CN201164270Y

CN201164270Y - Digital photo frame

Info

Publication number: CN201164270Y
Application number: CNU2008200923685U
Authority: CN
Inventors: 李志强
Original assignee: Innolux Shenzhen Co Ltd; Innolux Display Corp
Current assignee: Innolux Shenzhen Co Ltd; Innolux Corp
Priority date: 2008-02-29
Filing date: 2008-02-29
Publication date: 2008-12-17
Anticipated expiration: 2018-02-28

Abstract

The utility model relates to a digital picture frame which comprises a main body display part, a supporting frame used for supporting the main body display part, and a battery used for supplying the electricity for the main body display part. The battery is arranged in the supporting frame. The digital picture frame of the utility model arranges the battery in the supporting frame, and the disassembly is convenient when the battery is replaced. In addition, the space in the supporting frame is utilized fully, thereby effectively reducing the thickness of the main body display part of the digital picture frame.

Description

DPF

Technical field

The utility model relates to a kind of DPF.

Background technology

Usually, digital photo is stored in storage card, read-only optical disc or the PC, and can't be by direct viewing.Therefore, industry is developed a kind of DPF, and the user can store, show and share digital photograph by DPF.

Seeing also Fig. 1, is a kind of schematic perspective view of prior art DPF.This DPF 10 comprises a main body display part 17 and a support 16, and this support 16 supports this main body display part 17.

Seeing also Fig. 2, is the perspective exploded view of DPF shown in Figure 1.Frame 11, a liquid crystal panel 12, a battery 13, one drive circuit plate 14 and a back casing 15 before this main body display part 17 comprises one.Frame 11 and this back casing 15 cooperatively interact and accommodate this liquid crystal panel 12, this battery 13 and this drive circuit board 14 before being somebody's turn to do.

This battery 13 is arranged between this liquid crystal panel 12 and this drive circuit board 14.This battery 13 is connected with this drive circuit board 14 by a plurality of connecting lines (figure does not show) or flexible circuit board (figure does not show).

This back casing 15 comprises a connecting hole 151, and this connecting hole 151 is made up of a manhole 152 and two rectangular through-hole 153, and these two rectangular through-hole 153 are symmetricly set on the both sides of this manhole 152, and is connected with this manhole 152.

This support 16 comprises a curved baffle 161, by the support portion 162 and a holding section 163 of this curved baffle 161 extended bendings.This holding section 163 is arranged on a side of this curved baffle 161, and corresponding with the shape of this connecting hole 151.This holding section 163 comprises a circular convex body 165 and two rectangle convex bodys 164.These two rectangle convex bodys 164 are symmetricly set on the both sides of this circle convex body 165.These two rectangle convex bodys 164 are structure as a whole with this circle convex body 165.

The assembling process of this DPF 10 is as follows:

At first, this preceding frame 11 and this back casing 15 cooperatively interact and accommodate this liquid crystal panel 12, this battery 13 and this drive circuit board 14.Then, these connecting holes 151 are inserted in the holding section 163 of this support 16, and rotate to this rectangle convex body 164 and do not get final product with the position of this rectangular through-hole 153 is corresponding.At this moment, this holding section 163 is stuck in this connecting hole 151.

Yet this battery 13 is arranged on the inside of this main body display part 17, needs this main body display part 17 is taken apart when these battery 13 chargings or replacing, and the process of changing battery is comparatively loaded down with trivial details.And very easily touch this liquid crystal panel 12 and this drive circuit board 14 in the unloading process, and cause this DPF 10 to damage.In addition, this battery 13 is arranged in this main body display part 17, occupies the inner space of this main body display part 17, thereby increases the thickness of this DPF 10.

The utility model content

For the battery altering process that solves the prior art DPF is loaded down with trivial details, and battery occupies the problem of the main body display part of DPF than large space, is necessary to provide a kind of DPF that battery is convenient and the main body display part is thin of changing.

A kind of DPF, it support and one that comprises that a main body display part, is used to support this main body display part is used for the battery to this main body display part power supply.This battery is arranged in this support.

Compared with prior art, DPF of the present utility model is arranged on battery in its support, when changing battery, only needs removal bracket taking-up battery to get final product, and can avoid touching other element in the main body display part.In addition, the utility model is arranged on battery in the support, and is not arranged on the demonstration body interior, makes full use of the space of support, thereby effectively reduces the thickness of the main body display part of DPF.

