MEANS AND METHOD OF MANUFACTURING A CARRIER OF INFORMATION OR DECORATION

Abstract: An assembly for manufacturing carriers (4) of information or decoration, characterised by a mould unit comprising two mould means which are joinable with each other. The mould unit comprises an injection moulding station (1) for injection moulding of said carriers (4), and a printing station (2) with a stamping unit (15) for applying to said carrier (4) a covering formed in accordance with the current information or decoration. The present invention also concerns a corresponding method.

Description: MEANS AND METHOD OF _ | MANUFACTURING A CARRIER OF INFORMATION OR DECORATION Field of the Invention The present invention relates to a means or assembly and a method for manufacturing carriers of information or decoration. More specifically, the invention relates to such an assembly and such a method for manufacturing said carriers by injection moulding of a polymer material. Background Art There are many different fields of application for carriers of the type described by way of introduction. For instance, these carriers may constitute the keypad of a telephone, each carrier carrying information in the form of e.g. a figure. A carrier can also consist of an icon provided with a decoration. Such an icon can, for example, be applied to a product for displaying its trademark. For manufacturing carriers of the above type, it is common to apply a prefabricated print from a strip with the desired information or decoration to the carrier. It is then most important for the strip to be positioned correctly in relation to each carrier for the print to be correctly positioned on the carrier. According to another method, said carriers are manufactured from a metal foil of e.g. aluminium. Each car- rier is punched from the foil and is given such a design that the carrier comprises a base and a portion projecting from the base. This portion carries a surface facing away from the base, the geometric appearance of the surface corresponding to the current information or decora- tion. Then each carrier is coated with a paint. The paint applied to the surface of the carrier is then ground off so as to expose the underlying metal structure . As a result, the information or decoration is clearly seen. Finally, a drop of, for example, acrylic is applied to the carrier so that the projecting portion and the surface carried thereby are encompassed by the drop. The drop is formed by surface tension. Appropriate subsequent treatment makes the drop solidify. The completed carrier thus carries the current information or decoration in a most aesthetically pleasing manner. However, this method suffers from drawbacks. The large number of operations imply that the production cost will be high. It is also difficult to obtain a sufficiently high quality level, which causes a high rejection level. Of course, this results in increased production costs. JP6 3135214 discloses manufacturing of decorations by arranging a loose decoration on a cast body, after which the cast body and the decoration applied thereto are coated by a transparent top coat. The entire system is based on a central mould unit which is turnable between four fixed stations. The stations consist of casting a carrier, decorating the carrier, coating the decorated carrier and finally ejecting the completed carrier. At each station, separate moulds are made to engage the central mould unit. The technique involves many movable components, which leads to a complicated process which increases the production cost. There is thus a need for a method for manufacturing carriers of information or decoration, which method allows simple and cost-efficient manufacture of said carriers . Summary of the Invention The object of the present invention is to provide an improved assembly and an improved method for manufacturing carriers of information or decoration. The assemblies and the method should allow rational manufacture of said carriers at a relatively low cost. According to the invention, the object is achieved by means of an assembly having the features defined in claims 1 and 18 and a method having the features defined in claims 15 and 37. Preferred embodiments of the assembly are evident from claims 2-14 and 19-36, and preferred embodiments of the method are evident from claims 16-17 and 38-40. More specifically, an assembly for manufacturing carriers of information or decoration is provided, said assembly being characterised by a mould unit comprising two mould means which are joinable with each other, the mould unit comprising an injection moulding station for injection moulding of said carrier, and a printing station with a stamping unit for applying to said carrier a covering formed in accordance with the current information or decoration, the printing station being inte- grated into the injection moulding station. As a result, an assembly is provided, which allows rational manufacture of said carriers at a low cost. At the injection moulding station, carriers are manufactured and given the desired design. At the printing station, a covering is applied to the carrier by means of the stamping unit. In practice, the paint or the like is simply applied to the carrier, the stamping unit ensuring that the covering will have a design according to the desired information or decora- tion, which consequently is clearly seen. There is no need for accurate positioning of the carrier. By the printing station being integrated into the injection moulding station, the application of said covering is thus effected in connection with the injec- tion moulding of the carrier, which means that the problem with the positioning of the carrier is completely eliminated. The inventive assembly advantageously comprises a coating station for casting a coating of a transparent material over the covering applied to the carrier, a first of the mould means being rotatably arranged to allow displacement of a carrier provided with a covering at the printing station and retained in said first mould means, to the coating station. This allows rational manufacture of carriers, where information or decoration which appears by application of a covering will appear