samme som eller lidt min-10 dre end den indre diameter af fodstykket 2' s fodstykkenav 21.The observation wheel 1 has at its center a flexible slotted hub 11, a circumferential edge 13 on its outer rim, and twelve uniformly spaced observation slots 14 on its surface around the slotted hub 11. The outer diameter of the slotted hub 11 is essentially the same as or slightly less than the inner diameter of the footpiece 2 of the footpiece 2.

Det slidsede nav 11' s nedre ende har udad forløbende indgrebsfremspring 12 til indgreb med indgrebshakket 22 under fodstyk-ketnavet 21. Følgelig kan observationshjulet 1 fastgøres på fodstykket 2 ved at observationshjulet l's fleksible, slidsede 15 nav 11 indgriber med fodstykket 2's fodstykkenav 21. Den indre diameter af observationshjulet l's rundtgående kant 13 er lidt større end den rundtgående bærerand 26's yderdiameter for derved at gøre observationshjulet l's kant 13 i stand til at passe på fodstykket 2's bærekant 26. De med ensartet mellemrum 20 anbragte observationsspalter 14 er anbragt således, at de kan forskydes til at være placeret direkte over alle tolv ruller 3 ved at dreje observationshjulet 1. Tre identiske drejefrem-spring 15, der hver har et parabolsk spandril tværsnit (spandril: hjørnestykke begrænset af bue og ret vinkel) , er anbragt 25 ved observationshjulet l's bundflade med uregelmæssige mellemrum. Hvert drejefremspring 15 er placeret mellem en observationsspalte 14's indre ende og det slidsede nav 11. Tre markeringstegn 16 er anbragt på observationshjulet l's overflade og over fremspringene 15 for at angive drejefremspringene 15's 30 positioner. Da det slidsede nav 11 er fleksibelt, kunne observationshjulet 1 blive frigjort fra fodstykket 2, hvis observationshjulet 1 utilsigtet trækkes noget kraftigt opad. For at undgå dette problem, er der anbragt et transparent fastgørelseslåg 4 omfattende et centralt anbragt fastgørelsesnav 41 på 35 observationshjulet 1, idet fastgørelsesnavet 41 er indsat i det slidsede nav 11 for at forhindre, at det slidsede nav 11 6 deformeres indad og følgelig frigøres fra fodstykket 21. Yderdiameteren af fastgørelseslåget 4's fastgørelsesnav 41 er i det væsentlige lig med eller lidt mindre end det slidsede nav 11's inderdiameter. Fastgørelseslåget 4 kan fastgøres til ob-5 servationshjulet 1 ved klæbning eller ethvert andet hensigtsmæssigt middel.The lower end of the slotted hub 11 has outwardly extending engagement protrusions 12 for engagement with the engaging notch 22 below the foot piece hub 21. Consequently, the observation wheel 1 can be secured to the foot piece 2 by engaging the flexible, slotted 15 hub 11 of the observation wheel 1 with the foot piece 2 of the foot piece 21. the inner diameter of the circumferential edge 13 of the observation wheel 1 is slightly larger than the outer diameter of the circumferential support edge 26, thereby enabling the edge 13 of the observation wheel 1 to fit on the supporting edge 26 of the footpiece 2. The observation slots 14 arranged at uniform intervals 20 are arranged so that the can be displaced to be positioned directly over all twelve rollers 3 by rotating the observation wheel 1. Three identical pivot springs 15, each having a parabolic bucket cross section (bucket: corner piece limited by arc and right angle), are positioned 25 by the observation wheel 1's. bottom surface at irregular intervals. Each pivot projection 15 is located between the inner end of an observation slot 14 and the slotted hub 11. Three markers 16 are placed on the surface of the observation wheel 1 and above the projections 15 to indicate the positions of the pivot projections 15. Since the slotted hub 11 is flexible, the observation wheel 1 could be released from the footpiece 2 if the observation wheel 1 was inadvertently pulled slightly upwards. To avoid this problem, a transparent fastening cover 4 including a centrally located fastening hub 41 is mounted on the observation wheel 1, the fastening hub 41 being inserted into the slotted hub 11 to prevent the slotted hub 11 6 from deforming inwardly and consequently being released from it. the foot piece 21. The outer diameter of the fastening hub 41 of the fastening lid 4 is substantially equal to or slightly smaller than the inner diameter of the slotted hub 11. The attachment lid 4 can be attached to the observation wheel 1 by adhesive or any other suitable means.

