TWI335167B - - Google Patents

Description

1335167 This is the structure of the above-mentioned subject, and the structure of the above-mentioned second frame is placed between the second frame and the second frame. a horizontal rotation mechanism, wherein the two structures can be formed by covering a frame body at a position of the frame 1 of the other frame body 1 and the first Hit i body of the first position can be formed by the first The vertical axis is an axis, and is parallel to the plane 2^, and the third axis of the second opening state is formed by the first axis of the first opening state exposed on the upper surface of the frame body. The first opening of the frame-like position 1 is exposed, and the third position of the second opening state exposed on the upper surface of the θ L etchable body is more commonly used 1 _ and the second frame is positioned at the number In the open state, the positional moving machine's structure is preferably formed so that the second axis can be made to the fourth position of the horizontal axis 2 and the vertical axis of the horizontal body 2 is open. The third structure is preferably formed. The position of the sixth frame is the same as the above-mentioned i-th representation-frame, and the mutual orientation direction _ is preferably the fourth position of the third opening state of the front curve. Transfer machine external system ff === The horizontal phase of the action machine of the present invention rotates in the plane direction, and the body frame is overlapped with each other to cover the second frame body under the state of overlapping each other. a closed state on the upper side of the body 4 of the box body and a horizontal rotation mechanism that is in the state of the front (4), which is characterized by one or two sides of the box And the second H-axis of the above-mentioned frame body and the second vertical axis disposed on the upper surface of the above-mentioned one-frame body and the other surface of the foregoing, and the end portion is provided in the front '[,,. The upper portion is rotatable, and the other end portion is provided in the second vertical turn 'to connect the first frame body and the second frame body to the turnable material', and to be in the closed state or the open state. The second frame body and the second frame body may be in a state in which the first vertical axis or the second vertical axis is rotated about the axis, and the state is in the state of the front side or the state before the front side. The frame body and the second frame are rotated about the jth vertical axis or the remaining one of the second vertical axes In addition to the above-described closed state, the second frame body and the second frame body can be rotated in the first vertical axis as the first opening state. The first frame and the second frame may be rotated about each other with the second vertical axis as an axis to form a second opening state. According to the present invention, it is assumed that a rotating member that is rotatable at both ends is provided on the first vertical axis of the first frame and the second vertical axis of the second frame. The first frame and the second frame are connected to each other so as to be rotatable with each other, and at least the first frame and the second frame in the opened state are rotated by the first vertical axis to form a first opening state. The first frame and the second frame in the closed state are rotated by the second vertical axis, and the second opening state is formed. Therefore, the first frame and the second frame are positioned in a plurality of open states, and thus It is versatile. Preferably, the horizontal rotation mechanism of the 1335167 has a structure in which the front body and the second frame body are mutually rotated by the first vertical head and the first square, and the remaining of the first vertical axis is The shafts are rotated to each other to form the first opening and the front material 2 frame of the third opening, and the four opening machines in the front opening state and the third opening state. It is better. Further 'in the mobile machine related to the present invention

1 敎 敎 ' ' 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好 最好The third i-ball (10) that is engaged with the first lock portion and the other of the (four) materials, and the spherical shape (four) that is provided in the above-mentioned rotating member. The lock-closed state, the second open state, or the third surface of the third surface and the rotating member are the other

