JP4546879B2 - Mobile terminal device with camera - Google Patents

Description

  The present invention relates to a camera-equipped mobile terminal device.

  2. Description of the Related Art In recent years, various types of camera-equipped mobile terminal devices such as mobile phones and mobile communication devices such as PHS have been configured so as to be able to capture a camera when desired. As shown in FIGS. 16 to 24, the terminal device is configured to be able to be opened and closed by folding the first casing 1 on the screen display unit side and the second casing 2 on the operation key side. The single housing 1 is formed by a first case member 3 positioned outside in a folded closed state and a second case member 4 positioned inside in a folded closed state.

  The first case member 3 includes a predetermined imaging window 5 and a sub display window 6, and the second case member 4 forms an opening 7 for screen arrangement, and the first case member 3, the second case member 4, In between, an LCD (liquid crystal display) module 8 disposed in the opening 7, an LCD substrate 9 connected to the LCD module 8, and a sub LCD module 10 connected to the LCD substrate 9 and positioned in the sub display window 6. Are arranged so as to overlap each other in the thickness direction in the first casing 1, the speaker 11 is provided in the upper part (tip side) inside, and the image is taken in the lower part (folding side) so that an image can be captured from the imaging window 5. A camera unit 12 disposed in the window 5, a camera holder 13 for holding and fixing the camera unit 12, and a sub circuit board 14 positioned on the second case member 4 side adjacent to the camera holder 13 are arranged. It is.

  As shown in FIG. 18, the sub circuit board 14 is connected to the LCD board 9, the camera holder 13, and a casing board (not shown) on the operation key side via an FPC (flexible printed circuit board) 15. Electric power can be supplied to the camera unit 12 of the camera holder 13.

  The camera holder 13 extends in the lateral direction of the first casing 1 so as to be positioned below the LCD module 8, the LCD substrate 9, and the sub LCD module 10 between the first case member 3 and the second case member 4. The camera holder 13 includes an insertion portion 16 for inserting the camera unit 12 from the second case member 4 side, and the insertion portion 16 forms a structure for gripping the periphery of the camera unit 12. Further, on one surface of the camera holder 13 facing the first case member 3, a vibrator motor unit 18 is disposed at one adjacent position of the camera unit 12, and an LED (light emitting diode) is disposed at the other adjacent position of the camera unit 12. The installation surface 19 on which the FPC is disposed is provided. Further, the other surface of the camera holder 13 facing the second case member 4 (sub circuit board 14) is provided with a contact terminal portion 20 electrically connected to the sub circuit board 14, and the sub circuit board 14 is provided with the contact terminal portion 20. A connector part 21 to be connected is arranged.

  Further, the camera holder 13 includes a positioning structure for being arranged at a predetermined position between the first case member 3 and the second case member 4, and the positioning structure corresponds to the first case member 3. A protrusion 22 formed on the motor 18, an extension 23 extending from the side surface of the motor 18 toward the LCD module 8, and a bent portion 24 formed on the side of the installation surface 19. A plurality of locking portions 25 formed on the folding side surface of the camera holder 13 and one attachment formed at a corner on the same side as the plurality of locking portions 25 so as to correspond to the sub circuit board 14. A hole 26 and a plurality of receiving holes 27 formed on the side surface of the LCD module 8 of the camera holder 13 are provided.

  On the other hand, as shown in FIG. 24, the first case member 3 has, on the inner surface, a corresponding portion 28 corresponding to the protruding portion 22 of the motor portion 18 and a first positioning portion 29 corresponding to the extending portion 23 of the motor portion 18. And a second positioning portion 30 corresponding to the bent portion 24 on the installation surface 19 side, a receiving portion 31 corresponding to the mounting hole 26 of the camera holder 13, and an LED window frame 32.

  Further, the second case member 4 has an arrangement surface (not shown) on which the sub circuit board 14 is arranged on the inner side surface, and the receiving hole 27 of the camera holder 13 directly without the sub circuit board 14 interposed therebetween. Corresponding protrusions (not shown) and attachment holes (not shown) corresponding to the attachment holes 26 of the camera holder 13 and the receiving parts 31 of the first case member 3 are provided.