Description of drawings

Fig. 1 is a kind of schematic perspective view of prior art DPF.

Fig. 2 is the perspective exploded view of DPF shown in Figure 1.

Fig. 3 is the perspective exploded view of the utility model DPF one better embodiment.

Fig. 4 is the three-dimensional enlarged diagram of first conducting strip shown in Figure 3.

Fig. 5 is the perspective exploded view of support shown in Figure 3.

Fig. 6 is the three-dimensional enlarged diagram of second conducting strip shown in Figure 5.

Fig. 7 is the schematic perspective view of support shown in Figure 5.

Fig. 8 is the schematic perspective view of DPF shown in Figure 3.

The specific embodiment

Seeing also Fig. 3, is the perspective exploded view of the utility model DPF one better embodiment.This DPF 20 comprises a main body display part 27, a support 26 and a battery 263.This support 26 is used to support this main body display part 27, and this battery 263 is arranged in this support 26, is used for to 27 power supplies of this main body display part.

This main body display part 27 comprises frame 21 before, a liquid crystal panel 22, one drive circuit plate 23, two first conducting strips 24 and back casings 25.Frame 21 and this back casing 25 cooperatively interact and accommodate this liquid crystal panel 22 and this drive circuit board 23 before being somebody's turn to do.This support 26 is a hollow structure.This first conducting strip 24 is to be made by elastic metallic material.

This back casing 25 comprises a connecting hole 251 and two snap openings 252.This connecting hole 251 is made up of a manhole 254 and two rectangular through-hole 255, and these two rectangular through-hole 255 are symmetricly set on the both sides of this manhole 254.These two rectangular through-hole 255 are connected with this manhole 254.These two snap openings 252 are symmetricly set on the both sides of this manhole 254.This first conducting strip 24 communicates with the external world by these two snap openings 252.

Seeing also Fig. 4, is the three-dimensional enlarged diagram of first conducting strip 24 shown in Figure 3.This first conducting strip 24 comprises two conductive base 241, two projections 242 and by these two conductive base 241 extended one first kink 244 and one second kinks 245 respectively.These two projections 242 are arranged between these two conductive base 241, and form a receiving space 243 between these two projections 242.The cross sectional shape of this projection 242 is rectangles.

Seeing also Fig. 5, is the perspective exploded view of support 26 shown in Figure 3.This support 26 comprises a protecgulum 261, a bonnet 262, a battery 263 and two second conducting strips 264.This second conducting strip 264 is to be made by elastic metallic material.This protecgulum 261 and this bonnet 262 shapes are corresponding, and cooperatively interact and accommodate this battery 263.This protecgulum 261 comprises that a curved baffle 265, a holding section 267 reach by these curved baffle 265 extended support portions 260.This holding section 267 is arranged on a side of this curved baffle 265, and corresponding with the shape of this connecting hole 251.This curved baffle 265 comprises two snap openings, 252 corresponding two rectangular apertures 266 with this back casing 25.

This holding section 267 comprises a circular convex body 2671 and two rectangle convex bodys 2672.These two rectangle convex bodys 2672 are symmetricly set on the both sides of this circle convex body 2671.These two rectangle convex bodys 2672 are structure as a whole with this circle convex body 2671.

This bonnet 262 is one to have the framework of installation structure, and it comprises an arc framework (indicating) and by the support frame (indicating) of the extended bending of this arc framework.This arc framework is corresponding with the curved baffle 265 of this protecgulum 261, and this support frame is corresponding with the support portion 260 of this protecgulum 261.This bonnet 262 comprises and is arranged on two convex bodys 268 in this arc framework and is arranged on a plurality of card posts 269 in this support frame.These two convex bodys 268 are corresponding with two rectangular apertures 266 of the preceding frame 261 of this support, and it highly is slightly less than the thickness of this bonnet 262.On these two convex bodys 268 screw is set respectively.This card post 269 is used for fixing this battery 263.

