CN201017668Y

CN201017668Y - Thin Display Structure

Info

Publication number: CN201017668Y
Application number: CNU2007200026596U
Authority: CN
Inventors: 许辉雄
Original assignee: Amtran Technology Co Ltd
Current assignee: Amtran Technology Co Ltd
Priority date: 2007-01-24
Filing date: 2007-01-24
Publication date: 2008-02-06
Anticipated expiration: 2017-01-24

Abstract

The utility model discloses a thin type display structure, it is including a host computer casing, two at least combination covers of locating host computer casing bottom and two at least horizontal width are close to the supporting seat of host computer casing thickness, wherein, the supporting seat is installed in combination covers with rotatable mode, make the supporting seat can rotate and have one for the host computer casing and hide the collection position of going into the host computer casing and one stretch out the support position outside the host computer casing, at the collection position, thin type display can be received in a packing box or hang and arrange a wall in on, at support position, thin type display can stand on a plane.

Description

The thin display structure

Technical field

The utility model relates to a kind of display device structure, particularly relates to a kind of thin display structure with rotatable supporting seat.

Background technology

As LCD TV (LCD TV) or plasma television thin displays such as (PDP TV), than traditional crt display (CRT DISPLAY),, institute lightly ultra-thin except external form takes up space and lacks, also having can external computing machine, can connect multiple functions such as audio-visual household electrical appliances, therefore, thin display has almost become the standard outfit of present digital home.

Thin display is typically provided with a runners, in order to support that thin display is positioned on the cabinet for TV, the area of runners is usually greater than the thickness of thin display, stand on the cabinet for TV with firm support thin display, at present thin display developed into fifties o'clock from tens o'clock or even seventy or eighty the time, the size that is to say thin display is done bigger and bigger, and in order firmly to support thin display, the volume of relative runners also and then strengthens the steadiness that increases its support.

The runners of known thin display has the design that is directly fixed on the display bottom, also having can be from the design of display bottom disassembly and assembly, it no matter is fixed or disassembled type, because runners has occupied certain volume, for manufacturing manufacturer, the extranal packing box of thin display need be considered the volume of taking in runners, therefore the volume of required packing case is many greater than thin display usually, yet only increase the required volume of packing case for runners can be taken in, bigger cargo space will be occupied, in a fixing cargo space (as a standard counter), the quantity of being loaded will reduce relatively, will increase transportation cost like this.

Have again, thin display is except that can being positioned on the cabinet for TV at present, because its body thinner thickness, therefore also can directly be placed on the indoor metope, but if the user adopts the mode that is placed on the metope, the runners that originally is arranged at thin display just must be pulled down, and looks for the place to collect runners in addition, also can bring inconvenience to the user.

Summary of the invention

The purpose of this utility model is to provide a kind of thin display structure with rotatable runners, the runners that solves thin display in the above-mentioned known technology will increase packaging space, and then increased transportation cost, and if thin display is placed on the metope, must pull down runners, to problems such as user and inconveniences.

To achieve these goals, the utility model provides a kind of thin display structure, includes a host machine casing, at least two combined covers and at least two support seats, and wherein, host machine casing is in order to coat a display panel.Two combined covers are arranged at inside, host machine casing bottom, and wherein a combined cover includes a room, are provided with an elastic arm in room wall one side, and are provided with a stop block at room internal face apical margin, and combined cover also is provided with an axis hole that is communicated in room.And wherein a supporting seat includes a horizontal wide chassis that is comparable to host machine casing thickness and and extends and mate the guide pillar that is sheathed on room from the chassis end face, guide pillar has two barricades that can be resisted against stop block, and more than one corresponding to the catching groove of elastic arm, supporting seat also is provided with an open-work that is communicated in chassis and guide pillar, and an axostylus axostyle wears axis hole and open-work and makes supporting seat be located at combined cover in rotatable mode, and be connected to barricade at stop block, and when elastic arm was snapped in catching groove, supporting seat had and conceals the Support Position that stretches out in host machine casing into the favorite places and of main frame casing.