  When the camera holder 13 is disposed between the first case member 3 and the second case member 4, the LCD module 8, the LCD substrate 9, the sub LCD module 10, the speaker 11, and the like are disposed on the second case member 4. At the same time, the sub circuit board 14 is arranged, the camera unit 12 and the camera holder 13 are provided, the first case member 3 is assembled, and the mounting holes (not shown) such as screws are attached to the mounting holes ( The mounting hole 26 of the camera holder 13 and the receiving part 31 of the first case member 3 are fastened to fix the camera holder 13.

  Here, the camera holder 13 and the first case member 3 are the projection 22 of the motor unit 18 and the corresponding part 28 of the first case member 3, the extension 23 of the motor unit 18 and the first positioning of the first case member 3. Positioned by the portion 29, the bent portion 24 on the installation surface 19 side, and the second positioning portion 30 of the first case member 3. Further, the camera holder 13 and the second case member 4 are positioned by the receiving hole 27 and the protrusion (not shown). Further, the camera holder 13 and the sub circuit board 14 are positioned by a locking portion 25 of the camera holder 13.

There are various types of camera-equipped mobile terminal devices, and one example is one that operates by rotating the camera unit 12 (see, for example, Patent Document 1).
JP 2005-51431 A

  On the other hand, it has been desired to provide a new operation key on the second case member 4 so that various operations can be performed on such a mobile terminal device with a camera. However, the location of the new operation key is limited between the second case member 4 and the camera holder 13 due to the presence of the LCD module 8, the LCD substrate 9, the speaker 11, and the like. Since it is supported only by the mounting hole 26 and the positioning structure, when the key is operated, the pressing of the key acts on the camera holder 13 through the sub circuit board 14, and the optical axis of the camera is displaced to cause the camera to move. There was a problem of adversely affecting photography.

  In view of such circumstances, the present invention intends to provide a camera-equipped mobile terminal device that includes a support portion that resists pressing of a key operation and prevents the optical axis of the camera from shifting.

The present invention includes a housing composed of a first case member in which an imaging window is formed and a second case member in which a key opening is formed,
A camera unit that captures an image from the imaging window;
A camera holder for holding and fixing said camera unit at between the second casing member and the first case member,
A key member that is disposed between the key opening and the camera holder and exposes an operation surface from the key opening;
A switch that is disposed between the camera holder and the key member and is pressed by the key member when an operation surface of the key member is pressed;
At least one of the first case member and the camera holder has a support portion that abuts against the other, and the portable terminal device with a camera is provided.

In the present invention, comprising a circuit board for supplying power to the camera unit,
The camera holder is preferably made of a conductive material, grips the periphery of the camera unit, and is in contact with a reference potential line of the circuit board to be electrically connected.

  In the present invention, it is preferable that the switch is disposed on a surface of the circuit board opposite to a surface that contacts the camera holder.

In the present invention, the camera holder, the end of the second casing member side has an insertion portion of the camera unit to be opened, by inserting the camera unit from the second case member side in the insertion portion It is preferable that a sheet metal is attached to the end of the camera unit on the second case member side between the circuit board and the circuit unit.

In the present invention, the first case member has a conductive member on a periphery of the imaging window,
The support portions are arranged at a plurality of locations, and at least one of the support portions is in contact with the conductive member in a state where the camera holder is sandwiched between the first case member and the second case member. It is preferable to be electrically connected.

In the present invention, the housing is a first housing, and includes a second housing connected to the first housing so as to be openable and closable.
The camera holder, the second housing and the first housing so as to be close to the side surface which is exposed even when the the closed state, the extend within the first housing, the first on the side the camera holder close 2 key opening is formed,
A second key member disposed between the second key opening and the camera holder, the operation surface being exposed from the second key opening;
Preferably, a second switch is provided between the camera holder and the second key member, and is pressed by the second key member when an operation surface of the second key member is pressed.

