CN2764077Y - Mobile telephone set with digital camera module set - Google Patents

Abstract

The utility model relates to a mobile telephone with a digital camera module set, which comprises a mobile telephone body and a digital camera module set, wherein one side of the mobile telephone body is also provided with a column-shaped lens mounting column or a lens mounting hole; the digital camera module set is arranged on the lens mounting column or the lens mounting hole, and is provided with a column-shaped telescopic lens barrel. A lens set is arranged in the telescopic lens barrel; a focusing ring is connected with the telescopic lens barrel, and is used for controlling the telescopic lens barrel to realize optical focusing.

Description

The mobile phone of tool numerical camera mould

[technical field]

The utility model is about a kind of mobile phone, particularly about a kind of mobile phone of tool numerical camera mould.

[background technology]

Along with developing rapidly of mobile communication cause, mobile phone has become the more and more consumer's routine works and the indispensable instrument of living.Function of cellular phone is gradually improved, the single session function that conforms to the principle of simplicity is to the storage of various data, account, recreation, online, photos and sending messages etc., a lot of mobile phones are the integrated digital function of taking pictures also, the mobile phone of tool numerical camera mould has become a kind of trend, such mobile phone is quite general now, but the mobile phone of popular tool numerical camera mould on the market, its numerical camera mould mostly is in built-in body or the lid, because the restriction of body or lid thickness, so the numerical camera mould of the mobile phone of general built in digital camera module generally all can not realize optical zoom, and in the camera lens module too many eyeglass can not be set, so its effect of taking pictures is quite limited, can not satisfy the demand of consumer, in addition, part manufacturer also be arranged in the built-in Hinge of mobile phone of numerical camera mould to optical zoom, however, still can not realize optical zoom, and can make the hinge arrangement complexity, shorten the useful life of hinge.In addition, but Samsung develops the mobile phone of tool numerical camera mould that a model is the optical zoom of SPH2300, but the mobile phone thickness of this tool numerical camera mould is excessive, and cost higher price costliness, and ordinary consumer is difficult to accept its thickness and price.

In view of the above shortcoming of prior art, be necessary to provide a kind of and can realize optical zoom and not increase mobile phone thickness, lower-cost mobile phone.

[utility model content]

The purpose of this utility model is to provide a kind of and can realizes optical zoom and not increase the lower-cost mobile phone of mobile phone thickness.

In order to realize the purpose of this utility model, the utility model provides a kind of mobile phone of tool numerical camera mould, comprise a body and a numerical camera mould, wherein body one side also is provided with a cylindricality camera lens erection column or camera lens installing hole, this numerical camera mould is installed on this camera lens erection column or the camera lens installing hole, and it has the flexible lens barrel of a cylindricality, is provided with lens set in this flexible lens barrel, what link to each other with flexible lens barrel is a manual focusing ring, and its may command retracting cylinder head is flexible.

The mobile phone of existing relatively tool numerical camera mould, the mobile phone of this novel tool numerical camera mould has a telescopic lens cone with numerical camera mould, it is installed in body one side aerial position, stretch by the flexible lens barrel of manual focusing ring control and to realize optical zoom, so neither increase mobile phone thickness, can realize optical zoom again, solved in the built-in mobile phone body of numerical camera mould or the mobile phone in the lid is difficult to realize the problem of optical zoom, and the similar antenna shapes of this numerical camera mould can play decoration function.

[description of drawings]

Fig. 1 is the mobile phone stereogram of the utility model tool numerical camera mould;

Fig. 2 is the numerical camera mould and the mobile phone exploded view of the mobile phone of the utility model tool numerical camera mould;

Fig. 3 is the numerical camera mould generalized section of the mobile phone of the utility model tool numerical camera mould;

Fig. 4 is another embodiment stereogram of mobile phone of the utility model tool numerical camera mould;

Fig. 5 is numerical camera mould and a mobile phone exploded view among another embodiment of mobile phone of the utility model tool numerical camera mould;

Fig. 6 is the numerical camera mould generalized section of another embodiment of mobile phone of the utility model tool numerical camera mould.

