TWM503043U - Composite control device and self-image capturing apparatus - Google Patents

Description

Compound control device and self-timer device

The present invention relates to a control device, and in particular to a composite control device and a self-timer device.

Today's mobile communication devices (eg, smart phones) are mostly equipped with front and rear cameras, and more and more users are taking selfies through the front camera of the mobile device. Accordingly, a wireless wireless self-timer has been developed which is capable of wirelessly controlling the front camera function of the mobile communication device. However, most of the mobile communication devices are not equipped with a flash lamp around the front camera. Therefore, in a place where the light source is insufficient or at a time point, the user obtains a self-photograph through the front camera of the mobile communication device.

Therefore, the creator feels that the above-mentioned deficiency can be improved. He is devoted to research and cooperates with the application of theory, and finally proposes a creation that is reasonable in design and effective in improving the above-mentioned deficiency.

The present embodiment is directed to providing a composite control device and a self-timer device that can improve the lack of flash of a conventional mobile communication device that is not disposed around the front camera.

The present invention provides a composite control device, comprising: a wireless self-timer, comprising: a first outer casing enclosing a first content space, and an outer edge of the first outer casing is formed with a first joint portion The first engaging portion is provided with a jack that communicates with the first content space; a start button is disposed in the first content space of the first housing; and two transmission modules are disposed on the first housing First content a space is provided, and the two transmission modules are electrically connected to the start button, so that when the start button is triggered, the two transmission modules can simultaneously transmit a wireless activation signal; and a battery is installed on the The content of the first housing is spaced, and the battery can provide the power required for the wireless self-timer to operate; and a flasher detachably assembled to the wireless self-timer, the flasher comprising: a second housing Enclosing a second content space, the second outer casing has a light transmissive area, and the second outer casing is formed with a second joint portion, the second joint portion including the second content space An insulating engagement post; wherein the second engaging portion is coupled to the first engaging portion, and the insulating snapping post passes through the receiving hole and is received in the first content space; an LED flash lamp is disposed a second content space of the second outer casing, and the position of the LED flash corresponds to the light transmissive area of the second outer casing; a control module disposed in the second content space of the second outer casing, and the Control module electrical Connected to the LED flash and can drive the LED flash to flash; and a rechargeable battery installed in the content space of the second casing, and the rechargeable battery can provide the power required for the flasher to operate; When the flasher is separated from the wireless self-timer, the insulating engagement post is inserted into a connector jack of a mobile communication device, and the flasher and the mobile communication device are electrically isolated from each other. When triggered, the wireless transmission signal can be simultaneously transmitted to the mobile communication device and the control module of the flasher through the two transmission modules, so that the mobile communication device performs photographing and the LED flash of the flasher flashes.

The present invention further provides a self-timer device, including: a mobile communication device including a front camera and a connector jack, and the mobile communication device is not provided with any flash lamp beside the front camera; and a composite control device The method includes: a wireless self-timer, comprising: a first outer casing enclosing a first content space, and an outer edge of the first outer casing is formed with a first joint portion, the first joint portion is provided with the connection a jack of the first content space; a start button disposed in the first content space of the first outer casing; two transfer modules disposed in the first content space of the first outer casing, and the two The transmission module is electrically connected to the start button for When the key is triggered, the two transmission modules can simultaneously transmit a wireless activation signal; and a battery is installed in the content space of the first housing, and the battery can provide the wireless self-timer required for operation. And a flasher detachably coupled to one of the wireless self-timer and the mobile communication device, the flasher comprising: a second outer casing enclosing a second content space, the The second outer casing has a light transmissive area, and the second outer casing is formed with a second joint portion, the second joint portion includes an insulating engagement post located outside the second content space; an LED flash lamp, the setting a second content space of the second outer casing, and the position of the LED flash corresponds to the light transmissive area of the second outer casing; a control module disposed in the second content space of the second outer casing, and the The control module is electrically connected to the LED flash and can drive the LED flash to flash; and a rechargeable battery is installed in the content space of the second casing, and the rechargeable battery can provide the flash The power required for operation; wherein, when the flasher is assembled to the wireless self-timer, the second engaging portion is coupled to the first engaging portion, and the insulating engaging post is received through the receiving hole The first content space is set; when the flasher is connected to the mobile communication device, the insulating engagement post is inserted into the connector jack, and the flasher and the mobile communication device are electrically isolated from each other, When the start button is triggered, the wireless transmission signal can be simultaneously transmitted to the mobile communication device and the control module of the flasher through the two transmission modules, so that the mobile communication device performs photographing and the LED flash of the flasher Flash.