  According to the camera-equipped mobile terminal device of the present invention, it is possible to provide an excellent effect that the support portion that resists the pressing of the key operation is provided and the optical axis of the camera can be prevented from shifting.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  1 to 15 show an embodiment of the present invention, and the same reference numerals as those in FIGS. 16 to 24 denote the same components.

  As shown in FIGS. 1 to 15, the camera-equipped mobile terminal device according to the embodiment of the present invention is configured to be able to be opened and closed by folding the first casing 41 on the screen display unit side and the second casing 42 on the operation key side. The first casing 41 on the screen display unit side is formed by a first case member 43 located outside in a folded closed state and a second case member 44 located inside in a folded closed state. .

  The first case member 43 includes a predetermined imaging window 45 and a sub display window 46, and the second case member 44 forms an opening 47 for screen arrangement at the center and a first key opening 48 (see FIG. 1 is three), and the side surfaces of the first case member 43 and the second case member 44 are positioned so as to be exposed even when the first casing 41 and the second casing 42 are closed. As shown in FIGS. 3 and 4, a second key opening 49 is formed.

  Between the first case member 43 and the second case member 44, the LCD (liquid crystal display) module 8 disposed in the opening 7, the LCD substrate 9 connected to the LCD module 8, and the LCD substrate 9 are connected. The sub LCD module 10 positioned in the sub display window 46 is arranged so as to overlap in the thickness direction in the first casing 41, and the speaker 11 is provided in the upper part (front end side), and the lower part (folding side) is provided in the inner part. The camera unit 50 disposed in the image capturing window 45 so as to capture an image from the image capturing window 45, the camera holder 51 for holding and fixing the camera unit 50, and the first operation surface 52 disposed in the first key opening 48. The sheet-like first key member 53 to be exposed, the second key member 55 that is disposed in the second key opening 49 and exposes the second operation surface 54, the camera holder 51, and the first key A sub circuit board 56 disposed between the material 53, a first switch 57 corresponding to the first key member 53 formed on the sub circuit board 56, and a side of the sub circuit board 56. And a second switch 58 corresponding to the second key member 55.

  As shown in FIGS. 7 and 8, the sub circuit board 56 is an LCD board 9, a camera holder 51, and a casing board on the operation key side (not shown) via an FPC (flexible printed circuit board) 59 and a connecting portion 60. ) And power can be supplied to the camera unit 50 of the camera holder 51.

The camera holder 51 is located below the LCD module 8, the LCD substrate 9, and the sub LCD module 10 between the first case member 43 and the second case member 44, as shown in FIGS. 3 to 6 and 9 to 12. The camera holder 51 extends laterally to the vicinity of the exposed side surface even when the first casing 41 and the second casing 42 are closed so that the camera holder 51 is positioned such as a resin whose surface is plated with metal. An insertion portion 61 is formed which is made of a conductive material and inserts the camera unit 50 from the second case member 44 side to grip the periphery. Further, on one surface of the camera holder 51 facing the first case member 43, a vibrator motor unit 62 is disposed at one adjacent position of the camera unit 50, and an LED (light emitting diode) is disposed at the other adjacent position of the camera unit 50. The installation surface 63 on which the FPC 63a is disposed is provided. Further, the other surface of the camera holder 51 facing the second case member 44 (sub circuit board 56) is provided with an end 64 on the second case member side that is opened on the back surface of the camera unit 50, and the second case member. A metal plate 65 is attached to the end 64 on the side so as to be positioned between the sub circuit board 56. Further, on the other surface of the camera holder 51 facing the second case member 44 (sub circuit board 56), the back surface of the motor unit 62 is provided with a contact terminal portion 67 that is electrically connected to the sub circuit board 56, and A connector portion 68 connected to the sub circuit board 56 is disposed on the back surface of the installation surface 63. Here, the connector portion 68 is configured on the outer side surface of the portion where the FPC 69 extending from the camera holder 51 is folded back. On the inner side surface where the FPC 69 is folded back, as shown in FIGS. The aluminum sheet 71 is disposed, and the aluminum sheet 71 is connected to the ground and connected to the sheet metal 65 of the end portion 64 on the second case member side.

