CN101841578B - Connection component of rotatable slide phone and mobile phone thereof - Google Patents
Connection component of rotatable slide phone and mobile phone thereof Download PDFInfo
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- CN101841578B CN101841578B CN2009100967589A CN200910096758A CN101841578B CN 101841578 B CN101841578 B CN 101841578B CN 2009100967589 A CN2009100967589 A CN 2009100967589A CN 200910096758 A CN200910096758 A CN 200910096758A CN 101841578 B CN101841578 B CN 101841578B
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Abstract
The invention discloses a connection component of a rotatable slide phone and the mobile phone thereof. The connection component at least comprises a fixed sliding way, movable sliding ways capable of sliding leftwards and rightwards in a limited way, and a rotating disc. The connection component is characterized in that: the rotating disc passes through the movable sliding ways through a rotating shaft so as to be arranged on the fixed sliding way in a rotating way; the surfaces of the movable sliding ways are provided with first arched guiding and limiting holes matched with a first rivet on the back of the rotating disc for guiding and limiting, a first elastic element making the rotating disc tend to be reset, and a first positioning part for positioning the rotating disc; in addition, guiding edges are connected to the side surfaces of the movable sliding ways and are in fit with rotation-preventing guide grooves on the side part of the rotating shaft; an opening is reserved on the outer edge of the guiding edge and on the inner side part of the corresponding movable sliding way; and a second positioning part is arranged on the surface of the fixed sliding way to make the rotating shaft in rotating fit in the opening formed on the outer edge of the guiding edge and on the inner side part of the corresponding movable sliding way. The connection component has the characteristics of more compact structure, fewer parts, easy assembly and production and high working stability.
Description
Technical field
The present invention relates to a kind of coupling assembling of slide phone and relevant mobile phone.
Background technology
Traditional slide phone can only be realized relatively in addition upper cunning, downslide or the action of breakking away of a part of a part of mobile phone, and can not rotate use, cause the structural design of mobile phone unreasonable, volume is large, be not easy to carry and use the mobile phone new departure with rotation and sliding closure function that for this reason has a lot of scientific and technical personnel's exploitations to make new advances.
It is 200610148277.4 Chinese patent " integral mobile phone hinge that can be rotated and slide " such as the patent No., it is characterized in that: comprise with lower member: be provided with the rotation projection in the centre, and be provided with the fixed part of a plurality of guide rails in deciding glide direction; Be provided with the swivelling chute that described rotation projection can be installed, and the moving-member that can make according to described guide rail straight-line guide rod is set; When the linkage component of described moving-member generation recuperability when relatively described fixed part is rotated motion or rectilinear motion, its defective is to adopt complicated linkage, and dependability is not strong, and inconvenience is installed, and poor seismic behavior, practicality are not strong.
Comprehensively above-mentioned, rotating slide phone need to make further improvements design.
Summary of the invention
Primary technical problem to be solved by this invention provides the coupling assembling of the rotating slide phone of a kind of simple and reasonable, easy assembling, working stability.
Another technical problem to be solved by this invention provides the rotating slide phone of a kind of simple and reasonable, easy assembling, working stability.
The present invention solves the technical scheme that above-mentioned primary technical problem adopts: a kind of coupling assembling of rotating slide phone, it includes at least
Certain slide rail is as the main body of coupling assembling;
But the moving slide rail of the spacing slip in the left and right sides is arranged on and decides on the slide rail;
And rotatable rotating disk;
It is characterized in that:
Rotating disk by rotating shaft pass moving slide rail from but be installed in rotation on and decide on the slide rail;
And moving slide rail surface has circular arc the first guide and limit hole, cooperates guiding and spacing with the first rivet on the rotating disk back side;
And make rotatable rotating disk have the first flexible member of the trend of resetting;
With the first positioning element that rotatable rotating disk is positioned;
Other has guide edge to be connected to the lower surface of moving slide rail, cooperates with the anti-rotation guide groove of rotating shaft sidepiece, and the inboard position of guide edge outer ledge and moving slide rail forms opening;
Reach the second positioning element and be arranged on the surface of deciding slide rail, when moving slide rail slides into location, inboard position, make rotating shaft in the opening of guide edge outer ledge and the inboard position formation of moving slide rail, present rotatable cooperation.
As improving and preferred, described moving slide rail is two, is divided into left moving slide rail and right moving slide rail, left moving slide rail and right moving slide rail be Rotational Symmetry be arranged in and decide on the slide rail, be convenient to like this slide to two side directions.
As preferably, the Compress Spring that can horizontally slip and be slide rail and decide to draw between the slide rail the second flexible member; Or, decide slide rail outer side surface position and be provided with backing pin and carry out spacing the cooperation with protuberance on the moving slide rail, thereby form the spacing slip in the left and right sides, be convenient to like this assembling and make.
As the improvement that is highly profitable be, decide to be provided with between slide rail and the moving slide rail locking mechanism that rotating disk drives, after the rotating disk rotation, just can lock moving slide rail, the convenient use.