In summary, the composite control device and the self-timer device provided by the present embodiment are inserted into the mobile communication device through the insulating engagement post of the flasher under the premise that the flasher and the mobile communication device are electrically isolated from each other. The connector jack, in turn, is triggered by the pressing of a single start button to simultaneously perform the self-timer operation of the mobile communication device and the flashing operation of the flasher. Thereby, the user can facilitate the mobile communication device to obtain a better picture during self-timer through the hybrid control device in a place or time point where the light source is insufficient.

In order to further understand the features and technical content of this creation, please refer to the following The detailed description of the present invention and the accompanying drawings are not intended to limit the scope of the present invention.

100‧‧‧Composite control unit

1‧‧‧Wired Self-timer

11‧‧‧ first shell

111‧‧‧Top housing

1111‧‧‧Front

1112‧‧‧ button hole

1113‧‧‧Switch hole

112‧‧‧ bottom shell

1121‧‧‧Front

113‧‧‧ Positioning parts

1131‧‧‧ carrying board

1132‧‧‧End plate

1133‧‧‧ alignment slot

1134‧‧‧ jack

1135‧‧‧Positioning column

1136‧‧‧ openings

114‧‧‧First content space

115‧‧‧First joint

12‧‧‧Starting module

121‧‧‧First board

1211‧‧‧ corner

122‧‧‧Start button

123‧‧‧Power switch

124‧‧‧ button

13‧‧‧Battery

14a, 14b‧‧‧ transmission module

141‧‧‧Bluetooth Control Unit

142‧‧‧ transmit antenna

143‧‧‧Bluetooth pairing indicator

144‧‧‧First microcontroller

145‧‧‧Infrared emitting parts

2‧‧‧Flasher

21‧‧‧ second casing

211‧‧‧ main housing

212‧‧‧Transparent housing

213‧‧‧Connecting housing

2131‧‧‧ base

2132a, 2132b‧‧‧ flanks

2133‧‧‧Connecting Department

2134‧‧‧ 对 榫

2135‧‧‧Insulated clamping column

2136‧‧‧ gap

2137‧‧‧ charging port

214‧‧‧Second content space

215‧‧‧Second joint

22‧‧‧Flash Module

221‧‧‧Second circuit board

222‧‧‧LED flash

223‧‧‧LED driver chip

23‧‧‧Power Module

231‧‧‧Rechargeable battery

232‧‧‧Low-power circuits

233‧‧‧Charging chip

234‧‧‧Power button switch

235‧‧‧Charging indicator

24‧‧‧Control Module

241‧‧‧second microcontroller

242‧‧‧Infrared receiver

243‧‧‧Flasher indicator

200‧‧‧Mobile communication devices (eg smart phones)

201‧‧‧ front camera

202‧‧‧Connector jack (eg earphone jack)

FIG. 1 is a perspective view of the composite control device of the present invention.

2 is a perspective view of another perspective of the creative composite control device.

Figure 3 is a cross-sectional view taken along line A-A of Figure 1.

FIG. 4 is an exploded perspective view of the composite control device of the present invention.

FIG. 5 is an exploded view of the wireless self-timer of the composite control device.

FIG. 6 is a functional block diagram of a wireless self-timer of the composite control device.

Fig. 7 is a schematic exploded view of the flasher of the composite control device of the present invention.

Figure 8 is a cross-sectional view of the connection housing of Figure 7.

FIG. 9 is a functional block diagram of a flasher of the composite control device.

FIG. 10 is a perspective view of the self-timer device of the present invention.