According to thin display structure provided by the utility model, its supporting seat adopts rotatable design, for manufacturing manufacturer, finishes when casing in manufacturing, supporting seat can be concealed in the bottom of host machine casing, from in appearance, supporting seat can't protrude from outside the thin display, and the selection of packing case is except that the fender of necessity, can approach the volume of thin display, and then the quantity that can load in the increase cargo space, promote conevying efficiency, to reduce packing cost and transportation cost.Have again, support the rotation of seat to only depend on manual operation to get final product, need not other tool piece, when the user will be placed in thin display on the metope, also can directly rotate supporting seat, and supporting seat need not be pulled down, it is quite easy to operate.

Below in conjunction with the drawings and specific embodiments the utility model is described in detail, but not as to qualification of the present utility model.

Description of drawings

Fig. 1 is the three-dimensional exploded view of the utility model first embodiment thin display;

Fig. 2 A is the cut-open view of the utility model first embodiment combined cover;

Fig. 2 B is the vertical view of the utility model first embodiment combined cover;

The position view of combined cover and guide pillar when Fig. 3 is positioned at favorite places for the utility model first embodiment supporting seat;

Supporting seat was located at the synoptic diagram of combined cover when Fig. 4 was positioned at favorite places for the utility model first embodiment supporting seat;

Fig. 5 is accommodated in the side view of packing case for the utility model first embodiment thin display;

Fig. 6 is placed in the side view of metope for the utility model first embodiment thin display;

Fig. 7 A is that the utility model first embodiment supporting seat is positioned at favorite places and conceals vertical view into the main frame casing;

Fig. 7 B is that the utility model first embodiment supporting seat is positioned at the vertical view that host machine casing is stretched out in the Support Position;

Fig. 8 stands on the synoptic diagram of desktop for the utility model first embodiment thin display;

The position view of combined cover and guide pillar when Fig. 9 is positioned at the Support Position for the utility model first embodiment supporting seat;

Figure 10 is the three-dimensional exploded view of the utility model second embodiment thin display;

Figure 11 A is the three-dimensional exploded view of the utility model the 3rd embodiment thin display;

Figure 11 B is the utility model the 3rd embodiment diagrammatic cross-section;

Figure 12 is the three-dimensional exploded view of the utility model the 4th embodiment thin display;

Figure 13 is the three-dimensional exploded view of the utility model the 5th embodiment thin display.

Wherein, Reference numeral:

100 thin displays

200 host machine casings

202 through holes

210 holders

211 junction surfaces

213 reference columns

300 combined covers

301 axis holes

310 oblique cone portions

320 clamping parts

321,321a, 321b, 321c, 321d elastic arm

322,322a, 322b, 322c, 322d locating piece

323 stop blocks

330 rooms

340 catch

341 perforation

350 breach

500 supporting seats

501 open-works

510 chassis

511c, 511d locating ring

520 guide pillars

521 shaft portions

522 guidance parts

523 barricades

524,524b, 524c, 524d first catching groove

525,525b, 525c, 525d second catching groove

600 lock part

700 axostylus axostyles

800 desktops

900 packing cases

The 900A metope

The P1 favorite places

The P2 Support Position

Embodiment

According to thin display structure disclosed in the utility model, wherein, thin display refers to displays such as LCD TV, plasma television, and best applications of the present utility model is the large scale thin display.

Please refer to Fig. 1, and in conjunction with reference to figure 2A, Fig. 2 B, Fig. 3 and Fig. 6, the thin display structure 100 of the utility model first embodiment, it includes host machine casing 200, combined cover 300 and supporting seat 500.Wherein, host machine casing 200 is in order to coat a display panel (not shown), and display panel is available for users to watch image, so host machine casing 200 coats and the protection display panel.In addition, host machine casing 200 corresponding combined covers 300 and be provided with through hole 202 at bottom place stretch through for supporting seat 500.Host machine casing 200 is provided with holder 210 corresponding to through hole 202 and at the adjacent wall surface place of bottom, holder 210 also includes junction surface 211 and is positioned at the reference column 213 of junction surface 211 2 ends with several, and each reference column 213 can wear for locking part 600, to set firmly combined cover 300 in holder 210.

