TW200946001A - Portable device and opening and closing device thereof - Google Patents

Abstract

The invention provides a portable device and a switching device of the portable device, wherein the portable device comprises a first shell with an operation part on the upper surface and a second shell with a displaying part on the upper surface, so formed that: a first open state, the second shell relatively slides along the longitudinal direction relative to the first shell from the close state when the first shell coincides with the second shell, therefore the operation part of the first shell exposes in way of full operation when the second shell is towards the longitudinal direction; a second open state, the second shell rotates along the horizontal direction relative to the first shell from the close state when the first shell coincides with the second shell, therefore the operation of the first shell exposes in way of full operation when the second shell is towards the longitudinal direction, when selecting any one of the two open-operation ways, another one is limited.

Description

200946001

H20P016-TW VI. Description of the Invention: [Technical Field] The present invention relates to a portable device and an opening and closing device suitable for the portable device, which can be provided with a display portion on the upper surface with a simple operation The second housing is slid in the longitudinal direction with respect to the first housing having the operation portion on the upper surface or is rotated in the horizontal direction to use the display portion in a longitudinally long and laterally long manner. [Prior Art] C3 As a portable device such as a cellular phone, a product having an opening and closing device having a first casing having an operation portion such as a keyboard on the upper surface and an LCD provided on the upper surface is commercially available. And a second housing of the display portion, and forming a closed state in which the first housing and the second housing are combined to cover the upper surface of the first housing with the second housing and the second housing is opposite to the first housing An open state in which the body slides in the longitudinal direction and exposes the upper surface of the first casing. In recent years, mobile phones have introduced mobile phones that have functions such as Wei, digital camera, and recording and reproduction functions, such as TV reception and video functions, in addition to the communication function. The speaker 4 is therefore referred to as a portable device. Therefore, for example, in particular, when a screen such as a television is displayed on the display unit to view the movement, the second time is compared with the second. Preferably, the housing is preferably used in a longitudinal direction rather than in a laterally longer direction. However, in the conventional portable telephone, the end portion of the first casing is also relatively rotated in the longitudinal direction via the hinge device, and the second casing phase is provided. The two housings are respectively operated by the device, for the first housing in 2007-321389 & 2008-092567 200946001, the horizontal length of the tilting axis is given __ (纟时肖_read rm 2 shirts _ Lai Na Na butterfly set with a keyboard The surface is slightly f-shell, and the lower surface is provided with pumping =: and the way of rotating touches the second housing 』: =] δ in the closed scale 'the first shell and the second bribe overlap and separate from each other, iH surface And the lower surface of the second casing is connected to be in a closed state and is in a state of being used as a display portion of the μ display unit. a longer open state), at this time, the =11 mesh·the first casing is longitudinally long, and the longitudinally longer second means is used in relation to the laterally longer manner. The third casing is rotated by 9 〇 and thus the display portion is in a state of being laterally long (open state in which the lateral direction is long). Patent Document 1: JP-A-2006-211576, JP-A-2007-189541, JP-A-2007-189541, JP-A-2007-321389, and the portable telephones described in Patent Documents i and 2 are capable of In the case of the second and the horizontal length, the first reading body of the money display portion is used. However, in the case where the display portion is used in a horizontally long manner, the second housing phase is replaced by the first bribe. After the third housing is rotated in the longitudinal direction, the second housing is rotated in a rotationally (10) degree opening operation, and, in the case of feeding in a longer manner, it is displayed. The second housing must be rotated longitudinally relative to the first housing via the third housing after the second housing is rotated 90 degrees relative to the third housing, and the closing operation is also performed, in addition to A third housing is required in addition to the first housing and the second housing, and the number of components is large, and there are correspondingly 6 2007-321389 & 2008-092567 200946001

H20P016-TW The problem of increased thickness of the portable telephone. In order to solve the above-mentioned problems, the applicant of the present invention has applied for a portable device capable of opening and closing a single operation (see Patent Document 3), and the portable device can be formed in a vertically long open state. The closed state causes the second housing to slide relative to the first housing in the longitudinal direction, thereby causing the second housing (display portion) to face in the longitudinal direction; the laterally long open state, the second housing relative to the first housing Rotating in the horizontal direction and sliding in the lateral direction, so that the second button (display portion) faces the lateral direction, and thus, in the case where the display portion is used in a laterally long manner, only the first device is opposed to the first The simple operation of rotating the body in the horizontal direction and sliding in the lateral direction enables the opening and closing operation, but it is also expected to perform the opening and closing operation with a simpler operation. SUMMARY OF THE INVENTION An object of the present invention is to provide a portable device having a simple structure and an opening and closing device used in the portable device, in particular, the first housing and the second housing are relatively slid in the longitudinal direction so as to be operatively disposed In the portable device of the operation portion 上 on the upper surface of the first casing, the rotation operation of the second casing in the horizontal direction with respect to the first casing can be performed more simply. In order to achieve the above object, a portable device according to the present invention includes: a first housing having an operation portion provided on an upper surface thereof and a second housing having a display portion on an upper surface thereof, and forming: An open state in which the second housing is slid relative to the first housing in a closed state in which the first housing and the second housing are overlapped with each other, thereby enabling the first The operating portion of the first housing is exposed to be fully operable in a state in which the two housings are oriented in a longitudinal direction; and the second housing is from the first housing and the second housing in a second open state The second 7 2007-321389 & 2008-092567 200946001 thus exposes the two-shell axially transversely: the crotch portion is exposed in a ugly manner, and in the selection:: one of the other, the other opens and closes The operation is limited. According to another aspect of the invention, the second casing can be closed from the second body in which the operation portion is provided on the upper surface and the second casing in which the display portion is provided on the upper surface, with respect to the first casing. The moving mechanism slides along the vertical direction and calls it the first C3

Bf is rotated in the horizontal direction via the rotating mechanism to become the second open state. At this time, during the operation of any of the sliding mechanism and the rotating mechanism, the other action is turned off by the unit, and the Lai Ship is improved. In the case of the closed state 2 to the second open state, the opening and closing operation can be performed only by a simple operation of rotating the second casing relative to the first casing, so that not only the number of components is reduced but also the number of components can be further increased. Operational operability during opening and closing operations. In order to achieve the above object, an opening and closing device for a portable device according to the present invention is characterized in that the portable device has a first casing provided with an operation portion on the upper surface and a second casing provided with a display portion on the upper surface, wherein The portable device is provided with: a sliding structure that slides the first housing and the second housing from each other in a closed state, which is relatively slid in the longitudinal direction and formed to be on the first housing a first open state in which the surface is exposed in a fully operational manner; a rotating mechanism that causes the first housing and the second housing to rotate relative to each other in a closed state that overlaps each other in a horizontal direction, and a second open state in which the upper surface of the first casing is exposed in a manner capable of full operation; and a limiting element which is used as a tent in the riding mechanism and the rotating mechanism , limited (four) - institutional action. According to the invention, the first casing provided with the operation portion on the upper surface is in the above table 2007-321389 & 2008-092567 8 200946001

The H20P016-TW surface is provided with a closed state in which the second housings of the display portion overlap each other, and the second housing can be slid in the longitudinal direction with respect to the first housing via the sliding mechanism, or the second housing can be made to face the first housing The body is rotated in the horizontal direction via the rotating mechanism. At this time, during the operation of any of the sliding mechanism and the rotating mechanism, the movement of the other mechanism is restricted, so the operability is improved, especially from the closed state to In the case of the second open state, the opening operation can be performed only by a simple operation of rotating the second casing with respect to the first casing. Therefore, the operability at the time of opening and closing operation can be more greatly improved. In the opening and closing device of the portable device according to the present invention, the sliding mechanism preferably has a sliding base member mounted on the first housing and the second housing, wherein the H-slide casting is It is engaged with the sliding base member in a movable manner and mounted on the other of the first housing and the second housing; and a sliding force applying unit, which is elastically disposed Between the sliding base member and the sliding member, the sliding base member and the sliding member are biased to slide from a predetermined sliding position to a closing direction or an opening direction of €3, respectively. In addition, the rotating mechanism has: a rotating base member mounted on any one of the first and second housings; and a rotary sliding member that is rotatable and slidable The rotating base member is engaged with and mounted on the other of the first housing and the second housing; and a rotary urging unit elastically disposed on the rotating base member and The rotating sliding members are biased between the rotating base member and the rotating sliding member to rotate them from a predetermined rotational position to a closing direction or an opening direction, respectively. In the present invention, when in the second open state, the first housing and the 9 2007-321389 & 2008-092567 200946001

H20P016-TW The first housing is approximately τ-shaped in plan view. Further, the sliding mechanism is configured such that the sliding mechanism has: the engaging member of the movable base member; and a sliding member that is combined and mounted on the second housing, and - from the Between the component and the rider member, and applying the force to the sliding member to move from a predetermined sliding position to a closed = direction or a fortune, the rotating mechanism having: being mounted on the first shell 0 a switch member; a snap member as a rotary slide member that is capable of being engaged with the base member; and - a rotary force applying material between the elastic member and the engaging member, and The base member force causes the tank to be pre-loaded in a direction of opening or opening, and the limiting unit has: a lock =, on the engaging member, and has a -restricted engagement; a part:: limit: card 5 And the sliding member is disposed on the sliding member, and has a first engagement member that is engaged with the restriction engagement projection and that is closed by the rotary machine, and a engagement with the limited engagement engagement projection Riding a second level of the slippery ride; a force unit that feeds the joystick component Apply force to make the two cardholders; = 52 red _ card combination; and limit needles and convex parts, which are set on ". on the lake when the lake is closed" to make the observation snap Capable of engaging with the second-joining portion of the first-clamping portion, the two-shell phase f is slidable when the first-shell is slidable via the sliding mechanism The restriction engagement protrusion and the first restriction engagement portion are engaged to restrict the operation of the rotation mechanism, and the second housing rotates and slides with respect to the first housing via the rotation mechanism. -321389 & 2008-092567 10 200946001

In the case of H20P016-TW, the engagement of the engagement member of the lever member and the engagement of the lever member π with the first restriction engagement portion restricts the movement of the slide mechanism. S3 In addition, the sliding mechanism has: the engaging member that is also used as a riding bottom contact, and the sliding member is attached to the second bribe in a brittle manner without a snapping member. And a rib force-applying unit, the gambling gambling is placed between the engaging parts of the engaging parts, the needle-fitting part and the sliding part exerting a force to make it slippery and green, or (4) direction The sliding restricting unit is composed of a first restricting portion that restricts the operation of the rotating mechanism and a second restricting portion that restricts the operation of the sliding mechanism, the rotating mechanism having: a base member mounted on the (four) first bribe; a snap member of the movable member that is engaged with the base material in a rotatable manner; and - (4) a force applying unit ''elastically disposed between the turtle member and the engaging member and The base member and the engaging member are biased such that they are rotated from the pre-aged position to the closed a direction or the fortune scale, and the first portion has: a - engaging projection attached to the bottom And - the first engaging portion, the raft is borrowed on the sliding 'in the second shell Receiving, from the closed state, relative to the first casing, the first engaging portion, the first engaging portion has a locking mechanism member, wherein the second closing portion has: The utility model can be arranged on the engaging component and has a second engaging protrusion; the: and the second engaging protrusion engage with the bottle to move the movable mechanism to engage the protruding part The locking lever member applies a force to engage the second first engaging portion; and a sliding protrusion is disposed on the member, and when in the closed state, the locking lever Component engagement, 2007-321389 & 2008-092567 11 200946001

H20P016-TW releases the engagement of the second engaging projection and the second engaging portion to allow the rotating mechanism to operate. Further, in the opening and closing device of the portable device according to the present invention, the rotating machine preferably has a rotating base member mounted on the first casing and the first casing: Bristing the rotating member, the Wei is rotated enough to engage with the rotating base 4, and is mounted on the other of the first housing and the second housing; and a rotating force And a unit elastically disposed between the rotary base member and the rotating member, and biasing the rotating base member and the returned rotating member to rotate them from a predetermined rotational position to a closing direction or an opening direction, respectively. In addition, in the portable device of the present invention, the rotating machine has two guiding holes, which are disposed on the member of the rotating base and the rotating member; Transducing guide members, which are combined with the guide slot cards, respectively, to merge the slotted crane into a long-hole crane, rotate from the second salty body relative to the first housing in a horizontal direction, and are disposed in the Rotating the crucible base member and any one of the rotating members, and the connecting arm 2, respectively, is engaged with the bellming member to move the Wei-turn guiding member, and is disposed on the other On the part. In addition, in the portable device of the present invention, it is preferable that the two materials of the rotating mechanism are long-distance, and that the long-hole is located in the other guiding shape and the connecting arm is rotatable. The method is further provided with a closing device for the portable device in the present invention, the limiting unit having: a base member mounted on the first housing; two cards 2007-321389 & 2〇〇8.092567 200946001 2 in a rotatable manner in a rotatable manner, or via two: a circular ride on the fine m-axis, which is rotated by the material to be engaged, and the wire is wound in the second; first, the bayonet σ is mounted on the The engaging member has a -restricting engagement snap-fit engaging portion 'the setting surface of the base material riding member (which has the same as the card engaging projection) - the rotating machine 3; ; _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The protrusion is engaged with the imaginary raft, and is closed to the age class, and the mounting part card 2 When the rotating mechanism rotates, the restriction σ portion is engaged with the second restriction engagement portion, and the sliding domain structure is closed. According to the invention, it is possible to obtain a cleaning device as described below, and an opening and closing device of the portable device, a second casing provided with an operation portion on the upper surface, and a state in which the display second chassis are overlapped with each other on the upper surface, so that the second The housing slides in the longitudinal direction with respect to the first housing via the mechanism, so that the second housing can be fully opened in the longitudinal direction of the second housing, or the first opening state can be performed on the operating portion of the first housing. The two housings are rotated in the horizontal direction with respect to the warp direction rotating mechanism, thereby becoming a first-open state in which the keyboard portion of the first housing can be fully operated in a state in which the second housing faces in the lateral direction and In the open state, the operation portion of the upper surface of the first casing can be fully operated. [Embodiment] Hereinafter, a portable device according to the present invention and an opening and closing device will be described based on the drawings. 13 2007-321389 & 2008-092567 200946001

