CN208185791U - Micromatic setting - Google Patents

Abstract

The utility model provides a kind of micromatic setting, for finely tuning the tilt angle of a display panel, including one first loading plate；One second loading plate；One elastic component is located between first loading plate and second loading plate；And an at least yoke frame, it is set to one of first loading plate and second loading plate upper simultaneously corresponding first loading plate of pushing tow or second loading plate.When corresponding first loading plate of the yoke frame pushing tow or second loading plate, by the yoke frame is adjusted first loading plate is tilted, to adjust the tilt angle between first loading plate and second loading plate.

Description

Micromatic setting

Technical field

The utility model relates to a kind of micromatic setting, in particular to one kind for carrying display panel and fine-tuning aobvious Show the micromatic setting of the tilt angle of panel.

Background technique

Existing display screen support frame generally includes a pivot mould group, is set up in the rear of loading plate, with benefit adjustment dress It is loaded in the visual angle of display screen thereon.

However, in order to meet requirement apparent for display screen support frame at present, the volume of the pivot mould group of collocation Also it is compressed, therefore the pivot mould group possibly can not provide the function at adjustment display screen visual angle.At this point, the visual angle quilt of display screen It is fixed, the tolerance that right display screen may be loaded onto because of support frame group, and lead to not reach desired visual angle.Therefore, originally Utility model provides a kind of micromatic setting, to finely tune display screen visual angle.

Utility model content

In order to achieve the above object, the utility model provides a kind of novel micromatic setting, for finely tuning a display surface The tilt angle of plate, comprising: one first loading plate, comprising one first plate face and relative to one second plate of first plate face Face；One second loading plate corresponds to first loading plate and is arranged at intervals, comprising a third plate face and relative to the third One the 4th plate face of plate face, wherein the third plate face faces second plate face of first loading plate；One elastic component, is located in this Between first loading plate and second loading plate, and contacted with second plate face and the third plate face；An and at least pushing tow Part is set in first loading plate and the second loading plate one of them；Wherein, when the yoke frame pushing tow it is corresponding this When one loading plate or second loading plate, by the yoke frame is adjusted first loading plate can be tilted, it should with adjustment Tilt angle between first loading plate and second loading plate.

In an embodiment, the yoke frame includes one to tug portion and an adjustment screw, and the yoke frame is supplied to be arranged First loading plate or second loading plate also include an at least accommodation groove, the accommodation groove has a screw hole, the pushing tow Part is set in the accommodation groove, wherein the tug portion that supports supports pull corresponding first loading plate or second loading plate, described Screw spiral shell is adjusted in the screw hole and is supported and supports tug portion described in tug, by phase of the adjustment adjustment screw in the screw hole To position, so that the tug portion that supports pushes corresponding first loading plate or second loading plate.

In an embodiment, which is located between first loading plate and second loading plate and through precommpression, When the yoke frame described in the one pushes first loading plate or second loading plate, which contacts with first loading plate Inclination is generated on one side.

In an embodiment, second plate face of first loading plate includes one first convex surface area, and second loading plate is also Comprising a positioning hole, which includes a concave regions, and the 4th plate face includes one second convex surface area, wherein the location hole It is formed on the concave regions, which contacts with the first convex surface area and the concave regions and be aligned the location hole.

In an embodiment, when first loading plate include an at least accommodation groove when, the accommodation groove respectively with this first Convex surface area puts and is asymmetrically formed on first loading plate centered on center, and when second loading plate includes the accommodation groove When, the accommodation groove is put centered on the location hole respectively and is asymmetrically formed on second loading plate.

In an embodiment, the tug portion that supports also have there are two fixed column, the accommodation groove also have there are two fixation hole, institute Fixed column is stated respectively to be arranged on the fixation hole.

In an embodiment, which is made of rubber, and has a fixed groove, the fixed groove be aligned this The location hole of two loading plates.

Further include a connection piece in an embodiment, connect second loading plate, which includes a gasket, an axis Bar and a U-shaped board, wherein the shaft has a cylinder and a head, which runs through the gasket and the U-shaped board, and The head is located in the fixed groove of the elastic component.