Please refer to FIG. 1 to FIG. 10 , which is an embodiment of the present invention. It should be noted that the related quantity and appearance mentioned in the embodiment are only used to specifically describe the implementation manner of the present invention. In order to understand its content, not to limit the scope of the creation of this creation.

As shown in FIG. 1 and FIG. 2, the present embodiment is a hybrid control device 100, which is applied to a mobile communication device 200 (FIG. 10). The mobile communication device 200 is an example of a smart phone in this embodiment. But it is not limited to this. For example, the mobile communication device 200 can also be a tablet computer. In addition, the mobile communication device 200 has a front camera 201 and a connector jack 202 in the embodiment, and the mobile communication device 200 is not provided with a flash for providing the light of the front camera 201 next to the front camera 201. The connector jack 202 is an example of a headphone jack, but is not limited thereto.

The composite control device 100 includes a wireless self-timer 1 and a detachable group Connected to a flasher 2 of the wireless self-timer 1 described above. The wireless self-timer 1 can simultaneously control the front camera 201 and the flasher 2 of the mobile communication device 200 by wireless transmission, so that the mobile communication device 200 can perform the flashing operation simultaneously when taking pictures with the front camera 201 thereof. To provide sufficient light for the front camera 201. In the following, the wireless self-timer 1 and the flasher 2 will be introduced separately, and then the connection relationship between the two will be described in time.

Please refer to FIG. 5 for the component configuration of the wireless self-timer 1. Please refer to FIG. 6 for the electrical relationship of the wireless self-timer 1. Please refer to FIG. 3 and FIG. 4 for the connection relationship between the wireless self-timer 1 and the flasher 2.

The wireless self-timer 1 includes a first housing 11, a starting module 12, a battery 13, and two transmission modules 14a, 14b. The first housing 11 includes a top housing 111, a bottom housing 112 assembled to the top housing 111, and a positioning member disposed between the top housing 111 and the bottom housing 112. 113. The positioning member 113 has a carrier plate 1131 and an end plate 1132 extending substantially perpendicularly from the carrier plate 1131. The top housing 111, the bottom housing 112, and the end plate 1132 of the positioning member 113 collectively define a first A content space 114 (FIG. 3) is placed, and the carrier board 1131 is housed in the first content space 114. In other words, the end plate 1132 is equivalent to being located at the outer edge of the first outer casing 11, so that the end plate 1132 can be regarded as the boundary of the first content space 114.

Furthermore, the top case 111 and the bottom case 112 each have a flange 1111, 1121 located outside the first content space 114, and the flanges 1111, 1121 surround the outer edge of the end plate 1132. The top surface of the top case 111 and the bottom case 112 and the outer surface of the end plate 1132 together form a groove-like structure, and the groove structure is defined as a first joint portion 115 in this embodiment. (Figure 4).

In more detail, a top portion of the top case 111 is provided with a button hole 1112 that communicates with the first content space 114, and a side of the top case 111 is provided with a first communication space 114. Switch hole 1113. Furthermore, the first joint portion 115 One end of the end plate 1132 is provided with an alignment groove 1133 and a socket 1134 formed at the bottom of the alignment groove 1133 and communicating with the first content space 114, and the carrier plate 1131 is corresponding to the socket 1134. The position is formed with two positioning posts 1135. An opening 1136 that communicates with the first content space 114 is provided at a substantially central portion of the end plate 1132 of the first joint portion 115.

The startup module 12 has a first circuit board 121, a start button 122 mounted on the first circuit board 121, a power switch 123, and a button 124. The first circuit board 121 is disposed between the top housing 111 and the carrier 1131 of the positioning component 113. The first circuit board 121 corresponds to the jack 1134 of the positioning component 113. A portion of the positioning post 1135 is formed with a notch 1211. The start key 122 is disposed in the first content space 114, and the position where the start key 122 is mounted on the first circuit board 121 substantially faces the center of the button hole 1112 of the top case 111.