H20P016-TW The first opening and closing device of one embodiment will be described in detail. The first, second, third, fourth, and fifth diagrams are diagrams of an embodiment of the portable device of the present invention. As shown in the figure, the portable device 1 () according to the present invention has an operation unit provided on the upper surface. The first casing 11 of the 13 and the second casing 12 having the display portion 14 on the upper surface thereof are formed in a first open state (see FIGS. 1B and 2C), and the first casing 11 and the first casing 11 are formed. The closed state in which the two housings 12 are overlapped with each other (refer to FIG. 2A, FIG. 2A) 'sliding the second housing 12 relative to the first housing 11 in the longitudinal direction via the sliding mechanism 2' and the first housing Π The operation unit 13 is exposed to be fully operated; the second open state (see FIGS. 1D and 3B) is in a closed state in which the first housing 11 and the second housing 12 are overlapped with each other (see FIG. In the first drawing, the second housing 12 is rotated in the horizontal direction with respect to the first housing u via the rotating mechanism 3 and slid in the slanting direction, so that the operating portion 13 of the first housing u can be fully operated exposed. When either of these two opening operations is selected, another opening and closing operation is limited. 1Q, * for _ limited, for example, portable mobile phones, PDAs, notebook computers, Μ (trademarks) and other portable terminals, desktop computers, small dice calculators, portable game consoles, etc. In addition, as the portable device 1G, in addition to the ashtray, the box body, etc., that is, as long as the two bodies are placed in the same position, the following = as a portable device (four) - reading fortune The case of the telephone shot is described, but is not limited thereto. The body 11 and the second bribe 12 are divided into a rectangular shape-private surface. The upper surface of the body U is provided with an operation portion 13 such as a keyboard portion. a display portion 14 such as an LCD is provided on the upper surface of the first duplex, and these first housings 2007-321389 & 2008-092567 200946001

The H20P016-TW 11 and the second casing 12 are connected to each other via the first opening and closing device 1 described above in a state of being overlapped with each other. (4) The portable device 1G is formed, that is, the portable device transmits the upper surface of the first button 11 The lower portion of the lower casing of the second casing 12 overlaps the operating portion 13 such as the keyboard portion, and the second casing 12 is rotated from the upper surface of the first bribe to the longitudinal rib, or horizontally and laterally _, the operation unit 13 such as the keyboard unit can be exposed to full operation. The first opening and closing device 1 according to the present invention has the following: the first device i is provided with: a sliding mechanism 2' which causes the closed casing H of the first casing u and the second casing to be slid in the longitudinal direction Therefore, the operation portion 13 on the upper surface of the first bribe u can be exposed in full operation; the rotation mechanism 3 causes the first casing 11 and the second casing 12 to be horizontally aligned from each other Rotate relatively and /. The lateral 'monthly movement enables the operation portion of the upper surface of the first casing ^ to be fully operationally exposed; and - the restriction unit 4, which is in the middle of the sliding mechanism 2 and the rotation mechanism 3 - the mechanism (4) - the mechanism action. The sliding mechanism 2 is a mechanism in a shape-like state and a first-open state, and has: a base member (a fortified engaging member 5) mounted on the first casing 11 and the second casing 12 Wherein the housing is, for example, the first housing u; a sliding member 6 that can be bribedly engaged with the engaging member 5 and mounted in the first housing 11 and the second housing 12 - Further, the casing is, for example, the second casing 12; and the sliding urging force unit 8' is elastically disposed between the sliding member 6 and the engaging member 5, and applies force to the sliding tiller 6 and the engaging member 5. It slides in the closing direction or the opening direction with the predetermined sliding position. The engaging member 5 is a sliding base member, as shown in Figs. 4, 5, and 7, for example, composed of: a substrate (four) formed along the width direction of the first casing u 2007-321389 & 2008-092567 15 200946001 H20P016-TW The long flat surface is substantially rectangular and has a substantially square-shaped engaging portion 52 which is provided at both side portions of the substrate portion 51, and the engaging portion 52 can be formed by mounting different components. Both side portions of the substrate portion 51 may be bent into a square shape and formed integrally with the substrate portion 51, and the engaging member 5 may be formed by, for example, press-working a stainless steel plate. The width of the substrate portion 51 is formed to be smaller than the width of the first casing u, and a pendulum first mounting bore 55 for mounting the swing pin 设置 is provided in the vicinity of the lower end portion of the substrate portion 51, and the swing pin 85 is used for The sliding urging unit 8 is attached, and a rotary sliding guide member mounting hole 56 is provided in each of the vicinity of the WF end of the substrate portion 51 and the vicinity of a corner portion and a substantially central portion in the width direction, and is located at the substrate portion 51. A branch pin mounting hole 51a for mounting the support pin 48 is disposed near the lower end portion and substantially in the width direction, and the lock lever member is rotatably supported on the branch pin 48, and In the vicinity of the corner portion of the other end portion (the right side in the drawing example) near the lower end portion of the substrate portion 51, 〇=4 for mounting the mounting pin 49 is provided, and the wire member of the wire pin 49 for biasing the lock lever member is biased. Further, it is preferable that the engaging portion 52 is provided with a substantially cross-sectional portion 57, and the sliding portion of the engaging portion 52 and the sliding member 6 is not particularly limited, and for example, a resin having a small friction coefficient or the like is used. Forming two parts 57 is provided with a card Η accomplishing portion Columbia, slip suppression, still retaining the slide from Jing; ^ engaging convex portion 52a engages a portion disengaged from the engaging portion 52!. As shown in FIG. 5'8 of the lower surface of the auxiliary sliding member 57 when sliding relative to the engaging member 5, the sliding member 6 is formed into a rectangular concave member sliding member mounting recess 16 as shown in FIG. -092567 2007-321389 & 200946001 The actuator 6 is formed in a substantially rectangular flat shape, and is mounted in a state of being fitted with, for example, the object component mounting recess 16, and the both sides of the sliding member 6 are provided with the engaging member 5 The engaging portion 52 (actually, the auxiliary sliding member 57) is slidably engaged with the sliding engaging portion 61. The sliding engaging portion 61_ is not particularly limited, but for example, the sliding member 6 can be turned into a The arm member is formed in a substantially curved shape, and the sliding member 6 is formed by, for example, press-working a metal plate made of stainless steel. The slide engagement portion 61 of the slide member 6 is slidably engaged with the engagement portion 52 of the engagement member 5, and the slide member 6 is slid with respect to the engagement member 5, that is, the first housing 11 and the second housing are provided. The housings 12 slide with each other in a straight line in the longitudinal direction (front-rear direction). To limit the sliding-moving movement, a stopper can be provided on the sliding engagement portion 61 and the first housing 1 and the second housing 12. FIG. 4 and the like are not particularly limited as the stopper, but it is preferable to have a cushioning effect when, for example, a rubber or a spring-transducing member, whereby the first casing u and the second casing 12 are Sliding in the longitudinal direction from the closed state (refer to FIGS. 1A and 2A) to the first open state (refer to the first β map and the second c map), between the closed state and the first open state () The intermediate state is the first neutral state (refer to FIG. 2B), and the engaging member 5 is mounted on the first housing 11, and the sliding member 6 is mounted on the second housing 12. However, the engaging member 5 may be mounted. On the second housing 12, the component 6 is mounted on the first housing 11. Further, in each of the two thin portions near the lower end portion of the sliding member 6 and the substantially central portion in the vertical direction near the rear end portions, the sliding member 6 is attached to the second casing by screws or the like. The through hole for the body 12 is, for example, and is attached to the vicinity of the other side portion of the sliding member 6 and extends in the width direction of the first body 11 or the first body 12 when in the state of the towel, and includes the engaging member 5 Of 17 2007-321389 & 2008-092567 200946001

H20P016-TW The portion of the pendulum pin on the straight line of the first mounting hole 55 is provided with a pendulum pin second mounting hole 65 for mounting the pendulum pin ,, which is used for mounting the sliding urging unit 8, and, in addition, the pendulum The pin first mounting hole 55 and the pendulum pin second mounting hole 65 are disposed on a straight line extending in the width direction of the first button U or the second case 12 when in the first neutral state, but are not limited thereto, and are in the first In the neutral state, the pendulum pin first mounting hole 跖 and the pendulum pin second mounting hole 65 may not be located on a straight line extending in the width direction of the first case u or the second case 12. The sliding urging unit 8 is a device that urges the sliding member 6 to slide relative to the engaging member 5 from a predetermined 卩 position, for example, the first-to-stand state _ closing direction or the opening direction, as the sliding urging unit 8, and does not make a special Qualified, it may be a spiral compression spring, etc. 'But for example, the secret - flat bomb # 81, etc., the $-4 flat magazine 81 is a regular or irregular ridge in which the - wires are not coincident on the same plane. The folded-shaped 'and force is generated in the width direction of the first casing n or the second clock 12, and the both ends of the first flat spring 81 are rotatably fitted on the pendulum pin 85. The mounting portion 81a is formed by, for example, bending a wire into a substantially circular shape. a length of the first flat two spring 81 may be formed as a length between the swing pin 85 on the engaging member 5 and the swing pin 85 mounted on the sliding member 6 in the closed state or the open state A substantially equal size, but preferably formed to a size exceeding the length, for example, slightly exceeding the length, whereby the first flat spring 81 is bent against the force when in the closed state and the first off state, thereby By means of this force, the closed state or the first open state is maintained. Between the sliding mechanism 2 and the first housing Π or the second housing 12, for example, between the sliding mechanism 2 and the first _u, a rotating mechanism 3 is provided, the rotating mechanism 18 2007-321389 & 2008 -092567 200946001

The H20P016-TW 3 forms a closed state and a second open state, and has: a rotating base member (a base member Ό, which is mounted in the first housing U and the second housing 12, such as the first housing 11 a rotary sliding member (the engaging member 5 in the illustrated example) that is rotatably and slidably engaged with the base member 7, and is mounted on the first housing 11 and the second housing 12 - another housing - for example, the second housing 12 on the '· and the rotary force applying unit 9, which is elastically disposed between the base material and the engaging member 5, and applies force to the base member and the engaging material 5 to make it The warship rotation position ο is respectively rotated in the direction or the counterweight, and the simple rotation mechanism 3 is disposed between the sliding mechanism 2 and the second casing 12, and the rotating mechanism 3 is configured to enable the engaging member. The base member 7 is mounted on the base portion 2 of the surface of the first casing 111j that is recessed upwardly in the mounting recess 15 as in the second, third, fourth, fifth, and sixth portions. As shown in the figure, the base member 7 is formed such that the upper side of the rectangle and the side of the _ side are tangently cut into a flat shape. The prefecture 7 is formed, for example, by stamping and tempering a metal plate that is not recorded. • The four parts near the four corners of the dish 7 are respectively provided with a small _=nail 4 women's clothing on the first frame u The through hole 7a is provided, and the magazine mounting hole 7b of the phase spring mounting portion 98 is provided at a substantially central portion in the width direction of the upper end portion of the base member 7, and the cylindrical force is placed in the center. The spring dressing portion 98 is for attaching the rotational biasing force to the lower surface (back surface) of the base member 7. The vicinity of the lower end portion of one side portion of the base member 7 is approximately the vicinity of the approximate vertex. Further, a first guide hole 7 having the angle Mm# to the sub-shape is provided, and the first guide member is formed in the vicinity of the corner portion of the lower portion of the one side portion of the wire holder member 7. One side of the jaw member 7 is provided. The extension, and σ - extension, and thus the contribution, the ton, ^ the lower end of the tortoise 7 is elongated, in addition to a side from the base member 7 2007-321389 & 2008-092567 200946001 = Γ = _ another The vicinity of the lower end portion of the side portion is provided with: portions 71a and 72a, and the concave concave recessed guide recess is engaged 5: ^ a first hole 71 and the second guide slots 72, respectively to secure the movable member 54 engaging the guide member 53 and the second rotary slide guide

The row card-directing member 53 is inserted through the first-direction guide hole 71 into the 53a, and the first-brain is called to prevent it from coming out of the first-direction guide hole 71, and the heart-moving guide member 53 is, for example, It is formed so as to be insertable into the first guide '=hh嶋', and the second section is provided by the end portion (-end portion) of the mounting hole 56, for example, by press-fitting or riveting. The rotary sliding guide portion of the engaging member 5 is provided with the washers 58 and 59, and the outer peripheral portion of the member 5 is separated from the outer peripheral portion. Further, the bulletproof guide member 53 is provided with the bulletproof one. The sliding guide member 54 is formed in a shape of a ^, that is, a second substantially cylindrical shape, and has a retaining portion that is inserted straight into the second guiding elongated hole K, and the second rotational sliding guide is long. A flange shape or a riveting or the like of the width of the hole 72 is attached to the end portion of the engaging member 5 through, for example, the detachment preventing portion H of the second rotary sliding guide member 54, between the (four) 54a and the base member 7. The periphery of 2007-321389 & 2008-092567 20 200946001