In an embodiment, which further includes multiple first via holes, which further includes multiple Two via holes and the elastic component further include multiple third via holes；First via hole, the third via hole and second mistake Hole is aligned in order each other, and the micromatic setting further includes multiple set screws, passes through first via hole, institute in order respectively Third via hole and second via hole are stated, to fix the opposite of first loading plate, second loading plate and the elastic component Position.

In an embodiment, which is set in first plate face of first loading plate.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram of the micromatic setting of the utility model.

Fig. 2 is the stereoscopic schematic diagram of the micromatic setting of the utility model.

Fig. 3 is the exploded isometric figure of the micromatic setting of the utility model.

Fig. 4 is in the micromatic setting of the utility model, and yoke frame does not support the side view of the first loading plate of tug.

Fig. 5 is in the micromatic setting of the utility model, and yoke frame supports cuing open for the first loading plate of tug and the first loading plate of pushing tow Face figure.

Description of symbols

1000 micromatic settings

2000 support frames

3000 display panels

1 first loading plate

11 first plate faces

12 second plate faces

121 first convex surfaces area

13 first via holes

2 second loading plates

21 third plate faces

211 concave regions

22 the 4th plate faces

221 second convex surfaces area

25 location holes

23 second via holes

24 accommodation grooves

241 screw holes

242 fixation holes

3 elastic components

31 fixed grooves

32 third via holes

4 yoke frames

41 support tug portion

411 fixed columns

42 adjustment screws

5 connectors

51 gaskets

511 locking holes

52 shafts

521 cylinders

522 heads

53 U-shaped boards

6 set screws

L imaginary line

Specific embodiment

Those skilled in the art can be understood easily other advantages of the utility model by content disclosed in the present specification With effect.Only it is noted that the following drawings is simplified schematic diagram, component number, shape and size in attached drawing can be according to Actual implementation situation and arbitrarily change, and component placement state can be increasingly complex.The utility model also can be different by other Specific embodiment is implemented or is applied, and details in this specification can also be based on different perspectives and applications, is not being departed from Various modifications and change are carried out under the spirit of the utility model.

Firstly, please referring to the stereoscopic schematic diagram of micromatic setting 1000 shown in FIG. 1, a support frame 2000 stands on a working face On (not shown), which is set on the support frame 2000, and carries a display panel 3000.Then, it asks The exploded perspective of stereoscopic schematic diagram and micromatic setting shown in Fig. 3 1000 referring concurrently to micromatic setting 1000 shown in Fig. 2 Figure, wherein the micromatic setting 1000 mainly includes one first loading plate 1,3, two one second loading plate 2, elastic component pushing tows Part 4, a connection piece 5 and three set screws 6.

Please with reference to the side view of micromatic setting 1000 shown in Fig. 4, wherein first loading plate 1 includes one first Second plate face 12 and three first via holes 13 of the plate face 11, one relative to first plate face 11, second plate face 12 have one First convex surface area 121.Wherein, first plate face 11 of first loading plate 1 is arranged on for the display panel 3000.This Two loading plates 2 correspond to first loading plate 1 and are arranged at intervals, comprising a third plate face 21, one relative to the third plate face 21 the 4th plate face 22, three the second via holes, 23, two accommodation grooves 24 and a positioning hole 25, wherein the third plate face 21 faces Second plate face 12 of first loading plate 1, the third plate face 21 have a concave regions 211 (referring to figure 5.), the 4th plate face 22 have one second convex surface area 221, and the location hole 25 is formed on the concave regions 211.The elastic component 3 is a rubber block, folder It is contacted between first loading plate 1 and second loading plate 2, and with the first convex surface area 121 and the concave regions 211, The elastic component 3 has a fixed groove 31 and three third via holes 32, which is aligned being somebody's turn to do for second loading plate 2 Location hole 25.And three the first via holes 13 of first loading plate 1, three the second via holes 23 of second loading plate 2 and should Three third via holes 32 of elastic component 3 are in alignment with each other, for three set screws 6 pass through with fix first loading plate 1, this second The relative position of loading plate 2 and the elastic component 3, the set screw 6 is arranged in first loading plate 1 and this second holds Support plate 2, so that the elastic component 3 of sandwiched therebetween is pre-compressed.The accommodation groove 24 point centered on the location hole 25 respectively, It is symmetrically disposed on second loading plate 2 using the imaginary line L of the parallel working face as symmetry axis, is set for the yoke frame 4 It sets, and respectively there are a screw hole 241 and two fixation holes 242.

