CN2717138Y - Pick-up head apparatus on mobile phone - Google Patents
Pick-up head apparatus on mobile phone Download PDFInfo
- Publication number
- CN2717138Y CN2717138Y CN 200420081158 CN200420081158U CN2717138Y CN 2717138 Y CN2717138 Y CN 2717138Y CN 200420081158 CN200420081158 CN 200420081158 CN 200420081158 U CN200420081158 U CN 200420081158U CN 2717138 Y CN2717138 Y CN 2717138Y
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- main casing
- mobile phone
- pick
- camera
- head
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- Expired - Fee Related
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Abstract
The utility model discloses a pick-up head apparatus on mobile phone comprising a micro pick-up head and a liftable slewing mechanism. The slewing mechanism comprises an upper casing, a main casing, an external casing, a sliding ejector rod and a spring. The pick-up head is embedded in the upper casing. The flexible data/control line connected to the pick-up head threads out of the bottom of the upper casing, connecting into the host machine of the mobile phone by the main casing. The upper casing is arranged on the main casing by a horizontal axis rod and the main casing is embedded in the external casing which is fixed in the hollow chamber of the mobile phone. When is not in use, the pick-up head is hidden in the hollow chamber of the mobile phone, and when is in use, the pick-up head is extended from the hollow chamber. The main casing can lift vertically or by means of rotation in the external casing so as to drive the pick-up head in the upper casing to lift vertically or in spiral type. The pick-up head can also horizontally rotate through the horizontal rotation of the main casing and vertically rotate through the rotation of the upper casing around the horizontal axis rod, and therefore the pick-up head can find a view with multiple angles all around. The utility model has the advantages of simple operation, practicality and reliability.
Description
Technical field
The utility model relates to a kind of cam device, more particularly, relates to a kind of cam device that is mainly used in the rotatable and lifting of mobile phone.
Background technology
At present increasing mobile phone disposed camera, makes increasing user enjoy the convenient happy of picked-up whenever and wherever possible, transitive graph picture, video content.The hardware cost that brings along with large-scale production reduces, and camera will become the standard configuration of mobile phone rapidly, and performance will further improve, and will catch up with digital camera such as functions such as pixel value, autozooms.Camera is as external plug-in unit at the beginning, and the control/expansion that is connected on mobile phone mouthful is gone up and to be used, but because carry factor such as inconvenience, control mouthful contact and conducted signal interference and performance not good, now superseded substantially.General way is at mobile phone Embedded fixing camera to be installed on one's body at present, but because mobile phone itself has been subjected to certain restriction as the feasible angle of camera when the pictures taken that is fixed on the fuselage of the small and exquisite characteristics of the architectural characteristic of means of communication and fuselage, generally when taking, to hold and rotate fuselage in order to find a view, therefore be difficult to the preview content of finding a view, also be not easy to button and take.Have some mobile phones that rotatable camera has been installed now, its method comprises: (1) embeds the camera that can rotate around the axis on the jointed shaft of Collapsible mobile telephone; (2) replace rotating camera to reach the purpose that the camera multi-angle is found a view by rotating the display screen that shows preview image; (3) combination of above 2 kinds of methods.Method (1) but more convenient former jointed shaft is meticulous to need overstriking, influence attractive in appearancely, and viewfinder range only limits to front and rear angles up and down, can't left-right rotation find a view; The shortcoming of method (2) is the slightly inconvenience of the bigger display screen of slewing area, damages connecting line and display screen easily during with hand switching display screen, also is not easy to simultaneously by taking operating key; And method (3) is to the combination of preceding 2 kinds of methods, and also existing influence outward appearance, damages display screen and operate easy inadequately deficiency easily.
Summary of the invention
The purpose of this utility model is to overcome the deficiency of prior art, but provide a kind of be applicable to mobile phone, easy and simple to handle, do not influence fuselage outward appearance and parts multi-directional rotation and liftable cam device.