Seeing also Fig. 6, is the three-dimensional enlarged diagram of second conducting strip 264 shown in Figure 5.This second conducting strip 264 comprises that a conductive base 2641, a projection 2642 reach two ends extended one first kink 2643 of difference and one second kink 2644 by this conductive base 2641.The cross sectional shape of this projection 2642 is rectangles, and this projection 2642 is corresponding with the receiving space 243 of this first conducting strip 24.This projection 2642 is with these conductive base 2641 separated into two parts, and wherein long part comprises a screw (not indicating), and this screw is corresponding with the screw of the convex body 268 of this bonnet 262.

The back casing 25 of this DPF 20 is as follows with the assembling process of this support 26:

At first, two of each first conducting strip 24 projections 242 are inserted in the snap openings 252 of this back casing 25.Then, by screw these two first conducting strips 24 are fixed on (figure does not show) on this back casing 25.Then, this first conducting strip 24 is connected with this drive circuit board 23 by lead.So far, finish the assembling of this back casing 25 and this first conducting strip 24.

These two second conducting strips 264 are fixed in two convex bodys 268 of the bonnet 262 of this support 26 by screw.This battery 263 is arranged in the framework of this bonnet 262, by a plurality of card posts 269 location.The both positive and negative polarity of this battery 263 is connected with this second conducting strip 264 by lead respectively.The projection 2642 of this second conducting strip 264 is inserted the rectangular aperture 266 of these protecgulums 261, run through this rectangular aperture 266 after, the part of this projection 2642 is positioned at the outside of the curved baffle 265 of this protecgulum 216, promptly with this holding section 267 in the same side.This protecgulum 261 locks by screw with this bonnet 262.So, finish the assembling of this support 26, the schematic perspective view that its assembling finishes as shown in Figure 7.

The connecting hole 251 and the rotation of this back casing 25 inserted in the holding section 267 of this support 26, makes two rectangular apertures 266 of this protecgulum 261 relative with two snap openings 252 of this back casing 25.Simultaneously, this holding section 267 is stuck in the manhole 253 of connecting hole 251 of this back casing 25, and at this moment, this rectangle convex body 2672 is not corresponding with this rectangular through-hole 255.The exposed portions serve that the projection 2642 of this second conducting strip 264 runs through behind this rectangular aperture 266 snaps in the receiving space 243 of this first conducting strip 24.The schematic perspective view that these DPF 20 assemblings finish as shown in Figure 8.

Compared with prior art, the battery 263 of DPF 20 of the present utility model is arranged in this support 26.It is convenient that this DPF 20 is changed battery, only needs to get final product by taking out battery in this support 26.And make full use of the space of this support 26, reduced the thickness of the main body display part 27 of this DPF 20, and then reduce the thickness of this DPF 20.

It is described that the utility model is not limited to above-mentioned embodiment, also can replace with lead or other conducting element as this first conducting strip 24 and this second conducting strip 264, as long as contact is good, this battery 263 got final product with these drive circuit board 23 conductings.

Claims

1. DPF, it support and one that comprises that a main body display part, is used to support this main body display part is used for the battery to this main body display part power supply, and it is characterized in that: this battery is arranged in this support.

2. DPF as claimed in claim 1 is characterized in that: this main body display part comprises a housing and at least one first conducting strip.

3. DPF as claimed in claim 2 is characterized in that: this first conducting strip comprises two projections, forms a receiving space between these two projections.

4. DPF as claimed in claim 3 is characterized in that: this housing comprises at least one snap openings, and two projections of this first conducting strip are inserted in this snap openings.

5. DPF as claimed in claim 4 is characterized in that: this support comprises at least one second conducting strip, and this second conducting strip is connected by lead with this battery.

6. DPF as claimed in claim 5 is characterized in that: this second conducting strip comprises a projection, and this projection correspondence is contained in the receiving space of this first conducting strip.

7. DPF as claimed in claim 6 is characterized in that: this support also comprises a protecgulum and a bonnet, and this protecgulum matches with this bonnet and accommodates this battery, and this second conducting strip is arranged on this bonnet.

8. DPF as claimed in claim 7 is characterized in that: this support protecgulum comprises at least one opening, and the projection of this second conducting strip runs through this opening.

9. DPF as claimed in claim 2 is characterized in that: this main body display part comprises the one drive circuit plate, and this drive circuit board is connected with this first conducting strip by lead.

10. DPF as claimed in claim 2 is characterized in that: this housing comprises a connecting hole, and this support comprises a holding section, and this holding section is arranged at this support one side, and corresponding with the connecting hole of this housing.