(4) In the mobile machine riding horizontal rotation mechanism of the present invention, the manufacturing means is provided by the first vertical axis or the second vertical drawing of the first six wheel ' and the first vertical axis or the first 2, the second cam on the vertical axis, and the front frame member, the frame body and the second frame body * the closed state or the open state = the first vertical axis or the second vertical When the axis is rotated by the axis, the first cam or the second cam on the other axis is engaged, and the first vertical axis or the second vertical axis is rotated about the other axis. When the first vertical axis and the second straight axis which are rotated about the one side are formed in the closed state or the opened state, the other first cam or the second cam may be formed. It is preferable to form a portion such as a stopper member in a state in which it is released. Further, in the horizontal rotation mechanism of the mobile machine according to the present invention, the aforementioned (£; 8 1335167: convex-partially-circumscribed with the first cam recessed portion, the second cam is formed in a part of the circumferential surface and The shape of the recessed portion, the stop member is disposed on the above-mentioned member material to be '', y moving shape ϋΐ 'when the end portion is inserted in the first yoke cam::C cam recess, the other end When the end portion is closed, the end portion will be close to the second closed state or the open state. 'This stop'. The stop member first cam m卩 is tilted to the second cam concave shape. f, 2 &^Ρ^ΙΖ%Φ! As described above, the second opening state is formed by the present invention & ί ii 22=目_', and the second is opened in the flat w疋? In the open state, the first frame wire is more versatile. And the line ====:^相朗«tree batch action machine action diagram transfer mechanism, transfer mechanism - example. The action of the present invention As shown in the figure, it can be rotated in the plane direction in the frame of the frame and the block diagram, the second figure, and the state, and the i2 can be formed in any way. The frame is assumed to be in the state in which the second and second frames 1335167 are opened (see FIGS. 1(a) and 4(a)), and the first frame 11 is exposed. Referring to the structures of Figs. 1(b) to 1(d) and Figs. 4(b) to 4(d)), the first frame 丨丨 and the second frame 12' are at the 4th. The figure is recorded as an imaginary line.

In the mobile device according to the present invention, the first housing 11 and the second housing 12 are provided with a rotation between the first vertical axis and the second vertical axis. The horizontal rotation mechanism 1 is configured such that the first frame 12 covers the first and second positions of the closed state of the upper surface of the first frame 11, and the third position of the third position can be made. The frame u and the second frame 12 are rotated in the plane direction with the first vertical axis as the axis, so that the second position of the first opening state in which the upper surface of the first frame 11 is exposed and the first position can be made The first frame body 11 and the second frame body 12 of the first frame body 12 are rotated to each other with the second vertical axis as the axis to the position of the second opening state in which the upper surface of the first frame body 11 is exposed. The mobile phone 1 of the present invention preferably has a structure such that the second frame 12 and the second frame 12' are formed by the second vertical axis.

: The shape of the first frame 11 is exposed, and the third frame can be formed so that the first frame of the second position can be rotated in the plane direction by the φ 1 2 Ί 2 It is preferable that the fourth position of the third opening state exposed on the upper surface of the first frame 11 is preferable. There are no specific restrictions on the robots, such as pocket-type electric, mobile, mobile phones, notebook computers, mobile information terminals such as two (electricity, etc.), computer inventions Motivation 'action video game machine, etc. 'In addition, can be used as the 5 Γϊ ίί phase rotation, is not particularly limited. In addition, the second embodiment of the present invention is: a mobile phone of a mobile machine. As an example, (S) 10 1335167 The meandering portion of the stopper portion 21 is inserted into the through hole 2d in these 卩2b wires 27. Between the 〇P 2b and the base 2a, a spacer 25 is provided. By means of a zigzag 21-shaped = rotating member 6 敝 first sliding =: ΐ ί ”; ί 设置 main: turn-safe two = main screw shaft mounting side The slightly long circular opening 23 of the parallel cutting is formed to be coaxial with the main rotating material 4 of the circular object, such as the plane f of the disk-shaped base 4a in Fig. 11, for example, the ring The portion is formed by the formation of the front W. The portion to be rotated to the shaft mounting hole 23 is inserted and attached to the main system to form a diameter larger than the second ring portion 4, and the third 81 ring portion 4d is constructed. The LCD is mounted on the lower side of the second frame, and the LCD screen is mounted on the LCD, and the frame member hole 3C is shown in Figures 2 to 5 and 9.5. In addition, at the base of the LCD. The structure of the Beton 1335167 of the structure = 4 18 is thinly formed so that the other end portion of the rotating member 6 is 32 ° on the opposite side of the second sliding 32.