As one of preferred, the locking mechanism that described rotating disk drives is that the slide rail surface has circular arc the second guide and limit hole, the radius in the radius ratio first guide and limit hole in the second guide and limit hole is little, and be oppositely arranged, both have identical center angle, the second guide and limit pore area has one section straight hole, cooperates guiding and spacing with the second rivet on the rotating disk back side; When rotating disk increased some angles a little by 0 degree, the second guide and limit hole cooperated with the second rivet like this, stoped moving slide rail outwards to survey slip.
The first guide and limit hole is the preferred 90 ° segmental arc of center angle.Accordingly, the second guide and limit hole also is that the center angle is 90 ° segmental arc.
As preferred two, the locking mechanism that described rotating disk drives is that the slide rail surface makes location hole, accordingly, be provided with the elasticity bent sheet that substantially is inverted "L" shaped deciding the slide rail upper surface, moving slide rail is passed in elasticity bent sheet upper end, its upper surface is conflicted with the lower surface of the upper and lower protuberance of rotating disk cooperate, the lower surface of elasticity bent sheet upper end has pin, carries out locking latch with the location hole on moving slide rail surface and cooperates.
As preferred three, the locking mechanism that rotating disk drives is that the slide rail surface makes fixed edge, accordingly, be provided with the elasticity bent sheet that substantially is inverted "L" shaped deciding the slide rail upper surface, extend elasticity bent sheet upper end becomes elastic lock, moving slide rail is passed in elasticity bent sheet upper end, and the surface is cooperated with the circumferential surface conflict of the upper and lower protuberance of rotating disk, makes the elastic lock of elasticity bent sheet upper end and the fixed edge on moving slide rail surface carry out snap fit.
The upper and lower protuberance of described rotating disk is to account for 90 ° of circular arcs and present the protuberance that Rotational Symmetry distributes.
As further improvement, opening also is the opening of circular arc, and the opening diameter of circular arc is slightly larger than the diameter of rotating shaft, like this when left and right moving slide rail to altogether the time, form the substantially axis holes of 360 degree, make rotating shaft can wherein rotate again rotation.
As improvement, rotating shaft is the rotating shaft of being convenient to the hollow that flexible PCB places, and accordingly, the rotating disk center also has the installation circular hole, and the installation of being convenient to like this circuit board connects, and makes things convenient for production and assembly.
As preferably, described the first positioning element is to decide the flange that slide rail surface punching press is got up; The second positioning element is to adopt rivet, and accordingly, moving slide rail and right moving slide rail the inside edge have the positioning port of cooperation on a left side, with simplified structure, and convenient the manufacturing.
The present invention solves the technical scheme that above-mentioned another technical problem adopts: a kind of rotating slide phone, and it comprises circuit part and the coupling assembling of radio communication, coupling assembling includes at least:
Certain slide rail is as the main body of coupling assembling;
But the moving slide rail of the spacing slip in the left and right sides is arranged on and decides on the slide rail;
And rotatable rotating disk;
It is characterized in that:
Rotating disk by rotating shaft pass moving slide rail from but be installed in rotation on and decide on the slide rail;
And moving slide rail surface has circular arc the first guide and limit hole, cooperates guiding and spacing with the first rivet on the rotating disk back side;
And make rotatable rotating disk have the first flexible member of the trend of resetting;
With the first positioning element that rotatable rotating disk is positioned;
Other has guide edge to be connected to the lower surface of moving slide rail, cooperates with the anti-rotation guide groove of rotating shaft sidepiece, and the inboard position of guide edge outer ledge and moving slide rail forms opening;
Reach the second positioning element and be arranged on the surface of deciding slide rail, when making slide rail slide into location, inboard position, make rotating shaft in the opening of guide edge outer ledge and the inboard position formation of moving slide rail, present rotatable cooperation.
Accordingly, mobile phone is divided into base portion, rotatable display part and the slipper of installing as main body;
Rotatable display part is mounted on the rotating disk;
Slipper is to be mounted on the moving slide rail;
The base portion that main body is installed is arranged on decides on the slide rail;
The base portion side has installing port and make the spacing expanding-contracting action of doing of slipper in installing port.
As improvement, described moving slide rail is two, is divided into left moving slide rail and right moving slide rail, left moving slide rail and right moving slide rail be Rotational Symmetry be arranged in and decide on the slide rail, accordingly, slipper also is divided into left slipper and right slipper.Make the slipper can be to two side direction sliding extensions, convenient operation uses.
At last, described base portion, rotatable display part and slipper are to adopt flexible PCB to be electrically connected, and are convenient to production and assembly.
Other structures of coupling assembling are similar consistent with what narrate above.
Compared with prior art, the invention has the advantages that: design this coupling assembling and mobile phone in conjunction with slide rail and pivot structure, structure is compacter, parts are few, assembling is produced easily, working stability is good, practical, particularly this mobile phone is by a kind of special Bidirectional slide rotating mechanism, and the bottom that can realize mobile phone skids off to both sides respectively and the rotation of the relative bottom, top of mobile phone, like this after two-way the skidding off, people's both hands can operate simultaneously in both sides, and very convenient input or game are after two-way the skidding off, but visual/viewing area increases, after the rotation, people's both hands can operate simultaneously in both sides, for file or the game of vertical demonstration, convenient input and operation make mobile phone nature more convenient to use.