Further, the camera holder 51 includes support portions disposed at a plurality of locations between the first case member 43 and the second case member 44. As shown in FIGS. A center support 72, one side support 73, and the other side support 74 are formed on the first case member 43 side so as to oppose the case member 43, and are shown in FIGS. As described above, a central receiving body 75, one side receiving body 76, and the other side receiving body 77 are formed on the second case member 44 side so as to face each other through the sub circuit board 56.

  As shown in FIGS. 9 and 10, the central support 72 of the support part is a protrusion support part 72 a and a contact support surface 72 b formed around the camera unit 50, and one side support 73 of the support part. Extends from the side surface of the motor unit 62 toward the LCD module 8 side, the projection support surface 73a formed in a rectangular plane on the upper surface of the motor unit 62, the upper surface support unit 73b of the motor unit 62 adjacent to the projection support surface 73a. The other side support 74 of the support portion is an installation surface support portion 74a that supports the first case member 43 via the FPC 63a for LED, and an installation surface support. On the side surface of the installation surface 63, an L-shaped engagement support portion 74 b formed on the side of the portion 74 a, a side support surface 74 c adjacent to the engagement support portion 74 b so as to be located on the side of the installation surface 63, Abutting support 74 formed It is made from a.

  As shown in FIGS. 11 and 12, the central receiving body 75 of the support portion includes a sheet metal 65 located on the back surface of the camera unit 50 and a lower surface contact portion 75 a located on the side surface of the LCD module 8 adjacent to the sheet metal 65. One side receiving body 76 is formed at a corner of one (motor unit 62 side) and has a mounting hole 78 having a contact surface 76a, and a side contact formed at one side of the camera unit 50. The other side receiving body 77 is formed at the corner of the other side (the installation surface 63 side) and has a mounting hole 79 having a contact surface 77a and the other side of the camera unit 50. And an end-side contact portion 77b. Further, the side surface of the camera holder 51 on the folding side is provided with a locking portion 79 a that engages with the sub circuit board 56.

  On the other hand, as shown in FIG. 5, the first key member 53 is disposed on the second case member 44 side adjacent to one surface side of the sub circuit board 56, and a plurality of first operation surfaces 52 (in FIG. 5). 3) is made of a sheet material so as to be exposed from the first key opening 48. Around the first key member 53, there are a plurality of locking portions 53a (corresponding to the protrusions on the second case member 44 side). In FIG. 5, there are three).

  As shown in FIG. 6, the second key member 55 is disposed on the side of the sub circuit board 56 in the vicinity of the side surface of the first case member 43 and / or the second case member 44, and one second operation is performed. The surface 54 is configured to be exposed from the second key opening 49.

  The first switch 57 is disposed on the opposite side of the surface of the sub circuit board 56 that contacts the camera holder 51 so as to be positioned between the camera holder 51 and the first key member 53, and the first operation surface 52 is pressed. When pressed, it is pressed.

  The second switch 58 is disposed on the side of the sub circuit board 56 so as to be positioned between the camera holder 51 and the second key member 55 and is pressed when the second operation surface 54 is pressed. It is like that.

  The first case member 43 has a support portion facing the camera holder 51 on the inner surface, and the support portion of the first case member 43 is in contact with the central support 72 of the camera holder 51 as shown in FIG. The opposing central opposing body 80, one side opposing body 81 that contacts and faces the side support 73 of the camera holder 51, and the other side that contacts and faces the side support 74 of the camera holder 51. A counter-facing body 82 and two receiving portions 83 and 84 corresponding to the mounting holes 78 and 79 on both sides of the camera holder 51 are configured.

  The central opposing body 80 of the first case member 43 is positioned around the imaging window 45 while being in contact with and supporting the case center contact surface 80a that is in surface contact with and supported by the protrusion support portion 72a and the contact support surface 72b. The case side abutting surface is formed by a plurality of central projecting portions 80b (two in FIG. 15), and one side facing member 81 of the first case member 43 is in surface contact with the projection supporting surface 73a. 81a, a plurality of side projections 81b (two in FIG. 15) positioned so as to be in contact with and supported by the upper surface support portion 73b and sandwiching the projection support surface 73a from both sides, and the extension support portion 73c to the side The other side opposing body 82 of the first case member 43 includes an LED window frame portion 82a for the installation surface support portion 74a, and an L-shaped engagement. Lock to the stop support part 74b from the side It consists the side protrusion 82b for supporting in contact with the side support surface 74c while lifting.

