CN100460292C

CN100460292C - Universal bearing device

Info

Publication number: CN100460292C
Application number: CNB2005100087345A
Authority: CN
Inventors: 蔡文雄
Original assignee: Asia Optical Co Inc
Current assignee: Asia Optical Co Inc
Priority date: 2005-02-24
Filing date: 2005-02-24
Publication date: 2009-02-11
Anticipated expiration: 2025-02-24
Also published as: CN1824588A

Abstract

The invention discloses a universal bearing device, which comprises a base body, a first positioning sheet detachably fixed on a first surface of the base body, and a second positioning sheet arranged opposite to the first positioning sheet and detachably fixed on a second surface of the base body. The base body is provided with a plurality of bearing holes penetrating through the first surface and the second surface, the first positioning sheet and the second positioning sheet are respectively provided with a plurality of first holes and second holes corresponding to the bearing holes, and the circle diameters of the first holes and the second holes are smaller than the inner diameter of the bearing holes. Therefore, after the plurality of optical lenses are placed in the bearing holes of the base body, the first positioning sheet and the second positioning sheet can be used for sealing to obtain limiting.

Description

Universal carrying device

Technical field

The present invention relates to a kind of device that bears of eyeglass, particularly relate to a kind of recyclable reusable universal carrying device.

Background technology

General optical mirror slip manufacturer, after the optical mirror slip moulding, can carry out the plated film operation to optical mirror slip again, the upright manufacturer place of desire group just can be packed and be transported to optical mirror slip after plated film is finished, and for convenience in handover, optical mirror slip all can be seated in the bogey in the process of carrying out plated film, packing, transporting, and damages to avoid optical lens surface.

As shown in Figure 1, existing a kind of bogey that is used for most optical mirror slips 1 of splendid attire, include a drain pan spare 2 and and cover lid 3 on this drain pan spare 2, this drain pan spare 2 have one first end face 201, one and first depressed part 203 that is arranged with by this first end face 201 of first bottom surface 202 of these first end face, 201 opposing settings, most and most connect circle footpath to perforation 204, the first depressed parts 203 of this first depressed part 203 greater than perforation 204 by this first bottom surface 202 respectively.This lid 3 has one second end face 301, one and second bottom surface 302 of these second end face, 301 opposing settings, most second depressed part 303 and most perforation 304 that connected to this second depressed part 303 by this second end face 301 respectively that are arranged with by this second bottom surface 302.

As shown in Figure 2, after optical mirror slip 1 is seated in first depressed part 203 of this drain pan spare 2, can again this lid 3 be covered on this drain pan spare 2, and make that first and second depressed part 203,303 can be to synthetic most the bearing holes 4 that optical mirror slip 1 is located by clamping.

Though, but this bogey bearing optical eyeglass 1, and can carry out plated film, operation such as pack, transport, still have following disappearance in the use:

One, more as shown in Figure 2, because this drain pan spare 2 is to utilize plastic material to make with this lid 3, can be in forming process because buckling deformation, and make when this lid 3 covers on this drain pan spare 2, be easy to generate the gap between this first end face 201 and second bottom surface 302, when excessive clearance, cause easily that optical mirror slip 1 produces, upset even drop out, and make optical mirror slip 1 surface easily by scratch or bad phenomenon such as plated film efficient range deficiency is arranged.

Two, this optical mirror slip 1 mostly is applicable to the phtographic lens of mobile phone, and optical mirror slip 1 size that each mobile phone is arranged in pairs or groups is also incomplete same, with regard to regard to present mobile phone machine renewal speed, bogey also can't be common to the optical mirror slip 1 in preliminary dimension gap scope, will cause the waste of the die cost of making bogey.

Three, bogey is with this drain pan spare 2 and these lid 3 involutory formation, and whole spent material is more, volume is bigger, and cost is higher.

Four, the bogey behind the plated film, on first bottom surface 202 of this drain pan spare 2, lid 3, second end face 301, can adhere to the layer of metal film, therefore this drain pan spare 2 and this lid 3 can't reclaim and re-use, and can't reduce the demand that the packing consumptive material becomes and do not meet environmental protection.

Summary of the invention

The object of the present invention is to provide a kind of universal carrying device, it is applicable to the multiple optical mirror slip in the splendid attire preliminary dimension gap scope and can makes partly member recycling after going through plated film.