Combined cover 300 is arranged at inside, host machine casing 200 bottom, oblique cone portion 310 and the clamping part 320 that extends from oblique cone portion 310 that it includes the bore convergent, make combined cover 300 from appearance for stepped, and be a two-part structure.In addition, combined cover 300 includes room 330, room 330 is formed with the internal face of clamping part 320 by oblique cone portion 310, internal face one side at clamping part 320 is extended with elastic arm 321, elastic arm 321 1 ends are provided with the locating piece 322 that extends to room 330, and clamping part 320 internal face apical margins then protrude out and are provided with stop block 323.Combined cover 300 also is provided with an axis hole 301 that is communicated in room 330, wears for axostylus axostyle 700.In addition, combined cover 300 also is provided with two catch 340, and each catch 340 is provided with several perforation 341 corresponding to reference column 213, lock part 600 for several and wear, and each catch 340 extends to the outside wall surface of clamping part 320 from oblique cone portion 310 outside wall surface.

Supporting seat 500 includes a horizontal wide chassis 510 and that is comparable to host machine casing 200 thickness, and 510 end faces extend and mate the guide pillar 520 that is sheathed on room 330 from the chassis, wherein, supporting seat 500 horizontal wide is comparable to that host machine casing 200 thickness refer to chassis 510 horizontal widely is slightly less than, is equal to or be slightly larger than host machine casing 200 thickness, but can satisfy the condition that can support host machine casing 200, at this, will be application examples with the horizontal wide thickness that is slightly less than host machine casing 200 on chassis 510; Chassis 510 is long rectangle in addition, but shape is not as limit.Chassis 510 can be supported host machine casing 200 and stand on the

desktop

800, and 510 bottom surface has suitable friction force on the chassis, so that host machine casing 200 is by firm support.

The structure outward appearance of guide pillar 520 corresponding coupling combined covers 300 and stepped two-part structure, it includes the shaft portion 521 and the guidance part 522 that extends from shaft portion 521 of bore convergent.Guide pillar 520 has two barricades 523 that can be resisted against stop block 323 at the end face of guidance part 522, and can be for 322 buckles of locating piece of elastic arm 321 corresponding to first catching groove 524 of elastic arm 321 and second catching groove, 525, the first catching grooves 524 and second catching groove 525.And the angle of two barricades 523 can be established according to demand, for example is 90 degree, and the position of catching groove and number also can establish according to demand, and at this, the number of catching groove is two, but not as limit.In addition, supporting seat 500 also is provided with an open-work 501 that is communicated in chassis 510 and guide pillar 520, wears for axostylus axostyle 700.

Be noted that, the number of combined cover 300 cooperates the number of supporting seat 500, and the number of supporting seat 500 must be able to satisfy the minimum number that supports host machine casing 200 weight and reach balance, its number is at least two, at this, supporting seat 500 numbers of the present utility model are two, and the number of combined cover 300 also should be two mutually, but support the number of seat 500, combined cover 300 not exceed with two, its number can be more than two.

Please continue with reference to figure 1, and combination is with reference to figure 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 A, Fig. 7 B and Fig. 8, during assembling, combined cover 300 is placed through hole 202 peritremes, so that the oblique cone portion 310 of combined cover 300 fits in the junction surface 211 of holder 210, simultaneously, each reference column 213 of the 341 secured in alignment seats 210 of respectively boring a hole on the catch 340, lock part 600 wear respectively bore a hole 341 with each reference column 213 in, make combined cover 300 be fixedly arranged on the holder 210 and can be linked to host machine casing 200.Then, the guide pillar 520 of supporting seat 500 is inserted into the room 330 of combined cover 300, at this moment, stop block 323 is resisted against between guidance part 522 end faces two barricades 523, and the locating piece 322 of elastic arm 321 is resisted against the periphery of guidance part 522 end faces, wear open-work 501 and axis hole 301 with axostylus axostyle 700 again, and make supporting seat 500 be located at combined cover 300 in rotatable mode, supporting seat 500 just can be linked to host machine casing 200 by combined cover 300, and supporting seat 500 can be with respect to host machine casing 200 rotations.