LCD ^ 5 LCD asks for the axis. The fifth door is housed by the rotary shaft 33 and the second frame u. The inside of the rotary shaft housing recess 33 is rotatable, and the rotary shaft 5' is, for example, a member of the base portion 5a of the disk-shaped base. form. This cylindrical portion is formed by the front end portion to form a ^4 = 21^ second cylindrical portion 5c. The diameter of the base portion 5a must be smaller than the 2nd π motion 32 and larger than the LCD rotation shaft mounting hole 34. ΐ The ratio of the La) mounting hole 34 is slightly smaller in diameter. Ii) a size having a smaller diameter than the second cylindrical portion 5c. 1 Cylindrical portion 5b penetrates (10) Rotary shaft wire hole The pure LGD is in the state of 34 (10), and the inside of the concave portion 33 is attached. That is, (10) the rotating shaft 5 is received in the rotating shaft housing recess 33

The cylindrical portion 5b protrudes from the second sliding portion 32, what? 1 ^ LCD 34 ^ 5C Rotating member 6, as shown in Figures 2 to 5 and Figure 1 (), the t-round is flat. The thickness of the rotating member 6 is the smallest, and the size is smaller than the diameter of the sharp first ball 82. The peripheral portion of the half rotated by 6 is bent slightly 9 degrees upward to form a wall portion = 冓 ^ The portion of the upper portion of the wall portion 6a is provided with a portion of the base member i 1 which is slightly G degrees to 9 G degrees. Sister is saying that when it is closed, it is like a picture, as shown in Figure 5 (4), (c