Universal carrying device of the present invention, be suitable most the optical mirror slips that hold, this bogey comprises a matrix, and is first spacer that is installed in removably on this matrix and one and the opposing setting of this first spacer and be second spacer that is installed in removably on this matrix.This matrix is to be tabular, and have a first surface, one and the second surface of the opposing setting of this first surface and most run through this first and second surperficial bearing hole.This first spacer is to be on the first surface that is installed in this matrix removably, and has most first holes corresponding to the bearing hole, and the circle footpath of first hole is less than the internal diameter in bearing hole and the external diameter of optical mirror slip.This second spacer is to be opposing setting with this first spacer and to be on the second surface that is installed in this matrix removably, and has most second holes corresponding to the bearing hole, and the circle footpath of second hole is less than the internal diameter in bearing hole and the external diameter of optical mirror slip.

Whereby, the circle footpath of first and second hole that utilizes this first and second spacer is less than the external diameter effect of the internal diameter and the optical mirror slip in bearing hole, be to make optical mirror slip steadily be contained in the bearing hole, and can make the purpose that optical mirror slip utilizes this bogey integral body to reach plated film, pack, transport.

Description of drawings

The present invention is described in detail below in conjunction with drawings and Examples:

Fig. 1 is the combination generalized section of existing a kind of bogey;

Fig. 2 is that this kind bogey produces the gap because of shaping and deformation and causes optical mirror slip to produce the bevelled scheme drawing;

Fig. 3 is the three-dimensional exploded view of a preferred embodiment of the present invention;

Fig. 4 is the combination generalized section of the above-mentioned preferred embodiment of the present invention;

Fig. 5 is the distortion scheme drawing of the above-mentioned preferred embodiment of the present invention, illustrates that a matrix produces flexure deformation because of moulding, but does not still have the gap between first and second spacer and this matrix;

Fig. 6 is the stacked scheme drawing of the above-mentioned preferred embodiment of the present invention, and illustrating can a nested distance piece between two matrixes.

The specific embodiment

As shown in Figures 3 and 4, universal carrying device preferred embodiment of the present invention, be suitable most the optical mirror slips 100 that hold, aforementioned optical mirror slip 100 respectively has an outer diameter D 1 and less than the light active coils of this outer diameter D 1 footpath D2, and this bogey comprises a matrix 10, and is first spacer 20 that is installed in removably on this matrix 10, one and this first spacer, 20 opposing settings and be second spacer 30 that is installed in removably on this matrix 10.

This matrix 10 is to make the rectangular flat shape with polycarbonate material (PC), and have a first surface 11, one and second surface 12 and most the bearing holes 13 of running through this first and

second surface

11,12 of this first surface 11 opposing settings, and define aforementioned bearing hole 13 and respectively have an inner diameter d 1 greater than optical mirror slip 100 outer diameter D 1.The periphery on this first and

second surface

11,12 is to be step shape, that is to say, this first and

second surface

11,12 respectively has first and second planar portions 111,121 and a ring and is located at outside and first and second ring shoulder 112,122 that caved inward by this first and second planar portions 111,121 of this first and second planar portions 111,121, has a h highly between this first and second ring shoulder 112,122 and this first and second planar portions 111,121.

First spacer 20 of present embodiment be adopt heat be cemented in glued membrane on first planar portions 111 of this matrix 10, and in successive process, can on this matrix 10, tear off.This first spacer 20 has most first holes 21 corresponding to bearing hole 13, and the circle footpath d2 of each first hole 21 is less than the inner diameter d 1 in bearing hole 13 and the outer diameter D 1 of optical mirror slip 100, but greater than the light active coils footpath D2 of optical mirror slip 100.

This second spacer 30 be to be opposing setting with this first spacer 20 and be adopt can heat be cemented in glued membrane on second planar portions 121 of this matrix 10, in successive process, can on this matrix 10, tear off.This second spacer 30 has most second holes 31 corresponding to bearing hole 13, and the circle footpath d2 of each second hole 31 is less than the inner diameter d 1 in bearing hole 13 and the outer diameter D 1 of optical mirror slip 100, but greater than the light active coils footpath D2 of optical mirror slip 100.

Again as shown in Figure 4, before desire is put into optical mirror slip 100 in the bearing hole 13 of this bogey, be earlier these first spacer, 20 heat on first planar portions 111 that is cemented in this matrix 10, again optical mirror slip 100 is inserted in the bearing hole 13, again these second spacer, 30 heat on second planar portions 121 that is cemented in this matrix 10 at last, this is first years old, two

spacers

20,30 first, two

holes

21,31 corresponding to bearing hole 13, utilize first, two

holes

21,31 circle footpath d2 is less than the inner diameter d 1 in bearing hole 13 and the outer diameter D 1 of optical mirror slip 100, optical mirror slip 100 is subjected to the support of this first spacer 20 and stopping of this second spacer 30, just can obtain the location, and can reach packing, transport purpose.And also utilize the effect of the circle footpath d2 of first and

second hole

21,31, can make optical mirror slip 100 reach the plated film purpose through first and

second hole

21,31 greater than the light active coils footpath light D2 of optical mirror slip 100.