in a distinct and aesthetically pleasing manner while said information or decoration is protected by the coating. The stamping unit of the printing station preferably comprises a stamping means, which is engageable with an embossed sheet for applying said covering to each carrier. This means that the application of covering is easily effected. The stamping means is only engaged with the embossed sheet for applying the covering to the carrier. The embossed sheet is preferably feedable to expose a not previously used sheet portion for each carrier. The injection moulding station of the inventive assembly is advantageously adapted to manufacture carriers having a base and at least one portion which projects from the base and whose end facing away from the base has a surface of a geometric appearance correspond- ing to said information or decoration, the stamping unit being adapted to apply said covering to said surface. The projecting portion of each carrier advantageously acts as a stamping means of the stamping unit. As a result, the need for accurate positioning of the carrier relative to the stamping unit is completely eliminated. Of course, the reason for this is that the projecting portion, which thus acts as a stamping means, in itself defines the surface that is to be provided with a covering. Said projecting portion thus carries a surface, whose geometric appearance corresponds to said information or decoration. If the information is a figure, for example a one, the surface is given the shape of the figure in question. By the carriers being made by injection moulding, rational production of a large number of carriers is allowed at a relatively low cost. For manufacturing of carriers with a projection portion, the injection moulding station advantageously com- prises a void formed in a first of the mould means and being open towards a second of the mould means, and an element arranged on the second mould means and having a through hole, the second mould means forming a bottom of the hole which is open towards the first mould means, said element being located, when putting together the mould means, so as to be arranged above the void to form a cavity defined by the void, the hole and the bottom, the void defining said base, the hole defining said pro- jecting portion and the bottom defining said surface in connection with filling of the cavity for injection moulding of each carrier. This results in an inventive assembly comprising an injection moulding station which is extremely versatile and also relatively cheap. By exchanging the elements of the injection moulding station, it is possible to manufacture carriers of the same shape but carrying information or decoration of different designs. Moreover the elements are considerably easier and less expensive to manufacture compared with forming of corresponding holes in the second mould means. Apart from the fact that a thus designed mould means will be more expensive, only manufacture of carriers having one type of information or decoration is allowed, and therefore an injection moulding station having such a second mould means will be less versatile. Said elements may comprise a plurality of holes to allow manufacture of carriers with a corresponding number of projecting portions and associated surfaces. The printing station can also advantageously com- prise an embossed sheet, said surface of each carrier being engaged with the embossed sheet in connection with the injection moulding of the carrier. Thus, the application of the covering to the surface of each carrier will be effected in a most simple manner. Owing to each surface being arranged on the projecting portion of the carrier, the surface need only be directed towards the embossed sheet and then be engaged with the same. There 3 CQ H 3 Ω_ μ- Φ μ- 0 0 SD Ω CQ μ- 3 X rt tr 0 CQ φ 0 SD CQ £3. CQ TJ Ω TJ CQ Ml rt μ- φ Φ Φ Φ Φ P X P Mi Hi SD ø P 0 μ- P J Φ Mi c: P Ml 0 φ rt ii SD 0 tr 0 tr CQ PJ Ω rt SD T Ml rt CQ ii ii CQ 0 rt Φ rt M CQ TJ i Ω SD 0 ii ω φ H SD P 0 SD 3 rt 0 ii SD rt SD 0 i Mi Ϊ3 1 i X rt Hi 0 ω M Ml 0 rt l_l- ii μ- φ ti ti D_ E-S H- 01 ϋ Φ t-f μ- SD 0 {i Φ φ tr SD H SD Φ SD li μ- φ μ- rt rt TJ 0 (3. P X) • 3 3 ii Φ rt Ω Φ H Ω Hi μ- rt tr φ φ Ml Ω Φ μ- <! O Ω SD 0 Ω φ μ- . 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L_l- CQ ϋ ^ rt O SD Φ rt 3 TJ 0 μ- ^ SD rt SD P P Φ 0 tr rt tl rt TJ rt P O Ω φ 0 Φ 0 tr Hi 3 CQ Ω SD Φ ϋ ø Φ > < rt μ- 0 tr rt SD £3, ii μ- ω ø SD Hi μ- SD Ω M SD Ω μ- S3, S3, SD M φ 0 Φ 0 μ- SD μ- ii Ω tr S3, li 3 μ- CQ 3 CQ O CQ 0 ø 3 Φ ii rt P Φ 0 rt SD ø SD 0 ø 0 ø X O Hi φ Φ ^ O ti W Φ SD SD 0 Φ M CQ TJ SD ii μ- SD tr Ω £3, μ- \-> tr S3, CQ rt μ- tr 3 i Hi S3, ø Q Φ CQ rt φ CQ CQ O μ- X TJ μ- 0 tr ^ 0 SD Φ Ω < S3, μ" SD μ- rt Φ TJ 0 TJ μ- SD Ω μ- ø SD ø SD 3 ti μ- TJ Φ ti ϋ CQ Ω SD 0 φ 3 SD ø ør μ- M 3 H M £D M. S3, CQ 0 μ- O CQ μ- ^ CQ TJ φ CQ rt ii Φ SD SD CQ 0 μ- 3 0 Ω ϋ CQ P μ- μ- CQ rt H μ- rt P m P 0 P TJ SD tr ^ •» 3 rt Φ li S3, Φ X S= SD M rt CQ CQ rt P rt SD ø SD (3, M CQ Hi rt P ø μ- 0 X 3 μ- 3 SD ^ SD μ- ii SD CQ U φ tr rt rt P CQ rt 0 Φ rt Φ 0 ^ CQ 0 r P SD ø μ- 0 0 D rt μ- ti rt £3, H P rt Φ Φ CQ Φ μ- 3 ør CQ μ- TJ tr s CQ S3, μ- μ- tr CQ ti rt ø 0 μ- SD (3, 01 tr μ- CQ £D ø ti O φ Φ ra 0 M rt 0 SD ø P ~ rt Φ £3, £3, tr ^ 0 rt oo φ * 3 Φ Φ rt TJ CQ SD μ- CQ ø S3, rt ø Φ SD ii SD P CQ CQ CQ X rt μ- £3, μ- P rt ti D- φ ii S3, μ- 0 SD ti ti μ- SD Mi μ- Φ 0 Φ ør 0 Ω 0 £D ti φ Q Ml i rt Ml SD SD 0 rt CQ CQ S3, ø rt r μ- Φ P o tr ø CQ μ- Hi 0 CQ SD ø 0 rt SD μ- tr μ- P X 0 P rt Φ Φ φ rt O μ- CQ i Φ <! 0 ø rt £D SD Ω M CQ TJ Ω 0 TJ ii tr Ω Ω Φ S3, CQ μ- ti μ- £3, g Ω SD rt 3 φ 0 ii S3, Φ 3 SD P" ti μ- t rt ii SD i CQ tr μ- SD rt £D rt £D ts Q- rt φ Ω SD tl SD Φ ϋ 0 Hi SD S3, tr Φ μ- μ- rt rt 0 3 rt μ- tr φ tr rt £3, CQ X O μ- μ- £D rt ii S3, CQ Hi rt Φ μ- Φ P S3, ti SD 0 <! SD 3 < 0 rt tr * < μ- CQ 0 0 P μ- ϋ φ φ j3 Ω CQ rt rt rt rt Ω μ- P μ- φ rt tr μ- Φ SD rt rt CQ ti P CQ 0 0 SD SD Φ P Ω rt * 0 TJ Ω μ- μ- tr 0 £3, ø CQ 0 £3, 0 Φ CQ ti 0 tr Φ ø S 0 3 tl φ rt ør 0 <i Φ ii μ- SD ti 0 Φ Φ Hi Ω μ- CQ Mi rt CQ £3, 3 Ω Hi CQ CT Φ 0 Φ Φ m Φ tl μ- ti M CQ tl ii TJ (3, SD H SD rt P CQ CQ TJ μ- SD Φ CQ o SD rt 3 £3, μ- φ o SD 0 S3, CQ i CQ P Hi ϋ ii - Ω Φ μ, tr CQ Φ 0 H ii CQ rt SD CQ ø P 0 0 μ- ϋ S3, S3, rt CQ CQ φ μ- SD rt 0 μ- CQ Mi μ- rt CQ M φ (3, 0 CQ Φ - μ- ør ø Q CQ μ- TJ rt £3, P CQ μ- H φ rt o rt CQ CQ ø μ- μ- 3 Ml l_l. rt 0 Φ £3, Φ S3, SD rt TJ rt CQ 3 TJ TJ 0 SD CQ φ ti 3 ti £D i t μ- £D H CQ Φ <l φ CQ SD φ ø H Φ μ- tr S3, Φ φ ϋ M H 3 CQ SD CQ SD rt Φ ø μ- μ- rt ii o SD tr Ω Ω 3 CQ φ rt P CQ Φ μ- £D O T P μ- μ- rt TJ tr rt tr rt SD μ- μ- Q £3, ø SD μ- ø φ Φ rt o 0 g CQ O P Ω Hi SD rt P P μ- μ- Φ 0 CQ μ- O P 3 CQ P X £3, CQ φ μ- 0 ^ Mi tj 1 TJ CQ φ H rt rt 0 ø φ Φ rt 0 Ω ti 1—1. 