Description of drawings
Fig. 1 is the stereogram (under the normality) of the invention process example 1 coupling assembling;
Fig. 2 is the stereogram (under the rotation status) of the invention process example 1 coupling assembling;
Fig. 3 is the stereogram (under the sliding mode) of the invention process example 1 coupling assembling;
Fig. 4 is the three-dimensional exploded view (frontal) of the invention process example 1 coupling assembling;
Fig. 5 is the three-dimensional exploded view (back side direction) of the invention process example 1 coupling assembling;
Fig. 6 is the front view (under the normality) of the invention process example 1 coupling assembling;
Fig. 7 is the front view (under the rotation status) of the invention process example 1 coupling assembling;
Fig. 8 is the front view (under the sliding mode) of the invention process example 1 coupling assembling;
Fig. 9 be the invention process example 1 mobile phone stereogram (under the normality);
Figure 10 be the invention process example 1 mobile phone stereogram (under the rotation status);
Figure 11 be the invention process example 1 mobile phone stereogram (under the sliding mode);
Figure 12 is the three-dimensional exploded view (frontal) of the invention process example 1 mobile phone;
Figure 13 is the three-dimensional exploded view (back side direction) of the invention process example 1 mobile phone;
Figure 14 is the stereogram (under the normality) of the invention process example 2 coupling assemblings;
Figure 15 is the stereogram (under the rotation status) of the invention process example 2 coupling assemblings;
Figure 16 is the stereogram (under the sliding mode) of the invention process example 2 coupling assemblings;
Figure 17 is the three-dimensional exploded view (frontal) of the invention process example 2 coupling assemblings;
Figure 18 is the three-dimensional exploded view (back side direction) of the invention process example 2 coupling assemblings;
Figure 19 is the front view (under the normality) of the invention process example 2 coupling assemblings;
Figure 20 is the front view (under the rotation status) of the invention process example 2 coupling assemblings;
Figure 21 is the front view (under the sliding mode) of the invention process example 2 coupling assemblings;
Figure 22 is the stereogram (under the normality) of the invention process example 3 coupling assemblings;
Figure 23 is the stereogram (under the rotation status) of the invention process example 3 coupling assemblings;
Figure 24 is the three-dimensional exploded view (under the sliding mode) of the invention process example 3 coupling assemblings;
Figure 25 is the three-dimensional exploded view (frontal) of the invention process example 3 coupling assemblings;
Figure 26 is the three-dimensional exploded view (back side direction) of the invention process example 3 coupling assemblings;
Figure 27 is the front view (under the normality) of the invention process example 3 coupling assemblings;
Figure 28 is the front view (under the rotation status) of the invention process example 3 coupling assemblings;
Figure 29 is the front view (under the sliding mode) of the invention process example 3 coupling assemblings;
Embodiment
Embodiment is described in further detail the present invention below in conjunction with accompanying drawing.
Examples of implementation 1
Such as Fig. 1-8 signal, a kind of coupling assembling for rotating slide phone, it includes at least decides slide rail 1, left, right moving slide rail 2,2 ', rotating disk 3, rotating shaft 4, the critical pieces such as Compress Spring, wherein decide slide rail 1 as the main body of coupling assembling, the up and down edge of deciding slide rail 1 is dragging track 1a, 1b, decide slide rail 1 middle part and have axis hole 1.1, the rotating shaft 4 of hollow has been installed in the axis hole 1.1, be convenient to place flexible PCB, rotating shaft 4 upper and lower sides sections have respectively anti-rotation guide groove 4.1, rotating shaft 4 has middle cavity 4.2, the surface of axis hole 1.1 tops utilizes Sheet Metal Forming Technology to produce flange 1.2 as the first positioning element, surface above the first positioning element is provided with the rivet 1.3 as the second positioning element, the lower left of deciding slide rail 1 is provided with rivet 1.4, be used for connecting an end of the first flexible member 5, the other end of the first flexible member 5 is connected on the back side first rivet 3.1 of rotating disk 3 belows, be provided with rivet 1.5 with deciding the upper left side of slide rail 1 and position, lower right Rotational Symmetry, be used for connecting left Compress Spring and right Compress Spring as the second flexible member 6, and the other end of left Compress Spring and right Compress Spring is fixed on respectively left moving slide rail 2 ' separately, rivet on right moving slide rail 2 back sides, thereby restriction is left, right moving slide rail 2 ', 2 spacing slip, left moving slide rail 2 ' and right moving slide rail are shaped with respectively dragging track 2a in the edge about in the of 2 ', 2b, make left moving slide rail 2 ', right moving slide rail 2 is enclosed within to be decided can horizontally slip on the slide rail 1, left moving slide rail 2 ' and right moving slide rail 2 be Rotational Symmetry be arranged in and decide on the slide rail 1, moving slide rail is example take the right side, right moving slide rail 2 surfaces have circular arc the first guide and limit hole 2.1, the first guide and limit hole 2.1 is that the center angle is 90 ° segmental arc, right moving slide rail 2 lower face have circular arc the second guide and limit hole 2.2, the radius in the radius ratio first guide and limit hole 2.1 in the second