  Here, a conductive member 85 is attached to the surface side of the peripheral edge of the imaging window 45, and the periphery of the central opposing body 80 inside the first case member 43 includes the case center contact surface 80 a and the center. The surface of the protrusion 80b is given conductivity by metal plating or the like, and the conductive member 85 and the central facing member 80 are in contact with each other and are in an energized state. The center opposing body 80 is in surface contact with the protrusion support portion 72a through the case center contact surface 80a, and is in contact with the contact support surface 72b through the center protrusion portion 80b. The opposing body 80, the protrusion support portion 72a, and the contact support surface 72b are in a conductive state. That is, when the conductive member 85 is touched with a finger, the charged static electricity is grounded to the reference potential line without flying to the camera.

  The second case member 44 has an arrangement surface (not shown) for arranging the first key member 53 in the first key opening 48 on the inner side surface, mounting holes 78 and 79 of the camera holder 51, and the first case member 3. Mounting holes (not shown) corresponding to the two receiving portions 83, 84.

  The operation of the embodiment for carrying out the present invention will be described below.

  When the first key member 53, the second key member 55, the sub circuit board 56, and the camera holder 51 are disposed between the first case member 43 and the second case member 44, the second case member 44 The LCD module 8, the LCD substrate 9, the speaker 11, and the like are disposed, the first key member 53 is disposed in the first key opening 48, and the second key member 55 is disposed in the second key opening 49. The camera holder 51 is arranged via the circuit board 56, the first case member 43 is assembled, the mounting holes (not shown) of the second case member 44 are fastened by fastening means (not shown) such as screws, and the camera holder 51 is mounted. Mounting holes 78 and 79 and receiving portions 83 and 84 of the first case member 43 are fastened to fix the camera holder 51.

  Here, as shown in FIGS. 9, 10, and 15, the camera holder 51 and the first case member 43 are provided with a protrusion support portion 72a, a case center contact surface 80a, a contact support surface 72b, a center protrusion portion 80b, and a motor. The protrusion support surface 73a of the part 62 and the case side contact surface 81a, the upper surface support part 73b and the side protrusion 81b of the motor part 62, the extension support part 73c and the side facing part 81c, and the LED FPC are installed. The surface support portion 74a, the LED window frame portion 82a, the L-shaped locking support portion 74b, and the side projection portion 82b are in contact with each other and supported. Further, as shown in FIG. 5, the camera holder 51 and the second case member 44 are connected to the sheet metal 65 and the lower surface abutting portion 75a of the central receiving body 75 via the first key member 53 and the sub circuit board 56. The contact surface 76a and the side contact portion 76b of the body 76 and the contact surface 77a and the end side contact portion 77b of the side receiving body 77 are contacted and supported.

  On the other hand, when the first switch 57 is operated by pressing the first operation surface 52 of the first key member 53, the force in the pressing direction is applied to the first key member 53, the sub circuit board 56, and the camera holder 51. Acting, the contact between the support portion of the camera holder 51 and the support portion of the first case member 43 resists the pressing direction of the switch in the contact direction. Further, when the second switch 58 is operated by pressing the second operation surface 54 of the second key member 55, force in the pressing direction is applied to the second key member 55, the sub circuit board 56, and the camera holder 51. Similarly, the contact of the support portion of the camera holder 51 and the support portion of the first case member 43 resists the pressing direction of the switch.

  Thus, according to the mobile terminal device with a camera according to the embodiment of the present invention, at least one of the first case member 43 and the camera holder 51 is in a direction against the pressing direction of the first switch 57. Since the first case member 43 and the camera holder 51 have support portions that come into contact with each other, pressing the first operation surface 52 of the first key member 53 causes the camera to pass through the first switch 57 and the sub circuit board 56. Even when the holder 51 is pressed, the optical axis of the camera can be prevented from shifting, and the photographing of the camera can be suitably maintained. Moreover, since the support part supports the camera holder 51 in the center, one side, and the other side, it can support stably.