For example, supporting seat 500 can be with respect to host machine casing 200 rotation to conceal in host machine casing 200, and supporting seat 500 is positioned at favorite places P1, from appearance, supporting seat 500 can't protrude from thin display 100, and thin display 100 can be accommodated in packing case 900 or be placed on the metope 900A.Perhaps, supporting seat 500 stretches out in host machine casing 200 with respect to host machine casing 200 rotations, and supporting seat 500 just is positioned at Support Position P2, so that thin display 100 stands on the desktop 800.Must explanation be no matter each supporting seat 500 is rotated to conceal in host machine casing 200 or the sense of rotation of stretching out host machine casing 200, two supporting seats 500 is same direction, so that rotation.As for when two supporting seats 500 have concealed into main frame casing 200, rotate two supporting seats 500 in a clockwise direction, just supporting seat 500 stretches out in host machine casing 200 (shown in Fig. 7 A and Fig. 7 B).Certainly supporting seat also can be designed to the different directions rotation.

Refer again to Fig. 3, Fig. 5, Fig. 6, Fig. 8 and Fig. 9, because the horizontal wide thickness that is slightly less than host machine casing 200 on chassis 510, therefore, when thin display 100 will be accommodated in packing case 900, rotatable each supporting seat 500 of user, so that stop block 323 is resisted against a wherein barricade 523, and the locating piece 322 of elastic arm 321 is when being snapped in first catching groove 524, supporting seat 500 conceals into being fixed in host machine casing 200, just is positioned at favorite places P1.So, side from thin display 100, in the time of in thin display 100 is incorporated in packing case 900, supporting seat 500 horizontal wide because of being slightly less than the thickness of host machine casing 200, therefore, packing case 900 adds necessary fender except needs, in order to absorb outside the bump of external force to thin display 100, the width design of packing case 900 is a reference data with the thickness of host machine casing 200, to be designed to volume near host machine casing 200, packing case 900 volumes just can significantly dwindle, and are beneficial to transportation.

In addition, when supporting seat 500 was positioned at favorite places P1, thin display 100 was except can being incorporated in packing case 900, and the user can also be placed in thin display 100 on the metope 900A.Because supporting seat 500 has concealed in host machine casing 200, and no longer is to protrude from host machine casing 200, and need not take off from main frame casing 200.From in appearance, the bulk shape of thin display 100 seems more consistent, and is visually also comparatively comfortable, and makes things convenient for the user to hang with thousand meaning angle position.

In addition, when thin display 100 will be seated in desktop 800, the user can rotate each supporting seat 500 again, so that stop block 323 is resisted against a wherein barricade 523, and when the locating piece 322 of elastic arm 321 is snapped in second catching groove 525, supporting seat 500 promptly stretches out host machine casing 200, and supporting seat 500 is positioned at Support Position P2, and supporting seat 500 just can make thin display 100 surely stand on the desktop 800.And when the user rotates supporting seat 500,500 revolvable angles of supporting seat depend on the angle of two barricades 523, that is to say, the user rotates supporting seat 500, make two barricades 523 be subjected to respectively stop block 323 against the time, the user can't continue to rotate supporting seat 500 more in the same direction, like this, just can limit the rotating range of supporting seat 500.But because the user still can rotate in the opposite direction, make supporting seat 500 can't be completely fixed in favorite places P1 or Support Position P2, therefore, positioning means design by elastic arm 321, first catching groove 524 and second catching groove 525, rotate supporting seat 500 the user, make when stop block 323 is resisted against each barricade 523, locating piece 322 is fastened on first catching groove 524 or second catching groove 525 simultaneously, with the prompting user, allow the user learn that supporting seat 500 has arrived favorite places P1 or Support Position P2.