When passing through the plated film operation and be transported to the place of desire assembling optical mirror slip 100, this second spacer 30 need only be removed, and after taking out optical mirror slip 100 in regular turn, just this first spacer 20 also can be removed on first planar portions 111.Therefore, even the surface of this first and

second spacer

20,30 can attach metallic film after going through the plated film operation, but after this first and

second spacer

20,30 is removed, these matrix 10 recyclable utilizations again, not only can effectively save the loading material cost, and quite meet the demand of environmental protection.

And for example shown in Figure 5, even this matrix 10 can produce flexure deformation when making shaping, but because this first and second spacer the 20, the 30th is film like, so this first and second spacer the 20, the 30th is no gap with first and

second surface

11,12 of this matrix 10 and pastes and touch, the polarization that makes optical mirror slip 100 be placed in the bearing hole 13 is good.

Moreover, as shown in Figure 6, when matrix 10, first spacer 20 and second spacer of assembly being finished when desire 30 is longitudinally stacked, be between two matrixes 10, to place a distance piece 40, this distance piece 40 is to be the hollow ring round and to have a thickness t, and this thickness t is greater than the summation of the thickness of this height twice 2h and this first and second spacer 20,30.When this distance piece 40 is set between first and second ring shoulders 112,122 of two neighbouring matrixes 10, can make first and

second surface

11,12 of vertically stacked matrix 10 and first and second

relative spacer

20,30 produce interval actions.

Therefore, but bogey of the present invention bearing optical eyeglass 100 not only, and can carry out plated film, operation such as pack, transport, also have following advantage:

One, as shown in Figure 4, utilize between this first and

second spacer

20,30 and the matrix 10 that smooth subsides are touched, zero-lash effect, optical mirror slip 100 can not produce inclination, overturns or drop out, and optical mirror slip 100 can keep preferred positioning, the surface is not easy by scratch, the plated film efficient range is also enough, can reduce fraction defective.

Two, though optical mirror slip 100 sizes that each mobile electronic device is arranged in pairs or groups are incomplete same, but but the different optical eyeglass 100 in the 13 splendid attire preliminary dimension gap scopes of bearing hole, cooperate again this first, two

spacers

20,30 provide spacing, barrier effect, also can guarantee the polarization of optical mirror slip 100, thus, this matrix 10 utilizes inner diameter d 1 cooperation in bearing hole 13 to have first of different circles footpath d2, two

holes

21,31 first, two

spacers

20,30, just, can reduce the waste of the die cost of making matrix 10 applicable to the optical mirror slip 100 of multiple dimensions.

Three, bogey is that set has this first and

second spacer

20,30 on this matrix 10, and whole spent material is less, volume is less, and cost is lower.

Four, the bogey behind the plated film, though the layer of metal film can be adhered in the surface at this first and

second spacer

20,30, but because this first and

second spacer

20,30 is peelable, and these matrix 10 recyclable re-using, the demand that can reduce the packing timber cost and meet environmental protection compared.

Claims

1. A general-purpose carrying device is suitable for accommodating a plurality of optical lenses, and the carrying device includes a substrate, which is characterized in that:

The substrate is in the shape of a flat plate, and has a first surface, a second surface opposite to the first surface, and a plurality of receiving holes penetrating the first and second surfaces;

The carrier also includes:

A first positioning piece is fixed on the first surface of the base body and has a plurality of first holes corresponding to the receiving holes, the diameter of each first hole is smaller than the inner diameter of each receiving hole and the outer diameter of each such optical lens; and

A second positioning piece is arranged opposite to the first positioning piece and is detachably fixed on the second surface of the base body, and has a plurality of second holes corresponding to the receiving holes, each The diameter of the second hole is smaller than the inner diameter of each receiving hole and the outer diameter of each optical lens.

2. The universal carrying device according to claim 1, wherein the base body is made of polycarbonate.

3 . The universal carrying device according to claim 1 , wherein the first and second positioning pieces are adhesive films bonded to the substrate by thermal bonding. 4 .

4. The universal carrying device as claimed in claim 1, wherein the first and second surfaces of the base body are stepped, and each has a plane portion and a ring arranged outside the plane portion and formed by the plane portion There is a height between the ring shoulder and the plane part, and the carrying device also includes a spacer set in one of the ring shoulders, the spacer is a hollow ring It is ring-shaped and has a thickness greater than the sum of twice the height and the thicknesses of the first and second positioning pieces.

5 . The universal carrying device as claimed in claim 1 , wherein each of the aforementioned optical lenses has an optical effective circle diameter, and the circle diameters of each of the first hole and the second hole are respectively larger than the optical effective circle diameter. 6 .