Af fig. 4-9 fremgår drejefremspringene 15's forskellige positioner, når de drejes hen over den firkantede rulleblok 32. Fig. 4 viser, at forenden af observationshjulet l's ene dre-10 jefremspring 15 er drejet til at komme i berøring med fladen a-d af én rulle 3's rulleblok 32. Det må bemærkes, at der altid er to andre drejefremspring 15 i den samme funktionsstilling mod to andre tilsvarende rulleblokke 32, som det netop beskrevne drej ef remspring 15, vist i fig. 4-9. Når observa-15 tionshjulet 1 drejes yderligere i retning med uret, som vist i fig. 5 (retningen med uret er antydet med pilen i denne fig.), vil drejefremspringet 15's forende samtidigt trykke rullen 3's rulleblok 32 nedad og dreje den fremad. De ovenfor beskrevne bevægelser for rulleblokken 32, der er drejet i retning med 20 uret ved at dreje fremspringet 15, er et resultat af en ydre kraft virkende imod den firkantede rulleblok.32 i form af et drejningsmoment, hvor rullens akse er drejningsmomentaksen. Da observationshjulet 1 ikke kan løftes op, vil rulleblokken 32 således blive skubbet nedad og følgelig kan rulleblokken 32 25 drejes. Fig. 6 viser, at rulleblokken er blevet drejet over én side ved at dreje fremspringet 15 i retning med uret. Rulleblokken 32's flade a-d, der oprindeligt vender mod venstre, er allerede blevet drejet, så den vender opad. Samtidigt med, at rulleblokken 32, vist i fig. 6, drejes over én side, er de to 30 andre rulleblokke 32, der er i berøring med andre to dreje-fremspring 15, også blevet drejet om én side. Det bemærkes, at de øvrige ni ruller 3, hvis firkantede rulleblokke 32 ikke kommer i berøring med drej ef remspringene 15, ikke drejes i løbet af den tidsperiode, hvor de ovenfor nævnte tre ruller 3 35 drejes.In FIG. 4-9 show the different positions of the pivot projections 15 as they are rotated across the square roller block 32. FIG. 4 shows that the front end of the observation wheel 1 of one rotary protrusion 15 is pivoted to come into contact with the surface of one of the roll block 32 of one roller 3. It should be noted that there are always two other rotary protrusions 15 in the same operating position against two other corresponding roll blocks 32, such as the just described turnbuckle 15, shown in FIG. 4-9. As the observation wheel 1 is rotated further clockwise as shown in FIG. 5 (the clockwise direction is indicated by the arrow in this figure), the front end of the pivot projection 15 will simultaneously push down the roll block 32 of the roll 3 and rotate it forward. The movements described above for the roller block 32, which are rotated in a clockwise direction by rotating the projection 15, are the result of an external force acting against the square roller block 32 in the form of a torque, the axis of the roller being the torque axis. Thus, since the observation wheel 1 cannot be lifted, the roller block 32 will be pushed downwards and consequently the roller block 32 25 can be rotated. FIG. 6 shows that the roller block has been rotated over one side by turning the projection 15 clockwise. The flat a-d of the roll block 32, initially facing the left, has already been turned so that it faces upward. At the same time that the roller block 32, shown in FIG. 6, rotated over one side, the other two roll blocks 32 in contact with other two pivot projections 15 have also been rotated on one side. It should be noted that the other nine rollers 3, whose square roll blocks 32 do not come into contact with the pivots 15, are not rotated during the period of time in which the three rolls 35 mentioned above are rotated.