[embodiment]

See also Fig. 1, the mobile phone 100 of the utility model tool numerical camera mould comprises a body 1, a numerical camera mould 2 and a lid 3, and wherein this lid 3 is rotatably connected with body 1, and this mobile phone 100 adopts built-in antenna.

See also Fig. 2, body 1 one sides also are provided with a camera lens erection column 10, and this camera lens erection column 10 is a hollow cylindrical, and itself and body 1 are one-body molded, be provided with a connector (figure does not show) in it, its other end is provided with a bit of external screw thread 101 and is used for connecting numerical camera mould 2 (describing in detail down).

See also Fig. 3, numerical camera mould 2 comprises a flexible lens barrel 20 and a focusing ring 21, and these focusing ring 21 inwalls are provided with internal thread.Should flexible lens barrel 20 be the multistage lens barrel of cylindrical antenna appearance, present embodiment is an example with the two-stage lens barrel, promptly flexible lens barrel 20 is made of an outer lens barrel (not indicating) and an inner lens cone (not indicating), be respectively arranged with first lens set 22 and second lens set 23 that are positioned at same axial line in it, wherein the inner lens cone outer wall also is provided with external screw thread (not indicating).The outer lens barrel lower end inwall of flexible lens barrel 20 is provided with internal thread 201, and numerical camera mould 2 cooperates with the external screw thread 101 of camera lens erection column 10 by this internal thread 201 and is installed on the camera lens erection column 10.Outer lens barrel internal thread 201 upper ends of flexible lens barrel 20 are provided with an image sensor 24, this image sensor 24 is provided with connector 25, it can electrically connect with the connector of setting in the camera lens erection column 10, focusing ring 21 is embedded in the flexible lens barrel 20 epi mirror barrels, and screws by internal thread that is provided with on its inwall and the external screw thread that is arranged on flexible lens barrel 20 inner lens cones.When rotation focusing ring 21, the inner lens cone of flexible lens barrel 20 is moved up and down, even second lens set, 23 relative first lens set 22 produce displacement on same axial line, thereby distance between the lens set is changed and then change focal length, realize optical zoom thus.

See also Fig. 4, another embodiment of the present utility model, the mobile phone 100 of tool numerical camera mould ' a comprise body 1 ', a numerical camera mould a 2 ' and lid 3 ', wherein this lid 3 ' body and body 1 ' be rotatably connected this mobile phone 100 ' employing built-in antenna.

See also Fig. 5, body 1 ' outer wall one side also be provided with a camera lens installing hole 11 ', this camera lens installing hole 11 ' be a hollow cylindrical, installing hole 11 ' inwall are provided with one section internal thread (indicating), be used for connecting numerical camera mould, be provided with a connector (figure does not show) in it.

See also Fig. 6, numerical camera mould 2 ' comprise a flexible lens barrel 20 ' and a focusing ring 21 ', this focusing ring 21 ' inwall is provided with internal thread.This flexible lens barrel 20 ' be the multistage lens barrel of cylindrical antenna appearance, present embodiment is an example with the two-stage lens barrel, promptly flexible lens barrel 20 ' constitute by an outer lens barrel (not indicating) and an inner lens cone (not indicating), be respectively arranged with in it first lens set 22 that is positioned at same axial line ' and second lens set 23 ', wherein the inner lens cone outer wall also is provided with external screw thread (indicating).Flexible lens barrel 20 ' outer lens barrel lower end outer wall be provided with an external screw thread 201 ', numerical camera mould 2 ' by this external screw thread 201 ' with camera lens installing hole 11 ' screw-internal thread fit be installed in body 10 ' on.Flexible lens barrel 20 ' the external screw thread 201 ' upper end of outer lens barrel be provided with an image sensor 24 ', this image sensor 24 ' be provided with connector 25 ', it can electrically connect with the connector of camera lens installing hole 11 ' interior setting, in the flexible lens barrel 20 ' epi mirror barrel of focusing ring 21 ' be embedded in, and screw by internal thread that is provided with on its inwall and the external screw thread that is arranged at flexible lens barrel 20 ' inner lens cone.When rotation 21 ' time of focusing ring, can make flexible lens barrel 20 ' inner lens cone move up and down, second lens set 23 ' relative first lens set 22 ' on same axial line, produce displacement, thus distance between the lens set is changed and then change focal length, realize optical zoom thus.