Furthermore, the power switch 123 is disposed in the first content space 114, and the position of the power switch 123 mounted on the first circuit board 121 substantially corresponds to the switch hole 1113 of the top case 111, and the power switch 123 is partially disposed. It is inside the switch hole 1113 for the user to control. In addition, the button 124 is movably disposed on the top case 111 and passes through the button hole 1112, and the button 124 is arranged in a single pair with respect to the start button 122, so that when the user presses the button 124, the button is pressed. The movement of the first circuit board 121 in the direction of the first circuit board 121 triggers the start key 122.

The battery 13 is mounted on the first content space 114 and is located between the carrier plate 1131 and the bottom housing 112 of the positioning member 113, and the battery 13 is electrically connected to the first circuit board 121, thereby passing through the first circuit board. 121 is in electrical communication with the power switch 123. That is to say, by triggering the power switch 123, the battery 13 can be supplied with the power required for the operation of the wireless self-timer 1.

The two transmission modules 14a, 14b are disposed substantially on the first content space 114 and are mounted on the first circuit board 121, and the two transmission modules 14a, 14b are electrically connected to the power switch 123 and the start button 122. When the start button 122 is triggered, the two transmission modules 14a, 14b can simultaneously transmit a wireless activation signal. The wireless activation signals respectively transmitted by the two transmission modules 14a and 14b can be simultaneously transmitted to the mobile communication device 200 and the flasher 2, so that the mobile communication device 200 performs photographing and the flasher 2 performs flashing.

In more detail, one of the two transmission modules 14a, 14b of the present embodiment (such as FIG. 6) includes a Bluetooth control unit 141 and one electrically connected to the Bluetooth control unit 141. The transmission antenna 142 is coupled to a Bluetooth indicator 143. The other transmission module 14b of the two transmission modules 14a and 14b includes a first microcontroller 144 and is electrically connected to the first microcontroller 144. An infrared emitting member 145. And the infrared ray emitting member 145 protrudes from the opening 1136 of the first joint portion 115 to facilitate the transmission of the signal.

The Bluetooth control unit 141, the Bluetooth pairing indicator 143, and the first microcontroller 144 are all electrically connected to the power switch 123, so that the power provided by the battery 13 is obtained via the power switch 123, and the Bluetooth pairing is performed. The indicator light 143 blinks when the power switch 143 is turned on (at this time, the Bluetooth control unit 141 and the corresponding mobile communication device 200 have not been Bluetooth paired). The Bluetooth control unit 141 and the first microcontroller 144 are electrically connected to the activation button 122, so that the Bluetooth control unit 141 transmits the wireless activation signal to the mobile communication device 200 via the transmission antenna 142. At the same time, the first microcontroller 144 transmits the wireless start signal to the flasher 2 via the infrared emitting device 145. Moreover, the position where the Bluetooth pairing indicator 143 is disposed on the first circuit board 121 is toward the top of the top case 111, and the position of the top case 111 corresponding to the Bluetooth pairing indicator 143 is light transmissive. Thereby, when the Bluetooth control unit 141 successfully performs Bluetooth pairing with the corresponding mobile communication device 200, the Bluetooth control unit 141 transmits a signal to the Bluetooth pairing indicator 143 to continue the Bluetooth pairing indicator 143. Lights up to inform the user that the self-timer is running. Thereafter, The wireless self-timer 1 that has been successfully paired with the mobile communication device 200 Bluetooth, when the power switch 143 is turned on again, the Bluetooth pairing indicator 143 will continue to illuminate directly without being presented in a blinking manner.

The above is the description of the wireless self-timer 1, and the flasher 2 of the present embodiment will be described next. Please refer to FIG. 7 and FIG. 8 for the component configuration of the flasher 2. Please refer to FIG. 9 for the electrical relationship of the components of the flasher 2, and FIG. 3 and FIG. 4 for the connection relationship between the flasher 2 and the wireless self-timer 1.