guide and limit hole 2.2 is little, both have identical center angle, also be 90 °, and with one section straight hole 2.3, the first guide and limit hole 2.1 and the second guide and limit hole 2.2 are arranged in opposite directions, distal portion and initial position are on the center line on moving slide rail 2 surfaces, like this, the second guide and limit hole 2.2 cooperates guiding and spacing with the second rivet 3.2 on the rotating disk back side, consisted of the locking mechanism of rotating disk driving.Right moving slide rail 2 molds circular arc opening 2.4 at inboard position position of center line, the diameter of circular arc opening 2.4 is larger than the diameter of rotating shaft 4 a little, present rotatable cooperation, and right moving slide rail 2 leaves a little some distance lower surfaces of center line downwards and is connected with guide edge 2.5, guide edge 2.5 cooperates with the anti-rotation guide groove 4.1 of rotating shaft 4 sidepieces, guide edge 2.5 outer ledges are circular arc limit 2.6, the diameter of circular arc is also larger a little than the diameter of rotating shaft, thereby form fit shapes with the opening 2.4 at moving slide rail 2 inboard positions, the right side, present rotatable the cooperation with rotating shaft 4, the inside, right moving slide rail 2 tops edge has the positioning port 2.7 of cooperation, cooperate with the rivet 1.3 of deciding slide rail 1 lip-deep the second positioning element, in like manner, the first guide and limit hole 2.1 of left moving slide rail 2 ', the second guide and limit hole 2.2, guide edge 2.5, Compress Spring arranges that with right moving slide rail 2 be to adopt rotational symmetry structure, and pivot is rotating shaft 4.Rotating shaft 4 upper ends are passed moving slide rail surface and are connected with rotating disk 3, rotating disk 3 centers are that circular hole 3.3 is installed, the upper and lower of rotating disk 3 is respectively with protuberance, the back side of upper convex portion 3.4 and lower protuberance 3.4 ' respectively arranges a rivet, the first rivet 3.1 of upper convex portion carries out spacing the cooperation with the flange 1.2 of the first positioning element on deciding slide rail 1, and can be inserted in the first guide and limit hole 2.1 in the right moving slide rail 2, present and be slidingly matched, accordingly, the first rivet 3.1 of lower protuberance can be inserted in left the first guide and limit hole 2.1 of moving in the slide rail 2 ', present and be slidingly matched, simultaneously, the rivet 3.1 of lower protuberance connects an end of the first flexible member 5.Second rivet 3.2 on rotating disk 3 the right can be inserted in right the second guide and limit hole 2.2 of moving in the slide rail 2, present and be slidingly matched, accordingly, second rivet 3.2 on rotating disk 3 left sides also can be inserted in left the second guide and limit hole 2.2 of moving in the slide rail 2 ', present and be slidingly matched, left moving slide rail 2 ' and right moving slide rail 2 are that Rotational Symmetry is arranged, have formed coupling assembling.
Such as Fig. 9-13, accordingly, mobile phone is divided into the base portion 10 of installing as main body, rotatable display part 11 and slipper 12, slipper is divided into left slipper, right slipper, base portion 10 parts generally are that telecommunication circuit circuit main board and the battery supply of mobile phone are installed, and display part 11 is that LCD display and display circuit are installed, left slipper is that keyboard or button parts and relevant circuit thereof are installed with right slipper 12, base portion 10, connect between display part 11 and the slipper 12 and adopt flexible PCB to be electrically connected, wherein, the base portion 10 that main body is installed is arranged on decides on the slide rail 1, rotatable display part 11 is to be connected by screw to be installed on the rotating disk 3, display part 11 is passed rotating disk by flexible PCB circular hole is installed, hollow rotating shaft is connected with the main circuit board of base portion 10, left slipper 12 and right slipper 12 are the moving slide rails 2 ' in a left side that are mounted on respectively separately, on the right moving slide rail 2, left slipper 12 be connected slipper 12 and also be connected by the main circuit board of flexible PCB with base portion 10, and, base portion 10 left sides, right flank has installing port 10a, make left slipper 12, right slipper 12 is spacing respectively does expanding-contracting action in installing port separately, and the shell 12a of slipper 12 is enclosed within base portion 10 outsides, between guide pillar on the base portion 10 and the slipper chute 12b is spacing being slidingly matched, and other structure of mobile phone and traditional mobile phone are similar.
Its operation principle is such:
Whole mechanism is in the situation of closing, when any one the outside survey in the left and right moving slide rail 2 ', 2 is slided, the arc-shaped edges 2.6 of the guide edge 2.5 on the moving slide rail is away from rotating shaft 4, the straight flange of moving slide rail structure cooperates with the anti-rotation guide groove 4.1 on the rotating shaft, rotating shaft 4 is locked, can't rotate, this moment, the left and right slipper 12 of mobile phone can slide, and display part 11 can not rotate.When and if only if left and right moving slide rail 2 ', 2 Close All, the arc-shaped edges 2.6 of the guide edge on the left and right moving slide rail 2 ', 2 is coaxial with rotating shaft 4, is combined to form axis hole, rotating shaft 4 can rotate in axis hole, at this moment, rotating disk 3 also can rotate, and display part 11 can rotate use like this.