0 rt SD rt ør rt 0 P 0 CQ CQ tr ii 3 rt SD 0 ti CQ rt Φ SD P 0 φ ø X CQ Ω μ- 0 SD Hi CQ £3, Ω rt CQ £D rt Φ μ- CQ φ tr rt Mi X O SD X rt <! X Ω 0 CQ SD rt Ω Hi S3, tr 0 tr CQ μ- SD P rt ø Φ φ μ- Mi 0 3 CQ Ω μ- μ- O Φ μ- rt S3, Φ ii O ør <! < rt TJ 3 3 φ Φ £3, rt rt SD rt rt rt Hi Φ μ- tr rt 0 ii K. rt μ- 3 li rt SD tr 0 Φ 1 (3, μ- μ- rt 3 *< tr ø? rt SD s tr 0 μ- 1 0 0 0 4 μ- X φ 1 ti TJ Φ M SD CQ 0 ti μ- O 0 Φ tr rt ti Ω ø ti 0 ø φ Φ X Φ rt ø P 0 ø CQ 0 Hi ø φ ø 1 CQ Φ CQ μ- ^ ϋ SD tr SD rt CQ i ø Φ rt S3, 03 ii μ- 1 1 S3, injection moulding station, a carrier manufactured at the injection moulding station and retained in its void being movable to the printing station by rotation of the first mould means about an axis of rotation. If the mould unit also comprises a printing station arranged separately from the injection moulding station, the first mould means is advantageously intended for rotation through 120°, whereby, during said rotation, a carrier manufactured at the injection moulding station and retained in its void is movable to the printing station, a carrier provided with a covering at the printing station and retained in its void is movable to the coating station and the void positioned at the coating station is movable to the injection moulding station during ejection of a coated carrier retained in the same void. Other embodiments of the assembly described above are evident from the dependent claims 19-36. Finally, a method is also provided for manufacturing a carrier of information or decoration, comprising the steps of injection moulding said carrier in a mould unit, and engaging a stamping means included in a stamping unit of the mould unit with an embossed sheet for applying a covering to said carrier. Further preferred embodiments of the method are evi- dent from the dependent claims 38-40. The present invention will now be described by way of example and with reference to the accompanying drawings . Brief Description of the Drawings Fig. la is a schematically sectional view of an injection moulding station of the present invention. Fig. lb is a schematically sectional view of a printing station of the present invention. Fig. lc is a schematically sectional view of a coating station of the present invention. Fig. 2a is a schematic perspective view of a carrier manufactured at the injection moulding station in Fig. la. Fig. 2b is a schematic perspective view of a carrier treated at the printing station in Fig. lb. Fig. 2c is a schematic perspective view of a carrier treated at the coating station in Fig. lc. Fig. 3a is a schematic perspective view of an assembly according to a first embodiment of the present inven- tion. Fig. 3b shows a carrier manufactured in the assembly according to Fig. 3a. Fig. 4a is a schematic perspective view of an assembly according to a second embodiment of the present invention. Fig. 4b shows a carrier manufactured in the assembly according Fig. 4a. Description of Embodiments Figs la-b and 2a-c, to which reference is now made, illustrate three stations 1, 2 and 3 included in a preferred embodiment of the inventive assembly and a carrier 4 of information after treatment at each of the stations 1 , 2 and 3. Fig. la shows an injection moulding station 1 for manufacturing injection-moulded carriers 4, Fig. lb shows a printing station 2 for applying a covering to a surface 5 of each carrier 4, and Fig. lc shows a coating station 3 for casting a coating 6 of a transparent polymer mate- rial over the surface 5 of each carrier 4. The injection moulding station 1 comprises a mould unit with two mould means VI, V2 which are joinable with each other. A void Kl is formed in the first mould means VI, said void Kl being open towards the second mould means V2. An element 7 is arranged on the side 8 of the second mould means V2 facing the first mould means VI . A through hole 9 is formed in the element 7 and the second mould means V2 forms a bottom 10 of said hole 9. When putting together the mould means VI, V2 , the element 7 is positioned so as to be arranged over the void Kl in the first mould means VI, for forming a closed cavity 11 which is defined by said void Kl, said hole 9 and said bottom 10. Finally, a duct 12 leading to the void Kl is formed in the first mould means VI . When injection moulding a carrier 4, a viscous poly- mer material is introduced with the aid of an injection moulding means (not shown) into the void Kl through the duct 12. The polymer material will fill the cavity 11, i.e. the polymer material will fill the void Kl and will also penetrate into the hole 9 and fill the same. The carrier 4 illustrated in Fig. 2a is manufactured at said injection moulding station 1. The carrier 4 comprises a base 13 and a portion 14 projecting from the base 13. The portion 14 is formed more particularly in that part of the cavity 11 which is defined by the hole 9 of the element 7. The projecting portion 14 carries a surface 5 of a shape corresponding to predetermined information or decoration. In the example shown in Fig. 2a said surface 5 is formed as the figure one. It will be appreciated that the element 7 may comprise several holes if the information or decoration in question requires several surfaces as is the case of e.g. the figure eleven. It will also be appreciated that said hole can be formed direct in the second mould means, thereby making it possible to omit the element. However, it is preferred for the hole to be through-going and formed in an element arranged on the second mould means. This results in an injection moulding station 1 which can be easily be adjusted for manufacturing carriers of other information or decoration. By using several elements with suitably formed holes it is possible to manufacture, for example, ω L to to μ 1 M tn o n O cn o cn rt CQ tr μ, X rt 3 SD TJ TJ μ- 03 rt Φ TJ μ- tr <J £D X φ tr 3 μ- 3 3 rt μ- μ- μ- SD tr ø *< μ- μ- tr φ 03 ϋ P > < tr M > tr i ø 0 to li tr £3, φ SD ø 0 Φ ø 1 ø P ø Φ ii φ rt φ £D 03 0 Φ CQ 0 • φ μ- ii μ- μ- 0 0 SD Φ CQ P Hi SD ii tr 0 0 ~ ø X o 03 rt S3, μ- £D Ω μ- ø 0 Φ 0 SD φ 0 Ω SD < 03 Ω φ rt 03 ø Ml CQ 03 Φ ør μ- rt o μ- Ω rt O Φ tr φ 03 CQ Φ ø 0 tr ti CQ Hi Ω £3, CQ CQ Ω ø Ω 3 SD Ω Ω u^ ø CQ Ml £D rt Ml • μ- 0 s rt " 1 li Φ 0 tr μ- < SD rt tr £3, Φ Ω Φ CQ SD Φ £D £D tr Ω μ- 3 tr £3, CQ φ 0 μ- Φ ii < X Φ S3, H rt μ- Φ rt 0 £3, £D Hi £3, ii φ 0 rt 0 Φ Φ Φ rt M 0 ii μ- cn φ μ- - Φ P tr TJ X 03 0 μ- 3 ør Φ 3 X ø P SD φ Φ 0 Φ φ • ii CQ K S3, CQ CQ Φ O tr tr S3, 03 03 H φ o X 0 TJ φ M 0 ø 0 Hi 3 0 £3, ii μ- Φ H < rt ii μ- Φ tr rt CQ SD μ- l_I. ø H. H μ- 3 CQ 03 Hi O φ <! 