The portion of the LCD base member 3 will contact the knob fulcrum 61 to prevent the base member 3 from rotating in the counterclockwise direction of the LCD rotation, and at the same time, if L 14 1 1335167 is said to be the second frame The state in which the upper surface of the first housing 11 is covered is 12 (see FIGS. 1(a) and 4(a)). The first frame body 11 and the second frame body 12 in the closed state are rotated by 18 degrees with respect to the main rotation axis 4 as an axis, and the state in which the upper button portion of the first frame body 11 is exposed is the first opening state. (Refer to Figure 1 (c) and Figure 4 (c)). In addition, the first housing 11 and the second housing 12 in the closed state are rotated by 9 degrees from each other with the LCD rotating shaft 5 as an axis, and the state in which the upper button portion of the first housing 11 is exposed is the second opening state. (Refer to Figure 1 (b) and Figure 4 (b)). Further, the first housing 11 and the second housing 12 in the closed state are rotated about one of the main rotating shaft 4 and the LCD rotating shaft 5, and then the other of the main rotating shaft 4 or the LCD rotating shaft 5 is the other axis. The condition of rotation is the state of 苐3 opening (refer to Fig. 1 (d) and Fig. 4 (d)). Specifically, the first housing 11 and the second housing 12 which are closed in the main rotation axis 4 are rotated 180 degrees to each other to be in the first opening state, and then the LCD rotating shaft 5 is used as the axis. The state in which the first frame body 丨1 and the second frame body 12 in the first opening state are rotated by 90 degrees to each other is the third opening state. In addition, the second frame body u and the second frame body 12, which are in the closed state with the lcd rotation axis 5 as the axis, are rotated by 90 degrees to be in the second opening state, and then the second rotation axis 4 is used as the axis. The state in which the first frame body 11 and the second frame body 12 in the opened state are rotated by 180 degrees to each other is the third opening state. When the rotation regulation means 7 is used to be in the closed state or the open state, the j-frame 11 and the second frame 12 are rotated about the main rotation axis 4 and the rotation axis of either of the LCD rotation axes 5, When the first frame body 11 and the second frame body 12 are rotated from the closed state or the open state to a state other than the closed state or the open state, the second frame body u and the second frame body 12 can be prevented from being The rotating shaft used for this operation is a structure in which the shaft is rotated. The rotation regulating means 7, as shown in Figs. 3 to 6 is composed of, for example, an i-th cam and a second cam, and a stopper member 71 that engages the first cam and the second cam. The first cam is not particularly limited. For example, the base 4a of the main rotating shaft 4 can be used as the first cam 72. The size of the diameter of the first cam 72 (16 i S > 1335167 of the main rotating shaft 4 is formed. Between the second sliding portion 32 and the LCD rotating shaft 5 portion 5a, the second ball 84 can be pushed. The second piece 88 is rotated toward the first member 88 on the side of the rotating member 6. The second piece 88 is a member for biasing the second ball 84 toward the side of the rotating member 6. The second spacer 88 is formed to accommodate the diameter and the rotation axis. The concave portion 33j has a substantially circular shape in the same diameter. The peripheral portion of the second spacer 88 is provided with three concave portions 88a deeper than the second cam concave portion 75 at intervals of 90 degrees, similarly to the rotation shaft receiving recess portion 33. The center portion of the second spacer 88 is provided with a mounting hole 88b for attaching the shaft of the second cylindrical portion 5c of the LC^rotor shaft 5 to the coaxial line. The diameter of the mounting hole 88b should be formed to be larger than the second cylinder. The diameter of the portion 5c is 寸. Further, between the concave portions 88a and 88a of the second spacer 88, an arc-shaped deformation hole 88c is provided coaxially on the inner side of the contact portion between the two second balls 84. For example, in the closed state, the second open state, or the third open state ^, the two second balls 84 are embedded in the second lock recess 83, so the first The body 11 and the second frame 12 can be kept in a locked state. When the LCD rotating shaft 5 is pivoted from the closed state or the opened state, the second ball 84 is detached from the second locking recess 83. 'The third sliding portion 65 of the rotating member 6 slides or rotates, and once the second locking recess 83 is inserted into the opened or closed state, the first housing 11 and the second housing 12 can be held. In the locked state, as described above, when the second ball 84 slides or rotates from the second locking recess 83 f to the third sliding portion 65 of the rotating member 6, the second spacer 88 is provided with a deformation hole. 88c, therefore, the second spacer 88 will only be partially deformed' and will not be deformed as a whole, so that the durability of the second spacer 88 can be improved. Next, the action of the mobile phone 1〇 and the horizontal rotation mechanism i relating to the present invention will be explained. When the mobile phone unit 1 is in the closed state, as shown in Figs. 1(a) and 4, the first housing 11 and the second housing 12 overlap each other. This 21 1335167 moves. 2 The frame body 12 is rotated relative to the first frame body 11 in a slight state, and the horizontal rotation mechanism 1 at this time will become the fifth secret H. When the frame 12 is rotated by a slight (10) degree with respect to the first frame, the wall portion 6a of the ί will contact the stopper portion 2 of the main base member 2, and the first ball 82 will be fitted into the first locking recess 81: The button portion of the button that is placed on the upper side of the first frame body 11 will be operated by the mobile phone 1G. In addition, in order to more reliably maintain the state of the opening, other locking machines τ' may be provided. 'Starting from the closed state, for example, in a state where the first housing 11 is fixed, a force in the clockwise horizontal direction is applied to the cymbal 2 housing 12, and the shaft 5 is rotated as an axis, except for the second housing 12 The second ball 84 is detached from the recessed portion 83 and rotated or rotated on the third sliding portion 65, with the LCD being rotated about the first frame 11. In addition, when the second engagement convex portion 78 of the rotation preventing member member 71 is inserted into the second cam concave portion 75, the hinge member 6 and the stopper member 71 are closed. (b)) "Besides the second engagement convex portion 78 is detached from the second ^ concave portion 75, the stopper member 71 is directed from the second engagement convex portion 78 toward the first engagement convex portion 77. When moving, the second engagement convex portion 77 is engaged in the second cam recess 2 73 (refer to FIG. 6 (&)), and in the state in which the engagement is performed, the second convex portion 78 is to be in the LCD. The state in which the circumferential surface of the rotating shaft 5 slides or approaches is moved. In the case where the second frame body 12 is rotated by 90 with respect to the first frame body 11, the gantry shifting projection 61 stops the rotation of the regulating recess 31 contacting the LCD base member 3, and the second ball 84 is embedded in the second frame 84. 2 The locking recess 83 is secured in a locked shape. This state will be in the two-two open state as shown in Fig. (6) and Fig. 4 (6). Thereby, the button portion provided on the top of the second frame frame will be painful, and the button will be operable to be operated by the mobile phone 10. 23 1335167 ^External 'In order to maintain this opening state more reliably, other locking machines can be set up. 'Starting from the closed state, the current rotation axis η n 12 is the main rotation axis 4 as the axis ^ Frame 1st frame After the body 11 is attached to the first opening state, for example, in the direction of the force, the frame 12 is applied clockwise horizontally, the frame 2 is rotated, and the axis 1 is rotated, and the axis is rotated. In order to draw the B5It283^^ rotation of the first frame 11 relative to the rotation of the first frame 11, the second frame 12 is connected to the base of the LCD with respect to the frame 11 of the first frame 11. The gauge of the member 3 is swayed, and the second ball 84 is embedded in the second lock recess. This state is the third open state as shown in Figs. 1(4) and 4(4). Thereby, the second j button portion will be exposed, and the key spleen can be selected, and the above 10 i隹# can be used by the mobile phone. In addition, in order to maintain this state of development more reliably, it is also possible to =if ί institutions. Further, when the first frame body 11 and the second frame body 12 are rotated relative to each other with the axis as the axis in the second state, the first frame body 11 and the first body body 12 are mainly rotated. 4 is a shaft rotation to form a third opening state. As described above, since the second frame body 12=opening position with respect to the second frame body u can be positioned at three positions, it is excellent (four). In the case where the mobile phone 1G uses the function of the communication line of the Internet or the video game function, the button arrangement provided on the top of the second frame n can be arranged in three open states. Take full advantage of the features. When the second housing 12 is returned to the original position (closed state) with respect to the first housing 丨丨, for example, in the first opening state, for example, the first housing 11 can be fixed. In the state, a counterclockwise force is applied to the second frame body 2 so as to rotate about the main rotation axis 4 as an axis. Then the second box 24 1