Whole mechanism is in the situation of closing, when rotating disk 3 rotates with rotating shaft 4, display part 11 can be rotated, four rivets on the rotating disk 3 i.e. the first rivet 3.1 and the second rivet 3.2 cooperate with the first guide and limit hole 2.1 and the second guide and limit hole 2.2 on the left and right moving slide rail, left and right moving slide rail 2 ', 2 all locked, two moving slide rails all can't slide, and make the left and right slipper 12 can not slippage.When rotating disk 3 anglecs of rotation are spent above 45, the first rivet 3.1 that the first flexible member 5 promotes on the rotating disk 3, make rotating disk 3 rotate to rapidly the end in the first guide and limit hole 2.1, control rotating disk 3 rotates to the position of 90 degree, and display part 11 easily is rotated in place.And if only if, and rotating disk 3 is in when closing (0 degree), four rivets on the rotating disk 3 are that the first rivet 3.1 and 3.2 pairs of left and right moving slide rails 2 ' of the second rivet, 2 all do not have locking action, two moving slide rails 2 ', 2 just can outwards be surveyed slip, and left and right slipper 12 can be slided.
Examples of implementation 2
Such as Figure 14-21 signal, in present embodiment, the locking mechanism that rotating disk drives is left moving slide rail 2 ', location hole 2.8 is made on right moving slide rail 2 surfaces, accordingly, deciding slide rail 1 upper surface, be provided with respectively an elasticity bent sheet 1.6 in the axis hole above and below, elasticity bent sheet 1.6 is the inverted "L" shaped shape substantially, being rightabout arranges, the lower surface of elasticity bent sheet 1.6 upper ends has pin 1.7, left moving slide rail 2 ', osculum 2.9 is left respectively on right moving slide rail 2 surfaces, allow each elasticity bent sheet 1.6 upper ends pass separately moving slide rail 2,2 ' surface, rotating disk 3 is with the upper convex portion 3.4 that accounts for 90 ° of circular arcs and lower protuberance 3.4 ', upper convex portion 3.4 and lower protuberance 3.4 ' also present Rotational Symmetry and distribute, like this, on the upper surface and rotating disk of each elasticity bent sheet 1.6 upper ends, lower protuberance 3.4,3.4 ' lower surface can be conflict to cooperate, the pin 1.7 of elasticity bent sheet 1.6 upper end lower surfaces, can carry out locking latch with the location hole 2.8 on moving slide rail surface and cooperate, other structure and examples of implementation 1 are similar.
Its operation principle is such:
Whole mechanism is in the situation of closing, when any one the outside survey in the left and right moving slide rail 2,2 ' is slided, on the sliding component, the arc-shaped edges 2.6 of guide edge is away from rotating shaft 4 on the moving slide rail 2, the straight flange 2.5 of the guide edge on the sliding component cooperates with anti-rotation groove 4.1 on the rotating shaft, and rotating shaft 4 is locked, can't rotate, this moment, the left and right slipper 12 of mobile phone can slide, and display part 11 can not rotate.When and if only if left and right moving slide rail 2,2 ' Close All, the arc-shaped edges 2.6 of the guide edge on the sliding component is coaxial with rotating shaft 4, is combined to form axis hole, rotating shaft 4 can rotate in axis hole, at this moment, rotating disk 3 also can rotate, and display part 11 can rotate use like this.
Whole mechanism is in the situation of closing, when rotating disk 3 and rotating shaft 4 rotate a little, the first rivet 3.1 on the rotating disk 3 cooperates with the first guide and limit hole 2.1 on the left and right moving slide rail 2, the upper and lower protuberance 3.4 of rotating disk 3,3.4 ' lower surface can be conflicted and by the upper end of compression elasticity bent sheet 1.6, the pin 1.7 of the upper end of elasticity bent sheet 1.6 is inserted into downwards in the location hole 2.8 on moving slide rail 2,2 ' surface, left and right moving slide rail 2,2 ' all locked, two moving slide rails 2,2 ' all can't slide, and make the left and right slipper 12 can not slippage.When rotating disk 3 anglecs of rotation were spent above 45, Compress Spring 6 can promote the first rivet 3.1 on the rotating disks 3, made rotating disk 3 rotate to rapidly the end in the first guide and limit hole 2.1, and the control rotating disk rotates to the positions of 90 degree.And if only if, and rotating disk 3 is in when closing (0 degree), and 3.1 pairs of left and right moving slide rails 2 of the first rivet on the rotating disk 3,2 ' do not have locking action, and two moving slide rails can outwards be surveyed slip, and left and right slipper 12 can be slided.