3 s! ø Ω to CQ Hi SD 03 rt Ω Φ 3 Φ SD rt P £3, rt 0 μ- . ø 0 Φ H, ø Φ 0 V > tr CQ tr 0 0 - 0 ii 3 S3 μ- tr rt O Φ 3 03 μ- tr μ- S3, ø CQ ø rt rt ii 0 Φ Φ Φ 0 Hi ii 0 TJ ii 0 ø rt TJ 3 ø ø rt to 0 tr 3 X P μ- £3, 3 Hi 3 μ- Hi ø £D H μ- 0 μ- CQ μ- £D 0 μ- rt S3, Ml Φ £D μ- £3, τ μ- CQ Φ rt o SD ø £D ι S3, μ 1 ø 0 03 rt tr 0 ø tr μ- rt 0 03 rt μ- SD rt P 3 tr i Ω rt CQ Ω 0 CQ 3 CQ μ- Q Φ ø tr rt 03 0 ør ø £3, tr rt CQ O φ Φ Φ tr Φ Hi 0 μ- 3 S3, μ- φ φ rt CQ S3 tr Φ Hi Ω Φ CQ Φ H SD 0 Φ 3 X 03 φ X S3 P £D 03 ω SD 03 Φ Ω SD 0 Hi rt SD CQ H CQ cn Φ tn rt £D tr ø 3 ø X Ω rt Ω CQ 0 Ω 0 Ω CQ 0 tr 3 P Φ S3, μ- TJ • tr SD tr CQ ti μ- μ- φ rt 03 ii μ- 0 SD rt rt ii φ ti rt CQ o rt 0 δ CQ £3, ϋ φ SD ø 0 Φ Hi ø 03 Ω rt SD ø 1 Hi rt 3 rt ø SD φ S3, S3 μ- 03 SD CQ 0 Hi 3 03 Ω s! CQ CQ Hi Φ TJ tr 0 Φ 0 SD tr T μ- SD rt CQ φ M S3, rt rt SD Φ X Φ rt μ- ør Φ 03 Φ TJ < M CQ Hi Ω ii 0 μ- S3 3 3 μ- Φ μ- tr S3, M μ- SD Hi φ H rt ør S3, 0 to μ- n 03 Φ Φ μ- 0 0 φ 0 ti ii Hi 0 rt SD ϋ rt P 3 μ- 0 μ> σ. tr Φ μ- ϋ 03 tr rt £D 03 μ- ø rt P ø cQ SD 0 P Φ <j 3 Φ tr CQ 0 Ω ω φ Φ P rt Hi s; μ 1 0 ør cn Ω μ- to ø 03 rt tr i • Φ φ S3, ø SD TJ Ω rt CQ Φ SD £D μ- • X Φ tr ø l_l- μ> £3, £D μ- 1 Φ SD rt < S3 0 0 Ω S3, Ω M rt ø Hi CQ CQ φ μ- -J > 3 SD ti Hi ør t S3, rt Hi SD μ> Hi μ- H tr Ml Hi SD 0 tr Ω SD 0 3 0 SD ^ tr K ω CQ M Φ • ■ ! rt CQ i ! 0 tr 0 SD ør φ μ- Ω rt rt o rt ø SD φ 0 P 0 CQ 0 3 μ- rt μ- ii M • : CQ P £D Φ g i μ- tr X X μ- S3, φ i SD 0 o ø ø 0 3 Φ Ml Φ rt 0 ør 03 μ- tr CQ 4 CQ P φ 0 ø 0 SD i P X Hi Φ H μ> g tr SD tr CQ Φ rt φ Φ Φ SD rt φ 03 TJ 0 rt CQ ii tl SD 03 £D CQ rt φ SD Hi ~ rt cjr Φ 0 Φ 03 h Hi X tr S3, rt ii S3, 3 μ- M" μ- P ør i Ω SD SD ør 0 03 rt Ω 0 TJ Mi Φ £D μ- μ- 3 rt 0 ø 3 03 φ CQ Hi ii rt rt Ω <! Φ CQ CQ Ω 0 SD 0 M 0 Φ SD 3 ø 3 0 ør Ml S3 0 0 ii Φ SD 0 rt S3 φ to CQ ø < SD CQ H Hi • φ CQ Φ Hi TJ rt φ s^ Φ tr ^ ø £3, Ω ø tr ϋ 0 CQ φ i li Φ ii μ- S3, μ- o μ- μ- ø Φ S3, μ- μ- SD μ- CQ SD μ- 0 en SD tr £3, Hi ii rt μ- rt H £D P μ- H P ø P rt £3, 03 Q S3, tl S3, 0 ø tr P ø Φ li Φ SD X μ- tr Φ ør P TJ CQ ø CQ CQ CQ CQ φ Ω 3 • μ- ti CQ CQ TJ Φ Φ CQ Ω μ- Φ Φ K Φ TJ CQ rt SD 3 Ω £D φ ø rt !3 ør rt SD ii rt tr Φ ii ii rt £D rt 3 03 Φ 0 ii SD CQ ør CQ rt rt 0 tr SD 0 0 3 φ . TJ ør > 3 3 tr Φ rt <! £D 0 H 0 tr Φ rt - tr Φ S3, < 0 μ> Φ cn ^ rt 0 Φ μ- P Φ 0 φ £D SD 0 0 £3, μ- CQ 03 3 Φ Φ φ rt μ- <! rt tr tr SD H P 0 SD ø 0 rt μ- CQ Φ μ- rt Ω φ Ω tr rt S3, φ 0 Φ SD Φ P rt CQ CQ rt P 03 CQ μ- S3, 3 i < 03 SD 0 P CQ Hi S3, 0 M tr φ S3, rt μ> Hi i S3, μ- tr 03 S3, μ- 0 < O μ> rt CQ rt Φ μ- μ- ii 0 φ S3, 0 ι Φ ii 3 0 0 £D TJ £3, H P μ 1 0 ^ SD μ- rt Ω H M ii 0 £D •» rt P £D 0 μ- P X ϋ ,—, 3 Φ σ. . M SD i 0 0 0 03 φ Φ CQ 03 X TJ rt tr Q a 0 rt ø Ω Φ 0 Φ to £3, μ- ø H a Hi Hi 0 rt Ω tn tr SD μ- SD tr X Φ £D CQ 03 1 o <! o SD ∞ £D Ml Ml 03 S3, SD 0 £3, rt TJ 3 rt M Φ tr Q φ S3, ^ Φ <! μ- rt 0 0 Ω 0 ør 3 P μ 1 ii rt 3 O tr φ tr rt φ Ω Φ £3, X Φ 0 03 0 S3, 0 M. Φ Φ < CQ tr 0 μ- ø 0 SD S3, SD ϋ £3 Hi 3 3 £D φ ø P £3, £D Φ H μ- 3 CQ SD φ ø μ j Φ ø 1 0 S3, 03 S3, ω ω t DO μ* M 1 cn o n O cn O cn Ml 0 SD TJ Ω 0 μ> 3 Ω 03 μ- 3 < 0 < i 3 Hi 3 SD ^ rt £D M ii tr 3 03 S3, rt SD Ω tr tr o 0 tr φ> Φ SD tr μ- μ- rt μ- μ- *< SD 0 φ tr TJ 0 Φ rt Ω li SD rt ø 0 DO Hi to μ- φ 0 0 Ω SD <: 0 CQ ø • > • φ SD ii s^ Ω cQ Ω φ φ ; ϋ ø Φ TJ <! SD 0 rt rt SD 0 0 μ- X SD ϋ P 3 0 SD SD M M. rt Φ Hi rt Φ φ Ω μ- SD Φ μ- μ- Hi CQ rt 0 X S3, SD μt 03 Φ S3, li 03 ør CQ SD TJ SD i 0 ø rt S3, ø Ml ti ^ — ' μ- <! 0 ^ S3, S3, to K H Φ Ω Mi li Ml M μ- SD CQ μ- CQ tr φ rt <! rt 3 Ω 0 < S3 μ- tr 0 0 . P rt Φ ii μ- tr ft ø tι tr Φ S3, tr to μ 1 SD tr φ SD μ- rt X 1 μ- < P ø X X 03 Ω tr 0 ø φ Ω CQ μ- SD CQ ^ 03 Φ ^ CX ) SD <l (3, tr μ- ø O μ- CQ rt φ TJ Hi tr CQ JD Φ cn 3 rt ø 0 rt Ω tr < rt 0 μ- Φ rt Ω μ- rt 0 < Ω 0 0 0 ii μ- Ω Φ cQ σ. rt SD SD •<; Ω SD rt μ- 1 03 rt ^ tr o rt (3, rt φ φ 0 M s; 3 ϋ μ- Ω rt P SD SD Ml Φ tr rt ϋ SD tr 03 Φ ^ μ> Φ 3 tr X 0 tr ϋ SD 03 3 ø Φ μ- ø SD P J CQ M ii tr σ . X 0 Φ μ- ii Ω ϋ Ω M_ Ω < • 1 μ- TJ Φ « μ- Φ 03 rt φ Φ Hi ii Φ ii Φ rt Hi 0 μ- SD li o 0 0 SD t rt M DO rt ^ μ- S3, μ- SD H 0 ϋ 03 μ- ■<; SD H Ω P Φ CQ μ- SD 0 0 μ- oo s; 0 03 μ- 03 tr μ- rt μ- P X ø TJ ii μ- ^ rt φ S3, Φ SD SD ii rt φ rt CQ CQ S3, SD tr (3, CQ Φ o CQ ii rt cQ tr μ- TJ rf^ 3 Φ μ- SD M 0 Φ 03 3 M ω μ- ii μ- tr ^ P S3, φ μ- 03 φ Ω TJ rt Φ μ- ø ^ $D S3, CQ rt 0 03 0 Φ rt ii . t - P ø 0 £3- Φ ø 3 ø CQ 0 Φ X SD μ- £D μ- μ- £D rt 0 μ- ^ μ- i μ- CQ > CQ D rt Hi Hi φ ii ti 0 0 H rt 03 TJ φ rt CQ Ω TJ μ- tr ii 0 rt ϋ TJ *<: SD φ Ml ra • ϋ rt μ- TJ ti Hi SD S3, Ω Φ TJ tr SD TJ 0 Φ 0 ω tr Φ ϋ ti i tr tr SD σ . S3, SD SD ør ø 0 rt SD rt ι_ι. • £3, TJ Φ φ μ- rt Φ a tr φ £3, Φ SD CQ Φ 0 P ø 0 P φ φ rt Ω t 3 0 O i SD SD 03 DO μ- SD rt DO 0 < φ TJ . > X S3, Ω Ω CQ S3, rt 03 Φ 0 0 X μ- Ml Mi φ ii Ω tr 0 H ø- SD X Ω μ- Φ 03 SD μ- ø 0 rt T μ- Ω μ- tr M S3 SD ø ø 1 0 Hi SD ør X tl μ- Φ SD ø SD a P rt ii μ- P μ- < SD ø £D tr ø 0 cn S3, H" H SD Φ ii φ 0 SD X CQ S3, P Ω Ω ϋ Ml rt tr φ 03 Hi μ- rt Φ M 1 M (_l. ϋ ^ Q X μ- £3, S3, tr rt h Ω Ω ^ μ- ^ μ- TJ 0 Ω μ- ii o 03 φ 0 0 ø 03 M U3 φ φ li ø Ml P 03 Ω tr ϋ φ SD rt 03 rt li <! O rt rt ø μ- ϋ rt rt Ω H μ- P Ω μ- SD cQ 3 Φ 0 Φ Φ • ii Ω tr μ- rt tr O Φ μ, Φ rt μ- 0 tϋ SD ø Hi rt rt φ tr 0 Ω φ rt SD 3 , , 3 M S3, M SD 0 rt μ- Φ ii S3, ^ ii tr P> s Ω 3 SD SD μ- CQ Q 0 μ- M Φ CQ CQ μ- 3 SD ør 3 rt μ- 0 0 ø Φ μ- μ- μ- rt ω Φ SD £D rt rt CQ 03 M TJ 0 Φ SD ø φ P Φ 0 μ- SD Hi Φ rt μ- Ω 03 Ω ø P CQ > μ- rr Φ μ- o rt 3 o P hϋ. <: rt