The flasher 2 includes a second housing 21, a flash module 22, a power module 23, and a control module 24. The second housing 21 includes a main housing 211 , a light transmissive housing 212 mounted to the main housing 211 , and a connecting housing 213 mounted to the main housing 211 and the transparent housing 212 . Further, the light-transmitting shell 212 can be combined with a shielding sheet (not shown, as shown by a broken line in FIG. 7), so that the portion of the light-transmitting shell 212 that is not blocked by the shielding sheet forms a light-transmitting region, thereby The second outer casing 21 is provided with a light transmitting region for light to penetrate. The main housing 211, the light transmissive housing 212, and the connecting housing 213 collectively surround a second content space 214.

In more detail, the connecting housing 213 includes a base portion 2131 having a substantially rectangular plate body, and two side wing portions 2132a and 2132b extending from opposite short side edges of the base portion 2131, and substantially perpendicular to the long side edges of the base portion 2131. An extended connecting portion 2133 and an alignment 榫 2134 and an insulating engagement post 2135 extending from the side of the connecting portion 2133 toward the direction away from the base portion 2131. In the embodiment, the side flap portions 2132a and 2132b are respectively a fixed side wing portion 2132a and a movable side wing portion 2132b. The fixed side wing portion 2132a is integrally connected with the connecting portion 2133, and the movable side wing portion 2132b. A gap 2136 (as shown in FIG. 8) is formed between the connecting portion 2133 so that the movable side wing portion 2132b can swing relative to the base portion 2131 and the connecting portion 2133.

Furthermore, the connecting portion 2133, the alignment 榫 2134, and the insulating engagement post 2135 are collectively defined as a second joint portion 215 in the present embodiment, and the alignment 榫 2134 and The insulating engagement post 2135 is located outside of the second content space 214. In other words, the connecting portion 2133 is a boundary of the second content space 214, a portion of the connection housing 213 is defined as a second joint portion 215, and the base portion 2131 is integrally connected to the second joint portion 215. The connecting portion 2133 is substantially plate-shaped and has an outer shape substantially corresponding to the groove shape of the first joint portion 115, and the shape of the alignment portion 2134 corresponds to the alignment groove 1133 of the first joint portion 115, and the insulating engagement column The cross section of 2135 is then the receptacle 1134 corresponding to the first joint 115. A charging port 2137 penetrating is formed substantially at the center of the connecting portion 2133.

The flash module 22 is disposed in the second content space 214 , and the flash module 22 includes a second circuit board 221 , and an LED flash 222 and an LED driving chip 223 mounted on the second circuit board 221 . The position of the LED flash 222 mounted on the second circuit board 221 is substantially at the center of the transparent housing 212, and the position of the transparent housing 212 facing the LED flash 222 is equivalent to the light transmission of the second housing 21. The area may be formed with a lens structure for facilitating the distribution of light emitted by the LED flash 222, and the LED driving chip 223 is electrically connected to the LED flash 222 through the second circuit board 221.

The power module 23 is disposed in the second content space 214 and is disposed on the second circuit board 221 . The power module 23 includes a rechargeable battery 231 , a low power consumption circuit 232 electrically connected to the rechargeable battery 231 , and a The charging chip 233 is electrically connected to a power button switch 234 of the low power consumption circuit 232 and a charging indicator 235 electrically connected to the charging chip 233. The power button switch 234 is electrically connected to the rechargeable battery 231 via the low power consumption circuit 232 . And the position of the power button switch 234 disposed on the second circuit board 221 is adjacent to the movable side wing portion 2132b of the second outer casing 21, thereby triggering the power button switch 234 by pressing the movable side wing portion 2132b.

Moreover, the position where the charging chip 233 is disposed on the second circuit board 221 is The charging port 2137 of the second casing 21 is configured such that an external power source (not shown) can be passed through the charging port 2137 and the rechargeable battery 231 is charged via the charging chip 233. The position of the charging indicator 235 disposed on the second circuit board 221 is a base portion 2131 facing the connection housing 213, and the position of the base portion 2131 corresponding to the charging indicator light 235 is transparent, whereby the charging battery 231 is charged. The light is turned on by the charging indicator 235 to inform the user that the flasher 2 is performing a charging operation.