The utility model comprises minisize pick-up head and rotating mechanism, and camera is fixed on the rotating mechanism.Described rotating mechanism is liftable rotating mechanism, comprises upper shell, main casing, shell body, sliding mandril and spring.Upper shell is installed on the horizontal axle bed of main casing by horizontal axostylus axostyle, and main casing is embedded in the shell body, and shell body then is fixed in the mobile phone cavity.Camera is embedded in the upper shell, and connected flexible data/control line passes from the upper shell bottom, is connected into mobile telephone main unit by main casing.Have aperture on the main casing, baffle plate with holes is arranged in the housing, sliding mandril is enclosed within the spring, and the main casing aperture is passed on the push rod top, and spring withstands on the baffle plate.Upper shell is the spheroid that there is horizontal axostylus axostyle at two ends, and two crossing tangent planes are arranged on the spheroid, and camera is mounted in it in the tangent plane, and the horizontal axostylus axostyle at spheroid two ends is positioned on same the horizontal center line of spheroid.Main casing comprises the housing that cylinder-like shell is arranged of two axle beds and its underpart; Upper shell places on the cylinder shell of main casing, and its outer surface contacts with cylindric inner surface, and its radius of sphericity is greater than the radius of main casing cylinder cross section, and the spheroid two sides at its axostylus axostyle position cave inward and contact with main casing axle bed inner surface.The shell body inner surface is cylindric, and its inner surface has vertical or horizontal or screw type guideway.This device also is provided with leading screw and motor, and leading screw is connected with machine shaft, has screw thread, motor to be fixed in the mobile phone cavity on the leading screw; Have screw thread mouth, threads of lead screw and the interlock mutually of baffle plate bottom thread mouth in main casing baffle plate bottom.Motor is controlled together by the operating key of mobile phone or the menu of operating key and screen display, by the powered battery of mobile phone.
Cam device of the present utility model is accommodated in the cavity of mobile phone, and the cavity mouth is arranged on the mobile phone top; When camera does not use, just be hidden in the cavity, during use, cam device stretched out in the cavity get final product.Sliding mandril and the spring of described main casing by installing in it slides along rail plate in shell body, or moves between guide rail, drives upper shell, the first-class link corresponding sports of shooting.Thus, the camera in the upper shell can be realized vertical or spiral lifting or horizontally rotate around main casing central shaft 360 degree.Further, described main casing can be under the effect of motor and leading screw, rail plate electric up-down along the longitudinal, or perpendicular to the lateral slide rail electric up-down, or along the spiral electrically lifting of screw type guideway.The upper shell of this cam device can by horizontal axostylus axostyle on the axle bed of main casing around horizontal rotational shaft, vertically rotate thereby drive camera.
Cam device of the present utility model can stretch out the mobile phone fuselage in use, and time spent indentation fuselage does not stash, and has kept the attractive in appearance of mobile phone outward appearance; Because camera both can horizontally rotate, can do vertical rotation again, the angle of camera can arbitrarily be adjusted, and camera can multi-angle is comprehensive be found a view; This device is easy and simple to handle in addition, and result of use is practical reliable.
Description of drawings
Fig. 1 is the preceding parts phantom one of the utility model assembling.
Fig. 2 is the preceding outline drawing one of the utility model assembling.
Fig. 3 is an installation diagram one of the present utility model.
Fig. 4 is the preceding parts phantom two of the utility model assembling.
Fig. 5 is an assembled portion cutaway view two of the present utility model.
Fig. 6 stretches out the outer outline drawing of mobile phone fuselage for the utility model.
Fig. 7 is the outline drawing of the utility model in the mobile phone fuselage.
1 camera, 2 upper shells, 21 horizontal axostylus axostyle 3 data among the figure/control line 4 main casings 41 horizontal axle bed 42 baffle plates 421 screw thread mouths 5 sliding mandrils 6 springs 7 shell bodies 71 longitudinal sliding motion guide rails 72 spiral rail plate 8 leading screws 9 motors 10 operating keys 11 lids 12 cavitys
Embodiment
Provide two embodiment of the present utility model below in conjunction with accompanying drawing.
Embodiment one:
As shown in Figure 1, the spheroid of upper shell 2 horizontal axostylus axostyle 21 for two ends have has two tangent planes that intersect vertically on it, and the spheroid two sides at horizontal axostylus axostyle 21 places are whittled into and are circular flat; Camera 1 is fixed in the plumb cut of upper shell 2; Data/the control line 3 of camera lens is flexible flexible flat cable, passes from upper shell 2 bottoms; Main casing 4 comprises the housing that cylinder-like shell is arranged of two horizontal axle beds 41 and its underpart, has aperture on the housing; Baffle plate with holes 42 is arranged in the main casing 4, and baffle plate 42 bottoms have screw thread mouth 421; Sliding mandril 5 is enclosed within the spring 6, and main casing aperture (see figure 2) is passed on push rod 5 tops, and spring 6 withstands on the baffle plate 42; Shell body 7 inner surfaces are cylindric, and row's longitudinal sliding motion guide rail 71 is arranged on it; Leading screw 8 is fixed in the rotating shaft of motor 9, and screw thread is arranged on it.