The outer circumference of the H20P016-TW and the base member 7 and the engaging member 5 are respectively provided with washers 58 and 59. The first rotary sliding guide member 53 and the second rotary sliding guide member 54 are engaged with each other without being detached. In the first guide long hole 71 and the second guide long hole 72, the engaging member 5 (second casing 12) is closed from the base member 7 (first casing n) (see the first drawing and the second drawing). Fig.) is rotated approximately 90 in the horizontal direction toward the right-hand direction on the drawing. And sliding in the lateral direction to become the second open state (refer to FIG. 3 and FIG. 3B), and rotating from the second open state toward the left-hand direction on the drawing surface in the horizontal direction and sliding in the lateral direction to become a closed state, that is, the first The second casing 12 is in a second open state in which the upper surface of the first casing 11 is exposed in a state in which it is overlapped with the first casing 11 and is laterally long with respect to the first casing n. The first housing 11 rotates in the horizontal direction along the upper surface thereof and slides in the lateral direction, and the intermediate state between the closed state and the second open state is the second neutral state (refer to FIG. 4 and FIG. 3A) to In the second neutral state, the first rotary sliding guide member 53 is placed on the substantially top of the first guide hole 71, and the first guide long hole 71 and the second guide long hole 72 are formed and mounted. A rotary sliding guide member 53 and a second rotary sliding guide member 54 are rotated. That is, the shape of the first guide long hole 71 and the second guide long hole 72 and the attachment positions of the first to the rotary slide member 53 and the second rotary guide member 54 are such that the second housing 12 can be opposed to each other. When the first housing u is rotated from the closed state and slid to the second disengaged state, it is not limited, but is configured, for example, when the first housing η and the second housing 12 are in a closed state in which they overlap each other. As shown in FIGS. 2A and 6A, the first rotary sliding guide member 53 is located at one end of the first guide slit 71, and the second rotary slide guide member is located at the second guide slit 2007-321389 &; 2008-092567 21 200946001

One end of the 72, the volume (four) ± the 16_TW 11 rotation * the first body 12 from the closed state relative to the other end of the first housing, the moon, the second, the second, the second, the first guide, the long hole 71 The other two of the long holes 72, and the second rotary slide guide member 54 is moved toward the second guide 6B, and the movement is 'in the intermediate state, as shown in FIG. 3A and the substantially central portion, (Γ rotational sliding guide member 53) Located at a substantially top portion of the first guide long hole 71 toward the central portion of the member, and the second rotary sliding guide guides the substantially central portion of the slide guide member 5^ the long hole 72, and further, the first rotation G first guide hole 71 The other end, and the second rotation;;, by the 1 branch 54 at the other end of the second guide slot 72, as shown in Fig. 3B Fig. 19 ★ the first open state 'other' is in the second open state At the same time, the second state is longer in the lateral direction with respect to the first casing U (the long side of the second casing 12 is two (four) / the direction in which the longitudinal direction of the casing U is substantially orthogonal), and at this time, g is the first housing 11 and the second housing 12 is a plan view Above the casing 11, and the central portion of the second casing 12 is located at the central portion of the width of the first casing u, and in the intermediate state, the first rotating sliding guide member is located at the A guide hole, a substantially top portion of the word, but not limited to this, in the state of the towel, the suspect slide guide member 53 may not be located in the first guide long hole. ! ~ The approximate top of the word. The two-turn urging unit 9 is a urging force that urges the engaging member 5 to rotate the base member 7 from a predetermined rotational sliding position, for example, a second neutral state to a closing direction or an opening direction. The unit 9 is not particularly limited and may be a spiral house spring or the like, preferably a second flat spring 91 f, and the second flat sauce 91 is a rule in which the wires are not overlapped on the same plane. Or irregularly bending 2007-321389 & 2008-092567 22 200946001 to form 'the force of the first-end portion of the first-direction long hole '' and the second flat portion The spring 91 is located, for example, on the back of the base member 7, and one end portion of the second flat spring 91 is provided with a fitting portion 91a rotatably fitted to the spring mounting portion 98 of the bottom member 7, and is, for example, in the second flat portion. (4) After extending linearly in the longitudinal direction, the other end portion thereof is provided to be rotatably fitted to the spring mounting portion of the first-rotational sliding guide member 53

The mounting portions 91b are formed by, for example, bending a wire into a substantially circular shape. The length of the second flat spring 91 may be formed such that the length A between the magazine mounting portion 98 on the base member 7 and the both end portions of the first guide elongated hole 71 is in a closed state or the first-open state Dimensions, but more than a dimension of the size = such as a difficult size, whereby the second flat spring 91 is stretched against the two forces when in the closed state and the second open state, thereby maintaining the closure by the force State or second open state. ^ D, 3, 4, 5, 6 shows that the 'restriction unit 4' is in the closed state, U month is enough to make any one of the sliding mechanism 2 and the rotating mechanism 3, and in any one of the mechanisms a mechanism action, as the closing unit 4, for example, has a locking lever member 43 which is rotatably provided on the engaging member 5 and has a - closing engagement projection 42; a closing engagement portion 46, which is provided The slide member 6 has a first-restricted engagement portion that engages with the restriction engagement projection 42 and restricts the operation of the rotation mechanism 3, and a first engagement with the ship engagement projection (2) to restrict the movement of the slide mechanism 2. a second limiting engaging portion 働; a lever member biasing unit is private, which urges the locking lever member 43 to cause the limiting engaging projection to engage with the second limiting engaging portion; and restricting the engaging convex portion Part 45, which is placed on the base part? Above, everywhere 2007-321389 & 2008-092567 23 200946001

When the H20P016-TW is in the closed state, the position of the front end portion is locked to the position where the front end portion is engaged with the lock lever 42 in a position where the engagement portion 42 is engaged with any one of the first and second restriction engagement portions 46a and 46b. The lock lever member 43 has: - a rotating portion 43a ' rotatably supported on the back surface (lower surface) of the engaging member 5 via the branch _ 48; and - a restraining projection 42 provided The front end portion of the arm portion 43b extending from the rotating portion 43a is provided with a restraining engagement on the engaging member 5 (near the side portion on the right side of the drawing on the drawing surface) of the traveling member 43 The long hole 41, the restriction card long hole 4! is formed so that the first end portion is in contact with the sliding engagement portion of the sliding member 6: and the contact mounting hole 51a is located at a substantially center of the *=42-shaped county engagement rail 41 test_from === the length of the long hole 41 and the front end portion thereof can be further engaged with the engagement portion 46, whereby the restriction on the lock member 6 is mounted on the engagement member 5, and The first end portion (8) of the mode 41 in which the age j can be rotated is engaged with the other restriction engagement hole long hole contact restriction engagement portion 46. The engagement protrusion 42 restricts the engagement portion 46 from the portion that restricts the engagement protrusion and the rotation mechanism 3, closes the 42 σ and restricts the first restriction engagement portion 46 of the slide mechanism 2 ^ σ ° Μ 6 by the restriction rotation mechanism (3) an action-constituting, the second restricting engagement portion of the first sliding engagement mechanism 2 is configured to engage the length-turning member of the locking projection (four) at the front end portion;; in the closed state, the restriction engaging member 5 is slid The long sound, the flute $ becomes the sliding member 6 can be formed with respect to the card X, the second restraining engagement portion 働, for example, to form a restraining engagement 2007-321389 & 2008-092567 24 200946001 The projection 42 can be multi-sentence from the __ The front end portion of the crucible that engages the long hole 41 is restricted to the closed state 6 (the sliding member 44 that includes the position where the end portion of the sliding engagement portion is oppositely opposed is set to stand in the lock lever; the shape of the t movement The hole 'rod member urging unit first end portion 41a. The damper member 43 is biased so that the restriction engaging projection portion 42 is located at, for example, the early pressure of the screw, but preferably, etc. , u: bomb 2: the bullet! The wire is bent into a substantially u-shaped U-shaped spring 44a cj ya one end is mounted on the lock The fixed rod member 43 is mounted on the other end of the engaging member via the mounting pin 49, and the spring portion 47 of the other end portion of the bracket is formed, 4=: the first force is locked The lever member 43 biases the restriction card _ to restrain the engagement projections, and when in the closed state, the lock lever member 43 and the restriction engagement clock 45_(4) are recorded. The central portion, the restriction engagement projection 45 is configured to be in the shape of How to rotate away from the first end portion of the restriction engagement hole 41 with respect to the rotation engagement projection 42 of the lock lever member 43 (see Fig. 6A in particular), and: = two-way sliding The restriction engagement portion 45' is rotated in the water direction and is referred to as the _) in the horizontal direction. The restriction member 43 is disengaged, and the lock lever member 43 is disengaged by the engagement of the U-shaped lock lever member 43. The snap-in protrusions are combined in the 从而 so that the limit is 2007-321389 & 2008-092567 25 200946001

Therefore, the configuration is as follows. When the café-deficient portion TW portion 42 is located in the closed engagement portion 4H in the closed state, the engagement protrusion is restricted and the rotary ship can be rotated (the first engagement portion) The front end portion 46c, the sliding mechanism 2 causes the sliding portion to operate: "the operation mechanism": the use of the following: the engagement portion 42 is in the first-restricted engagement portion _ two = action, and the card is used in the profit-return mechanism 3 When the closing member 5 rotates in the horizontal direction from the card holder convex portion 7 and slides in the lateral direction, the engagement of the restriction lever member 43 is released, and the engagement projection is restricted. «The first of the restriction engagement holes 41 is restricted. The end portion also moves and restricts the operation of the slide mechanism 2. Next, the operation of the portable device 10 and the first opening/closing device i according to the present invention will be described. In a state in which the portable device 1 is not in use, the first casing u and the second casing 12 are normally in a closed state in which they overlap each other (see FIGS. 1A and 2A). At this time, the first flat spring 81 is used. Bending against the force thereof and biasing the second housing 12 from the first neutral state to the closed state with respect to the first housing n ,, and the second flat spring 91 is elongated against the force thereof and is opposite to the first The housing u urges the second housing 12 from the second neutral state to the closed state, so that the first housing u and the second housing 12 are held in a closed state in which they can substantially completely coincide with each other, and in addition, in order to be more reliable To maintain the closed state, a locking mechanism can be provided. Further, when in the closed state, 'the restriction engagement portion 45 is engaged with the lock lever member 43' and the engagement projection 42 is restricted from the first end portion 41a of the restriction engagement hole 41 to be located at the restriction engagement portion. 46 (the first restriction engagement portion 46a) has a distal end portion 46c (see Fig. 6A), so that the rotation mechanism 3 and the slide mechanism 2 can be operated by the mechanism of the mechanism 3, 2007-321389 & 2008-092567 200946001 The state 'is thus, in the closed state::: 1 and the second casing 12 is in a state in which it can be operated by any of the mechanisms of the sliding mechanism 2 and the rotating mechanism 3. The portable device ι〇=,=' is held in a state where the first housing 11 is held by one hand in a state where the longitudinal direction of the display portion 14 is long, and the second housing 12 is used. In the opening direction of the longitudinal direction (the longitudinal direction thereof), the movement is made to be 4, of course: 'the operation can be performed only with one hand, so that the sliding ot slides in the longitudinal direction with respect to the engaging member 5, and both ends of the first flat spring 81 When the length between the portions is slid, the first flat spring 81 is subjected to a load and further bent. · Produced Ϊ1, as shown in Fig. 2B, the long neutral state between the two end portions of the first flat spring 81 (the intermediate state in the illustrated example), when the time exceeds the 'the second flat spring 81' The position of the end portion is slanted back and forth, and the urging force of the first flat spring 81 is biased toward the engaging member 5 by the urging force, whereby the first housing U and the second housing 12 are mutually oriented. The opening direction is shifted to the first open state in which the keyboard portion or the like provided on the upper surface of the first casing 11 can be fully operated, and is held in the first and second views. The locking mechanism can be set to hold the first open state more reliably, whereby the first and the second housing a are longitudinally elongated from the closed state in which the second housing a is overlapped to the display portion 14 When it is =, it can be played from the intermediate state in a semi-automatic manner (semi_aut〇), and when the second housing 12 is slid from the closed state with respect to the first body u by the sliding mechanism 2, the restriction card can be used. The joint portion 42 is in the first restriction engagement portion. 2007-321389 & 2008-092567 27 200946001