μ- CQ SD 03 S3 P rt 0 H tr 03 rt tr rt Q CQ • • 0 Ω Φ S3, 0 Ω ø 1 φ o tr £3, tl Hi CQ M Φ Hi 0 μ- a 0 ^ H P to μ- Φ S3, ^ 3 μ- μ- Φ rt CQ μ- £3, rt . S3 TJ ^ X ø t rt DO <! μ- tr ^ Ω SD 3 0 03 S3, ii tr tr DO M 03 tr rt 3 ii 0 ø CQ £D 0 tr 0 Φ T SD rt TJ μ- φ 0 0 Φ Ml • 03 3 rt φ tr X SD rt 03 CQ ϋ ϋ μ- μ- Φ ϋ ø M Hi K rt 0 rt Φ SD Φ μ- P p J 03 Ω TJ •rl ør μ- Φ • Ω • CQ S3, 0 £3, 0 DO tr S3, 03 ϋ Ml £D rt Ω S3 Φ μ- SD 0 c_r μ- SD £3, ø SD SD φ rt 3 μ- H Φ μ- Φ tr 3 0 μ- 0 Ω Hi ii tr 03 ii φ CQ CQ φ CQ CQ Ml 03 rt CQ φ ør SD ø 3 μ- P Ω H Φ 0 CQ 0 SD SD SD Φ rt φ Ω μ- tr rt M 0 Ω Φ rt CQ Φ ø 3 CQ 0 Φ S3 P rt M 0 Ω rt Φ μ- a tr 0 SD ø Φ μ- rt φ ϋ rr φ £3, 0 0 rt Hi < μ- ii tr rt M. SD 0 μ 1 Φ M TJ CQ ø tr £D Hi μ- CQ ii 3 • rt ø 3 S3, SD μ- S3, μ 1 > ø μ- rt 0 Φ rt P SD tr Φ SD TJ Ω CQ Φ rt SD ti Φ μ- Φ tr Φ μ- ϋ CQ Φ SD li SD 0 0 T ti rt H" SD 0 Φ Ω CQ Ω SD £D ts Φ £3, SD 3 P CQ 3 SD Ω ii μ- Φ rt 0 μ 1 TJ μ- μ- TJ SD rt 0 S3, φ o ø •<! ø o μ- rt φ ø 0 CQ ø S3, 3 S3 Φ *. rt 0 φ TJ rt O P T 0 CQ 03 3 CQ ø P £D S3, 3 rt 03 φ CQ ^ . μ- CQ M ø (3, φ μ- φ SD cn 0 S3, μ- μ- φ Φ CQ 3 0 TJ SD tr SD li 0 Φ Φ Φ SD 0 0 - rt H U ^ - ^ ø Ω SD Ω S3, 0 03 < i rt 0 D rt Ω Ml S3, μ- £D X rt ii CQ tr X rt 3 rt 0 rt ø £ 0 ø 0 SD S3 DO μ- μ- X rt • rt SD tr 03 rt μ- 0 SD rt 03 rt μ- μ- 0 0 0 ii ti CQ P 3 < • w O ø £D μ- tr ii μ- rt Φ 0 ^ SD £ tr 0 0 rt o S3, 03 Φ Ω £3, μ 1 φ P Φ O O Φ H 03 0 φ S3, rt Ω μ- TJ Φ 0 03 £3, μ- SD SD 03 μ- 03 P SD μ- <! tr φ rt P S3, SD 0 μ» CQ 0 ii μ- 00 ø rt SD ii Ω Φ rt μ- SD rt Φ tr tr μ- Ω rt 03 03 SD tr (3, tr rt ør 0 Φ S3, 03 φ Φ Φ ø ω > DO to μ 1 n o σi o cn o cn <J < 03 3 SD Φ S3, X rt Ω μ- 3 < Ω μ- μ> μ- X 03 φ CQ rt £3, 3 DO μ- μ- SD £3, Ω 03 1 μ> ø SD TJ S3, φ μ- μ- 0 ø SD 1 SD ø P μ- Φ (3, ii tr Φ 0 •- ø P Ω Φ μ- 0 - ϋ S3, TJ Hi rt 0 <! (_J- rt rt CQ CQ Ω SD Φ 03 S3 < Ω CQ φ M μ- Hi φ Hi μ- " ø φ φ Φ μ- μ- 0 03 rt Ω ω φ £D 0 Ω P Hi 03 < SD μ- 0 P M. Ω ϋ < 0 O 03 3 0 ør Φ 03 ϋ S3, ø i M rt £D DO Ω s! rt φ ϋ Φ rt μ> μ- rt μ- to H 0 Hi φ tr £3, Φ S3, Ml SD μ- o £3, rt 'fl Ω S3, μ- Ml Ω ii φ ør 0 £3, £3, tr φ. ø μ- SD 0 Φ £D φ Φ ø- 3 tr 0 0 Φ μ- μ- o μ- tr tr •<; Φ 0 SD Φ Φ Φ CQ 0 £D 0 SD X 0 3 rt μ- Φ Φ φ 0 03 <! CQ 3 ø Φ φ rt ii μ- ø Φ rt g tr 0 ti ii 0 Hi rt CQ SD o ø S3, TJ μ- Ω Φ • 3 Q (3, cn £D Φ 03 0 0 1 ^ <! Hi rt μ- Φ M 0 Φ M 0 μ 1 rt TJ ii 0 rt H 0 03 0 rt rt CQ 0 μ- 0 3 03 S3, SD Φ 0 DO ϋ 0 M Φ X 0 . μ- SD ω ø rt SD rt 0 Hi Φ 3 TJ ør SD 03 03 rt 03 rt o TJ Φ X (3, O SD S3, μ- Hi μ- φ tr 03 SD 0 tr SD CQ M £3, 0 ii φ CQ £D CQ tr Ω tr rt 0 μ- S3 H Ω Φ 0 μ- rt ø φ rt 0 φ CQ 3 0 rt O <! 0 Φ μ- μ- φ 0 φ tr μ- 1 ø rt 0 CQ S3, Ω CQ 3 Q tr rt ii tr rt S3, Φ CQ 0 rt <! μ- CQ 3 rt Φ < Ω (3, P ø Φ S3, rt rt < tr 0 Φ φ Φ μ- Φ 03 g tr ø tr φ 0 Φ tr S3, μ- SD rt CQ tr CQ Ω μ- M rt O Φ Φ 3 (3, SD SD P ø ii £D r_r 0 Φ P ii tr ϋ (3, μ, tr CQ o SD CQ ø O O ii Φ ω TJ 0 M μ- CQ Ω Φ tr 5 » S3, CQ 03 <i Φ 0 SD φ M Φ S3 tr TJ ii 0 CQ (3, CQ 3 μ- rt ^ ii SD 03 ii ø Φ Hi " 0 *< CQ T Φ μ- μ- S3 TJ £3, μ- ii *< φ 0 ii i ø Φ £D ø μ- rt SD (_l. CQ Φ 0 < 0 ii TJ H Ω tι Q SD Φ 03 Hi μ- Hi 03 Ω rt ti Q TJ 0 Q < ø Φ rt 0 M ω Φ X SD 0 Φ £D • ^ Φ CQ tr ii X ii tr SD tr -Ω ^ Φ SD rr Φ tr S3 0 TJ φ rt to CQ Ω JD 0 φ Φ tr μ- 03 ii rt μ- Φ Ω Φ • 3 ii Ω SD S3, φ Hi rt ii Φ CQ tr •» Φ rt rt 3 ø SD φ Hi r φ £D to μ* X μ> •» rt φ. Φ Φ SD φ Φ rt M £D O rt ii Φ £3, μ- μ- Φ Ω 03 ii ii μ- • ø rt μ- 0 rjo tr rt rt Ml ϋ φ. μ- μ- Ω μ- SD rt X 0 0 ii Φ rt Φ φ ii rt Φ Hi ii o SD μ- cn μ- tr cn 0 P rt rt o rt X tr tr tr P M" ω φ o ø SD ii CQ Hi rt μ- ø CQ 03 μ> P Φ 3 rt P rt SD S3 tr 0 μ- o 0 μ- Φ rt 0 SD rt > < rt JD -α X CQ SD tr Ω O Hi ii Φ P rt Ω rt 3 to 03 0 Ω ii tr ø 0 O O μ- Φ μ- μ- • tr - Φ rt S3 SD H rt Φ X CQ ii rt tr X 0 rt ii φ TJ < Hi Hi Hi ø M S3, P φ g Φ 03 li rt Φ CQ μ- 0 0 Φ ø μ- 0 SD ii φ Ml Hi (_l. 0 X & ii ϋ tr ii SD S3 rt H-" 3 3 Φ CQ μ- ii ø rt Φ ti tr rt rt - φ. rt X Ω φ tr 0 μ- rt μ- Ml Φ ii tr φ ti S3, CQ Φ CQ tr Hi rt Φ tr tr tr tr 0 Ω rt Φ 03 SD SD Φ tr X Ω Hi Φ CQ μ> SD μ- 3 03 Φ ϋ Φ μ- φ Φ rt Φ μ- < rt tr i CQ W S3, Φ Ω ør SD SD tr o 0 rt ø 0 μ- S3, Φ i 0 CQ ør Ω Φ μ- μ- φ Φ Φ £D μ- H Ω φ Hi 03 tr CQ ii μ 1 CQ Φ ii rt SD Ω Φ S3, tr ϋ 0 03 tr £3, Hi 03 tr SD <! Ω i Φ Φ tr 0 Φ φ SD μ- Φ JD CQ SD ii μ- μ- ø ^ μ- ■ <; TJ μ- ør μ- SD Φ Φ Hi rt 03 1 Φ P £3, S3, rt 03 M Φ ϋ rt ti μ- CQ TJ TJ rt Φ cn H 1 S3, rt ør Φ rt 03 Ω Λ μ- tr μ- Φ ii tr φ tr CQ 3 ø 03 ør μ- 1 rt M 1 •<_ SD ii μ- X rt SD £D TJ 0 0 Mi Φ 0 0 3 μ- ^ Ω Φ 0 SD Φ μ- SD tr μ- 0 0 ø φ ø 1 rt Φ rt Φ tr μ- P Hi 3 ^ ø o Φ rt 0 μ- μ- Φ ø Ω Φ Ω μ> <! » Hi X CQ φ Φ 3 μ- Ω SD <! φ Φ cj 1 φ CQ H 1 M Φ μ- Hi rt rt £3, rt CQ Φ SD H μ- - φ 0 SD φ 0 μ- <! SD ii 0 < • ; ti 0 μ- tr S3, 03 TJ rt 03 £D S3, 3 tr ø P Hi Φ SD Φ S3, φ μ* Φ- 03 0 H, Φ Φ Ω H rt μ- μ- Hi Ω rt φ X 0 03 rt μ- φ 0 0 μ- - tr • 0 03 £3, tr 0 -J tr P 0 0 0 0 tr Ω tr SD tr ø 1 H Ω tr 0 S3, rt 3 SD ii 0 rt 3 0 <! Φ P ϋ S3 Φ SD Φ 0 μ- Φ φ \ • SD Φ rt φ DO <! μ- Hi 0 SD rt φ μ- Ω φ 3 03 M Hi CQ Ω φ Φ rt 03 ø SD -. Φ P 3 ø 0 ii 03 03 0 Ω 0 Φ 3 i 0 tr (D rt £D Ml ø rt tr rt rt H CQ rt 0 S3, CQ μ- TJ P rr Mi £3, TJ 0 μ- ϋ DO • P tr ^ 0 Φ £D ii ω tr tr S3 S3, rt ø SD SD 0 μ- 0 S3 Φ Φ O rt TJ £3, Φ CQ rt 0 £D Φ SD Φ H μ- SD CQ M. Ω φ 0 rt £D ϋ ~ tr > 0 μ- μ- rt CQ μ- Hi ti SD Φ (3, 3 rt rt ii φ Ω CQ ør rt ^ £3, SD Φ M rt Φ rt ø < tr £D 0 CQ M ø ω SD φ 03 Φ μ- SD φ g . TJ Hi Hi rt tr g rt Φ £D 3 0 rt Φ φ ø ii 3 SD Q P μ- TJ rr Φ 3 • TJ Φ 03 Φ μ- Φ & φ ø rt φ CQ tr S3, Hi M Φ 0 μ- CQ 0 0 tr ii φ Φ tr Φ 0 0 1 φ Hi 0 £D 03 03 1 0 ii Φ SD μ- £3, Φ £3, P CQ μ 1 μ- X 0 1 0 1 Φ 1 CQ *" 1 03 03 1 rt 1 > ω to DO μ* cn o cn o cn o n ω 3 rt SD μ- rt 0 rt ii μ- £3, tr SD μ- 03 tr rt 3 SD n μ- > 0 ii 3 < K rt ii £D φ O 03 tr Hi tr SD ø μ- φ H P ør tr Φ ø 03 . Mi μ- 0 0 1 μ- μ- tr μ- SD Ω Φ ii rt Hi φ ii < 0 ^ Φ SD P, 0 φ S^ £3, μ- O φ 0 CQ 0 rt SD CQ ii 0 Φ ^ Hi 0 SD Φ X ø Mi Hi O rt ϋ s=; (3, μ- ø ϋ 0 03 tr ϋ S3 μ- O S3 μ- Φ P P ø SD Ω CQ rt φ Hi tr £3, M 03 rt 03 φ M TJ ø rt CQ Ml ■ : CQ M Ml CQ O CQ rt Ti Ω tύ 0 tr n rt S3, Φ φ. μ- ^ ω Φ- S3 rt μ- TJ l_l- SD - tr • CQ tr μ- P Φ μ- μ- Ω Ω μ- SD ,_— . φ ø tr Ω 3 P H Hi • rt TJ tr Ω Φ H φ rt φ Hi φ < Ω S3, <; CQ SD 0 CQ rt 0 tr φ rt 0 Hi X Φ CQ 0 £D tr TJ SD 0 ii μ- Ω μ- μ 1 μ> ω Hi φ Φ φ • 03 H μ- 0 Ω Q 0 0 μ- tr £D tr μ. ϋ Φ μ j rt SD φ rt O DO Hi 0 SD H CQ ø μ- Φ S3, ø rt < φ 03 M H μ- P 03 Φ 3 ii μ- rt . (3, μ- ø o μ- 3 0 φ 3 ø SD Φ. μ- ω CQ Ω £. φ SD CQ 03 M" 03 SD μ- Φ 03 £D SD Φ rt μ- O 0 ti tr 3 Ω rt 0 03 SD SD P tr 03 μ j S3 Ω Φ rt Φ μ- P S3, Φ 0 X (3, tr a rt rt 0 to CQ rt ^ 0 tr li 0 03 CQ 03 tr Φ φ 0 < (3, CQ Ω CQ μ- Φ CQ ii O H μ- rt tr rt 0 Φ Φ P φ 03 S3, 03 rt 0 0 0 0 Ω Ω to μ- 0 Φ CQ rt Φ 3 - ø Φ rt tr £3, Φ g tr Φ rt tr £D X Ω rt S3, X μ- £D 0 H CQ ø 0 £3, O <! 