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In one embodiment, there is provided an overmolded support assembly for support of optical elements. In one embodiment the support assembly can be of multi component construction including a base component and a supplementary component, wherein the supplementary component can be overmolded onto the

In one embodiment, there is provided an overmolded support assembly for support of optical elements. In one embodiment the support assembly can be of multi component construction including a base component and a supplementary component, wherein the supplementary component can be overmolded onto the base component. In one embodiment each of the base component and the supplementary component can be of unitary construction. In one embodiment the supplementary component can have a material hardness rating of lower than a material hardness rating of the base component.

대표청구항 ▼

1. An indicia reading terminal for use in reading indicia, said indicia reading terminal comprising: an optical element, the optical element being selected from the group consisting of a light emission optical element and a light receive optical element;a support assembly for support of the optical

1. An indicia reading terminal for use in reading indicia, said indicia reading terminal comprising: an optical element, the optical element being selected from the group consisting of a light emission optical element and a light receive optical element;a support assembly for support of the optical element in a certain position, the support assembly having a base component and a supplementary component, wherein the support assembly is formed by overmolding the supplementary component onto the base component, the supplementary component having a material hardness rating of less than a material hardness rating of the base component, wherein the support assembly is adapted for interference fitting with the optical element, wherein the supplementary component defines an interior surface adapted to encircle the optical element. 2. The indicia reading terminal of claim 1, wherein the optical element is a light emission optical element. 3. The indicia reading terminal claim 2, wherein the light emission optical element is a laser diode assembly. 4. The indicia reading terminal of claim 1, wherein the optical element is an image sensor integrated circuit. 5. The indicia reading terminal of claim 1, wherein the optical element is an imaging lens assembly. 6. The indicia reading terminal of claim 1, wherein the support assembly includes a first region for support of a light emission optical element and a second region for support of a light receiving optical element. 7. The indicia reading terminal of claim 6, wherein the second region for support of a light receive optical element supports a plurality of light receive optical elements, the plurality of light receive optical elements including an image sensor integrated circuit and an imaging lens assembly. 8. The indicia reading terminal of claim 6, wherein the support assembly includes a first region in interference fitting relation with a first optical element provided by image sensor integrated circuit, and a second region in interference fitting relation with a second optical element provided by an imaging lens assembly supported in an aligned position relative to the image sensor integrated circuit. 9. The indicia reading terminal of claim 1, wherein the base component is of unitary construction. 10. The indicia reading terminal of claim 1, wherein the supplementary component is of unitary construction. 11. The indicia reading terminal of claim 1, wherein one or more surfaces of the supplementary component adapt the support assembly for interference fitting with the optical element. 12. The indicia reading terminal of claim 1, wherein one or more surfaces of the base component in combination with one or more surfaces of the supplementary component adapt the support assembly for interference fitting with the optical element. 13. The indicia reading terminal of claim 1, wherein the indicia reading terminal includes a printed circuit board, and wherein the support assembly supports the optical element at a certain position on the printed circuit board. 14. A support assembly for support of a plurality of optical elements, the support assembly comprising: a first region for support of a light emission optical element;a second region for support of light receive optical element;wherein the support assembly comprises a base component comprising rigid material, and a supplementary component comprising deformable material;wherein the supplementary component is adapted to encircle a supported optical element. 15. The support assembly of claim 14, wherein the support assembly comprises a base component comprising rigid material, and a supplementary component comprising deformable material. 16. The support assembly of claim 15, wherein the supplementary component is overmolded onto the base component. 17. A support assembly comprising: a region for support of an image sensor integrated circuit, the region being partially defined by a base component and a supplementary component, the base component having a greater material hardness rating than the supplementary component, the region being adapted for interference fitting with the image sensor integrated circuit, wherein the support assembly is adapted so that each of a surface of the base component and the supplementary component imparts forces to the image sensor integrated circuit. 18. The support assembly of claim 17, wherein the supplementary component is overmolded onto the base component. 19. The support assembly of claim 17, wherein the region is further adapted for support of an imaging lens assembly at a certain position relative to the image sensor integrated circuit. 20. A support assembly for support of an optical element, the support assembly comprising: a base component;a supplementary component overmolded onto the base component;wherein the support assembly is adapted for securing in a certain position relative to a member external to the support assembly; andwherein the support assembly is adapted for interference fit with an optical element selected from the group consisting of a light emission optical element and a light receiving optical element;wherein the base component has a material hardness rating of greater than that of the supplementary component;wherein the interference fit is at least partially defined by the supplementary component; and wherein the supplementary component defines an interior surface adapted to encircle the optical element. 21. The support assembly of claim 20, wherein the support assembly is adapted for securing in a certain position relative a printed circuit board. 22. The terminal of claim 1 wherein the interior surface adapted to encircle the optical element is defined by a single piece of material. 23. The support assembly of claim 14 wherein the interior surface adapted to encircle the optical element is defined by a single piece of material. 24. The assembly of claim 14, wherein the supplementary component is of unitary construction. 25. The support assembly of claim 17, wherein the supplementary component is of unitary construction. 26. The support assembly of claim 20 wherein the interior surface adapted to encircle the optical element is defined by a single piece of material. 27. The support assembly of claim 20 wherein the supplementary component is of unitary construction.