Since the H20P016-TW moves from the distal end portion 46c toward the rear end portion and restricts the operation of the rotation mechanism 3, the rotation mechanism 3 does not operate, and therefore the first casing u and the second casing 12 can smoothly slide by the sliding mechanism 2. action. Next, in order to return the second casing 丨2 in the first open state, which is fully opened in a longitudinally long manner with respect to the first casing 11, to the closed state, for example, the first casing 11 is held with one hand. In the state where it is fixed, the second housing 12 is pushed by the other hand to slide in the longitudinal closing direction, and of course, the movement is performed by only one hand region, and thus the first flat spring 81 overcomes the force. When the bending is continued, when the neutral state is exceeded, the front end portions of the first flat springs 81 are biased in the direction away from each other, so that the second housing 12 can automatically slide in the closing direction for the first housing u, thereby When the first and second bribes 12 are slid from the first open state to the closed state, the sliding operation can be performed from the neutral state in a semi-automatic manner, and the semi-automatic The sliding action may also be used only in the fortune direction or the closing direction, and when the first open state is in the closed state, the restraining engagement projection 42 is in the first restriction engagement portion of the shirt. Side direction of the front end portion 46c Moving, when the closed state, the engagement projection 42 of the restriction stoppers front end portion 46c of the engagement portion 46, it becomes possible to use the sliding rotation mechanism 2 and 3 napkin according to any lin - state operation mechanism. In the case of the use of the portable device ι in such a manner that the horizontal direction of the display unit 14 is long, for example, in a state where the first casing u is held by the hand, the hand is fixed with the ^-hand. The second touch 12 turns to the right-hand direction and rotates along the horizontal square and slides along the horizontal direction. This operation can also be performed with only one hand, so that the engaging member 5 (including the sliding member 6) is detached. component? Rotating along the water direction and sliding in the lateral direction, the first-rotating slide scale is directed to the member 53 from the first guide 2007-321389 & 2008-092567 28 200946001

The end moves toward the top, while the first spine is turned over. The end of the H20P016-TW 72 is turned from the other end to the length of the other. Further, when the second casing 12 is rotated relative to the first to the simple direction and is slid in the lateral direction, the second flat spring 91 is forced to overcome its force to elongate. 53 to: In the HC diagram and the 3A diagram, when the two H 1 (four) of the first-rotational sliding guide member are New Zealand, the intermediate flatness of the second flat spring 91 becomes maximum. The state is a neutral state (in the figure) When the first time exceeds the neutral state, the first sliding cover member 53 is pivoted toward the top of the hole 71, so that the sliding member 6 is biased by the second flat body 11 and the second opening direction, whereby the first case The horizontal direction is rotated in the horizontal direction and the other side of the first guide long hole 71 is rotated along the end portion I while the second rotary sliding guide member 54 is slid by the second guide long hole 72. The η force 'from the shouting is set on the first - New 11 upper surface _ disk and other operations 〇 2? 4 for full operation And the second casing 12 (the display portion (4) is in the second open state of the horizontal length of the second side and is maintained in this state (refer to the first and second portions - Yao surnames otherly) in order to maintain the second open state more Alternatively, the locking member can be configured such that the first housing 11 and the second housing 12 can be rotated from the closed state to the second open state and can be rotated in the horizontal direction and can be moved from the intermediate state. In the semi-automatic (semi_autQ) mode, the opening operation is performed. In addition, the second housing 12 is slid along the oblique direction with respect to the first housing 11 by the rotating mechanism 3, and the slider 43 is restrained. Engaging the convex portion 45' and thereby locking the engagement of the lever member 43 with the restriction engagement projection 45. 2007-321389 & 2008-092567 200946001

When it is released (refer to Fig. 6B, the upper-upper H2〇P〇16-TW ΛΑ diagram), when the engagement is released, the lock lever member 43 is rotated by the force of the cultivating a, and the engagement protrusion is restricted. The restriction engagement opening portion also moves. The restriction engagement projection 42 moves from the front end portion 46c Γ 46b and is engaged therewith, so that the sliding mechanism 2 slides, _, the first housing u and the second housing 12 can be smoothly operated by the rotating mechanism 3. Next, in order to make the second housing 12 under the full state of the mute-British U-Chen Chen Changcai return to the closed state, for example, in the state of fixing it with the double body 11, the other hand is pressed. 12, the fine flat section is rotated in the horizontal direction and is transversely traversed, and the first increase _91 overcomes its effect. When the second flat state 91 is over 2, the second flat spring 91 contracts through its force, so two = 2 relative to the first A casing 11 is automatically slid laterally in the horizontal direction to be in a closed state, and thus the first casing π body 12 is rotated in the horizontal direction from the second open state to the closed state and is slid in the horizontal direction. It can 'close in a semi-automatic (semi_aut〇) manner from a neutral state. The semi-automatic action can also be used only in the direction of the opening direction or the closing direction. When the second open state is in the closed state, the lock lever member and the limit=engagement convex portion 45 are firstly disengaged, and are not engaged, but are in a closed state ^trr3 and the restriction engagement convex portion 45 contact, and the lock lever member eight = test closing action to overcome the urging force of the u-shaped spring 44a to rotate, limited to restrict the movement of the engagement long hole 41 in the direction away from the first end, when the field becomes closed, 'restricted The engagement projection 42 is located at the front end of the restriction engagement portion 46 2007-321389 2008-092567 30 200946001 446c', so that the slide mechanism 2 and the rotary machine ρ〇ι: can be operated. Any of the mechanisms of the present invention, the portable device 丨Q and the first opening operation of the present invention are performed between the closed state and the first open state, and the second operation is performed between the closed state and the first open state. During the sliding mechanism 2: - the mechanism is purely configured, the movement of the other mechanism is restricted by the unit 4, so that not only the number of parts is reduced, but also a large 0=2 can be longitudinally longer with respect to the first housing U. The thinned two-body 12' of the horizontal two-two is therefore not required to be the third shell, so that the portable device can be realized. In addition, in the second state, the second casing 12 is laterally long with respect to the first casing. The second housing 12 is located above the first housing u, and the substantially central portion of the second housing 12 in the longitudinal direction is located at a substantially central portion of the width direction of the first housing u. The casing u is disposed substantially equally to the left and right, that is, the first casing U and the second casing 12 are substantially τ-shaped in plan view, so that the display portion can be viewed while watching! 4. It is easy to operate the operation unit such as the keyboard unit. Further, by using the first Fuping spring 81 and the second flat elastic crystal 91 as the sliding urging unit 8 and the rotation urging unit 9, respectively, and the thickness of the flat spring 8 is the same as the diameter of the wire, the flatness can be reduced. Since the thickness of the spring 8 is 91, the thickness of the portable device 10 can be reduced. Next, the ninth, tenth, and eleventh drawings are diagrams showing an example of the second opening and closing device which is another embodiment of the opening and closing device of the present invention, as shown in Figs. 9, 1 and u. The second_device H)() is a restriction list indicating the first-off device 2007 2007-321389 & 2008-092567 31 200946001

The other parts of the H20P016-TW of the other examples of the element 1 〇4 are marked with the same name. This is the same as the section of the "opening and closing device 1 phase", and the repeated description is omitted. The first restricting portion 110 and the limit of the sliding mechanism 3 operation are: a first "ka-clear 120", and the first-off portion is engaged as described above, with respect to the first gas; 'When the second casing_first-moving mechanism 2_ is made from the closed state, the first engaging portion flute/dog 11 card is combined to restrict the rotation mechanism 3 from operating. In FIG. 1U, for example, when one of the front end portions of the base member 1〇7 is closed, the first portion is bent upward to form a substantially right angle, and when in the I state, the first engagement is formed. The portion (1) is provided at a portion other than the sliding member mounting recess 16 and; the rotation restricting wall portion 113), and the rotation restriction is further set to allow the __115 in the portion for forming the sliding member mounting recess 16 In the sliding member threatening member: the movable first engaging projection (1) can be disposed on the sliding member 2, and the wall portion of the second -12 is provided with an allowable rotating concave portion (four), and the bull 5 is rotated relative to the base member G7 When sliding, the first engaging projection ^ is allowed to move, thereby being configured to be in the pasting state, when the second housing 12 is slid longitudinally from the closed shape by the sliding jaw, the first card The joint (4) and the rotation restricting wall (4) are offset = 2007-321389 & 2008-092567 32 200946001 and the rotation mechanism 3 is restricted. __ M j The second restricting portion 12G has, for example, a locking lever member 123 that is engageable with the first engaging projection 122 and restricts the sliding mechanism 2 from engaging; ==Ϊ:24, the pair The locking lever member 123 applies a force to engage the second., the first engaging portion 125, and a sliding protrusion 126, which is coupled to the latching member 123 at the closed state. =, the engagement of the engaging projection 122 with the second engaging portion 125 allows the rotary lock member 123 to have: - the rotating portion 123a, and the arm extending through the support pin (10) On the front end portion of the bristles, a restriction engagement hole 121 is placed on the material 1W of the material 1 (the right side of the drawing) 6 to limit the engagement of the long hole 121 and the 5ia - further with the sliding member 6 The sliding engagement portion 61 is attached to the engaging member 5 γ in such a manner that the sufficient member 123 is sufficient, and the first locking portion 122 can restrict the end of the engaging long hole 12 (10) to the other end =; At the same time, the second engagement __ and the first addition portion are moved between the stages and the first engagement portion 125 is formed, for example, to be opposed to the restriction end of the restriction card: hole 121 when in the closed state. Part 6 of the sliding member 6 2007-321389 & 2008-092567 33 200946001

The H20P016-TW incorporates the restriction slide mechanism 2, and the lever member biasing unit 124 is provided to urge the lock lever member 123 such that the second engagement projection 122 is located at the first end portion of the restriction engagement slit 121. The rod-shaped force applying unit 124 is preferably a U-shaped spring 124a or the like which is formed by bending a known spring wire into a substantially U-shape, and one end portion of the U-shaped spring 124a is attached to the lock lever member 123. The other end portion is attached to the back surface of the engaging member 5 via the mounting pin 129. Further, one end portion of the u-shaped spring 124a may be brought into contact with the locking mast plough 123, and may be provided on the back surface of the engaging member 5. The spring support portion 47 for supporting the other end portion of the U-shaped spring i24a urges the lock lever member 123 by the urging force of the u-shaped spring 124a so that the second engagement projection portion 122 is located at the first turn. However, when in the closed state, the lock lever member 123 is engaged with the allowable sliding protrusion 126. The sliding protrusion 126 is allowed to protrude from the lower end portion of the upper surface of the rain cover of the base member, and the central portion allows the sliding protrusion 126 to be configured such that when in the closed state, the rotating portion of the locking lever member 123 is in contact (engagement) And the rotation of the lock lever member 123 to the position where the second engagement projection 122 does not engage with the second engagement portion 125 is operated by the slide mechanism 2, whereby the second restriction portion 12() is configured to: When the second housing 12 is rotated in the horizontal direction by the rotation mechanism 3 from the second housing 12 to the first housing u and is slid in the lateral direction, the second engaging portion (2) and the second card are operated. The joint portion 125 is engaged to restrict the sliding mechanism 2 from moving to the same structure. The same effect as described above is also achieved, that is, the weaving is performed, and usually the first bribe 11 and the second shell overlap each other. Closed state (refer to Figure 1A), at this time, the first flat bomb 34 2007-321389 & 2008-092567 200946001

The H20P016-TW 篑81 is bent against its force, and the tension spring 92 as the rotation urging unit 9 is extended against its urging force, so that the first housing u and the second housing 12 are kept substantially completely coincident with each other. In the closed state, in addition, in order to be able to hold the closed state more reliably, a locking mechanism can be provided. In addition, in the illustrated example, the tension spring 92 is used as the rotation urging unit 9' but of course the second flat can also be used. The spring 91 serves as a rotation urging unit 9. In addition, when in the closed state, the lock lever member 丨 23 is located at a position to engage with the allowable sliding portion 126, and the second engaging projection 122 is located at a position that does not engage with the second engaging portion 125, so it is slid In a state in which the mechanism 2 can be operated, and the first card dog portion 111 is located outside the sliding member 6, the rotation mechanism 3 can be in a state of being operated. Thus, when in the closed state, the first casing u and the second The case 12 is capable of being moved by any of the slide mechanism 2 and the rotation mechanism 3. In the case where the portable device 1G is used in a longitudinally long manner in the longitudinal direction of the display portion U, the other one is in a state in which it is fixed, and the second casing 12 is slid in the longitudinal direction. , don't - only hand can also make clear money to make use of the sliding machine 槿 2 phase #本 A k, as 'then' sliding member 6 4 mechanism 2 relative to the engaging member 5 along the longitudinal sliding end between the long ship Sliding money* is short, "12 relative to the first casing 11, although the second casing is advanced, the first flat spring 81 is subjected to the load * neutral state, the second two: between the The length becomes the shortest state position before and after the 峨, and the urging force of the first ridge spring 81 at both ends of the flat flat spring 81 is relative to the engagement 2007-321389 & 2008-092567 35 200946001