77

Af fig. 7-9 fremgår virkningen på rullerne, når observationshjulet drejes i retningen mod uret. Fig. 7 viser, at dreje-fremspringet 15's bagende er lige ved at komme i berøring med topkanten af rulleblokken 32's flade b-c. Da hældningsgradi-5 enten for drejefremspringet 15's bagpart er meget lille, resulterer den ydre kraft, der påtvinges rulleblokken 32, primært i en lodret nedad rettet spænding, når drejefremspringet 15 med det parabolske spandril-tværsnit drejes i retning mod uret for yderligere kontakt med rulleblokken 32. Fig. 9 viser 10 rulleblokken 32 presset ned ved hjælp af drejefrem- springet 15's nedre kant, når drej ef remspringet drejes i en retning mod uret (som angivet ved pilen i fig. 8) mod rulleblokken 32's flade a-b. Fig. 9 viser situationen efter, at drej ef remspringet 15 er gledet hen over rulleblokken 32, hvis b-c-flade 15 stadig vender mod højre og ikke er drejet under drejefremspringet 15's ovenfor beskrevne drejning i retning mod uret.In FIG. 7-9 shows the effect on the rollers as the observation wheel is rotated in a counterclockwise direction. FIG. 7 shows that the rear end of the turning projection 15 is just about to contact the top edge of the flat b-c of the roller block 32. Since the slope gradient of either the rear portion of the rotary projection 15 is very small, the external force imposed on the roller block 32 results primarily in a vertical downward tension when the rotary projection 15 of the parabolic bucket cross section is rotated counterclockwise for further contact with the roller block. 32. FIG. Fig. 9 shows the roller block 32 pressed down by the lower edge of the rotary projection 15 as the rotation of the belt projection is rotated in a counterclockwise direction (as indicated by the arrow in Fig. 8) against the flat a-b of the roller block 32. FIG. 9 shows the situation after the pivot 15 is slid across the roller block 32, whose b-c face 15 is still facing right and is not turned during the pivot 15 described above in a counterclockwise direction.

Af den ovenfor stående beskrivelse forstås det, at når observationshjulet 1 drejes i retning med uret, vil de tre ruller 3, der er placeret direkte under de tre markeringstegn 16, 20 drejes 90° i retning med uret. Observationshjulet l's drejning i retning mod uret vil ikke medføre nogen tilsvarende drejning af rullerne 3, hvad enten rullerne 3 er direkte under markeringstegnene 16 eller ikke.From the above description, it is understood that as the observation wheel 1 is rotated clockwise, the three rollers 3 located directly below the three markers 16, 20 will rotate 90 ° clockwise. The rotation of the observation wheel 1 in a counterclockwise direction will not cause any corresponding rotation of the rollers 3, whether the rollers 3 are directly below the marking marks 16 or not.

Sagt generelt er det IK-spillehjulets formål at dreje ruller-25 ne, der er indstillet tilfældigt, således at de viser et eller andet specielt ensartet og/eller forudbestemt mønster ved at dreje observationshjulet 1 i retning med og i retning mod uret. Da de tre drejefremspring 15 ikke er anbragt med ensartet mellemrum eller symmetrisk, og da antallet af ruller 3, 30 der samtidigt er drejet 90° i retning med uret ved observationshjulet l's drejning er mere end et, er arbejdet med at forsøge at dreje de vilkårligt indstillede ruller 3 til ensartet mønstrede ruller 3 udfordrende og morsomt. Det foreliggende IK-spillehjul giver følgelig brugeren en mængde intel-35 lektuel træning og giver megen underholdning.In general, the purpose of the IK play wheel is to turn the rollers randomly adjusted so that they show some particularly uniform and / or predetermined pattern by turning the observation wheel 1 in the clockwise and counterclockwise direction. Since the three pivot projections 15 are not spaced uniformly or symmetrically, and since the number of rollers 3, 30 simultaneously rotated 90 ° clockwise by the rotation of the observation wheel 1 is more than one, the work of trying to rotate them arbitrarily set rolls 3 to uniformly patterned rolls 3 challenging and fun. Accordingly, the present IK playing wheel provides the user with a great deal of intellectual training and provides a great deal of entertainment.