03 ED rt O 3 tr Φ 03 4 0 Ω 0 o rt 0 ^ SD rt M SD SD 0 S3 £3, 0 o rt rt tr ø X rt O μ- Φ φ SD 03 SD μ j X O X μ- P ^ Ω SD ϋ rt rt TJ rt rt Hi rt μ- SD Φ Φ tr tr ø ø Hi 3 3 rt P ^ CQ li <τj 03 0 SD TJ X μ- μ- £D TJ ør <J tr tr £3, rt £3, S3, Φ Φ H 1 (_l- TJ μ- r φ M S3, SD μ- ø Hi tr rt ϋ TJ μ- φ ø 0 rt φ 0 φ ii φ μ- TJ μ- ii S3, φ ii ϋ o S3 SD rt CQ SD 0 Φ tr ii ii CQ X μ- μ- μ- ii 0 f . 0 SD ϋ ø φ S3, Ω μ- 03 S3, M Ω r μ- μ- • ω ii φ μ- μ- 03 0 φ Hi £3, Φ rt μ- μ> P rt μ- CQ tr μ- 3 rt ø rt μ- Φ rt tr P 03 0 Ω . ii Φ Ω Φ. tr ø S3, μ- μ- SD 0 ø < ii Φ μ- rt 3 Hi S3 φ Φ ø ω £D Φ Φ 3 ii SD tr μ- ii ^ P rt 1—1- TJ ω rt rt 03 φ SD 0 μ- Φ Φ Φ M X Ω SD ii l—l- TJ 0 rt Φ rt ø rt 03 μ 1 μ- φ 0 • tr μ- rt SD Ω 0 P ø g ø ϋ SD 03 tr 0 μ- ϋ φ Φ ø Φ. μ- SD Ω _l. W 0 rt £D 0 Ω 03 φ ø £D rt CQ Q r_ rt Φ μ j SD μ- 0 P μ- Ω SD H 1 . 0 Φ ?V SD φ φ μ- ii P rt μ- ^ CQ rt Ω μ- 3 o P 3 Ω S3, Ml Φ rt rt S3, P ø Φ 03 Ω TJ rt 3 £3, Φ μ- rt μ- TJ μ- SD 0 < 0 03 £3, 0 Ω ^ Φ - rt tr ϋ μ- Φ 03 CQ rt rt Φ tr 0 Φ to 0 μ- ø M 03 O li ø μ 1 S3 rt μ- Mi Φ TJ ør Φ P S3, 3 0 S3 μ- μ- SD φ ø ø 03 H m P 0 SD μ- rt ti li SD 3 φ 3 SD li φ Φ- CQ φ Hi ii TJ ø o rt rt ø cn ø ø SD μ- O μ- (3, rt φ rt 0 Λ 0 Φ Ω SD φ CQ 0 Φ μ- S3, μ- TJ 3 Φ H rt rt μ 1 φ Hi 03 μ- μ- ø tr ø ø S3 Mi Hi SD 3 rt Ml 0 SD S3, SD S3, ø Ω TJ Ml 0 £3, μ- μ- ^ ϋ ø 0 rt φ 3 μ- Φ 0 M £D ør tr 03 Ω Hi 3 LJ. 3 £D tr ø P O rt SD CQ 0 φ <J P, 03 ii li ii P Φ Φ Ω rt Φ 0 0 TJ φ φ μ- φ SD CQ a £3, Φ- tr M 0 SD ϋ £D rt M 3 μ- S^ < O tr ii ø 0 Ω SD φ £3, rt rt 0 Φ ii S3 DO Ml 03 SD S3 SD φ φ Hi Ω 3 H < £D SD rt rt 0 rt S3, <i μ- tr CQ to ii μ- SD P 03 φ P rt S3, 0 ii SD SD o Φ rt rt TJ S3, rt μ- CQ 0 o P rt φ rt μ- P £D ø μ- tr rt φ 03 0 μ- μ- Mi Ω K 0 ϋ i μ- μ- 0 rt μ- CQ tr SD ø l_J- ϋ CQ rt Φ tr 3 rt rt 0 Φ Φ. rt ii H" < μ- $D rt 0 ø P P < rt 0 S3, φ ii rt > CQ φ ϋ φ μ- φ o SD 0 3 SD 0 μ- S3, DO ø tr S3, CQ CQ μ> tr 03 0 μ- rt Ω 0 S3, tι μ j 03 Ω 03 cj 1 P CQ M. φ CQ P Φ ø 3 ^ > φ rt rt Ω rt O 03 rt X • CQ £D •<: 0 0 S3 φ ii 0 SD Φ Ω 0 rt 0 tr H SD 0 SD ø rt SD μ- Hi 03 μ- μ 1 S3, SD TJ S3, 0 H rt X Ω μ- Hi 0 ø 03 Hi φ rt £D rt tr μ- O SD 0 SD CQ Φ 0 TJ ~. μ- ii TJ φ. μ- Φ 0 0 tι CQ SD μ- £D μ- rt μ- to Φ (3, ø tr ϋ M φ 03 0 3 ii 0 μ- rt CQ SD CQ SD Φ S3, μ- ϋ Ω 0 O μ- 0 o ii g 03 Q P to φ 0 H P Ω 3 rt tr rt rt μ- S3- CQ 0 £3, P P 0 μ- 03 M 3 0 ii SD ϋ * Φ μ- φ ^> P X rt 0 Ω O tr Φ μ- SD CQ tr P rt £D CQ 03 SD O O rt 0 P P CQ P rt 03 rt 3 0 <! Φ Φ 0 Φ Φ CQ CQ rt rt H SD 3 rt ø rt CQ ^ rt CQ rt ω ør TJ 3 Φ rt CQ Ω Ω H Φ <! μ- ø 1 03 03 φ SD rt SD φ μ- 03 0 μ- Φ TJ £3, 03 0 0 03 Ω 0 0 Φ rt 03 0 rt S3, tr rt S3, 03 £D SD Hi P Φ ii 0 TJ 03 SD ø- 0 rr O μ- CQ 3. SD O TJ rt μ- Φ φ μ- tr SD tr ii SD rt μ- SD ii 0 rt rt S3, Hi £D P £3, Ω Φ rt TJ μ- O (3, 0 03 o 1 SD Φ rt rt 03 Φ 03 TJ Hi H SD μ- rt S3, 03 £D SD μ- 3 ø SD P φ X ^ Ω <! tr tr 03 S3, φ SD SD rt rt ø Ω rt μ- rt ϋ 0 0 μ- φ SD X TJ ø • φ Φ Φ Φ 03 M Ω μ- μ- CQ SD tr 0 SD 1 cn ø Φ ** r μ- SD 3 SD rt φ o O li φ ø 1 S3, Q 1 1 rt P 0 σ. 1 (not shown) are arranged for ejection of a carrier 4 completed at the coating station 3 before or during said rotation. The process can then be repeated at each of the stations, after which the mould means is once more rotat- ed through 120° . Fig. 4b illustrates a carrier 4 manufactured in the assembly according to Fig. 4a. In the shown case, the carrier 4 carries a decoration in the form of a circle. Thus, the inventive assembly and the inventive method allow rational manufacture of carriers of information or decoration at a low production cost . All problems related to positioning of said information or decoration relative to the carrier are eliminated. Moreover, the method comprises a small number of production steps, which are all easy to control and check. This ensures a high quality level and a low rejection level. It will be appreciated that the inventive assembly can be used for manufacturing differently designed carriers of different types of information or decoration. For instance, the carrier may constitute the coating of an electronic product, such as a telephone, in which case the decoration may consist of a trademark. It is thus conceivable for the carrier to have a significantly greater extent than the actual projection portion and the coating enclosing the same. Consequently, the invention is not restricted to the shown embodiments, and several modifications and variations are conceivable. The invention is thus defined exclusively by the appended claims .

Claims: CLAIMS 1. An assembly for manufacturing carriers (4) of information or decoration, c ha r a c t e r i s e d by a mould unit comprising two mould means which are joinable with each other, the mould unit comprising an injection moulding station (1) for injection moulding of said carriers (4) , and a printing station (2) with a stamping unit (15) for applying to said carrier (4) a covering formed in accordance with the current information or decoration, the printing station (2) being integrated into the injection moulding station (1) . 2. An assembly as claimed in claim 1, further comprising a coating station (3) for casting a coating of a transparent material over the covering applied to the carrier (4) , a first of the mould means (VI) being rotat- ably arranged to allow displacement of a carrier (4) provided with a covering at the printing station (2) and retained in said first mould means (VI) , to the coating station (3) . 3. An assembly as claimed in claim 1 or 2 , wherein the stamping unit (15) of the printing station (2) comprises a stamping means (16) which is engageable with an embossed sheet (17) for applying said covering to each carrier (4) . 4. An assembly as claimed in claim 3, wherein said embossed sheet (17) is feedable for exposing a not previously used sheet portion for each carrier (4) . 