The H20P016-TW member 5 urges the sliding member 6 in the opening direction, whereby the first casing u and the second casing 12 are automatically slid in the opening direction, and are provided on the first casing u. The operation portion 13 such as the keyboard portion on the surface can be held in the first open state of the entire operation and held in this state (see FIG. 1B), and the locking mechanism can be provided to more reliably maintain the first open state. Therefore, when the first casing 11 and the second casing 12 are slid from the mutually overlapping state to the first open state, the opening operation can be performed from the intermediate state thereof in a semi-automatic manner. When the second housing 12 slides relative to the first housing 11 from the closed state, the first engaging projection (1) moves along the rotation restricting wall portion 113 in the sliding member 6, The engagement projection (1) abuts against the rotation restricting wall portion ι 3 to restrict the operation of the rotation mechanism 3, so that the first housing η and the second housing 12 can smoothly perform the sliding operation by the slide mechanism 2. Next, in order to return the second casing 12 in the first-open state in which the longitudinally long opening is completely closed, for example, the first casing 11 is fixed by one hand. In the living state, the second casing 12 is pushed by the other hand to slide it in the longitudinal closing direction. Of course, this action can be performed with only one hand. Then the 4th flat spring 81 overcomes the force. And the step material, when the neutral state is exceeded, the front end portion of the flat spring 81 is biased in the direction of the _ direction, so that the second housing 12 automatically slides in the closing direction with respect to the first housing n to become closed. In a state, when the first casing 11 and the second casing 12 are slid from the first open state to the closed state, the sliding operation can be performed from the neutral state in a semi-automatic manner. In addition, the semi-automatic The sliding motion can also be used only in the direction of the opening direction or the closing direction. Further, when the first-open state is in the closed state, the first engagement projection is located outside the engagement member 5, so that 36 2007-321389 & 2008-092567 200946001: can be utilized in the slide mechanism 2 and the rotation mechanism 3 Any of the following:: Case = 2 == Use the portable device in the longer way (4) s ^ ^ The boxer - the body 11 will be fixed from the lower part, and the % = sliding member 6) through the rotating mechanism 3 relative (= turn and slide in the lateral direction, the first - Na take (four) 7 ~ water thousand direction of the end of the rotation of the top end, while the second from the first - guide long hole 7! - long hole, the length of the interdigitation with the opening action Slowly lengthening, =:=: =11 When rotating in the horizontal direction and sliding in the lateral direction, the pull-=:: load is further extended against its force. The renting yellow 92 is again, when the first-rotating sliding guide member 53 When the top of the dip is substantially at the top (see the lc diagram), the % of the tensile projectile long hole 71 is the largest, and the state is the neutral state, and the length between the both ends is the neutral state, the first rotation: ;^:: ^%^过件5 _direction_, _, t=force is automatically horizontal along the opening direction with respect to the engaging portion The rotation is ===1 and the second housing 12 is guided to the other portion of the first guide long hole 71, and the first rotary sliding guide member 54 is moved toward the second guide long hole 72. The second rotation of the keyboard portion provided on the upper surface of the first housing 11 is moved to be exposed to the ground and the second housing is difficult to be 12 (the second fully open state capable of performing the full operation period is 2007-321389 & 2008-092567 37 200946001

The H20P016-TW state is maintained in this state (refer to FIG. 1D), and in addition, in order to more reliably maintain the second open state, a locking mechanism may be provided, whereby the first housing and the second housing When the body 12 is rotated in the horizontal direction from the mutually overlapping state to the second off state and is slid in the lateral direction, the opening operation can be performed in a semi-automatic manner from the intermediate state. And 'when the second housing 12 is rotated in the horizontal direction with respect to the first housing 11 by the rotation mechanism 3 and slid in the lateral direction, the lock lever member 123 is separated from the ◎ allowable sliding protrusion 126, thereby locking the lever member 123 When the engagement is released, the lock lever member 123 is rotated by the urging force of the U-shaped spring ma, and the second engagement projection 122 is in the restriction engagement hole l2i. Moving to the first end portion, the second engagement projection 122 is engaged with the second engagement portion 125, so that the sliding motion of the slide mechanism 2 is restricted to be utilized by the first housing 丨丨 and the second housing 匕The rotating mechanism 3 operates smoothly. Next, in order to return the second housing 12 in the second open state, which is fully open in a laterally longer manner relative to the first housing u, to the closed state, for example, holding the first housing U with one hand O will In the retreaded state, ^ = slid in the horizontal direction in the closing direction __ also: the action is taken, so that the stretching magazine 92 is extended against its force, and when the state is erect, the tension spring 92 Because of its force, it shrinks, so the second housing = the movement I: the housing 11 automatically rotates in the horizontal direction and rotates along the horizontal direction to form a box (see the financial diagram). _, when the first _ _ from the second open state to the closed state and slid, the automatic movement method can be used to make the age and the entanglement, the half, 乍 can also be used only to open One of the directions or the closing direction. 2007-321389 & 2008-092567 38 200946001 In addition, 'from the second open state becomes the Liaoqi w 123 and the allowable sliding protrusion 126 is separated, when: 'The lock lever member 123 is allowed to slide before the lever member state is first locked. %二' but in the closed-closed action, overcomes the ϋ spring 124__力^^^' and moves in the direction of the closed end with the closed end, when the second state is reached, the second engagement The protrusion 122 is not in the shape of a second engagement portion, and thus the slide mechanism 2 can be operated. α, 5 input== The second opening and closing device (10) according to the present invention can open and close between the first open state and the _= row opening and closing operation and the sliding mechanism 2 and the rotation in one operation. The machine is its towel, Wei 'collapses the coffee - the mechanism moves, 1 kg = only reduces the number of parts' can also greatly improve the operability, and can be longer in the first housing 11 and longer in the horizontal direction. The second method uses the second "and therefore, the third housing is not required, so that the portable device 10 can be made thinner. In the second open state, the second casing 12 is in a laterally long state with respect to the first casing ❹11 and is located above the first casing ,, and the second casing 12 1 is longitudinally oriented The substantially central portion is located substantially at the center in the width direction of the first casing η.第一, the first housing 12 is disposed substantially equal to the left and right of the first housing I, that is, the first housing Π and the second housing 丨 2 are substantially τ-shaped in plan view, The viewer display unit 14 is easy to operate the operation unit 13 such as the keyboard unit. 12, 13, 14, 15, 16, 17, and 18 are diagrams showing a third opening and closing device using another embodiment of the opening and closing device according to the present invention, and a portable device using the third opening and closing device A schematic diagram of an embodiment of the device, in addition, the indicator number 39 2007-321389 & 2008-092567 200946001

The same components as H20P016-TW denote the same components as the previous embodiment. The sliding mechanism 202 is a mechanism for forming a closed state and a first open state, and has a sliding base member (the engaging member 205 in the illustrated example) mounted in the first housing 11 and the second housing 12 Any of the housings, for example, the first housing u; a sliding member 206' slidably engages with the engaging members 2〇5 and is mounted in the first housing 11 and the second housing 12 Any of the other housings, for example, the second housing 12, and the sliding force applying unit 208' are elastically disposed between the sliding member 2〇6 and the engaging member 205 and write and engage the sliding member 2 The 〇5 applies a force to make them slide away from the predetermined sliding position. The engaging member 205 is a sliding base member, and particularly, as shown in Figs. 14, 15, 16, and 17 'is composed of, for example, a base portion 25 which is formed to be long in the width direction of the first casing 11. The plane is substantially rectangular plate-shaped; the engaging portion 252 having a substantially square-shaped shape is provided in the two measuring portions of the substrate portion 251, and the engaging portion 252 can be formed by mounting different components, or (10) the substrate portion 251 can be formed. The two measuring portions are folded into a J shape and formed integrally with the substrate portion 251, and the engaging members 2〇5 are formed by press working, for example, through a metal plate made of stainless steel. The width of the substrate portion 251 is formed to be smaller than the width of the first casing n, and a pendulum first mounting hole 255 is provided in the vicinity of the lower end portion of the substrate portion 251 #, and the pendulum pin 285 is used for mounting. The urging force applying unit 2 〇 8 is provided, and the rotation guide member mounting hole 256 is provided at each of the two portions which are located at the lower end of the substrate portion 251 and is substantially at the center portion in the width direction, and is located at the substrate portion 251. A branch pin oscillating hole 25aa for mounting the branch pin 248 is provided near the lower end portion and substantially at the central portion in the width direction, and is rotatably supported by the lever member 241 on the wei 248 'in addition' to the substrate portion 251. Another 40 near the lions 2007-321389 & 2008-092567 200946001

A (H20P016-TW: (right side in the figure)) is provided with a lock mounting hole 251b for mounting an ampoule (10). The mounting pin 249 is for attaching a lever member biasing unit to the lock lever member 241. 246. Further, it is preferable that the engaging portion 252 is provided with a support 257 ′ having a substantially meandering cross section. The sliding of the engaging member 2〇5 and the sliding member 2〇6 can be smoothly performed. Gu, (4) Miscellaneous _ small resin sliding part is finely provided with the occlusion recess of the engaging part coffee 205 °, ^J convex part, from the _ _ 咖 咖 咖 于 卡 卡 卡 〇 〇 〇 〇 〇 〇 The moving assisting slide member 257 is disengaged from the engaging portion 2. The sliding member is shackled by a second screw such as a small screw or the like: a sliding member as shown by the moments 13, 14, 15, 16, and 18. Thinly formed into a different plate shape, the engaging portion 252 (actually the sliding assisting member 257) of the 2G5 is slid in the vicinity of the both side portions of the lower surface of the sliding member 2G6. Sliding ===261, and the shape of the sliding engaging portion 261 is not special. The sliding engagement portion 261 of the sliding member 206 is restrained from being engaged with the movement, so that the sliding portion is opposite to the Kaka == joint portion, and the movable portion τ and the second housing 12 are longitudinally opposed to each other. In order to restrict the range of movement of the slide, the slide engagement portion 26 is provided with a stopper at the front end portion of the sample 2G6, and a rear end portion of the core or the first housing 11 or the second housing is provided as a stop. The splicing member 205 (the first housing 2007-321389 & 2〇08·〇 92567 41 200946001)

H20P016-TW η) and sliding member 206 (second casing 12) are relatively moved π in the longitudinal direction from the closed state (refer to Figs. 1A, 12A, 16A) to the first-open state (refer to the first B, n (10) diagram). The intermediate state between the pin-on state and the first-open state is a sliding intermediate state (see FIGS. 12 and 16), and the engaging member 2〇5 is attached to the first casing 11. The sliding member 2G6 is attached to the first On the second casing 12, however, the engaging member 205 may be mounted on the second casing 12, and the sliding member 2 () 6 may be mounted on the first casing 11. Fb '' is provided with mounting holes 2〇6a for mounting the sliding member 206 to the second housing 12, such as screws, in the vicinity of the four corners of the sliding member 206, and another in the sliding member 206 A portion on the straight line which is adjacent to the side portion and which is located in the sliding intermediate state and extends in the width direction of the first-impact 11 or the second casing 12 and includes the swing pin-mounting hole 255 of the engaging member 205 is provided for Mounting the second mounting hole 265 of the swing pin 285 for mounting the sliding force applying unit 208, and further extending in the width direction of the first housing u or the second housing U when in the sliding intermediate state The straight line is provided with a pendulum mounting hole and a pendulum pin first - mounting ? L 265 'but not limited to this, when the sliding intermediate state, the pendulum first female hole 255 and the pendulum second mounting hole 265 are also It may not be located on a straight line extending along the width direction of the first casing π or the first core body 12. The sliding urging unit 208 is a device that urges the sliding member 2 〇 6 to slide relative to the engaging member 205 from a predetermined opening and closing position, for example, a sliding intermediate state to a closing direction or an opening direction, and is not particularly limited as the sliding urging unit 208. It may be a spiral compression magazine or the like, but for example, a first flat spring 281 or the like is preferably used, and the first flat spring 281 is a regular or irregular bending of a wire on the same plane in a non-coincident manner. And formed in the width of the first casing u or the second casing 12 42 2007-321389 & 2008-092567 200946001

A force is generated in the direction of the H20P016-TW, and a fitting portion that is rotatably supported on the swing pin 285 is respectively disposed at both end portions of the first flat magazine 281, and the fitting portion is torn and removed, for example, by bending the wire It is formed by folding into a substantially circular shape. The length of the first flat spring 281 may be formed to be substantially equal in length to the length between the swing pin mounted on the engaging member 205 and the swing pin 285 mounted on the slider 206 in the closed state or the open state. , but preferably formed to a size exceeding the length, such as a size slightly exceeding the length, whereby the first flat spring 281 overcomes the force of the force when in the closed state and the first open state Side force and protection of the shape of the first kiss open. Between the sliding mechanism 202 and the first housing Π or the second housing 12, a rotating mechanism is disposed between the sliding mechanism 202 and the first housing n, and the rotating mechanism 203 forms a closed state and a second opening. State, and has: a = (base member 2G7), the wire is in any of the first housing 11 and the second coffee 21, such as the first housing U; - rotating parts (Figure 2, 2 2 (6) 'It is rotatably engaged with the base member _ on the other side of the first housing U and the second housing 12 - 12; and - the rotary urging unit is elastically disposed at Between the base member closing members 205, and the base member 2〇7 and the engaging members are respectively rotated from the predetermined rotational position in the direction of the joint or the counterweight, so that the two-rotation mechanism 203 can also be disposed in the sliding mechanism 2〇2 and the The two housings can engage the base member through the rotation mechanism 203 to rotate the card, and the card member 206 can be slidably engaged with the card member 206 through the sliding mechanism 2〇2 to engage the base member 207 with the base member 207. The part 2〇s 5 can be slidably engaged through the sliding mechanism 202, and is permeable 2007-321389 & 2008-092567 43 200946001