Η ' will rotate with respect to the first frame u with the main axis of rotation 4 as the axis. When =, the second ball 84 will be from the second locking recess 83, in the first! On the sliding portion, the f-movement or the rotation of the outer portion 'in the rotating member 6 and the stopping member Ή-to the same, to rotate the 4-into the miscellaneous' the second engaging projection 71 of the stopping member 71, j 1 When the cam recessed portion 73 is engaged with each other, the stopper member 71 will be the first engagement projection portion "f the second engagement projection portion 78 except that the i-th engagement projection portion 77 has 77 cm of the cam recess portion 73. When the direction moves, the second engagement convex portion 78 is fitted into the second concave. When the inside of the crucible 75 is engaged, the second engagement convex portion is in a state of being engaged, and the first engagement cam portion is slid or approached on the circumferential surface of the main rotation shaft 4. Next, ^ 4 2 frame 12 is relative to the first! When the frame 1]t is rotated by a little 18 degrees, the rotating wall 6a will contact the stopper portion 21 of the main base member 2 to be rotated, and the first ball 82 will be fitted into the first locking recess 81, so that the first ball 82 is inserted into the first locking recess 81. The second frame body 11 and the second frame body 12 can be kept in a locked state in the closed state. Further, in the case of the second opening state, the first housing 11 and the second = 12 can be rotated counterclockwise with the LCD rotating shaft 5 as an axis. So, the second

The crucible 4 is detached from the second locking recess 83 and slides on the third sliding portion 65. Further, when the rotating member 6 and the stopper member 71 rotate together with the LCD rotation=axis, and the second engagement projection 78 of the stopper member 71 is fitted into the second = wheel recess 75, except The second engagement convex portion 78 is detached from the second convex portion 75, and the stopper member 71 is moved from the second engagement convex portion 78 toward the convex portion 77, and the first engagement convex portion 77 is fitted. In the state in which the engagement is performed, the second engagement projection 78 moves in a state in which the circumferential surface of the f 2 sliding portion 32 slides or approaches. Then, if it is slightly 0 degree, the LCD base member 3 will contact the rotation regulating protrusion 61 to be rotated.