5. An assembly as claimed in any one of the preceding claims, in which the injection moulding station (1) is adapted to manufacture carriers (4) having a base (13) and at least one portion (14) which projects from the base (13) and whose end facing away from the base (13) carries a surface (5) of a geometric appearance corresponding to said information or decoration, the stamping unit being adapted to apply said covering to said surface. 6. An assembly as claimed in claim 5, in which the projecting portion (14) of said carrier (4) acts as a stamping means (16) of the stamping unit (15) . 7. An assembly as claimed in any one of the preceding claims, in which the injection moulding station (1) comprises a void (Kl) formed in a first (VI) of the mould means and being open towards a second (V2) of the mould means , and an element (7) arranged on the second mould means (V2) and having a through hole (9) , the second mould means (V2) forming a bottom (10) of the hole (9) which is open towards the first mould means (VI) , said element (7) being located, when putting together the mould means (VI, V2) , so as to be arranged over the void (Kl) , to form a cavity (11) defined by the void (Kl) , the hole (9) and the bottom (10) , the void (Kl) defining said base (13) , the hole (9) defining said projecting portion (14) and the bottom (10) defining said surface (5) in connection with the filling of the cavity (11) for injection moulding of each carrier (4) . 8. An assembly as claimed in claim 7, wherein the element (7) comprises a plurality of holes (9) to allow manufacture of carriers (4) having a corresponding number of projecting portions (14) and associated surfaces (5) . 9. An assembly as claimed in claim 7 or 8, in which the printing station (2) comprises an embossed sheet (17) , said surface (5) of each carrier (4) being engaged with the embossed sheet (17) in connection with the injection moulding of the carrier (4) . 10. An assembly as claimed in claim 9, in which the embossed sheet (17) is arranged between the side (8) of the second mould means (V2) facing the first mould means (VI) and the element (7) . 11. An assembly as claimed in claim 9 or 10, in which the mould unit further comprises a coating station (3) for casting a coating (6) of a transparent material over the projecting portion (14) of the carrier (4) . 12. An assembly as claimed in claim 11, wherein the coating station (3) comprises a holding means arranged on the first mould means (VI) and adapted to retain a carrier (4) with its projecting portion (14) facing the second mould means (V2) and a void (K2) formed in the second mould means (V2) and open towards the first mould means (VI) , said mould means (VI, V2) , when being put together, forming a cavity (18) defined by the carrier (4) and the void (K2) , in which cavity (18) the transparent material is introducible for casting a coating (6) over said projecting portion (14) and the associated surface (5) . 13. An assembly as claimed in claim 12, in which the holding means of the coating station (3) consists of a void (Kl) identical to the void (Kl) of the injection moulding station (1) , the void (Kl) of the coating station (3) being movable to the injection moulding station (1) by rotation of the first mould means (VI) about an axis of rotation (21) , and the coating station (3) comprising means for ejecting a completed carrier (4) retained in its void (Kl) . 14. An assembly as claimed in claim 13, wherein the first mould means (VI) is intended for rotation through 180°, whereby the void (Kl) of the injection moulding station (1) is movable to the coating station (3) during said rotation. 15. A method for manufacturing a carrier (4) of information or decoration, comprising the steps of injection moulding said carrier (4) in a mould unit, and applying a covering to said carrier (4) in the same mould unit by means of a stamping unit (15) , the step of applying said covering to the surface (5) being carried out integrally with the step of injec- tion moulding the carrier (4) . 16. A method as claimed in claim 15, in which said carrier (4) is injection moulded so as to have a base (13) and a portion (14) projecting from the base (13) and carrying at its end facing away from the base (13) a surface (5) , said covering being applied to said surface (5) . 17. A method as claimed in claim 15 or 16, further comprising the step of casting a coating (6) of a transparent material over the carrier (4) provided with a covering. 18. An assembly for manufacturing carriers (4) of information or decoration, c h a r a c t e r i s e d by a mould unit comprising two mould means which are joinable with each other, the mould unit comprising an injection moulding station (1) for injection moulding of said carrier (4) , and a printing station (2) with a stamping unit (15) for applying to said carrier (4) a covering formed in accor- dance with the current information or decoration, the stamping unit (15) of the printing station (2) comprising a stamping means (16) , which is engageable with an embossed sheet (17) for applying said covering to each carrier (4) . 19. An assembly as claimed in claim 18, in which the printing station (2) is integrated into the injection moulding station (1) . 20. An assembly as claimed in claim 18, in which the printing station (2) is arranged separately from the injection moulding station (1) , a first of the mould means (VI) being rotatably arranged to allow displacement of a carrier (4) manufactured at the injection moulding station (1) and retained in said first mould means (VI) , to the printing station (2) . 21. An assembly as claimed in claim 19 or 20, further comprising a coating station (3) for casting a coating (6) of a transparent material over the covering applied to the carrier (4) , a first of the mould means (VI) being rotatably arranged to allow displacement of a carrier (4) provided with a covering at the printing station (2) and retained in said first mould means (VI) , to the coating station (3) . 22. An assembly as claimed in any one of claims 18-21, wherein said embossed sheet (17) is feedable for exposing a not previously used sheet portion to each carrier (4) . 