The mobile phone of existing relatively tool numerical camera mould, the mobile phone 100 of this novel tool numerical camera mould is with numerical camera mould 2,2 ' make a day line modelling, be installed in body 10,10 ' one sides, and this optical lens has a telescopic lens cone 20,20 ', and by a manual focusing ring 21, the flexible lens barrel 20 of 21 ' control, 20 ' stretch and realize optical zoom, so neither increase mobile phone thickness, can realize optical zoom again, solve in the built-in mobile phone body of numerical camera mould or the mobile phone in the lid is difficult to realize the problem of optical zoom.

Claims (10)

1. A mobile phone with a digital camera module, comprising a body and a digital camera module, characterized in that: one side of the body is provided with a lens mounting column; the digital camera module is installed on the lens mounting column , which includes a cylindrical telescopic lens barrel, the lens group is arranged in the telescopic lens barrel; the mobile phone with digital camera module also includes a focus ring, embedded in the telescopic lens barrel, used to control the telescopic lens The barrel is telescopic. 2. The mobile phone with a digital camera module as claimed in claim 1, wherein the telescopic lens barrel comprises an outer lens barrel and an inner lens barrel disposed inside the outer lens barrel. 3. The mobile phone with a digital camera module as claimed in claim 2, characterized in that: the inner lens barrel comprises an outer wall, the lower end of the outer wall is provided with an external thread, the inner wall of the focusing ring is provided with an internal thread, the internal thread A thread cooperates with the external thread. 4. The mobile phone with a digital camera module as claimed in claim 2, characterized in that: the inner wall at one end of the outer lens barrel is provided with an internal thread, the lens mounting column is hollow cylindrical, and an outer thread is provided at the upper end of the outer wall. thread, which engages with the internal thread on the outer lens barrel. 5. The mobile phone with a digital camera module as claimed in claim 4, wherein a connector is arranged in the lens mounting column, an image sensor is arranged in the retractable lens barrel, and the image sensor is connected to the connector electrical connection. 6. A mobile phone with a digital camera module, comprising a body and a digital camera module, characterized in that: one side of the body is provided with a lens mounting hole; the digital camera module is mounted on the lens mounting hole , which includes a cylindrical telescopic lens barrel, the lens group is arranged in the telescopic lens barrel; the mobile phone with digital camera module also includes a focus ring, embedded in the telescopic lens barrel, used to control the telescopic lens The barrel is telescopic. 7. The mobile phone with a digital camera module as claimed in claim 6, wherein the telescopic lens barrel comprises an outer lens barrel and an inner lens barrel disposed inside the outer lens barrel. 8. The mobile phone with a digital camera module as claimed in claim 7, characterized in that: the inner lens barrel comprises an outer wall, the lower end of the outer wall is provided with an external thread, the inner wall of the focusing ring is provided with an internal thread, the internal thread A thread cooperates with the external thread. 9. The mobile phone with a digital camera module as claimed in claim 7, characterized in that: the outer wall at one end of the outer lens barrel is provided with an external thread, the lens mounting hole is circular, and the upper end of the inner wall is provided with an internal thread , which engages with the external thread on the outer lens barrel. 10. The mobile phone with a digital camera module as claimed in claim 9, wherein a connector is arranged in the lens mounting hole, an image sensor is arranged in the retractable lens barrel, and the image sensor is connected to the connector electrical connection.

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