  In the embodiment of the present invention, a sub circuit board 56 that supplies power to the camera unit 50 is provided, and the camera holder 51 is formed of a conductive material, and grips the periphery of the camera unit 50 and includes a sub circuit. When electrically connected in contact with the reference potential line of the substrate 56, even if static electricity is generated by the operation of the first switch 57 or the like, a shielding effect is produced. The influence of static electricity on 50 can be eliminated, and the photographing of the camera can be suitably maintained.

  In the embodiment of the present invention, when the first switch 57 is disposed on the surface of the sub circuit board 56 opposite to the surface in contact with the camera holder 51, static electricity is generated by the operation of the first switch 57 or the like. Even so, since the shielding effect is produced, the influence of static electricity on the sub circuit board 56 can be eliminated, and the photographing of the camera can be suitably maintained.

In embodiments of the present invention, the camera holder 51 has an insertion portion 61 of the camera unit 50 that is open end 64 of the second case member side, the camera unit from the second case member 44 side in the insertion portion 61 50 When the sheet metal 65 is attached to the end 64 on the second case member side of the camera unit 50 between the sub circuit board 56 and the camera holder 51, Even when the insertion portion 61 is provided, the camera unit 50 is stably supported with the sheet metal 65, so that the camera holder 51 is pressed by pressing the first operation surface 52 of the first key member 53. Even so, it is possible to prevent the optical axis of the camera from being shifted and to maintain the photographing of the camera suitably.

  In the embodiment of the present invention, the first case member 43 has a conductive member 85 on the periphery of the imaging window 45, the support portions are arranged at a plurality of locations, and at least one of the support portions includes the camera holder 51. Even when the first switch 57 is operated and the static electricity is generated when the first case member 43 and the second case member 44 are in contact with the conductive member 85 and are electrically connected, the first case 57 is sandwiched between the first case member 43 and the second case member 44. Since the shielding effect is produced, the influence of static electricity on the sub circuit board 56 can be eliminated, and the photographing of the camera can be suitably maintained. In addition, since the support portions are arranged at a plurality of locations to support the camera holder 51 more stably, even when the camera holder 51 is pressed by pressing the first operation surface 52 of the first key member 53, The optical axis of the camera can be prevented from shifting, and the shooting of the camera can be suitably maintained.

  According to the mobile terminal device with a camera according to the embodiment that implements the present invention, the camera holder 51 is configured to resist the pressing direction of the second switch 58 by the support portion. By pressing the operation surface 54, even when the camera holder 51 is pressed via the second switch 58 and the sub circuit board 56, the optical axis of the camera is prevented from being misaligned and the photographing of the camera is suitably maintained. can do.

  Note that the camera-equipped mobile terminal device of the present invention is not limited to the illustrated example described above, and may have other configurations as long as it stably supports the camera holder even when the first key member is pressed. Of course, various modifications can be made without departing from the scope of the present invention.