The H20P0I6-TW over-rotating mechanism 2G3 engages the engaging member 2G5 and the I-member (sliding member 2 () 6) so as to be rotatable. The base member 207 is attached to the upwardly recessed base member mounting recess 215 by, for example, a screw or the like, and the base member 2 is formed as an example. For example, a substantially rectangular flat plate, the base member is, for example, It is formed by stamping a metal plate that is not recorded. The base member 207 is provided with a penetrating money 7a for attaching the base member f to the first casing 11 by means of a small screw or the like, and a spring-loading portion for mounting the spring is provided near the end portion of the base member 2 Na's elastic mounting hole _, the spring mounting portion 298 is for attaching the rotation urging unit 2 (10) (the second flat end portion is mounted on the upper surface of the base member 2G7, at the base member 2 〇 7 The arm portion 207c for mounting the arm supporting member is provided in the vicinity of the corner portion of the lower end portion of the side portion, and the arm supporting member 236 is rotatably supported by the connecting arm provided on the lower surface of the base member 207. In the vicinity of the corner portion of the upper end portion of one of the base members 2 to 7 and the vicinity of the lower end portion of the other side portion, a 0-arc-shaped first guide long hole 231 is provided, and the first guide length is provided. The circular arc inner hole of the hole 231 is provided with a second guide long hole that is substantially _-arc, and the first rotation guide member 233 and the second rotation guide member 234 attached to the engagement portion L! 05 are continuous. Status of the first guiding elongated hole 231 and the second guiding elongated hole 232 The first rotation guide member 233 is formed in a substantially cylindrical shape that can be inserted into and engaged with the first guide L 231, for example, and has a flange shape on the first rotation guide member 233. The head is the retaining portion _, and the retaining portion _ is for preventing the first guiding member 233 from coming out of the first guiding elongated hole 231, and the first-rotating guide 44 2007-321389 & 2008-092567 200946001 2==端 _ the opposite side end is formed with a small diameter mounting portion 233b '卩 卩 233b 彳 杂 杂 杂 挪 挪 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 比 _ _ _ _ _ _ _ The first guide slot 23i is further inserted into the rotary guide member mounting hole, and the protruded portion is riveted or the like, so that the first rotary guide member is engaged with the first guide slot 231. The second rotation guide member 234 is formed in substantially the same shape as the first rotation guide member 233, that is, the second rotation guide member 234 is formed to be insertable, for example, in the state of the engagement member 2〇5. The second guiding slot 232 is engaged with and engaged with The cylindrical portion has a flange-shaped head portion, that is, the retaining portion 234a and the attaching portion 234b, and the second rotating guide member 234 is inserted into the second guide long hole 232 from the mounting portion, and the mounting portion 234b is further inserted. Pressing into the rotation guide member mounting hole 256, or riveting or the like that penetrates and protrudes, so that the second rotation guide member 234 is attached to the engagement member 205 in a state of being engaged with the second guide elongated hole 232. Upper, for example, a plurality of washers 239 are provided on the outer circumference between the base member 207 and the engaging member 205 of the second rotary guide 3 member 234. The first rotation guide member 233 and the second rotation guide member 234 are respectively engaged in the first guide long hole 231 and the second guide long hole 232 without releasing, and the engagement member 205 (second housing 12) The base member 207 (the first casing u) is rotated by approximately 90 in the horizontal direction from the closed state (see FIGS. 12A and 16A) in the right-hand direction on the drawing. And the second open state (refer to the figures id, 13B, 16E), and from the second open state to the left-hand direction of the drawing in the horizontal direction and return to the closed state, that is, the second housing 12 is in the second Closure of a housing 11 coincident with each other 45 2007-321389 & 2008-092567 200946001 = for the first housing u to make the first two laterally long

Between the first open state of the Jc square 6, the intermediate state between the closed state and the second open state of the first door 11 along the upper surface thereof is a rotating intermediate state (refer to the first C, 13A). (10) Figure). The shape of the guide hole 231 and the second guide slot 232, and the first rotation position i^w^33 and the closing of the first rotation guide member 234 to the engagement member 205 are: The first rotating guide member 233 is located at one end i of the first guiding length and the second rotating guiding member 234 is located at the fourth guiding long hole 232. The second housing 12 is rotated from the closed state rotation guide 233 to the other end of the first guide long hole 231 = Dusit and the first (four) guide member 234 is moved toward the other end of the second guide slot 232. When in the intermediate state of rotation, as shown in FIG. 16D, the first directionwise member 233 is located at a substantially central portion of the first guide slot 231, and the first = turn guide member 234 is located at a substantially central portion of the second guide length, The sliding guide member 233 is located at the other end of the first guiding elongated hole 231, the second rotating guiding member 234 is located at the other end of the second guiding elongated hole 232, and 2 becomes the second open state, and the second open state It is a state in which the second casing 12 is laterally long with respect to the second body 11, that is, the second casing 12 is in phase The first housing u and the second housing 12 are in a plan view in a state in which the longitudinal direction of the first housing _ a housing 12 is substantially positive = direction with respect to the longitudinal direction of the first housing u. ^T-shaped, and the second casing 12 is located above the first casing 11, and a substantially central portion of the longitudinal direction of the casing 12 is located at a substantially central portion of the wide portion of the first casing u. When in the intermediate state of rotation, the first-rotation guide ς 46 2007-321389 2008-092567 200946001 is located at a substantially central portion of the first guide long hole, and the second =: 234 is located at the approximate position of the second guide long hole 232. The central part, however, is not limited to this: when the position is difficult to shoot, it is also possible to bribe the first central part of the first guiding length, so that the second rotating guide === • in the first guiding long hole 232 The center is roughly. The rotation urging unit 2G9 is a biasing member 207 from the predetermined rotation position, for example, the rotation intermediate state to the closing direction ◎=== the rotation force unit 2°9, which is not particularly limited and may be: striated Compression springs, etc., but preferably, for example, the second two flat bombs, please put a wire on the same plane, for example, the base part::=. The end of the screen is 291, the end is 291 ^ at the bottom Everything is part 20; The outer circumference of a rotary guide member 233 is respectively provided with a length of two flats which can be formed to be substantially equal to the length of the spring mounting portion 298 and the first length mounted on the one side of the closed two long ridges, but Good 2007-321389 & 2008-092567 47 200946001

The H20P016-TW is formed to have a size longer than the size, for example, a long dimension, whereby the second flat spring 291 is bent against the force when in the closed state and the second open state, thereby securing by the force _ (4) or the second open state. And the 'connecting arm 235 is rotatably provided on the lower surface of the base member 2' 7'. The connecting arm 235 is formed, for example, in an elongated flat shape at the end of the connection f 235. A through insertion hole through which the arm support member 236 is inserted is interspersed in the vicinity of p, and the #selecting member 236 is formed into a substantially cylindrical shape that can be inserted through the insertion hole and has a flange-like shape. a retaining portion 236a for preventing the arm supporting member 236 from coming out of the through-hole, and the end portion of the arm supporting portion 236 opposite to the retaining portion 236a is formed as a mounting portion having a small diameter =6b, the mounting portion 236b is formed to have a diameter substantially equal to or slightly smaller than the diameter of the connecting arm 235 through the insertion hole 2, and the arm member member 236 is inserted through the mounting hole 236b into the insertion hole 2 After the towel, the arm mounting hole 2Q7c of the base 207 is installed, or the portion penetrating and protruding is riveted or the like, so that the connection f 235 is attached to the lower surface of the base member 2〇7, and The crucible is rotatable along the lower surface. Further, the connecting arm 235 is provided with a connecting long hole 235b extending in the longitudinal direction, and the connecting long hole 235b is formed to exceed the size of the first guiding long hole 231, and connects the misalignment member and the first-direction member 234, and the more The first rotation guide member Na and the second rotation guide member 234 are inserted through the connection long hole and are connected to the arm 235 to guide the first rotation to the lower part of the trajectory. 2, thereby moving, A / 枯 Γ and the second rotary guide member 234 interlocking thereby reading the engaging member 2 〇 5 (second housing 12) relative to the base portion 2007-321389 & 2008-092567 48 200946001

(1, x H20P016-TW is rotated toward the r clock (when the upper surface of the first casing 11 faces the horizontal side = the first rotation guide member 233 and the second rotation guide member 234 _ = the arm and the coffee are interlockingly When the first guiding long hole 231 and the second guiding long opening 204 are in the closed state, the sliding mechanism 2G2 and the rotating mechanism can be configured to act as a mechanism and limit another μ structure during the operation of the mechanism. As a limiting unit, the structure is not particularly limited, for example, has a locking lever member 241 of the two engaging members, which is disposed on the engaging member, 2 still has a restriction engaging projection 242; and a restraining engaging portion such as , which is disposed on the bottom ί 2 〇 7 and any one of the sliding members 2 〇 6 such as the sliding member 2 〇 6 : the yoke, the yoke limit engagement projection 242 is engaged with the first limit member that restricts the rotation mechanism In addition, the restriction engagement portion may be provided on the base member 241 so as to be rotatable on the card ◎ (lower surface) via the support pin 248 and provided with a convex portion for the support pin 248 to pass through. =^ arm portion 241b and a restriction engagement recess 241a' to be described later The yoke restricting engagement portion 242 is formed at the distal end portion of the arm portion 241b so as to be able to pass through the 限制 restriction engagement long hole 254 provided and engage with the restriction engagement portion 243 to support the pin attachment hole 251a. The center of the core is formed in a state in which it is engaged with the restriction member, and is rotatably mounted on the engaging member, for example, and is capable of being engaged with the restriction engagement portion 243 in the state of being engaged with the restriction engagement portion 243. In the movement from one end (sometimes referred to as the first end (10) to the end 254b of the other end), sometimes referred to as the second restriction engagement portion 243 is a card engagement with the restriction engagement projection The member that combines the limit 2 and the rotation mechanism 2〇3, the position that restricts the movement of the engagement rotation mechanism 203 is in the upper limit* M3 is restricted by the second limit=5 the restriction slide mechanism 202 moves and the restriction card The third restriction engagement portion 244 is formed, for example, as a linear concave long groove that is opposed to the proximal end portion 254a and extends in the direction of the sliding engagement portion 261. The first restriction engagement portion is to be closed. When the restriction engagement protrusion is torn away, the restriction engagement portion and the movement are made 'and The movable member m can be formed, for example, with respect to the engaging portion 205 of the engaging member 205, such that when in the closed state, the single ===:_', the second restricted engaging portion 245 is engaged, that is, the restriction is engaged with the age. The first end of the long hole 254 is applied to the second end portion _ from the restricting rod portion tilting unit 246 may be a spring or other urging portion 'but preferably through a known spring wire The U-shaped spring 246a or the like which is bent into a substantially u-shaped (four), the one end portion of the u-shaped elastic 246a is engaged with the lock 241, and the other end is attached to the lock pin 249. The back surface of the engaging member 2〇5, and the one end portion of the U-shaped squirt is also attached to the locking member 241 by the text 'and the U-shaped inspection building may be provided on the affixing surface of the engaging member 2〇5. The spring support portion of the other end of the spring 246a is biased, and the locking lever member 241 is biased by the force of the U-shaped spring 246a to restrain the engagement protrusion. 2007-321389 & 2008-092567 50 200946001

Λ H20P016-TW 4 242 is located at the second end 254b, however, when in the closed state, the locking lever member 241 overcomes the force of the U-shaped magazine 246a and engages with the restraining engagement projection 24, and causes the restriction to engage. The portion 242 is located at the proximal end portion 243a of the restriction end portion 254a. The restricting engagement convex portion 247 is in a state of being protruded from the lower end portion of the upper surface of the upper surface of the base member 2G7, and the engagement convex portion 247 is in the state of being engaged with the lock lever member 241. The engaging recess 2 is also engaged, so that it is difficult to restrict the engaging projection 2 from restricting the base end such as the reference to the 12A, and the engaging member 205 is relatively closed from the closed state. When the member 207 is rotated in the horizontal direction, the restriction engagement projection 247 is released from the engagement recess of the lock god piece 241 to release the engagement, and the lock lever member 241 is rotated by the force of the U-shaped spring 246a. The engaging projection (10) is engaged with the second end engagement portion 245 which is the second end portion 254b of the restriction engagement long hole 254. Therefore, when the closed state is reached, the restriction engagement portion is located at the base end portion 243a of the restriction engagement portion 243, and any of the rotation mechanism 203 and the slide mechanism 202 can be operated. When the sliding mechanism 202 slides the sliding portion=206 in the longitudinal direction from the closed state with respect to the engaging member 2〇5, the restricting projection portion 242 moves in the direction of the rear end portion in the first-restricted engaging portion and restricts the movement of the rotating mechanism 203. When the engaging member 2〇5 is rotated in the horizontal direction from the mouth shape 1 by the rotation mechanism, the engagement of the closing engagement portion 47 and the lock lever member 241 is released, and the restriction card is restrained. The engagement portion and the second restriction engagement portion 245 are engaged to restrict the movement of the slide mechanism 2 () 2 . Next, the third opening and closing device and the operation of the present invention will be described. 51 2007-321389 & 2008-092567 200946001

H20P016-TW In a state where the portable device 10 is not in use, the first housing 11 and the second installation body 12 are normally in a closed state in which they overlap each other (refer to FIGS. 12A), and at this time, the first flat spring 281 overcomes. The force thereof is bent and urges the first housing 12 from the sliding intermediate state to the closed state with respect to the first housing 11, and the second flat spring 291 is bent against the force thereof and is opposite to the first housing u The second housing 12 is biased from the first neutral state to the closed state, so that the first housing 11 and the second housing 12 are held substantially in a mutually overlapping state, and in addition, the closing can be more reliably maintained. State, you can set the locking mechanism. In addition, when in the closed state, since the restraining engagement convex portion 247 is engaged with the lock lever member 241, and the engagement engagement projection 242 is restrained from being overcome by the force of the elastic spring 2, the restriction engagement hole 254 is located. Since the first end portion 254a is located at the base end portion 243a of the restriction engagement portion 243 (see the mth diagram), the rotation mechanism 2〇3 and the sliding surface 202 can be operated. When the second state is present, the first case U and the second body 12 are in a state in which they can be operated by any of the slide mechanism 〇2 and the rotation mechanism 203. In the case where the lining portable device 1 () is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ (the direction of the long side) is pressed in the opening direction so as to slide in the longitudinal direction with respect to the engaging portion =, the length of the sliding member is gradually shortened with the sliding width, and the two ends are between the shells η 编 n n n Further, the curved state between the two ends of the first flat spring 281 is a sliding state, and when the super__中__ rides 2007-321389 2008-092567 52 200946001