The control module 24 is disposed on the second content space 214 and is disposed on the second circuit board 221, and the control module 24 includes a second microcontroller 241 and is electrically connected to the second microcontroller 241. An infrared receiving member 242 and a flasher indicator 243. The position of the infrared receiving member 242 disposed on the second circuit board 221 is opposite to the transparent housing 212, and the position of the transparent housing 212 corresponding to the infrared receiving member 242 is transparent, for receiving from the transmission module. The wireless activation signal from the infrared emitting device 145 of 14b, and the infrared receiving member 242 can transmit the received wireless activation signal to the second microcontroller 241.

Moreover, the second microcontroller 241 is electrically connected to the power button switch 234, that is, the battery 231 is enabled to provide the power required for the flasher 2 to operate by triggering the power button switch 234. The second microcontroller 241 is electrically connected to the LED driving chip 223, so that when receiving the wireless start signal transmission, the second microcontroller 241 can drive the LED flash 222 to flash through the LED driving chip 223. The position of the flasher indicator light 243 disposed on the second circuit board 221 is a base portion 2131 facing the connection housing 213, and the position of the base portion 2131 corresponding to the flasher indicator light 243 is transparent, thereby being used in the wireless self-timer 1 When the start button 122 is activated, the flasher indicator light 243 is illuminated to inform the user that the flasher 2 is operating.

The above is the description of the wireless self-timer 1 and the flasher 2 of the present embodiment, and the wireless self-timer 1 and the flasher 2 include a combined state (as shown in FIG. 1) and a use state (FIG. 10). The following will be made on the two states of the wireless self-timer 1 and the flasher 2 respectively. A note.

When the wireless self-timer 1 and the flasher 2 are in a combined state, that is, the flasher 2 is assembled to the wireless self-timer 1 , the second engaging portion 215 is assembled to the first engaging portion 115; wherein, the connection of the connection housing 213 is The portion 2133 is fastened to the flange 1111 of the top case 111. The insulating engagement post 2135 is received in the first content space 114 through the insertion hole 1134, and the insulating engagement post 2135 abuts on the positioning post of the positioning member 113. The 1135 is juxtaposed at the notch 1211 formed by the first circuit board 121, and the alignment 榫 2134 is clamped in the alignment slot 1133.

Thereby, the combination of the wireless self-timer 1 and the flasher 2 makes the composite control device 100 easier to carry, and less likely to cause the flasher 2 to be lost or missed.

When the wireless self-timer 1 and the flasher 2 are in use, the two side wings 2132a, 2132b of the connection housing 213 of the flasher 2 are first applied to separate the flasher 2 from the wireless self-timer 1. In the process of separating the flasher 2 from the wireless self-timer 1, since the movable side wing portion 2132b of the connecting housing 213 is first applied, the movable side wing portion 2132b is pressed to trigger the power button switch 234. In the process of separating the flasher 2 from the wireless self-timer 1 at the same time, the power button switch 234 is simultaneously triggered, thereby enabling the rechargeable battery 231 to provide the power required for the flasher 2 to operate.

Thereby, the power button switch 234 transmits the hidden design, not only makes the appearance of the flasher 2 more beautiful, but also enables the flasher 2 to be started immediately when the flasher 2 is separated from the wireless self-timer 1 to provide a more convenient user. Operation method. Further, although the flasher 2 of the present embodiment is exemplified by the power button switch 234, it is not excluded to be implemented in other manners.

Furthermore, after the flasher 2 is separated from the wireless self-timer 1, the insulating engagement post 2135 is inserted into the connector jack 202 of the mobile communication device 200, and the position of the flasher 2 is adjusted (for example, the flasher 2 is Light transmissive housing 212 and mobile communication device 200 The front cameras 201 are all facing in the same direction. At this time, the flasher 2 and the mobile communication device 200 are electrically isolated from each other. Thereafter, the user can press the button 124 of the wireless self-timer 1 to trigger the start button 122, so that the two transmission modules 14a, 14b simultaneously transmit the wireless activation signal to the control module 24 of the mobile communication device 200 and the flasher 2, respectively. The front camera 201 of the mobile communication device 200 takes a picture and the LED flash 222 of the flasher 2 flashes.