Jr if, the second ball 84 is fitted into the second lock recess 83, and the first and second frames 12 can be kept in the locked state in the closed state. In the case of the third opening state, the first frame body 丨1 and the second body body 2 = the main rotating shaft 4 or the LCD rotating shaft 5 can be rotated counterclockwise as the first opening state or the first opening state. 2 open state. Then, the second frame body 11 and the second frame body 12 can be closed by the LCD frame rotating body 5 or the main rotating shaft 4 as the axis. In the mobile phone 10 of the present invention, the three opening forms m, the first opening state, the second opening state, and the third opening state, which are horizontally rotated, can be used as a thief, and have excellent (four) generality. H is provided with the rotation regulation means 7, and the user can smoothly perform the second operation of the second embodiment, that is, in the closed state U' as shown in Fig. 4 to Fig. 6, the stopper member 71 is shown. The first card portion convex portion 77 and the first cam concave portion 73 are opposed to each other, and the second engagement convex portion 78 and the second cam concave portion are opposed to each other. Therefore, the first frame frame f ir is borrowed from the main rotating shaft 4 or The LCD rotating shaft 5 is the square shaft fH1, and the second housing 12 starts to rotate mainly by this state. The second engaging convex portion 77 is inserted into the f-mounting port. When the right side is rotated by the main rotation axis 4 as the axis, the circumferential surface of the base portion of the ί 魏 魏 杂 杂 4 base is moved smoothly. The second engagement recess 78 will not be detached from the second cam recess 75. Release 11. Further, when the LCD rotating shaft 5 is rotated, the second engaging recessed portion 78 is moved in a state in which the peripheral surface of the sliding portion 32 slides or approaches, so that the first bayonet is concave. P 77 is not disengaged from the i-th cam recess 73, and the engagement is released. As described above, when the first frame body u and the second frame body 12 are rotated, the i-th frame body 11 and the second frame body 12 do not rotate without rotating the swaying axis. The switching operation of the 1 frame 11 and the second frame 12 can be smoothly performed. As a result, the switching operation can be easily performed. There is a locking mechanism 8'. Therefore, when the first housing 11 and the second housing are in the closed state or the open state, a feeling of clicking is generated, and the sense of movement can be sensed. That is, when the first housing 11 and the second housing 12 are rotated by the main 26-axis, the first ball 82 is placed on the first sliding portion 22 or simultaneously by the first tab 86 to the first sliding portion. 22 side attached. When the second casing 12 and the second casing 12 are rotated to be in a closed state or when the opening is opened, the first ball 82 is engaged with the first locking recess 81, and a flaw is generated. ‘Easy to feel the movement. Further, when the first housing 11 and the second shaft 5 are rotated, the first ball 84 will be in the first

Move ^ 65. Side correction: 3 or the second spacer 88 is rotated by the second spacer 88, and the first housing 11 and the second housing 12 are made of LCD.

When the switch is in the closed state or the open state, the second ball 84 has a sense of operation. Therefore, when the first frame 11 and the second frame 12 are in the state of being opened or opened, the card _ is generated, and the heart is turned into a closed motion, which has a good motion; According to the configuration, at least the first frame and the second frame of the horizontal axis 11 of the present invention and the second frame are vertically vertical, and are mutually _, forming an ith opening state and a body. Rotating with the second vertical axis as an axis to form