Claims

8 The number of rollers 3, observation slots 14 and dip and tap recesses 23 and 27 are the same, as these parties are interdependent. It should be noted that this number is not necessarily limited to twelve, which is proposed only as a preferred embodiment of the subject of the present invention. In addition, the number of pages for each roll 3's polygonal roll blocks 32 and uniformly divided surface areas of each roll 3's cylindrical portion 34 (to be marked with digits, letters or colors, respectively) is not necessarily limited to four. This number is proposed only as a preferred embodiment of the subject of the present invention. Once the polygonal roller block is determined, a corresponding pivot projection is adapted to allow rotation of the affected roller in a clockwise direction and free movement in a counterclockwise direction 15 of the affected roller without any rotation thereof. In FIG. 10, another possible embodiment of a pivot projection 15a and a hexagonal roller block 32a is shown. Accordingly, in this embodiment, the cylindrical portion 34a of each roll 3a is divided into six equal regions, on which different digits, letters, or 20 colors, respectively, are marked. It is to be noted that since various possible embodiments may be made in connection with the subject matter of the invention described above, and since various adaptations may be made in the above described embodiment, it is to be understood that all of the disclosure described herein and in the drawing are to be construed only as illustrative and not as limiting. Thus, it is seen that the drawing is only one example of a preferred embodiment of the subject of the invention. Claims. 30 -------------------- 1 Intelligence Quotient Self-Entertainment Game Wheel and Comprehensive Swivel Parts That Have Surfaces of Different Colors or Characters That Can Be Displayed in Shift, Know the Sign in that it comprises: a) a footer (2), comprising a central footpiece hub (21) and a circumferential support edge (26), and a circular engagement hook (22) being provided under the central footpiece hub (21) and twelve tap recesses (27) are spaced 5 uniformly on the top edge of the circumferential carrier (26), and twelve dup recesses (23) flush with the twelve tap recesses (27) are spaced evenly on the top edge of the foot piece (21) ) a sponge-like ring (24) and a protective ring (25) disposed about the base of the foot piece (21), with protective ring one (25) mounted on the sponge-like ring (24); (c) twelve identical rollers (3), each of the twelve identical rollers (3) comprises a cylindrical portion (34), a pin (31) disposed on one end of the cylindrical portion 15 (34) and a polygonal roller block (32) formed on the other end of the cylindrical portion (34), the end of the polygonal roller block (32) opposite to the pin (31) being provided with a round-headed dup ( 33), wherein the surface of each cylindrical member (34) is uniformly divided into four regions, each 20 marked with different digits, letters or colors, the rollers (3) being arranged on the foot piece (2) with the pins of each roller (3) (31) arranged on one of the tap recesses, and the stud (33) is arranged on the dup recesses (23), d) an observation wheel (1) comprising a centrally located 25 slotted hub (11) disposed in the footpiece hub (21) and a circumferential edge ( 13) comprising the circumferential support edge (26), twelve uniformly spaced observation slots (14) formed on the surface of the observation wheel (1) for observation of the cylindrical portions (34) of the rollers (3), the slotted hub (11) the lower end is equipped with an outward-facing engagement flange belt projections (12) for engaging with the circular engagement hooks (22), wherein three rotary projections (15) of parabolic spandril cross-section are provided on the bottom surface of the observation wheel (1), each of the rotating projections (15) being positioned between the 14) inner end and slotted hub (11), as well as three markers (16) disposed on the surface of the observation wheel (1) and over the pivot projections (15), 5 e) which polygonal roller block (32) is resiliently disposed between the protective ring (25) and the observation wheel (1) such that as the observation wheel (1) is rotated clockwise, the forward end of the pivot projection (15) simultaneously pushes downward toward the sponge-like ring (24) and rotates the roll blocks (32) forward and f) a transparent fastening cover (4) comprising a centrally located fastening hub (41), the outer diameter of which is substantially equal to or slightly smaller than the inner diameter of the slotted hub (11).

Intelligence quotient play wheel according to claim 1, characterized in that the number of rollers (3), observation slots (14), dup recesses (23) and tap recesses (27) are equal.

Intelligence quotient game wheel according to claim 1, characterized in that the roll block (32) of each roll (3) is square.

Intelligence quotient game wheel according to claim 1, characterized in that the number of the pulleys (15) is too different from three. 25