The positions of the both end portions of the H20P016-TW are changed back and forth, and the urging force of the first flat spring 281 is biased in the opening direction with respect to the engaging member 205 with respect to the engaging member 205, whereby the first housing 11 and the second housing The body 12 is automatically slid in the direction in which the body 12 is opened, and the first open state in which the operation portion 13 such as the keyboard portion provided on the upper surface of the first casing 11 can be fully operated is held in this state ( Referring to the ΐβ map and the fth diagram), in addition, in order to maintain the first open state more reliably, a locking mechanism may be provided, and since then, the first housing n and the second housing 12 are closed from each other. When the combined state is slid to the first open state in which the display unit 14 is long in the longitudinal direction, the opening operation can be performed from the intermediate state in a semi-automatic manner. Further, when the second housing 12 is slid with respect to the first housing 11 from the closed state by the slide mechanism 202, the restriction engagement projection 242 is moved from the base end portion 243a to the rear end portion in the first restriction engagement portion 244. The direction moves and engages with the first restriction engagement portion 244: the operation of the rotation mechanism 2〇3 is restricted, so that the rotation mechanism 203 does not perform the rotation operation during the sliding operation process (or the first open state), and thus, The first casing 11 and the second casing 12 do not perform the nagging operation, and the sliding mechanism 202 can smoothly perform the sliding operation. Next, the second casing 12 in the open state is returned to the closed state in order to completely open the door in the manner of the first, for example, holding the first casing 11 with one hand to fix it. In the living state, the second housing 12 is pushed by the other hand so that f is oriented in the longitudinal direction _, and when the m hand can also perform the movement, the flat spring 281 is further bent to overcome the force, when it exceeds In the intermediate state of the month/month, the front end portion of the first flat elastic 283 is biased in a direction away from each other, so that the second casing 12 can be automatically moved in the closing direction/month relative to the first casing u to become In the closed state, when the first housing U and the second housing 53 2007-321389 & 2008^092567 200946001 12 are slid from the first opening L to the closed state, the semi-automatic (5) Bu (8) manner can be used. The sliding operation is performed from the sliding intermediate state, and the semi-automatic sliding motion may be used only in one of the opening direction or the closing direction. In addition, the engaging projection (10) is in the first limit when the open state is in the closed state. The inside of the engaging portion 244 is from the side of the rear end portion to the base end portion 2 Movement, and further, in the state, the engaging projection portion 242 limits located on the proximal portion of such restraint engaging portion 243a: it becomes a state capable of using the sliding mechanism and the rotating mechanism 2〇3 2〇2 operates. Further, in the case where the portable device ι is used in a laterally long manner in the display portion 14, for example, in a state where the first casing 11 is held by one hand to fix it, the second hand is used with the other hand The housing 12 is rotated in the horizontal direction, for example, in the right-hand direction. When it is missing, the operation can be performed only with one hand, and the engaging member 205 (including the sliding member 206) is rotated in the horizontal direction with respect to the base member 2G7. A rotation guide moves from one end portion to the other end portion of the first guide long hole 231 while the second rotation guide member 234 moves from one end portion to the other end portion of the second guide hole hole coffee, and both ends of the second flat spring 291 The length between the portions is gradually shortened with the opening action, that is, when the second housing 12 is rotated in the horizontal direction relative to the first housing u, the two flat springs 291 are loaded to further overcome the force (four) . Further, as shown in FIGS. 1C and 13A, when the first rotation guide member reaches the substantially central portion of the first guide long hole 231, and the second rotation guide member reaches the substantially central portion of the first guide hole 232, At the time, the length between the ends of the second flat springs 29A is minimized, and becomes a rotationally-acoustic state. When the intermediate state is exceeded, the sliding member 2〇6 is subjected to the second flat spring 291 as the engaging member. 205 is applied to the opening direction, whereby the first housing u and the second housing 2_ & 2〇〇8_〇 92567 200946001 = mutual direction = automatically along the horizontal side ... 234 white first - end movement, At the same time, the second rotation guide member moves toward the other end portion of the first guide long hole 232 - read 12 (the display rotation (4) becomes the second horizontally longer state (refer to the third drawing) and the 13th drawing), and therefore, =

The row gate Hi rotates in two directions - an extremely simple operation can be carried out to maintain the second open state more reliably, and also when the first housing u and the second housing 12 are overlapped from each other in the second open state When rotating in the horizontal direction, the opening operation can be performed from the middle of the rotation 1 and in a semi-automatic (seml-autGl) manner.

Further, when the engaging member 205 (the second casing 12) is prevented from rotating toward the second opening state with respect to the base member 2〇7 - the casing 11), the first rotating member 233 and the second rotating guiding member Since the 234 moves in the second long hole 231 and the second guide long hole 232 by the connecting arm, the engaging member 2G5 (second casing 12) can be reliably inserted with respect to the base member 2 () 7 ( The rotation of the first housing 11), that is, when the engaging member is rotated relative to the base member 2A, is accompanied by the rotation of the first-rotation guide member 233 and the second rotation guide member 2342-to the long hole 23 Moving in the second guide slot 232, in this case, it is considered that: when the first-rotation member 233 and the second rotation guide member 234 are not engaged with the link arm, the movement of the rotary guide member is In addition, the shifting of the tilting guide member is shifted, so that the engaging member 2G5 is rotated relative to the base member 2 (7) and the setting is not __, and the lining is stopped. 2007-321389 & 2008-092567 55 200946001 In particular, since the first rotation guide member 23__ is forced to move 'in the first rotation guide===: the movement of the rotation guide member 234 is offset: =j .:== 2 and the second rotary guide member 234 are respectively connected to the arm: ===: arm one, ο, first, long hole 231 and first. == Turn 2: 作用 The force of the second flat 291 automatically rotates from the rotation === 但是" but the rotation is measured by the assembly portion equipped with the second flat spring 291 by using the +th thousand spring 291 The first rotation guide member 233 of the b is biased, so that it is considered that if the first rotation guide member Na and the second rotation guide member are not linked, the first rotation guide member 233 first moves, f The second-rotation fresh-moving member is moved somewhat later to perform rotation different from the setting, so that the rotation is stopped or cannot be smoothly performed, but the first-rotation guide member 233 and the second rotation guide member (10) are transmitted through the connecting arm 235. Connected' so the first rotary guide member does not move first, and can (4) (1) with respect to the base portion and, when the second housing 12 is rotated from the closed state relative to the first housing u, the 'lock lever member 241 leaves the restriction engagement projection 247, so that the engagement is released, and the aging member 241 is subjected to the force of the U-shaped spring. 2007-321389 & 2008-092567 56 200946001

The H20P016-TW support pin 248 rotates the shaft, and the restraining engagement projection 2 moves toward the second end portion 254b at the restriction end hole 254峨-end portion 254a, and the engagement projection 242 is restricted by the movement. Since the base end portion 243a moves to the second restriction engagement portion 245 and engages with the second restriction engagement portion 245, the sliding operation by the slide mechanism 2〇2 is restricted. Thus, the first housing U and the second The housing 12 does not perform a sliding operation, and the rotation mechanism 203 can smoothly perform the rotation operation. Next, in order to make the complementing of the -fourth U completely in a laterally long manner, the second casing 12 in the second open state is returned to the closed state, for example, by holding one of the first casings 11 In the fixed state, the second housing is pushed by the other hand to rotate in the horizontal direction in the closing direction. Of course, only one hand can be used, and the second flat spring 291 is bent against its force. When the rotation exceeds the rotation, the second housing 12 is automatically rotated in the horizontal direction in the closing direction by the urging force of the second flat spring 291, thereby becoming closed and closed: the casing 11 and the second casing 12 are formed. When moving from the second open state to the shape t, only the second housing 12 is used for the 241 rod member state with respect to the opening direction or the self-axis, and the 镅宕 加 加 亚 亚 亚 亚 亚 亚 亚 疋 疋 疋 疋 疋 疋 疋When the closing action is closed, the locking lever=241~ is in contact with the restraining engagement convex portion 247, and with the closing force 241 overcoming the force applied by the U-shaped spring to support the pin (10) 2007-321389 2008-092567 57 200946001

H20P016-TW T rotates, and the restriction engagement protrusion 242 moves from the second ^ 254b to the first end portion 25 in the restriction engagement hole 254, and when it is in the closed state, the restriction dog portion 242 is restricted. The first end portion 254a of the engagement hole 254 moves and moves toward the base end portion of the restriction engagement portion 243. Therefore, in the closed state, it is possible to perform the operation by any of the α movement mechanism 202 and the rotation mechanism 2〇3. The state of the action. The other 2' is such that when the engaging member 205 (the second casing 12) is rotated from the second open state to the closed state with respect to the base member 2〇7j, the closing member C3 (the second casing 12) is closed from the second open state to the closed state. When the first-to-open state is rotated, the first rotation guide member 233 and the second rotation guide member are moved in the first guide long hole 231 and the first guide long hole 232 in conjunction with each other through the link arm 235, so that The engagement member 2〇5 (the second body 12) is reliably and smoothly rotated relative to the base member 2〇7 (the first housing (1). Therefore, the opening and closing device 2〇〇 and the portable device described in this embodiment The opening and closing operation between the closed state and the second open state, and the opening and closing operation between the closed state and the second open state, and the any-mechanism action process of the rotating mechanism 2G3 In the case of restricting the operation of the other mechanism by limiting the single frame, the number of components is reduced, the operability is greatly improved, and the redness can be performed reliably and smoothly, and == relative to the first housing η Long and horizontal along the longitudinal direction The second reading is performed in the two ways, so that the third housing is not required, so that the portable device 10 can be realized: =, and further, the engaging member 2° 5 (second housing 12) can be reliably and smoothly performed. The rotation of the base member (the first housing u). 11 In the second open state, the second housing 12 is in a long-tested state relative to the first housing and is located above the first housing u, red The second casing 2007-321389 & 2008-092567 58 200946001, the substantially central portion in the lateral direction is located at [the width direction of the casing n and the first casing 12 is substantially equal to the left and right of the first casing u. In the meantime, the first and second housings 12 are substantially in the shape of a plan view, so that the operation portion 13 such as the keyboard portion can be easily operated while looking at the display unit 14 and the operability is good. By using the first flat spring 281 and the second flat elastic ridge as the sliding urging unit 208 and the rotation urging unit 2 〇 9 respectively, and the flat elastic crystallization, the thickness of the C3 291 is the same as the diameter of the wire, X is The thief can be thinner than the thickness of the flat spring 28 291, so the portable device can be realized. According to the configuration described above, the present invention can be configured such that the first case in which the operation portion is provided on the upper surface and the second case in which the aging portion is provided on the upper surface are overlapped with each other. The third button is slid in the longitudinal direction with respect to the first case via the slide mechanism, or is rotated in the horizontal direction via the rotation mechanism, and in these states, the operation portion of the upper surface of the first case can be operated, so that not only the operation is reduced The number of components can also greatly improve the operability, so it is most suitable for a portable telephone, a PDA, a palmtop computer, etc. in a portable device. [Brief Description] FIG. 1A is a portable telephone of an embodiment of the portable device of the present invention. A perspective view of the closed state. Fig. 1B is a perspective view showing the first open state of the portable telephone of the embodiment of the portable device of the present invention. Fig. 1C is a perspective view showing a second neutral state of the portable telephone of the embodiment of the portable device of the present invention. 1D is a second open view of the portable telephone of the embodiment of the portable device of the present invention. 2007-321389 & 2008-092567 200946001 H20P016-TW state perspective view. Fig. 2A is a plan view showing the closed state of the embodiment in which the first opening and closing device of the present invention is provided in a cellular phone. Fig. 2B is a view showing the first neutral state of the embodiment of the invention of the present invention. Fig. 2C is a schematic view showing the first open state of the embodiment in which the first open/close shock of the present invention is installed in a portable telephone.

Fig. 3A is a plan view showing the second neutral state of the portable telephone set in the embodiment of the first embodiment of the present invention. Fig. 3B is a schematic view showing the second open state of the portable telephone of the first embodiment of the present invention. Fig. 4 is a perspective exploded view of the portable telephone set in the embodiment of the present invention. Fig. 5 is a perspective exploded view of the portable telephone set of the embodiment of the present invention.