23. An assembly as claimed in any one of claims 18-22, in which the injection moulding station (1) is intended for manufacturing carriers (4) having a base (13) and at least one portion (14) which projects from the base (13) and whose end facing away from the base (13) carries a surface (5) of a geometric appearance corresponding to said information or decoration, the stamping unit being intended for application of said covering to said surface. 24. An assembly as claimed in claim 23, in which the projecting portion (14) of each carrier (4) acts as said stamping means (16) of the stamping unit (15) . 25. An assembly as claimed in any one of claims 18-24, in which the injection moulding station (1) comprises a void (Kl) which is formed in a first (VI) of the mould means and which is open towards a second (V2) of the mould means, and an element (7) arranged on the second mould means (V2) and having a through hole (9) , the second mould means (V2) forming a bottom (10) of the hole (9) which is open towards the first mould means (VI) , said element (7) being located, when putting together the mould means (VI, V2) , so as to be arranged over the void (Kl) in order to form a cavity (11) defined by the void (Kl) , the hole (9) and the bottom (10), the void (Kl) defining said base (13) , the hole (9) defining said projecting portion (14) and the bottom (10) defining said surface (5) in connection with the filling of the cavity (11) for injection moulding of each carrier (4) . 26. An assembly as claimed in claim 25, wherein the element (7) comprises a plurality of holes (9) to allow manufacture of carriers (4) with a corresponding number of projecting portions (14) and associated surfaces (5) . 27. An assembly as claimed in claim 25 or 26, in which the printing station (2) is integrated into the injection moulding station (1), said surface (5) of each carrier (4) being engaged with the embossed sheet (17) in connection with injection moulding of the carrier (4) . 28. An assembly as claimed in claim 27, in which the embossed sheet (17) is arranged between the side (8) of the second mould means (V2) facing the first mould means (VI) and the element (7) . 29. An assembly as claimed in claim 25 or 26, in which the printing station (2) is arranged separately from the injection moulding station (1) , said surface (5) of each carrier (4) being engaged with said embossed sheet (17) in connection with putting together of the mould means (VI, V2) . 30. An assembly as claimed in claim 29, in which the printing station (2) comprises a holding means arranged on the first mould means (VI) and adapted to retain a carrier (4) with is projecting portion (14) facing the second mould means (V2) , the surface (5) of the carrier (4) being engageable with said embossed sheet (17) by putting together the mould means (VI, V2) . 31. An assembly as claimed in claim 30, in which the holding means consists of a void (Kl) identical to the void (Kl) of the injection moulding station (1) , a carrier (4) made at the injection moulding station (1) and retained in its void (Kl) being movable to the printing station (2) by rotation of the first mould means (VI) about an axis of rotation (21) . 32. An assembly as claimed in any one of claims 27-31, in which the mould unit further comprises a coating station (3) for casting a coating (6) of a transparent material over the projecting portion (14) of the carrier (4) . 33. An assembly as claimed in claim 32, wherein the coating station (3) comprises a holding means arranged on the first mould means (VI) and adapted to retain a carrier (4) with its projecting portion (14) facing the second mould means (V2) and a void (K2) formed in the second mould means (V2) and open towards the first mould means (VI) , said mould means (VI, V2) , when being put together, forming a cavity (18) defined by the carrier (4) and the void (K2) , in which cavity (18) the transpa- rent material is introducible for casting a coating (6) over said projecting portion (14) and the associated surface (5) . 34. An assembly as claimed in claim 33, in which the holding means of the coating station (3) consists of a void (Kl) identical to the void (Kl) of the injection moulding station (1) , the void (Kl) of the coating station (3), by rotation of the first mould means (VI) about an axis of rotation (21) , being movable to the injection moulding station (1) , and the coating station (3) comprising means for ejecting a completed carrier (4) retained in its void (Kl) . 35. An assembly as claimed in claim 34 when referring to claim 27 or 28, wherein the first mould means (VI) is intended for rotation through 180°, whereby the void (Kl) of the injection moulding station (1) during said rotation is movable to the coating station (3) . 36. An assembly as claimed in claim 34 when referring to any one of claims 29-31, wherein the first mould means (VI) is intended for rotation through 120°, whereby a carrier (4) located at the printing station (2) and retained in the first mould means (VI) is movable to the coating station (3) by said rotation. 37. A method for manufacturing a carrier (4) of information or decoration, comprising the steps of injection moulding said carrier (4) in a mould unit, and engaging a stamping means (16) included in a stamping unit (15) of the mould unit with an embossed sheet (17) for applying a covering to said carrier (4) . 38. A method as claimed in claim 37, in which said carrier (3) is injection moulded so as to have a base (13) and a portion (14) projecting from the base (13) and carrying at its end facing away from the base (13) a surface (15) , said covering being applied to said surface (5) . 39. A method as claimed in claim 37 or 38, further comprising the step of casting a coating (6) of a transparent material over the carrier (4) provided with a covering . 40. A method as claimed in claim 37 or 38, wherein the step of applying said covering to the surface (5) is carried out integrally with the step of injection moulding the carrier (4) .

Inventors: BREWITZ HANS, PERSSON LARS, SVENSSON THOMAS, BREWITZ, HANS, PERSSON, LARS, SVENSSON, THOMAS
Applicants: BREWITZ HANS, NOLATO MOBILE AB, PERSSON LARS, SVENSSON THOMAS, BREWITZ, HANS, PERSSON, LARS, SVENSSON, THOMAS
Application year: 2001
Main classification: B29C45
IPC codes: B29C45, B29L9, B41K1