Examples of implementation 3
Such as Figure 22-28 signal, in present embodiment, the locking mechanism that rotating disk drives is left, right moving slide rail 2, on the 2 ' surface, fixed edge 2.10 is made in the bottom, accordingly, deciding slide rail 1 upper surface, be provided with respectively an elasticity bent sheet 1.6 in axis hole 1.1 above and belows, elasticity bent sheet 1.6 is the inverted "L" shaped shape substantially, the elastic lock 1.8 that becomes outside locking is extended in elasticity bent sheet 1.6 upper ends, left moving slide rail 2 ', osculum 2.9 is left respectively on right moving slide rail 2 surfaces, the moving slide rail that allows each elasticity bent sheet 1.6 upper ends pass separately is surperficial, rotating disk 3 is with the upper convex portion 3.4 that accounts for 90 ° of circular arcs and lower protuberance 3.4 ', upper convex portion and lower protuberance also present Rotational Symmetry and distribute, like this, in each elasticity bent sheet 1.6 upper ends the surface with rotating disk 3 on, lower protuberance 3.4,3.4 ' circumferential surface can be conflict to cooperate, and the elastic lock 1.8 of elasticity bent sheet 1.6 upper ends, with moving slide rail 2, the fixed edge 2.10 on 2 ' surface can carry out snap fit, and other structure and examples of implementation 1 are similar.
Its operation principle is such:
Whole mechanism is in the situation of closing, when any one the outside survey in the left and right moving slide rail 2,2 ' is slided, on the sliding component, the arc-shaped edges 2.6 of guide edge is away from rotating shaft 4 on the moving slide rail, the straight flange 2.5 of the guide edge on the sliding component cooperates with anti-rotation groove 4.1 on the rotating shaft 4, and rotating shaft 4 is locked, can't rotate, this moment, the left and right slipper 12 of mobile phone can slide, and display part 11 can not rotate.When and if only if left and right moving slide rail 2,2 ' Close All, the arc-shaped edges 2.6 of the guide edge on the sliding component is coaxial with rotating shaft 4, is combined to form axis hole, rotating shaft 4 can rotate in axis hole, at this moment, rotating disk 3 also can rotate, and display part 11 can rotate use like this.
Whole mechanism is in the situation of closing, when rotating disk 3 and rotating shaft 4 rotate a little, the first rivet 3.1 on the rotating disk 3 is with left, right moving slide rail 2, the first guide and limit hole 2.1 on 2 ' cooperates, rotating disk 3 upper, lower protuberance 3.4,3.4 ' circumferential surface can conflict and by the upper end of compression elasticity bent sheet 1.6, the elastic lock 1.8 of the upper end of elasticity bent sheet 1.6 is outwards ejected, fasten a left side, in the fixed edge 2.10 on right moving slide rail surface, left, right moving slide rail 2,2 ' is all locked, two moving slide rails all can't slide, and make a left side, right slipper 12 can not slippage.When rotating disk 3 anglecs of rotation surpass when spending, Compress Spring 5 can promote the first rivet 3.1 on the rotating disks, makes rotating disk 3 rotate to rapidly the end in the first guide and limit hole 2.1, and the control rotating disk rotates to the positions of 90 degree.And if only if, and rotating disk is in when closing (0 degree), and 3.1 pairs of left and right moving slide rails 2 of the first rivet on the rotating disk, 2 ' do not have locking action, and two moving slide rails can outwards be surveyed slip, and left and right slipper 12 can be slided.
Claims (30)
1. the coupling assembling of a rotating slide phone, it includes certain slide rail at least, as the main body of coupling assembling;
But the moving slide rail of the spacing slip in the left and right sides is arranged on and decides on the slide rail;
And rotatable rotating disk;
It is characterized in that:
Rotating disk by rotating shaft pass moving slide rail from but be installed in rotation on and decide on the slide rail;
And moving slide rail surface has circular arc the first guide and limit hole, cooperates guiding and spacing with the first rivet on the rotating disk back side;
And make rotatable rotating disk have the first flexible member of the trend of resetting;
With the first positioning element that rotatable rotating disk is positioned;
Other has guide edge to be connected to the lower surface of moving slide rail, cooperates with the anti-rotation guide groove of rotating shaft sidepiece, and the inboard position of guide edge outer ledge and moving slide rail forms opening;
Reach the second positioning element and be arranged on the surface of deciding slide rail, when moving slide rail slides into location, inboard position, make rotating shaft in the opening of guide edge outer ledge and the inboard position formation of moving slide rail, present rotatable cooperation.
2. coupling assembling according to claim 1 is characterized in that moving slide rail is two, is divided into left moving slide rail and right moving slide rail, left moving slide rail and right moving slide rail be Rotational Symmetry be arranged in and decide on the slide rail.
3. coupling assembling according to claim 2, but it is characterized in that the spacing slip in the left and right sides is slide rail and decides to draw between the slide rail Compress Spring of the second flexible member; Or, decide slide rail outer side surface position and be provided with backing pin and carry out spacing the cooperation with protuberance on the moving slide rail, thereby form the spacing slip in the left and right sides.
4. according to claim 1 to the described coupling assembling of 3 any one claims, it is characterized in that deciding to be provided with between slide rail and the moving slide rail locking mechanism that rotating disk drives.
5. coupling assembling according to claim 4, it is characterized in that the locking mechanism that rotating disk drives is that the slide rail surface has circular arc the second guide and limit hole, the radius in the radius ratio first guide and limit hole in the second guide and limit hole is little and be oppositely arranged, both have identical center angle, the second guide and limit pore area has one section straight hole, cooperates guiding and spacing with the second rivet on the rotating disk back side.