The localization method elastic arm 321 that first embodiment is provided is located on the combined cover 300, first catching groove 524 and second catching groove 525 are arranged on the supporting seat 500, just elastic arm 321 is arranged on the fixed combined cover 300, and first catching groove 524 and second catching groove 525 are arranged on the rotatable supporting seat 500.But according to thin display structure provided by the utility model, localization method is not limited to above-mentioned first embodiment, as elastic arm 321 being arranged at other position on the host machine casing 200, first catching groove 524 and second catching groove 525 are arranged at other position on the supporting seat 500, or elastic arm 321, first catching groove 524 and second catching groove 525 be inverted mutually, all can realize location of the present utility model purpose.Please further with reference to second embodiment of the present utility model, the 3rd embodiment, the 4th embodiment and the 5th embodiment.

As shown in figure 10, be thin monitor structure second embodiment disclosed in the utility model, the structure of second embodiment is roughly identical with first embodiment, and the elastic arm 321a of different is second embodiment is located on the host machine casing 200 but not combined cover 300 places.Wherein, elastic arm 321a extends corresponding to combined cover 300 upper edges from main frame casing 200, and corresponding to breach 350 places of supporting seat 500, elastic arm 321a front end is provided with locating piece 322a corresponding to indentation, there, and locating piece 322a can be inserted in the breach 350.Must the explanation be, elastic arm 321a also can be located on the holder 210, at this, directly being located at host machine casing 200 with elastic arm 321a is application examples.

When being adjusted to favorite places P1 or Support Position P2 when supporting seat 500 rotations, the locating piece 322a of elastic arm 321a also can buckle first catching groove 524 and second catching groove 525.

Shown in Figure 11 A, Figure 11 B, be thin monitor structure the 3rd embodiment disclosed in the utility model, the structure of the 3rd embodiment is roughly identical with second embodiment, and the elastic arm 321b of different is the 3rd embodiment is located at through hole 202 places of host machine casing 200.Wherein, elastic arm 321b is from through hole 202 places of main frame casing 200, and be provided with locating piece 322b in elastic arm 321b front end, because 202 of through holes are in the bottom of host machine casing 200, so guidance part 522 bottoms of supporting seat 500 are provided with the first catching groove 524b and the second catching groove 525b.When supporting seat 500 is sheathed on combined cover 300, elastic arm 321b is just corresponding to guidance part 522, same, when being adjusted to favorite places P1 or Support Position P2 when supporting seat 500 rotations, the locating piece 322b of elastic arm 321b also can the buckle first catching groove 524b and the second catching groove 525b.

As shown in figure 12, be thin monitor structure the 4th embodiment disclosed in the utility model, the structure of the 4th embodiment is roughly identical with the 3rd embodiment, and it just is opposite with the first catching groove 524c and the second catching groove 525c position that difference is in the elastic arm 321c of the 4th embodiment.Wherein be provided with the first catching groove 524c and the second catching groove 525c at through hole 202 places of host machine casing 200, elastic arm 321c then is arranged on the locating ring 511c, and the locating piece 322c of elastic arm 321c front end toward the outer side.When supporting seat 500 is sheathed on combined cover 300, elastic arm 321c is just corresponding to through hole 202, same, when being adjusted to favorite places P1 or Support Position P2 when supporting seat 500 rotations, the locating piece 322c of elastic arm 321c also can the buckle first catching groove 524c and the second catching groove 525c.

As shown in figure 13, be thin monitor structure the 5th embodiment disclosed in the utility model, the structure of the 5th embodiment is roughly identical with the 4th embodiment, difference is in locating piece 322d in the elastic arm 321d of the 5th embodiment front end towards the inboard, and the first catching groove 524d and the second catching groove 525d are arranged on the combined cover 300.Wherein be provided with the first catching groove 524d and the second catching groove 525d at the oblique cone portion 310 nearly root edge places of combined cover 300, elastic arm 321d is arranged on the locating ring 511d, and the locating piece 322d of elastic arm 321d front end is towards the inboard.When supporting seat 500 is sheathed on combined cover 300, elastic arm 321d is just corresponding to the first catching groove 524d on the combined cover 300 and the second catching groove 525d, same, when being adjusted to favorite places P1 or Support Position P2 when supporting seat 500 rotations, the locating piece 322d of elastic arm 321d also can the buckle first catching groove 524d and the second catching groove 525d.

Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the utility model.