As shown in Figure 3, upper shell 2 is fixed on by horizontal axostylus axostyle 21 in the horizontal axle bed 41 of main casing 4 (can install easily by the elasticity of case material), and horizontal axle bed 41 inner surfaces also are the plane, with upper shell 2 two sides contract mutually.Upper shell 2 places on the cylinder shell of main casing 4, and its outer surface contacts with cylindric inner surface, and apparent, the radius of sphericity of upper shell is greater than the radius of main casing 4 cylinder cross sections.Main casing 4 is embedded in the shell body 7.Data/the control line 3 of camera lens 1 passes the inside of main casing 4 and shell body 7, and the other end is connected on the interior mainboard of mobile telephone main unit.The other end of leading screw 8 screws in the screw thread mouth 421 of main casing 4 baffle plates 42 bottoms.
As shown in Figure 7, be provided with an operating key 10 on the fuselage, can control cam device by this operating key 10 or in conjunction with the menu of mobile phone; Simultaneously, a lid 11 can also be set on the fuselage cover on fuselage cavity 12, be used for protecting cam device.
Shown in Fig. 1,3,6 and 7, during use, the user takes off the lid 11 on the mobile phone, and (operating key can be in conjunction with menu, can be two or comprehensively be one to press operating key 10, the may command camera rises or descends), mobile telephone CPU rotates with numerical control or automatically controlled mode order motor 9 rotating shaft forwards (clockwise) according to order, drives leading screw 8 forward rotation, leading screw 8 screws out the screw thread mouth 421 of main casing 4 baffle plates 42 bottoms, drives integral body such as main casing 4, upper shell 2, camera 1 and moves upward; The longitudinal sliding motion guide rail 71 of shell body 7 inner surfaces is the camber line chute; Sliding mandril 5 on the main casing 4 withstands on the longitudinal sliding motion guide rail 71, upwards slides along chute along with the rising of main casing 4, determines main casing 4 vertical lifting by vertical track of chute.By with upper type, camera 1 is extended the mobile phone fuselage and enters the armed state of finding a view.When the user wants camera 1 withdrawal fuselage; press operating key 10; mobile telephone CPU is according to order; with numerical control or oppositely (counterclockwise) rotation of automatically controlled mode order motor 9 rotating shafts; drive leading screw 8 backward rotation; leading screw 8 screws in the screw thread mouth 421 of main casing 4 baffle plates 42 bottoms; and then pulling main casing 4; upper shell 2; camera 1 integral body such as grade moves downward; sliding mandril 5 on the main casing 4 along with the decline of main casing 4 along chute to lower slider; determine that by vertical track of chute main casing 4 vertically descends; by with upper type with in the cavity 12 in the camera 1 indentation fuselage, camera 1 enters protected state.
As shown in Figure 6, when camera 1 stretches out cavity 12, enter the state of finding a view of taking pictures, but manual adjustments main casing 4 positive and negative 360 degree rotations around main casing 4 axle center.As shown in Figure 1, sliding mandril 5 begins to slide to raised ridges rib between chute from a chute of longitudinal sliding motion guide rail 71, stressed make its contraction to main casing 4 axis direction top pressure springs 6 this moment, slip over the raised ridges rib position between the chute of rail plate 71 when sliding mandril 5 after, sliding mandril 5 is subjected to the elastic force of spring 6 bigger, slide to next chute rapidly, this moment, state was unfolded in spring 6 recoveries.So be rotated further main casing 4 and can make sliding mandril 5 stay in all chute places, drive upper shell 2 rotations thus, make camera 1 also can make 360 degree and horizontally rotate.
Shown in Fig. 2,3 and 6, be in and take pictures when finding a view state when camera 1 stretches out cavity 12, can utilize the flexibility of data/control line 3, rotate around horizontal axostylus axostyle 21 with hand propelled upper shell 2, driving camera 1 vertically rotates, its anglec of rotation can be greater than 90 degree, and radius of a circle is big more in main casing 4 cross sections, and the anglec of rotation of upper shell 2 is just big more.
By above scheme, camera 1 can be finished oscilaltion, horizontal plane 360 degree rotations and greater than the vertical rotations of 90 degree, thereby has realized on a large scale, purpose that multi-angle is found a view.
Embodiment two:
As shown in Figure 4, the inner surface of shell body 7 is spiral rail plate 72, the same Fig. 1 of other parts.As shown in Figure 5, sliding mandril 5 withstands on the spiral rail plate 72, and other modular construction is described with example one.