6. coupling assembling according to claim 5 is characterized in that the first guide and limit hole is that the center angle is 90 ° segmental arc.
7. coupling assembling according to claim 4, it is characterized in that locking mechanism that rotating disk drives is that the slide rail surface makes location hole, accordingly, be provided with the elasticity bent sheet that substantially is inverted "L" shaped deciding the slide rail upper surface, moving slide rail is passed in elasticity bent sheet upper end, its upper surface is conflicted with the lower surface of the upper and lower protuberance of rotating disk cooperate, the lower surface of elasticity bent sheet upper end has pin, carries out locking latch with the location hole on moving slide rail surface and cooperates.
8. coupling assembling according to claim 7 is characterized in that the upper and lower protuberance of rotating disk is to account for 90 ° of circular arcs and present the protuberance that Rotational Symmetry distributes.
9. coupling assembling according to claim 4, it is characterized in that locking mechanism that rotating disk drives is that the slide rail surface makes fixed edge, accordingly, be provided with the elasticity bent sheet that substantially is inverted "L" shaped deciding the slide rail upper surface, extend elasticity bent sheet upper end becomes elastic lock, moving slide rail is passed in elasticity bent sheet upper end, the surface is cooperated with the circumferential surface conflict of the upper and lower protuberance of rotating disk, make the elastic lock of elasticity bent sheet upper end and the fixed edge on moving slide rail surface carry out snap fit.
10. coupling assembling according to claim 9 is characterized in that the upper and lower protuberance of rotating disk is to account for 90 ° of circular arcs and present the protuberance that Rotational Symmetry distributes.
11. according to claim 1 to the described coupling assembling of 3 any one claims, it is characterized in that opening is the opening of circular arc, the opening diameter of circular arc is slightly larger than the diameter of rotating shaft.
12. according to claim 1 to the described coupling assembling of 3 any one claims, it is characterized in that rotating shaft is the rotating shaft of being convenient to the hollow that flexible PCB places, accordingly, the rotating disk center also has the installation circular hole.
13. according to claim 1 to the described coupling assembling of 3 any one claims, it is characterized in that the first positioning element is to decide the flange that slide rail surface punching press is got up.
14. according to claim 2 or 3 described coupling assemblings, it is characterized in that the second positioning element is to adopt rivet, accordingly, moving slide rail and right moving slide rail the inside edge have the positioning port of cooperation on a left side.
15. a rotating slide phone, it comprises circuit part and the coupling assembling of radio communication, and coupling assembling includes at least:
Certain slide rail is as the main body of coupling assembling;
But the moving slide rail of the spacing slip in the left and right sides is arranged on and decides on the slide rail;
And rotatable rotating disk;
It is characterized in that:
Rotating disk by rotating shaft pass moving slide rail from but be installed in rotation on and decide on the slide rail;
And moving slide rail surface has circular arc the first guide and limit hole, cooperates guiding and spacing with the first rivet on the rotating disk back side;
And make rotatable rotating disk have the first flexible member of the trend of resetting;
With the first positioning element that rotatable rotating disk is positioned;
Other has guide edge to be connected to the lower surface of moving slide rail, cooperates with the anti-rotation guide groove of rotating shaft sidepiece, and the inboard position of guide edge outer ledge and moving slide rail forms opening;
Reach the second positioning element and be arranged on the surface of deciding slide rail, when moving slide rail slides into location, inboard position, make rotating shaft in the opening of guide edge outer ledge and the inboard position formation of moving slide rail, present rotatable cooperation;
Accordingly, mobile phone is divided into base portion, rotatable display part and the slipper of installing as main body;
Rotatable display part is mounted on the rotating disk;
Slipper is to be mounted on the moving slide rail;
The base portion that main body is installed is arranged on decides on the slide rail;
The base portion side has installing port and make the spacing expanding-contracting action of doing of slipper in installing port.
16. slide phone according to claim 15, it is characterized in that described moving slide rail is two, be divided into left moving slide rail and right moving slide rail, left moving slide rail and right moving slide rail be Rotational Symmetry be arranged in and decide on the slide rail, accordingly, slipper also is divided into left slipper and right slipper.
17. slide phone according to claim 15 is characterized in that described base portion, rotatable display part and slipper are to adopt flexible PCB to be electrically connected.
18. slide phone according to claim 15, but it is characterized in that the spacing slip in the left and right sides is slide rail and decides to draw between the slide rail Compress Spring of the second flexible member; Or, decide slide rail outer side surface position and be provided with backing pin and carry out spacing the cooperation with protuberance on the moving slide rail, or, cooperating between the guide pillar on the base portion and the slipper chute, thus the spacing slip in the left and right sides formed.
19. according to claim 15 to the described slide phone of 18 any one claims, it is characterized in that deciding to be provided with between slide rail and the moving slide rail locking mechanism that rotating disk drives.
20. slide phone according to claim 19, it is characterized in that the locking mechanism that rotating disk drives is that the slide rail surface has circular arc the second guide and limit hole, the radius in the radius ratio first guide and limit hole in the second guide and limit hole is little and be oppositely arranged, both have identical center angle, the second guide and limit pore area has one section straight hole, cooperates guiding and spacing with the second rivet on the rotating disk back side.