In addition, the present embodiment further provides a self-timer device (shown in FIG. 10) including the composite control device 100 and the mobile communication device 200 described above.

[Possible effects of this creative embodiment]

In summary, the composite control device and the self-timer device provided by the present embodiment are inserted into the mobile communication device through the insulating engagement post of the flasher under the premise that the flasher and the mobile communication device are electrically isolated from each other. The connector jack, in turn, is triggered by the pressing of a single start button to simultaneously perform the self-timer operation of the mobile communication device and the flashing operation of the flasher. Thereby, the user can facilitate the mobile communication device to obtain a better picture during self-timer through the hybrid control device in a place or time point where the light source is insufficient.

Moreover, the combination of the wireless self-timer and the flasher makes the composite control device easier to carry, and less likely to cause the flasher to be lost or missed. The power button switch, through the hidden design of the embodiment, not only makes the appearance of the flasher more beautiful, but also enables the flasher to be started immediately when the flasher is separated from the wireless self-timer to provide a more convenient operation mode for the user.

The above is only a preferred embodiment of the present invention, and it is not intended to limit the scope of the patents of the present invention. Any changes and modifications made to the scope of the patent application of the present invention should be covered by the present invention.

100‧‧‧Composite control unit

1‧‧‧Wired Self-timer

1111‧‧‧Front

1121‧‧‧Front

1132‧‧‧End plate

1133‧‧‧ alignment slot

1134‧‧‧ jack

115‧‧‧First joint

2‧‧‧Flasher

2133‧‧‧Connecting Department

2134‧‧‧ 对 榫

2135‧‧‧Insulated clamping column

215‧‧‧Second joint

222‧‧‧LED flash

242‧‧‧Infrared receiver

Claims (10)