Fig. 6A is a schematic view showing the closed state of the limiting element of the present invention. The first figure is the second state of the present invention. = the first - a perspective view of an embodiment of the engaging member of the opening and closing device. A plan view of an embodiment of a sliding member of a first closing device. The electric shirt is placed in an exploded view of the portable telephone set. Figure 10 is a perspective exploded view of an embodiment of the second opening device of the present invention. 2007-321389 & 2008-092567 60 200946001

H20P016-TW Fig. 11 is a perspective view showing the second neutral state of the embodiment of the second opening and closing split of the present invention. Fig. 12A is a plan view showing the closed state of the portable telephone set in the third embodiment of the present invention. Fig. 12B is a plan view showing the sliding intermediate state of the portable telephone set of the third opening and closing device of the present invention in the embodiment of the portable device. Fig. 12C is a plan view showing the first open state of the portable telephone set in the embodiment of the portable device according to the third opening and closing device of the present invention. Fig. 13A is a plan view showing the state of rotation of the portable telephone set in the embodiment of the third opening and closing device of the present invention. Fig. 13B is a plan view showing the second open state of the portable telephone of the embodiment in which the third opening and closing device of the present invention is provided in the portable device. Fig. 14 is an exploded perspective view showing the portable telephone set of the embodiment in which the third opening and closing device of the present invention is provided in the portable device. Figure 15 is a perspective view showing an embodiment of a third opening and closing device of the present invention. Fig. 16A is a rear view of the closed state of the embodiment of the third opening and closing device of the present invention. Fig. 16B is a rear view of the sliding intermediate state of the embodiment of the third opening and closing device of the present invention. Fig. 16C is a first open state rear view of the embodiment of the third opening and closing device of the present invention. Fig. 16D is a rear view of the rotation intermediate state of the embodiment of the third opening and closing device of the present invention. Fig. 16E is a second open state rear view of the embodiment of the third opening and closing device of the present invention. 61 2007-321389 & 2008-092567 200946001 The first diagram is the diagram of the invention. Tu Yi

Cloth 2' opening and closing device H20P016-TW The three-dimensional embodiment of the component is the third drawing of the present invention. Plane of the embodiment of the device [Description of main component symbols] First opening and closing device 1 Portable device 10 Fig. 18 is a third opening and closing diagram of the present invention. Stereoscopic second opening and closing device 100 restricting unit 104

Base member 107 First housing 11 First restricting portion 110 First engaging portion 111 First · f · engaging portion 112 Rotating restricting wall portion 113 Sliding recess 115 Rotating recess 116 Second housing 12 Second restricting portion 12 Restricting engagement slot 121 second engagement projection 122 locking lever member i 23 2007-321389 & 2008-092567 62 200946001

H20P016-TW Rotation part 123a Arm part 123b

Rod member urging unit 124 U-shaped spring 124a Second engaging portion 125 Allowing sliding protrusion 126 Support pin 128 Mounting pin 129 Operating portion 13 Display portion 14

Base member mounting recess 15 Slide member mounting recess 16 Slide mechanism 2 Slide mechanism 202 Rotating mechanism 203 Restricting unit 204 Engaging member 205 Sliding member 206 Mounting hole 206a Base member 207 Through hole 207a Spring mounting hole 207b Arm mounting hole 207c Limiting the engaging convex Mounting hole 207d 63 2007-321389 & 2008-092567 200946001

H20P016-TW

Sliding urging unit 208 Rotation urging unit 209 Base member mounting recess 215 First guide slot 231 Second guide slot 232 First rotation guide member 233 Anti-off portion 233a Mounting portion 233b Second rotation guide member 234 Anti-off portion 234a Mounting portion 234b connecting arm 235 through insertion hole 235a connecting long hole 235b mounting arm supporting member 236 retaining portion 236a mounting portion 236b washer 238 washer 239 locking lever member 241 engaging recess portion 241a arm portion 241b through hole 241c restricting engaging projection portion 242 64 2007-321389 & 2008-092567 200946001

H20P016-TW restriction engagement portion 243 base end portion 243a first restriction engagement portion 244' second restriction engagement portion 245 lever member biasing unit 246 U-shaped spring 246a restriction engagement projection portion 247 support pin 248 J mounting pin 249 Substrate portion 251 support pin mounting hole 251a Mounting pin mounting hole 251b Engagement portion 252 Engagement recess 252a Restricting engagement slot 254 First end portion 254a Second end portion 254b First mounting hole 255 Mounting hole 256 Sliding member 257 card Convex portion 257a spring support portion 258 sliding engagement portion 261 stopper 262 65 2007-321389 2008-092567 200946001

H20P016-TW pendulum pin second mounting hole 265 first flat spring 281 mounting part 281a pendulum pin 285

Second flat spring 291 mounting portion 291b spring mounting portion 298 rotating mechanism 3 restricting unit 4 restricting engagement long hole 41 first end portion 41a restricting engagement projection 42 locking lever member 43 rotating portion 43a arm portion 43b

Rod member urging unit 44 U-shaped spring 44a Restricting engagement projection 45 Restricting engagement portion 46 First restriction engagement portion 46a Second restriction engagement portion 46b Front end portion 46c Support pin 48 Mounting pin 49 66 2007-321389 & 2008-092567 200946001

H20P016-TW engaging member 5 base plate portion 51 support pin mounting hole 51a mounting pin mounting hole 51b engaging portion 52 engaging recess portion 52a first rotary sliding guide member 53

Anti-off portion 53a Spring mounting portion 53b Second rotary sliding guide member 54 Anti-off portion 54a Pitch pin First mounting hole 55 Rotary sliding guide member mounting hole 56 Sliding member 57 Engagement convex portion 57a

Washer 58 Washer 59 Slide member 6 Through hole 6a Sliding engagement portion 61 Second mounting hole 65 Base member 7 Through hole 7a Spring mounting hole 7b 67 2007-321389 & 2008-092567 200946001

H20P016-TW

First guide long hole 71 guide concave portion 71a second guide long hole 72 guide concave portion 72a Sliding urging unit 8 First flat spring 81 Mounting portion 81a oscillating pin 85 Rotation urging unit 9 Second flat spring 91 Mounting portion 91a Mounting portion 91b Tension spring 92 spring mounting portion 98

68 2007-321389 & 2008-092567

Claims (1)

200946001 H20P016-TW 7. Patent application scope: 1. A portable device comprising a first housing having an operation portion on an upper surface and a second portion having a display portion on an upper surface thereof, and a state in which the second shell acid is in a state in which the first shell and the second shell are coincident with each other in a state in which the second shell is slid relative to the first shell in a longitudinal direction, thereby The second housing is exposed in a longitudinal direction such that the operating portion of the first housing is exposed in a fully operable manner; and in the second open state, the second housing is from the first housing and the second housing a closed state in which the second housings are mutually reciprocally rotated in a horizontal direction with respect to the first housing, thereby causing the first housing_the operating portion in a state in which the second housing is oriented in a lateral direction It is exposed in such a manner that it can be fully operated, and when either of these two opening operations is selected, another opening and closing operation is restricted. 2. A portable device _ device having a first casing provided with an operation cymbal on an upper surface and a second casing provided with a display portion on an upper surface, the portable device being provided with: C3 a sliding mechanism Causing the first housing and the second housing to slide relative to each other from a closed state that overlaps each other and expose the upper surface of the first housing in a manner capable of full operation; a rotating mechanism 'which causes the first housing and the second housing to rotate relative to each other from a closed state that overlaps each other, and exposes an upper surface of the first housing in a manner capable of full operation; And a restriction sheet 7G that restricts the movement of the other mechanism during the operation of any of the sliding mechanism and the rotating mechanism. 3. The opening and closing device for a portable device according to claim 2, wherein the sliding 69 2007-321389 & 2008-092567 200946001 H20P016-TW mechanism has: - a sliding base member mounted on the first casing a body or one of the second casings; a member of the second member that is slidably engaged with the sliding base member and mounted to the first casing or the second casing And a sliding force applying unit 'elastically disposed between the sliding base member and the sliding member, and biasing the sliding base member and the sliding member to cause them to The predetermined sliding positions are respectively slid in the closing direction or the opening direction. 4. The opening and closing device for a portable device according to claim 2, wherein the rotating mechanism has: a rotating base member mounted on either one of the first housing or the second housing a rotary sliding member that is rotatably and slidably engaged with the rotating base member and mounted on the other of the first housing or the second housing And a rotary urging unit elastically disposed between the rotating base member and the rotating sliding member, and biasing the rotating base member and the rotating sliding member to respectively close from a predetermined rotational position Rotate in the direction or in the opening direction. 5. The opening and closing device for a portable device according to claim 2, wherein, in the second open state, the first casing and the second casing are substantially T-shaped in plan view. 6. The opening and closing device for a portable device according to claim 2, wherein the rotating mechanism has: a first mounting on the first housing a base member; an engaging member as a rotary sliding member that engages with the base member in a rotatable and slidable manner; and a rotation biasing unit that is elastically disposed on the base member and the engaging member And urging the base member and the engaging member to rotate them from a predetermined rotational position to a closing direction or an opening direction, the sliding mechanism having: a locking member also serving as a sliding base member a sliding member slidably attached to the second housing in a slidable manner; and a sliding force applying unit, & elastically disposed on the engaging member and the sliding Between the components, and applying force to the engaging component and the sliding component to slide from a predetermined sliding position to a closing direction or an opening direction, the limiting unit has: a locking lever ^, which is disposed on the Reka kneading material in a rotatable manner, and has a restriction engagement protrusion engaging portion which is disposed on the moving component and has a restriction engagement with the restriction engagement projection a first restriction engagement portion that operates the rotation mechanism and a second restriction engagement portion that is engaged with the restriction engagement projection portion, and a lever member biasing unit that biases the member to cause the a locking engagement protrusion; and a restriction engagement protrusion disposed on the base member=closed state, the closed engagement protrusion is configured to enable the check engagement protrusion to be located with the first card When the joint portion of the joint portion and the second restriction card is engaged with the fixed rod material, when the f-th member is slid with respect to the first casing via the sliding mechanism, The restricting engagement portion and the first restriction engagement portion are engaged to restrict the rotation mechanism movement 71 2007-321389 & 2008-092567 200946001, H20P016-TW, in the second housing relative to the When the first housing is rotated by the rotating mechanism, the rod member is Level engagement projection portion is released + 'limiting the engagement projection portion and the second engagement portion engages restriction and limit the operation of the slide mechanism. 7. The opening mechanism of the portable device according to claim 2, wherein the rotating mechanism has: a base member mounted on the first housing; and a locking member as a rotary sliding member Capable of being ugly and slipping _ way to engage with the base member; and - a rotation urging unit disposed between the base member and the engaging member, and for the base material and the engaging member Applying force to urge them to rotate from the silent position to open the direction of the closing direction, the sliding mechanism having: - the engaging member that also serves as a sliding base member, the sliding member 'which is in a sliding manner and the needle member a card is mounted on the second housing; and a sliding force applying unit is elastically disposed between the engaging member and the /f moving member, and the engaging member and the sliding member Applying force to slide them from the predetermined sliding position to the closing direction or the opening direction respectively. The unit is composed of a first-off portion that closes the rotation mechanism and a second restriction portion that restricts the movement of the sliding mechanism. The door has: set at the bottom a first engaging projection on the component; and a first engaging portion, the setting ###_上上' is such that the second neon-like state is relative to the first housing via the When the sliding mechanism slides, the first engaging portion engages with the first engaging protrusion to engage with a rotation mechanism of the ship, and the second restricting portion has a locking lever member that is rotatably disposed a second engaging protrusion on the engaging member; a second engaging portion that engages with the second engaging protrusion to rotate the ship fd; Unit 72, 2007-321389 & 2008-092567 200946001 H20P016-TW applying a force to the locking lever member to engage the second engaging protrusion with the second engaging portion; and allowing a sliding protrusion a portion disposed on the base member, the allowable sliding convex portion being engaged with the locking lever member when in the closed state, and releasing the second engaging protrusion and the second engaging portion Engage to allow the 'rotating mechanism to act. The opening and closing device for a portable device according to claim 2, wherein the rotating mechanism has: a rotating base member mounted on any one of the first housing and the second housing a rotating member that is rotatably engaged with the rotating base member and mounted on the other of the first housing and the second housing; and a rotary force applying unit And being elastically disposed between the rotating base member and the rotating member' and biasing the rotating base member and the rotating member to rotate them from a predetermined rotational position to a closing direction or an opening direction, respectively. 9. A device for viewing a device as described in claim 8 of the patent scope, the rotating mechanism further comprising: two guiding elongated holes disposed in any one of the rotating base member and the rotating member Two rotating guiding members that are respectively moved along the guiding elongated holes by being respectively engaged with the guiding elongated holes, thereby rotating the second housing in a horizontal direction with respect to the first housing, and setting And on the other of the rotating base member and the rotating member; and a connecting arm 'which is respectively engaged with the rotating guiding member to make the rotating guide 73 2007-321389 & 2008-092567 200946001 H20P016- The movement of the TW parts is linked and placed on the other part. 10. The opening and closing device for a portable device according to claim 9, wherein the two guiding elongated holes are formed in a coaxial arc shape in which the guiding elongated hole is located inside the other guiding elongated hole and the connecting arm is A rotatable manner is provided on the other component. I.=Application of the portable device described in claim 2, the restriction unit having: a base member mounted on the first housing; a snap member 'via the rotation mechanism Rotatable or slidably engaged with the base member via the sliding mechanism; a mounting member that is slidably slidable via the sliding mechanism or rotatably engaged with the base member The component is engaged, and the wire is on the second 2, the engaging component is restrained, and is disposed on the engaging component, and has a limited-sense engaging portion, the setting surface, and the On either component, the second restriction engagement portion is provided with the restriction engagement card engagement limit--the engagement portion of the engagement portion and the restriction card engagement mechanism. The first-limit fresh-keeping part is engaged, and the rotating seat riding seat member is restricted from being engaged by the second restraining card. 2007-321389 & 2008-092567 74