21. slide phone according to claim 20 is characterized in that the first guide and limit hole is that the center angle is 90 ° segmental arc.
22. slide phone according to claim 19, it is characterized in that locking mechanism that rotating disk drives is that the slide rail surface makes location hole, accordingly, be provided with the elasticity bent sheet that substantially is inverted "L" shaped deciding the slide rail upper surface, moving slide rail is passed in elasticity bent sheet upper end, its upper surface is conflicted with the lower surface of the upper and lower protuberance of rotating disk cooperate, the lower surface of elasticity bent sheet upper end has pin, carries out locking latch with the location hole on moving slide rail surface and cooperates.
23. slide phone according to claim 22 is characterized in that the upper and lower protuberance of rotating disk is to account for 90 ° of circular arcs and present the protuberance that Rotational Symmetry distributes.
24. slide phone according to claim 19, it is characterized in that locking mechanism that rotating disk drives is that the slide rail surface makes fixed edge, accordingly, be provided with the elasticity bent sheet that substantially is inverted "L" shaped deciding the slide rail upper surface, extend elasticity bent sheet upper end becomes elastic lock, moving slide rail is passed in elasticity bent sheet upper end, the surface is cooperated with the circumferential surface conflict of the upper and lower protuberance of rotating disk, make the elastic lock of elasticity bent sheet upper end and the fixed edge on moving slide rail surface carry out snap fit.
25. slide phone according to claim 24 is characterized in that the upper and lower protuberance of rotating disk is to account for 90 ° of circular arcs and present the protuberance that Rotational Symmetry distributes.
26. according to claim 15 to the described slide phone of 18 any one claims, it is characterized in that opening is the opening of circular arc, the opening diameter of circular arc is slightly larger than the diameter of rotating shaft.
27. according to claim 15 to the described slide phone of 18 any one claims, it is characterized in that rotating shaft is the rotating shaft of being convenient to the hollow that flexible PCB places, accordingly, the rotating disk center also has the installation circular hole.
28. according to claim 15 to the described slide phone of 18 any one claims, it is characterized in that the first positioning element is to decide the flange that slide rail surface punching press is got up.
29. slide phone according to claim 16 is characterized in that the second positioning element is to adopt rivet, accordingly, moving slide rail and right moving slide rail the inside edge have the positioning port of cooperation on a left side.
30. according to claim 15 to the described slide phone of 18 any one claims, it is characterized in that slipper is as keyboard or push button function district parts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100967589A CN101841578B (en) | 2009-03-18 | 2009-03-18 | Connection component of rotatable slide phone and mobile phone thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100967589A CN101841578B (en) | 2009-03-18 | 2009-03-18 | Connection component of rotatable slide phone and mobile phone thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101841578A CN101841578A (en) | 2010-09-22 |
| CN101841578B true CN101841578B (en) | 2013-04-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009100967589A Expired - Fee Related CN101841578B (en) | 2009-03-18 | 2009-03-18 | Connection component of rotatable slide phone and mobile phone thereof |
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| Country | Link |
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| CN (1) | CN101841578B (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103269392B (en) * | 2013-05-09 | 2015-04-01 | 昆山雪飞亚生活用品有限公司 | Rotary mobile phone frame |
| CN110154918B (en) * | 2018-02-11 | 2022-10-18 | 比亚迪股份有限公司 | Display terminal's installation assembly and vehicle |
| CN110316082B (en) * | 2018-03-30 | 2022-11-11 | 比亚迪股份有限公司 | Actuating mechanism for adjusting display terminal and vehicle |
| CN110316094B (en) * | 2018-03-30 | 2023-01-06 | 比亚迪股份有限公司 | Display screen assembly and vehicle with same |
| CN111294427B (en) * | 2018-12-10 | 2021-07-27 | Oppo广东移动通信有限公司 | Electronic device |
| CN109645666B (en) * | 2019-01-30 | 2024-05-03 | 麦格纳汽车技术（上海）有限公司徐汇分公司 | Small table plate controlled by single motor and screw rod for automobile |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1747496A (en) * | 2005-09-23 | 2006-03-15 | 惠州Tcl移动通信有限公司 | Rotary cell phone with sliding screen |
| EP1793568A1 (en) * | 2005-11-30 | 2007-06-06 | M2SYS Co., Ltd. | Sliding mechanism of portable communication terminals |
| CN101212497A (en) * | 2006-12-29 | 2008-07-02 | 上海乐金广电电子有限公司 | Integral mobile phone hinge that can rotate and slide |
-
2009
- 2009-03-18 CN CN2009100967589A patent/CN101841578B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1747496A (en) * | 2005-09-23 | 2006-03-15 | 惠州Tcl移动通信有限公司 | Rotary cell phone with sliding screen |
| EP1793568A1 (en) * | 2005-11-30 | 2007-06-06 | M2SYS Co., Ltd. | Sliding mechanism of portable communication terminals |
| CN101212497A (en) * | 2006-12-29 | 2008-07-02 | 上海乐金广电电子有限公司 | Integral mobile phone hinge that can rotate and slide |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101841578A (en) | 2010-09-22 |
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