A composite control device comprising: a wireless self-timer comprising: a first outer casing enclosing a first content space, and an outer edge of the first outer casing is formed with a first joint, the first joint The first part is provided with a jack for connecting the first content space; a start button is disposed in the first content space of the first outer casing; and two transfer modules are disposed on the first content of the first outer casing Space, and the two transmission modules are electrically connected to the start button, so that when the start button is triggered, the two transmission modules can simultaneously transmit a wireless activation signal; and a battery is installed in the first a housing is provided with a space, and the battery can provide the power required for the wireless self-timer to operate; and a flasher detachably coupled to the wireless self-timer, the flasher comprising: a second housing Enclosing a second content space, the second outer casing has a light transmissive area, and the second outer casing is formed with a second joint portion, and the second joint portion includes a second portion outside the second content space Absolutely a latching post; wherein the second engaging portion is coupled to the first engaging portion, and the insulating engaging post passes through the receiving hole and is received in the first content space; an LED flash is disposed on the The second content of the second housing is spaced, and the position of the LED flash corresponds to the light transmissive area of the second housing; a control module is disposed in the second content space of the second housing, and the control module The battery is electrically connected to the LED flash and can drive the LED flash to flash; and a rechargeable battery is mounted in the second content space of the second casing, and the rechargeable battery can provide the power required for the flasher to operate ; Wherein, when the flasher is separated from the wireless self-timer, the insulating engagement post is inserted into a connector jack of a mobile communication device, and the flasher and the mobile communication device are electrically isolated from each other. When the start button is triggered, the wireless transmission signal can be simultaneously transmitted to the mobile communication device and the flasher control module via the two transmission modules, so that the mobile communication device performs photographing and the flasher LED The flash fires. The composite control device of claim 1, wherein the first engaging portion is groove-shaped and includes an end plate and at least one flange surrounding the outer edge of the end plate, the end plate serving as the first content a boundary of the space, the insertion hole is formed on the end plate, the flange is located outside the first accommodating space; the second joint portion includes a connecting portion, and the connecting portion serves as a boundary of the second content space The connecting portion of the second engaging portion is detachably fastened to the flange of the first engaging portion. The composite control device of claim 2, wherein the wireless self-timer has a first circuit board disposed in the first content space, the start button, the two transmission modules, and the battery are electrically Connected to the first circuit board, and the first circuit board is formed with a notch, and the insulating engagement post is located at a corner formed by the first circuit board. The hybrid control device of claim 2, wherein the flasher has a power button switch, and the power button switch is electrically connected to the rechargeable battery and the control module, and the power button switch can be triggered to enable the The rechargeable battery provides the power needed to operate the flasher. The composite control device of claim 4, wherein the second outer casing has a connecting housing, the connecting housing has a base, the second engaging portion connected to the base, and opposite two from the base Two side wings extending laterally; one of the side wings of the two side wings is connected to the second joint and is defined as a fixed side wing, and the other side wing of the two side wings and the second joint Forming a gap therebetween is defined as a movable wing portion; the power button switch is located in the second content space and adjacent to the movable wing portion to enable the movable wing The part can be pressed to trigger the power button switch. The composite control device of claim 1, wherein the flasher is provided with a charging port for an external power source to be inserted through the charging port to charge the rechargeable battery. The composite control device of claim 1, wherein the wireless self-timer has a button disposed on the first housing, the button is a one-to-one setting with respect to the activation button, and the button can be pressed The start button is triggered. A self-timer device comprising: a mobile communication device comprising a front camera and a connector jack, and the mobile communication device is not provided with any flash lamp beside the front camera; and a composite control device comprising: a wireless self-timer The first outer casing defines a first content space, and the outer edge of the first outer casing is formed with a first joint portion, and the first joint portion is provided with the first content space. a jack; a start button disposed in the first content space of the first housing; two transmission modules disposed in the first content space of the first housing, and the two transmission modules are electrically connected The start button is configured to enable each of the two transmission modules to transmit a wireless activation signal when the activation button is triggered; and a battery installed in the content space of the first housing, and the battery can Providing power required for operation of the wireless self-timer; and a flasher detachably assembled to one of the wireless self-timer and the mobile communication device, the flasher comprising: a second outer casing Enclosing a second content space, the second outer casing has a light transmissive area, and the second outer casing is formed with a second joint portion, the second joint portion including the second content space An insulated snap column; An LED flash is disposed in the second content space of the second housing, and the position of the LED flash corresponds to the light transmissive area of the second housing; a control module is disposed in the second housing The content is spaced, and the control module is electrically connected to the LED flash and can drive the LED flash to flash; and a rechargeable battery is mounted in the second content space of the second casing, and the rechargeable battery can provide The power required for the operation of the flasher; wherein, when the flasher is assembled to the wireless self-timer, the second engaging portion is coupled to the first engaging portion, and the insulating snap-in column passes through the receiving hole The first content space is disposed in the first content space; when the flasher is connected to the mobile communication device, the insulating engagement post is inserted into the connector jack, and the flasher and the mobile communication device are electrically connected to each other Isolated, when the start button is triggered, the wireless transmission signal can be simultaneously transmitted to the mobile communication device and the flasher control module via the two transmission modules, and the front camera of the mobile communication device is photographed. The flasher LED flash to flash. The self-timer device of claim 8, wherein the first engaging portion is groove-shaped and includes an end plate and at least one flange surrounding the outer edge of the end plate, the end plate serving as the first content space a boundary formed on the end plate, the flange being located outside the first accommodating space; the second engaging portion includes a connecting portion, and the connecting portion serves as a boundary of the second content space; The connecting portion of the second engaging portion is detachably fastened to the flange of the first engaging portion. The self-timer device of claim 9, wherein the second housing has a connecting housing, the connecting housing has a base, the second engaging portion connected to the base, and extending from opposite sides of the base Two side wings; one of the side wings of the two side wings is connected to the second joint and is defined as a fixed side wing portion, between the other side wing portion of the two side wings and the second joint portion Forming a gap and defining it as a movable side wing; the flasher has a power button a switch, and the power button switch is electrically connected to the rechargeable battery and the control module, the power button switch can be triggered to enable the rechargeable battery to provide power required for the flasher to operate, and the power button switch is located at the second The content is spaced and adjacent to the movable wing portion such that the movable wing portion can be pressed to trigger the power button switch.