The frame and the second frame are positioned in a plurality of open-hearted systems to fully function, and thus are suitable for use in mobile machines, especially in pockets/construction. (4) 疋μ computer, portable video game machine [Simplified description of the drawings] Fig. 1(a) is a perspective view showing a movable embodiment of the swaying machine provided with the horizontal rotary mechanism of the present invention in a closed state. ° 1(8)® is a perspective view of a preferred embodiment of the mobile machine provided with the horizontal rotary mechanism of the present invention in the first open state. Fig. 1(c) is a perspective view showing a second open state of the embodiment of the horizontal rotating mechanism of the present invention. Fig. 1(4) is a perspective view showing a third embodiment of a movable embodiment of the mobile machine provided with the horizontal rotary mechanism of the present invention. The diagrams of the second and the first (6) are exploded perspective views of the mobile machine with respect to the horizontal rotation mechanism. Fig. 3 is an exploded perspective view showing an important part of the horizontal rotating mechanism of the present invention. • Figure 4 shows a plan view of the important part of the horizontal rotation mechanism in Figure 1. Fig. 5 is a partial plan view showing the horizontal rotary mechanism of the present invention, and Fig. 5(a) is a partial plan view showing the state in which the horizontal rotary mechanism of the present invention is closed. Fig. 5(b) is a plan view showing the state in which the horizontal rotating mechanism of the present invention is in the first opening state. The 5th (6) figure shows the partial shot plan of the middle-recorded horizontal rotation mechanism. Fig. 5(d) is a plan view showing the state in which the horizontal rotating mechanism of the present invention is in the second opening state. Fig. 5(e) is a plan view showing the state in which the horizontal stalk of the present invention is in the state of the third thief. . Figure 6 is a plan view showing a possible embodiment of the rotational regulation means of the present invention. 28 Section 7(a)®·贞林Failed 2nd Society – a squint of a possible embodiment. Fig. _ is a plan view showing a possible embodiment of the second enchantment of the present invention. Figure 7(c) is a side view showing one possible embodiment of the second rear frame of the present month.

Fig. 8 is a perspective view of a possible embodiment of the first base member of the present invention. Fig. 0 is a perspective view showing a possible embodiment of the second base member of the present invention. Figure 10 is the age of the book (four) _ riding - feasible lion _ oblique view. Figure 11 is a perspective view showing a possible embodiment of the first rotating shaft member of the present invention.

Figure </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> slanting view of the present invention 11 first frame

Ua first rear frame Ub first front frame 12 second frame 12a second rear frame 12b second front frame 29 1335167 12d display portion 13 concave portion U concave portion 15 concave portion 17 screw 18 screw 19a screw 19b screw 2 base Member 2a base 2b bent portion 2c through hole 2d through hole 21 stopper portion 22 first sliding portion 23 mounting hole 25 spacer 27 screw 3 base member 3c through hole 31 recess portion 32 second sliding portion 33 recess portion 34 mounting hole 4 Rotating shaft 4a base portion 4b first annular portion 4c second annular portion Μ third annular portion 1335167 5 rotating shaft 5a base portion 5b first round 枉 portion * 5c second cylindrical portion • 6 rotating member 6a wall portion 61 Projection hole 63 63 hole 63 rotation hole 35 third sliding portion 66 mounting hole 7 rotation regulation means 71 stopper member 71a base portion 71b side portion 71c mounting hole 72 first cam 73 recess portion 74 second cam portion 75 recess portion 75a closed recess portion 75b open recess 76 stop bolt 76a slide portion 76b stop piece 76c insertion portion 76d cut portion 77 first engagement convex portion 78 second engagement convex portion 1335167 8 lock mechanism 81 concave portion 82 first ball 83 concave portion 84 second Ball 85 ball receiving hole 86 first spacer 86a concave portion 86b mounting hole 86c deformation hole 87 receiving hole 88 second spacer 88a concave portion 88b Hole 88c deformation hole

Claims (1)