Claims

1. A thin display structure, characterized in that it comprises:

A host case for installing a display panel;

At least two combination sleeves, wherein the combination sleeve is arranged inside the bottom end of the main machine casing, the combination sleeve includes a chamber, and a locking block is provided on the top edge of the inner wall of the chamber, and the combination sleeve is also provided with a communication the shaft hole in the chamber;

At least two support seats, wherein the support seat includes a chassis with a width close to the thickness of the main machine casing and a guide column extending from the end surface of the chassis and matching and sleeved in the chamber. The guide column has two Can lean against the retaining wall of the locking block, the support seat is also provided with a through hole communicating with the chassis and the guide post, and a shaft passes through the shaft hole and the through hole so that the support seat can a means of rotation is provided in the coupling sleeve; and,

A positioning structure, the positioning structure includes an elastic arm arranged at the main machine casing, and a first buckle groove and a second buckle groove arranged on the support base, the support base rotates relative to the combination sleeve, The locking block leans against the retaining wall, and the elastic arm is buckled in the first buckle groove or the second buckle groove, so that the support seat has a storage position hidden into the main machine casing and a storage position protruding from the main machine. The support position of the chassis.

2. The thin display structure according to claim 1, wherein a through hole is provided at the bottom end of the main body casing corresponding to the combination sleeve, so that the supporting base can pass through and be installed on the combination sleeve .

3. The thin display structure according to claim 2, characterized in that, the host casing corresponds to the through hole and is provided with a fixing seat at a wall adjacent to the bottom end of the host casing, and the fixing seat also includes a joint portion and a plurality of positioning posts located at two ends of the joint, and each of the positioning posts can be passed through by several locking parts, so as to fix the combination sleeve on the fixing seat.

4 . The thin display structure according to claim 1 , wherein one end of the elastic arm is provided with a positioning block extending toward the chamber, and is used for locking the first locking groove or the second locking groove.

5 . The thin display structure according to claim 1 , wherein the elastic arm of the positioning structure extends from the main frame.

6. The thin display structure according to claim 2, wherein the elastic arm of the positioning structure extends from the through hole.

7. A thin display structure, characterized in that it comprises:

A host case for installing a display panel;

A positioning structure, the positioning structure includes an elastic arm arranged on the combination sleeve, and a first button groove and a second button groove arranged on the support base, the support base rotates relative to the combination sleeve, and the clip The stop block leans against the retaining wall, and the elastic arm is buckled in the first buckle groove or the second buckle groove, so that the support base has a storage position hidden into the main machine casing and a storage position protruding from the main machine casing. support position.

8. A thin display structure, characterized in that it comprises:

A host case for installing a display panel;

A positioning structure, the positioning structure includes an elastic arm arranged on the support base, and a first buckle groove and a second buckle groove arranged on the main machine casing, the support base rotates relative to the coupling sleeve, the The locking block leans against the retaining wall, and the elastic arm is buckled in the first buckle groove or the second buckle groove, so that the support base has a storage position hidden into the main machine casing and a storage position protruding from the main machine casing. The support position of the shell.

9 . The thin display structure according to claim 8 , wherein the bottom end of the main body casing corresponds to the coupling sleeve, and a through hole is formed at the bottom end for the supporting base to pass through and be mounted on the coupling sleeve. 10 .

10. The thin display structure according to claim 9, characterized in that, the host casing corresponds to the through hole and is provided with a fixing seat at a wall adjacent to the bottom end of the host casing, and the fixing seat also includes a joint portion and a plurality of positioning columns located at two ends of the joint portion, and each of the positioning columns can be passed through by several locking parts, so as to fix the combination sleeve on the fixing seat.

11 . The thin display structure according to claim 8 , wherein one end of the elastic arm is provided with a positioning block extending toward the chamber for locking the first slot or the second slot.

12. The thin display structure according to claim 11, wherein the elastic arm of the positioning structure is arranged on a positioning ring on the support seat, the positioning block faces outward, the first buckle groove and the second The two button grooves are arranged on the bottom edge of the combination sleeve.

13 . The thin display structure according to claim 11 , wherein the positioning block faces inwardly, and the first buckle slot and the second buckle slot are disposed on the host casing. 14 .