TWM590259U - Rotating and folding computer - Google Patents

Abstract

A rotating computer, including:

A tri-fold screen with a first screen board, a second screen board, and a third screen board, a transition area between the first screen board and the second screen board, and a transition area between the first screen board and the third screen board , An edge of the first screen has a twisted shaft hole;

An operation part, which is a box structure with an operation surface on the upper surface and a pivot shaft hole on the lower surface; and

A turning part is a box structure, with a turning shaft hole placed on the upper surface to engage with the turning shaft hole of the operating part, and one edge is provided with a twisting shaft hole and the twisting shaft of the first panel of the three-fold screen Hole joint.

Description

Rotate into computer

The present technology is a rotary folding computer, which refers to a folding display screen with a three-screen board and a rotating operation part to reduce the volume of the computer by the folding method of the embodiment.

The current personal notebook computer generally connects the two computer units of the display unit and the host operation unit in a hinged structure to achieve folding effect. Therefore, the size after folding is limited to the size of the display surface area.

The present technology is a rotary folding computer, which refers to a folding display screen with a three-screen board and a rotating operation part to reduce the volume of the computer by the folding method of the embodiment.

1‧‧‧Operation Department

101‧‧‧operation box

102‧‧‧Keyboard operation surface

1021‧‧‧Touch operation surface

103‧‧‧rotating shaft hole

2‧‧‧Transfer Department

201‧‧‧Turnover box

202‧‧‧rotating shaft hole

203‧‧‧Folded shaft hole

3‧‧‧Three-fold screen

301‧‧‧Folded shaft hole

31‧‧‧ First screen

32‧‧‧Second screen board

33‧‧‧ Third screen

311‧‧‧Continuous display

312 322 332‧‧‧Independent display

41 42‧‧‧Turning Zone

Figure 1 is an expanded cross-sectional view of this skill computer.

Figure 2 is the screen folding diagram of this skill computer.

Figure 3 is the folding diagram of this skill computer.

Figure 4 is an expanded view of this technical computer_Example One.

Figure 5 is an expanded view of this technical computer_Example Two.

Figure 1 is an expanded cross-sectional view of this computer.

The figure shows that the operation part 1 includes an operation part box 101, which can accommodate components and circuits inside, the keyboard operation surface 102 is placed on the upper surface of the box, and the rotation shaft hole 103 is placed on the lower surface of the box, which is matched with the turning part 2之转轴孔202。 The rotating shaft hole 202.

The figure shows that the turning part 2 includes a turning part box 201, which can accommodate components and circuits inside. The rotating shaft hole 202 is placed on the upper surface of the box body, and fits into the rotating shaft hole 103 of the operating part 1, folding the shaft hole 203 It is placed on the edge of the box body and fits into the folding shaft hole 301 of the three-folding screen 3.

The figure shows that the three-fold screen 3 includes a first panel 31, a second panel 32, and a third panel 33, which can accommodate components and circuits therein. The first panel 31 and the second panel 32 are formed by the transition zone 41 The first screen board 31 and the third screen board 33 are connected by a turning area 42. One end of the first screen board 31 is provided with a folding shaft hole 301, which is matched with the folding shaft hole 203 of the turning part 2.

Figure 2 is the screen folding diagram of this skill computer.

The figure shows that the operating part 1 and the turning part 2 are rotated and overlapped in parallel, the three-folded screen 3 stands up, and the first screen 31, the second screen 32, and the third screen 33 of the three-fold screen 3 are folded and overlapped to make the area Zoom out.

Figure 3 is a folding diagram of this skill computer.

The figure shows that the rotating operation part 1 and the turning part 2 are overlapped in parallel, and the first screen 31, the second screen 32, and the third screen 33 of the three-fold screen 3 are folded and overlapped to reduce the area, and the folded and folded overlap The three-fold screen 3 is attached to the operation unit 1.

FIG. 4 is an expanded view of this technical computer_Example One.

The figure shows that the three-folded screen 3 stands up, and the first panel 31, the second panel 32, and the third panel 33 are unfolded into a large display surface, and the rotation operation unit 1 and the turning unit 2 are arranged vertically. The three-folding screen 3 has a flexible continuous display surface 311, and the operation unit 1 has a keyboard operation surface 102.

FIG. 5 is an expanded view of this technical computer_Example Two.

The three-fold screen 3 shown in the figure has three separate independent display surfaces 312322332, and the operation section 1 has a touch operation surface 1021

1‧‧‧Operation Department

101‧‧‧operation box

102‧‧‧Keyboard operation surface

103‧‧‧rotating shaft hole

2‧‧‧Transfer Department

201‧‧‧Turnover box

202‧‧‧rotating shaft hole

203‧‧‧Folded shaft hole

3‧‧‧Three-fold screen

301‧‧‧Folded shaft hole

31‧‧‧ First screen

32‧‧‧Second screen board

33‧‧‧ Third screen

311‧‧‧Continuous display

Claims (7)

A rotary folding computer includes: a trifold screen with a first screen board, and a second screen board, and a third screen board, a transition area between the first screen board and the second screen board, the first screen board and The third panel is a turning area, and one edge of the first panel has a twisting shaft hole; an operating part is a box structure with an operating surface on the upper surface and a turning shaft hole on the lower surface ; And a turning part, which is a box structure, with a turning shaft hole placed on the upper surface to engage with the turning shaft hole of the operating part, and one edge is provided with a twisting shaft hole and the twist of the first screen of the three-fold screen Shaft hole engagement. As described in item 1 of the patent application scope, the folding and folding computer, in which the three-folding screen, operating part and turning part, when unfolded, are in the state of: the computer is placed on the table, the three-folded screen stands up, the first screen board, The second screen board and the third screen board of the board expand into a large display surface, and the rotation operation part and the turning part are arranged vertically. The rotary folding computer as described in item 1 of the patent scope, in which the three-folding screen, operating part and turning part are in the folded state: the computer is placed on the table, the rotating operating part and the turning part are in a overlapping configuration The first screen board, the second screen board, and the third screen board of the three-fold screen are folded and overlapped to reduce the area, and the folded and folded three-fold screen is attached to the operation part. As described in item 1 of the patent application scope, the rotary folding computer has three folding screens with a flexible continuous display surface. As described in item 1 of the patent application scope, the rotating folding computer has three separate screens with three separate display screens. As described in item 1 of the patent application scope, the rotary-folded computer has an operation surface on a keyboard. As described in item 1 of the patent application scope, the rotary-folded computer has an operation part with a touch operation surface.

Images