Shown in Fig. 4,5 and 6, during use, mobile telephone CPU is according to order, rotate with numerical control or automatically controlled mode order motor 9 rotating shaft forwards (clockwise), drive leading screw 8 forward rotation, leading screw 8 screws out the screw thread mouth 421 of main casing 4 baffle plates 42 bottoms, and the sliding mandril 5 that promotes on the main casing 4 upwards slides along spiral rail plate 72, drives integral body such as main casing 4, upper shell 2, camera 1 and does spiral escalation.Thus, rotate while camera 1 rises, this action can be finished automatically by motor 9 controls.When the user wants camera 1 withdrawal fuselage; press operating key 10; mobile telephone CPU is according to order; with numerical control or oppositely (counterclockwise) rotation of automatically controlled mode order motor 9 rotating shafts; drive leading screw 8 backward rotation; leading screw 8 screws in the screw thread mouth 421 of main casing 4 baffle plates 42 bottoms; the sliding mandril 5 of pulling on the main casing 4 along spiral rail plate 72 to lower slider; and then drive integral body such as main casing 4, upper shell 2, camera 1 and do spiral decline; thereby descend while rotating; in the cavity 12 with camera 1 indentation main frame, camera 1 enters protected state.After camera 1 stretched out mobile phone cavity 12, it can rotate a circle at least, thus when it continue to rise or continues to descend the level angle of scalable camera 1.
In the enforcement, the rail plate of shell body 7 inner surfaces also can be horizontal, and its principle is similar to longitudinal rail.
Raising camera 1 stretches out the position of mobile phone cavity 12 can be realized by the height that increases shell body 7, main casing 4 and screw mandrel 8.
Claims (7)
1. the cam device on the mobile phone, comprise minisize pick-up head (1) and rotating mechanism, camera (1) is fixed on the rotating mechanism, it is characterized in that: rotating mechanism is liftable rotating mechanism, comprises upper shell (2), main casing (4), shell body (7), sliding mandril (5) and spring (6); Upper shell (2) is installed in by horizontal axostylus axostyle (21) on the horizontal axle bed (41) of main casing (4), and main casing (4) is embedded in the shell body (7), and shell body (7) then is fixed in the mobile phone cavity (1 2); Camera (1) is embedded in the upper shell (2), and connected flexible data/control line (3) passes from upper shell (2) bottom, is connected into mobile telephone main unit by main casing (4); Main casing has aperture on (4), and baffle plate with holes (42) is arranged in the housing, and sliding mandril (5) is enclosed within the spring (6), and the main casing aperture is passed on push rod (5) top, and spring (6) withstands on the baffle plate (42).
2. cam device according to claim 1, it is characterized in that: the spheroid of upper shell (2) horizontal axostylus axostyle (21) for two ends have, two crossing tangent planes are arranged on the spheroid, camera (1) is mounted in it in the tangent plane, and the horizontal axostylus axostyle (21) at spheroid two ends is positioned on same the horizontal center line of spheroid.
3. cam device according to claim 1 is characterized in that: main casing (4) comprises the housing that cylinder-like shell is arranged of two horizontal axle beds (41) and its underpart; Upper shell (2) places on the cylinder shell of main casing (4), its outer surface contacts with cylindric inner surface, its radius of sphericity is greater than the radius of main casing (4) cylinder cross section, and the spheroid two sides at its horizontal axostylus axostyle (21) position cave inward and contact with the horizontal axle bed of main casing (4) (41) inner surface.
4. cam device according to claim 1 is characterized in that: shell body (7) inner surface is cylindric, and its inner surface has longitudinal sliding motion guide rail (71) or lateral slide rail or spiral rail plate (72).
5. cam device according to claim 1 is characterized in that: described device is provided with leading screw (8) and motor (9), and rotating shaft is connected leading screw (8) with motor (9), and leading screw has screw thread on (8), and motor (9) is fixed in the mobile phone cavity (12); Have screw thread mouth (421), leading screw (8) screw thread and baffle plate (42) bottom thread mouth (421) interlock mutually in main casing (4) baffle plate (42) bottom.
6. cam device according to claim 5 is characterized in that: motor (9) is controlled together by the operating key (10) of mobile phone or the menu of operating key (10) and screen display.
7. 5 described cam devices as requested, it is characterized in that: motor (9) is by the powered battery of mobile phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420081158 CN2717138Y (en) | 2004-07-27 | 2004-07-27 | Pick-up head apparatus on mobile phone |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420081158 CN2717138Y (en) | 2004-07-27 | 2004-07-27 | Pick-up head apparatus on mobile phone |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2717138Y true CN2717138Y (en) | 2005-08-10 |
Family
ID=34874652
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420081158 Expired - Fee Related CN2717138Y (en) | 2004-07-27 | 2004-07-27 | Pick-up head apparatus on mobile phone |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2717138Y (en) |
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