The sectional view of the first loading plate of tug 1 and the first loading plate of pushing tow 1 is supported please with reference to yoke frame 4 shown in Fig. 5.Its In, the yoke frame 4 is placed in the accommodation groove 24 of second loading plate 2, and is respectively contained one and supported tug portion 41 and one Screw 42 is adjusted, the tug portion 41 that supports supports first loading plate 1 of pulling, and the respective spiral shell of the adjustment screw 42 is set to second carrying It in the screw hole 241 on plate 2, and supports and supports tug portion 41 described in tug, by the adjustment adjustment screw 42 in the screw hole 241 Relative position, it is adjustable it is described support the distance between tug portion 41 and second loading plate 2, when this to tug portion 41 far from this second Loading plate 2 and after supporting and pulling first loading plate 1 first can be held so as to adjust this by adjusting the pushing tow degree of the yoke frame 4 Tilt angle between support plate 1 and second loading plate 2.

In addition, the tug portion 41 that supports respectively also has there are two fixed column 411, each autoregistration is simultaneously arranged in the accommodation groove On 24 fixation hole 242, to ensure that the tug portion 41 that supports is not crooked when pushing tow first loading plate 1, if tug portion should be supported 41 generate skew when pushing tow first loading plate 1, then may can not be successfully ground pushing tow first loading plate 1, or may be because Uneven stress and cause to adjust screw 42 and be broken, thus can not adjust between first loading plate 1 and second loading plate 2 Tilt angle.

Furthermore the connector 5 connects second loading plate 2, and includes a gasket 51, a shaft 52 and a U-shaped board 53.Wherein, which is set between second loading plate 2 and the U-shaped board 53, and the gasket 51 contact and be locked in this Second convex surface area 221 of two loading plates 2, and having there are three locking hole 511, the locking hole 511 has internal screw thread, for across with Fix the locking of the set screw 6 of first loading plate 1, second loading plate 2 and the elastic component 3 thereon；The shaft 52 have a cylinder 521 and a head 522, which runs through the location hole 25, gasket 51 of second loading plate 2 And the U-shaped board 53, and the head 522 is supported the tug gasket 51 and is located in the fixed groove 31 (as shown in Figure 5) of the elastic component 3 Whereby to fix the position of the connector 5.The connector 5 may be directly connected on the support frame 2000, or can be with a rotation The connection of mould group, the rotation mould group can provide inclination (tilt), horizontal pivot (swivel) or straight/horizontal type rotation by a relatively large margin Turn the rotation mode of (rotate), or the rotation mould groups of two or more rotation directions can be provided simultaneously and all can be used.

Specifically, please again with initial reference to the side view of the tilt angle shown in Fig. 4 for not yet adjusting first loading plate 1, At this point, first loading plate 1 and second loading plate 2 are parallel to each other, which through precommpression is located in first carrying Between plate 1 and second loading plate 2, and the yoke frame 4 is all not yet contacted with first loading plate 1.And when be intended to adjust this Visual angle of the tilt angle to adjust the display panel 3000 between one loading plate 1 and second loading plate 2, so that the display surface When plate 3000 tilts upward, can refer to yoke frame 4 described in one shown in fig. 5 support pull first loading plate 1 and pushing tow this first Loading plate 1 makes it relative to the inclined sectional view of the second loading plate 2, is located at close on second loading plate 2 be somebody's turn to do by adjustment The adjustment screw 42 of the yoke frame 4 of working face, the mobile tug portion 41 that should support is to push against second plate face 12, so that this first holds Support plate 1 is tilted with respect to second loading plate 2, and the one side that the elastic component 3 is contacted with first loading plate 1 generates inclination, and is made It obtains and tilts an angle between first loading plate 1 and second loading plate 2, to change the visual angle of the display panel 3000, connect Regard demand again, stop after adjusting to desired visual angle.

In other embodiments, the accommodation groove 24 can be formed on first loading plate 1, and the top stack 4 also may be used It is set in the accommodation groove 24 on first loading plate 1, and the accommodation groove 24 is during 121 center with the first convex surface area is respectively Heart point and be asymmetrically formed on first loading plate 1, and by the adjustment screw 42 for adjusting the yoke frame 4, may make institute It states top stack 4 and supports corresponding second loading plate 2 of pulling, and after further pushing against second loading plate 2, so that this first holds Support plate 1 tilts, to change the visual angle of the display panel 3000.