It is an example of the form which carries out the present invention, and is a key map showing the state where the 1st case and the 2nd case were opened. It is an example of the form which carries out the present invention, and is a key map showing the state where the 1st case and the 2nd case were closed. It is a perspective view which shows the state provided with the camera holder etc. in the 1st cover member. It is a perspective view which shows the state provided with the camera holder etc. in the 2nd cover member. It is a conceptual diagram which shows the pressing direction from the 1st switch member to a sub circuit board and a camera holder. It is sectional drawing at the time of arrange | positioning a 1st switch member, a sub circuit board, and a camera holder between a 1st cover member and a 2nd cover member. It is a perspective view which shows the relationship between a LCD circuit board and a sub circuit board. It is a side view which shows the relationship between a LCD circuit board and a sub circuit board. It is a perspective view which shows one surface of a camera holder from one direction. It is a perspective view which shows one surface of a camera holder from the other direction. It is a perspective view which shows the other surface of a camera holder from one direction. It is a perspective view which shows the other surface of a camera holder from the other direction. It is a conceptual diagram which shows the state before arrange | positioning an aluminum sheet and an auxiliary metal plate to a camera holder. It is a conceptual diagram which shows the state after arrange | positioning an aluminum sheet and an auxiliary metal plate to a camera holder. It is a figure which shows the inner surface side of a 1st cover member. It is a conceptual diagram which shows the state which was the conventional portable terminal device with a camera, and opened the 1st housing and the 2nd housing. It is a conceptual diagram which shows the state which was the conventional portable terminal device with a camera, and closed the 1st housing and the 2nd housing. It is a perspective view which shows the state provided with the conventional camera holder etc. in the 1st cover member. It is a perspective view which shows the state provided with the conventional camera holder etc. in the 2nd cover member. It is a perspective view which shows one surface of the conventional camera holder from one direction. It is a perspective view which shows one surface of the conventional camera holder from the other direction. It is a perspective view which shows the other surface of the conventional camera holder from one direction. It is a perspective view which shows the other surface of the conventional camera holder from the other direction. It is a figure which shows the inner surface side of the conventional 1st cover member.

Explanation of symbols

41 First housing 42 Second housing 43 First case member 44 Second case member 45 Imaging window 48 First key opening (key opening)
49 Second key opening (key opening)
50 Camera unit 51 Camera holder 52 First operation surface (operation surface)
53 First key member (key member)
54 Second operation surface (operation surface)
55 Second key member (key member)
56 Sub circuit board 57 First switch (switch)
58 Second switch (switch)
64 second case member side end 65 of sheet metal 66 the reference potential line 71 aluminum sheets 72 center support (supporting portion)
73 One side support (support part)
74 The other side support body (support part)
75 Center receiver (supporting part)
76 One side support (support)
77 The other side support (support)
80 Center counter (support)
81 Side-facing body (supporting part)
82 Side-facing body (support)
85 Conductive members

Claims (6)

A housing composed of a first case member in which an imaging window is formed and a second case member in which a key opening is formed;
A camera unit that captures an image from the imaging window;
A camera holder for holding and fixing said camera unit at between the second casing member and the first case member,
A key member that is disposed between the key opening and the camera holder and exposes an operation surface from the key opening;
A switch that is disposed between the camera holder and the key member and is pressed by the key member when an operation surface of the key member is pressed;
Wherein the at least either of the camera holder the first case member, the portable terminal device with a camera, characterized in that it has a support portion abutting the other with each other. A circuit board for supplying power to the camera unit;
2. The camera holder according to claim 1, wherein the camera holder is made of a conductive material, grips the periphery of the camera unit, and is in contact with a reference potential line of the circuit board to be electrically connected. The portable terminal device with a camera described.   The camera-equipped mobile terminal device according to claim 2, wherein the switch is disposed on a surface of the circuit board opposite to a surface in contact with the camera holder. The camera holder includes an insertion portion of the camera unit end of the second casing member side is opened, the camera unit by inserting the camera unit from the second case member side in the insertion portion The portable terminal device with a camera according to claim 3, wherein a sheet metal is attached to the end portion of the camera unit on the second case member side between the circuit board and the end portion of the camera unit. The first case member has a conductive member on a periphery of the imaging window,
The support portions are arranged at a plurality of locations, and at least one of the support portions is in contact with the conductive member in a state where the camera holder is sandwiched between the first case member and the second case member. The camera-equipped mobile terminal device according to claim 4, wherein the mobile terminal device is electrically connected. The housing is a first housing, and includes a second housing connected to the first housing so as to be openable and closable.
The camera holder, the second housing and the first housing so as to be close to the side surface which is exposed even when the the closed state, the extend within the first housing, the first on the side the camera holder close 2 key opening is formed,
A second key member disposed between the second key opening and the camera holder, the operation surface being exposed from the second key opening;
A second switch is provided between the camera holder and the second key member, and is pressed by the second key member when an operation surface of the second key member is pressed. Item 5. A portable terminal device with a camera according to any one of Items 1 to 4.

Images