1335167 X. Patent application scope: 1. The mobile phone H is composed of a first frame and a second frame, and the system can form a frame-like body that will describe the first frame and the second frame. a closed state in which the upper cover is covered by the other frame body, and a structure in which the upper surface of the one block body is exposed, wherein a structure is provided between the j-th frame body and the second frame body The horizontal rotation mechanism 'g, which is rotated by the vertical axis or the second vertical axis, is a horizontal rotation axis, and the structure is formed to cover the upper side of the aforementioned other frame by the above-mentioned one block body. The i-th position of the state and the first frame and the second frame of the first position are rotated in a plane direction with the i-th axis as an axis to make the aforementioned frame a second position in which the ith is in the ith state, and a second device in which the second frame is placed in the fourth state in which the upper surface of the frame is exposed by the second _. The coffee box body and the secret frame 2 in the second position are rotated in the first direction to form the aforementioned A box of materials ^ 彺水千方 Location. The fourth opening state of the third opening state in which the top of the body is exposed is as follows: 3. The frame body described in claim 1 and the second frame body ▲, the second body, and the third position are rotated in the first direction. The first vertical axis of the above-mentioned one is a position in which the axes 'are parallel to each other. The fourth opening state of the third opening state exposed on the upper side of the swivel body. The horizontal rotating mechanism of the replacement page machine is revised to include the first frame and the second frame. When the second frame body is overlapped with each other in the planar direction, the first frame body and the lower surface of the second frame body are formed so as to cover the upper surface of the other frame body. a state, and an open state in which the upper surface of the frame body is exposed, the ship is: a first vertical wheel provided on the upper surface of the frame body and the other side of the frame body, and The second vertical axis 'and the end portion of the frame body and the lower side of the frame body are disposed on the first vertical axis to be rotatable while the other i portion is disposed on the second vertical line The recording is rotatable, and the frame is coupled to the second frame Zhao to form a rotatable rotating member core ==? in the open state, the first frame and the first "the first vertical axis or the second vertical axis" When the _ square is the axis rotation, the state of the closed state or the state other than the above-mentioned open state, the body And the second frame body is configured by the rotation regulation means that rotates in the above (10) or the second sag::::: the state of the body and the second frame can be made first by ς == In addition to the open state, the C of the closed state and the body of the closed state (4) 2 = the open state. The money turns to form the second block of the action state of the mobile device described in Item 4 The body and the front part are closed. The second frame is the first vertical wheel. I am 34 1335167, September 3, 1999. Correction replacement page. The second vertical axis is rotated by the axis, and the vertical axis s or The remaining one of the second vertical axes is a structure in which the axes are mutually rotated to form a third opening state, and the first frame body and the second frame body are provided in the closed state or the first opening state. A locking mechanism that is locked in each of the four states, such as the third opening state. 6. The horizontal rotation mechanism of the mobile device according to claim 5, wherein the locking mechanism' includes a spherical first locking recess provided on one of a surface of the one surface and the rotating member, and In the closed state, the ith opening state, or the third opening state, the first surface of the front surface and the front member member that can be engaged with the ith locking recess is the first one. The ball, and the surface of the other surface and the front ship turning member - the square == 2 lock thin portion, and in the closed state, the aforementioned first opening form 2 or (10) the third opening state, The horizontal rotation mechanism of the mobile device described in the following paragraph: the surface of the other side of the rotating structure, and the horizontal rotation mechanism of the mobile device described in a first vertical axis or a second vertical axis, wherein the first vertical axis or the second vertical first extended first cam is provided, and the rotating member is provided in a current state or a state Open state and = first vertical axis or the aforementioned second vertical axis The first * wheel or the second cam on the other axis is engaged, and the replacement page is corrected by the first i-think station on September 3, and the second is perpendicular to the second page. The straight axis after the rotation of the axis is formed, and the straight axis forms the closed axis from the + θ vertical axis and the second vertical axis _, ί _, and the tree is set to another state. The structure of the stop member and the like. ° The shape of the release will be formed. 8. The mobile machine described in Item 7 (4) The cam is formed in a portion on the circumferential surface and has the first second cam having the first rotation=, f, and is generally in the shape of a circular shape of the cam, and a part of the circle (four) to the surface is formed to have the second cam concave portion. New, miscellaneous (four) _ riding becomes a movable state ♦ When the end is engaged with the first cam recess, the other end is accessible to the second cam recess, and the other end is inserted into the aforementioned When the 2nd recess is engaged, the end portion of the stop member can be brought close to the second cam domain. When the front closed state or the front rhyme becomes complicated, the end portion of the stop member will be engaged to the 4th first. The cam recessed portion or the other end portion thereof is engaged with the second cam recessed portion'-the above-mentioned first cam recess portion or the second cam recess portion that is engaged with the end portion of the stopper member is rotated except for the aforementioned stop structure The end portion of the material is detached from the ith cam recess or the second cam recess, and the stopper member is movable so that the remaining end of the stopper member can be engaged to the second portion. a cam recess or the aforementioned first cam recess. 36 1335167 (b) (C) Supplement 14 / , -_ factory Π~~^2a @ © .-14 12a 15 C S