Furthermore in other embodiments, the yoke frame 4 can point centered on the location hole 25 of second loading plate 2, The imaginary line of the vertical working face is symmetrically arranged for symmetry axis, and also forms corresponding accommodation groove on second loading plate 2 24, whereby to finely tune the horizontal angle for pivoting (swivel) between first loading plate 1 and second loading plate 2.Or in In another embodiment, it may include four yoke frames 4, the point centered on the location hole 25 of second loading plate 2, and in couples with The imaginary line of the vertical and parallel working face is symmetrically arranged for symmetry axis, can thus finely tune simultaneously inclination (tilt) And the horizontal angle for pivoting (swivel).

Claims (10)

1. a kind of micromatic setting, for finely tuning the tilt angle of a display panel, comprising:

One first loading plate, comprising one first plate face and relative to one second plate face of first plate face；

One second loading plate, corresponding first loading plate and be arranged at intervals, comprising a third plate face and relative to this One the 4th plate face of three plate faces, wherein the third plate face faces second plate face of first loading plate；

One elastic component is located between first loading plate and second loading plate, and with second plate face and the third plate Face contact；And

An at least yoke frame is set in first loading plate and the second loading plate one of them；

It wherein, can be by the adjustment top when corresponding first loading plate of the yoke frame pushing tow or second loading plate Push piece and make first loading plate tilt, to adjust the tilt angle between first loading plate and second loading plate.

2. micromatic setting according to claim 1, wherein the yoke frame supports tug portion and an adjustment screw comprising one, And first loading plate or second loading plate for supplying the yoke frame to be arranged also include an at least accommodation groove, the accommodation groove tool Have a screw hole, the yoke frame is set in the accommodation groove, wherein it is described support tug portion support pull corresponding first loading plate or Second loading plate, the adjustment screw spiral shell is in the screw hole and supports to tug portion described in tug, by the adjustment adjustment spiral shell Relative position of the silk in the screw hole, so that the tug portion that supports pushes corresponding first loading plate or second loading plate.

3. micromatic setting according to claim 1, wherein the elastic component is located in first loading plate and second carrying Between plate and through precommpression, when the yoke frame described in the one pushes first loading plate or second loading plate, the elastic component with The one side of first loading plate contact generates inclination.

4. micromatic setting according to claim 3, wherein second plate face of first loading plate includes one first convex surface Area, which also includes a positioning hole, which includes a concave regions, and the 4th plate face includes one second convex surface Area, wherein the location hole is formed on the concave regions, which contacts and be aligned with the first convex surface area and the concave regions The location hole.

5. micromatic setting according to claim 4, wherein described when first loading plate includes an at least accommodation groove Accommodation groove is put and is asymmetrically formed on first loading plate centered on the first convex surface area center respectively, and when this second holds When support plate includes the accommodation groove, the accommodation groove is put centered on the location hole respectively and is asymmetrically formed in second carrying On plate.

6. micromatic setting according to claim 2, wherein it is described support tug portion also have there are two fixed column, the accommodation groove Also there are two fixation holes, the fixed column to be respectively arranged on the fixation hole for tool.

7. micromatic setting according to claim 4, wherein the elastic component is made of rubber, and has a fixed groove, The fixed groove is aligned the location hole of second loading plate.

8. micromatic setting according to claim 7 further includes a connection piece, second loading plate is connected, the connector packet Containing a gasket, a shaft and a U-shaped board, wherein the shaft has a cylinder and a head, which runs through the gasket And the U-shaped board, and the head is located in the fixed groove of the elastic component.

9. micromatic setting according to claim 1, wherein first loading plate further includes multiple first via holes, this second Loading plate further includes multiple second via holes and the elastic component further includes multiple third via holes；First via hole, the third Via hole and second via hole are aligned in order each other, and the micromatic setting further includes multiple set screws, is worn in order respectively Cross first via hole, the third via hole and second via hole, with fix first loading plate, second loading plate, with And the relative position of the elastic component.

10. micromatic setting according to claim 1, wherein the display panel be set to first loading plate this first In plate face.