TWM448029U - Apparatus for automatically composing time-lapse video or motion pictures - Google Patents

Description

Device that automatically generates time-lapse movies or dynamic movies

This creation is about a device that produces time-lapse movies or dynamic movies, especially one that automatically generates time-lapse movies or dynamic movies.

Time-lapse photography is usually performed at regular intervals through a digital camera, and then all the captured digital images are transmitted through the computer software, and all the captured digital images are connected in series to be a single movie to play. .

Stop motion animation (stop motion animation) is a series of digital images that are captured by a digital camera and gradually moved by an object. Through the computer software, all the digital images captured are connected in series to form a movie to play, which is like an animation. Short film.

Whether it's time-lapse photography or stop motion animation, digital camera photography and computer software post-production steps are required to connect all the captured digital images into a single movie.

For the sake of his position, this creation, in view of the lack of prior art, is the idea of thinking and improving creation, creating the "automatically generating time-lapse film or dynamic film device" in this case.

The main purpose of the present invention is to provide an automatic generation of a time-lapse movie device, which controls an image capturing unit to capture an image of the object after a specific time interval, converts it into a series of digital still images, and converts the series of digital still images. Stored in a memory unit, the automatically generated time-lapse movie device automatically combines the series of digital still images to produce a time-lapse movie.

Another object of the present invention is to provide an automatic generating dynamic movie device, which utilizes a shutter release to control the automatically generated dynamic movie device. Each time the shutter release button is pressed, the automatically generated dynamic movie device controls an image capturing unit to capture a target. The image of the object is converted into a digital still image by the image capturing unit to capture the image of the object, and the digital still image is stored in a memory unit, and the automatically generated dynamic film device is stored in a series of the memory. The digital still image combination produces a dynamic movie.

Another object of the present invention is to provide an automatic motion generating device that utilizes a motion sensor to control an image capturing unit to capture an image when the motion sensor detects an object movement. Converting the image captured by the image capturing unit into a digital still image, and storing the digital still image in a memory unit, and the automatically generated dynamic film device automatically combines the serial static image stored in one of the memory A dynamic movie.

In order to achieve the above object, the present invention provides an automatic generation time-lapse movie device, comprising: an image capturing unit for capturing an image of a target object and converting it into a digital still image; and a circuit board including a specific application. The integrated circuit is electrically connected to the image capturing unit, and controls the image capturing unit to capture an image of the target object after a specific time interval, converts into a series of digital still images, and converts the serial number of digits The static image stores a series of the digital still images in a memory unit via one interface of the circuit board, and the specific application integrated circuit automatically combines the series of digital still images to generate a time-lapse movie.

In this case, we can get a deeper understanding by using the following illustrations and detailed explanations.

The apparatus and method for automatically generating a time-lapse movie or a dynamic movie for describing the present invention are described in the following detailed embodiments, but the scope of the present invention is not limited to the following embodiments.

Please refer to FIGS. 1A and 1B for an exploded view of the apparatus for automatically generating a time-lapse video of the preferred embodiment of the present invention. Please refer to FIGS. 2A and 2B for a schematic diagram of a device for automatically generating a time-lapse video according to a preferred embodiment of the present invention. As shown in FIGS. 1A, 1B, 2A, and 2B, the automatic generation time-lapse film apparatus 100 of the present invention includes: an image capture unit 110, a camera body 120, and a circuit board. Board) 130.

The image capture unit 110 includes a front cover member 111, an image capture device 112, a rear cover member 113, and an image capture unit. Image-capture-unit connector section 114. The image capture device 112 is configured to capture an image of a subject, and convert a still image generated by the subject to a digital still image. The front cover member 111 and the rear cover member 113 are configured to form a cylindrical-shaped portion, the front cover member 111 and the rear cover (rear) The inside of the cover member 113 forms an internal chamber, and the image capture device 112 is disposed in the internal chamber and the image capture device is supported by screws (image) A capture device 112 is attached to the fixing portions of the front cover member 111. The front cover member 111 has a hole 115 for allowing a lens assembly 116 of the image capture device 112 to pass through the hole 115 to cause the image to be collapsed. An image capture device 112 is capable of capturing an image of a subject. The image capture device 112 may be a digital camera using a photosensitive coupled device (CCD) or a complementary metal-oxide semiconductor (CMOS). A digital camera, or any type of digital camera.

The camera body 120 includes a front cover member of camera body 121 and a rear cover member of camera body 122. The front cover member of camera body 121 and the rear cover member of camera body 122 are used to form the camera body 120, and the front cover member of the front cover member of the body cover (front cover member of camera body) The camera body 121 forms an internal chamber with the interior of the rear cover member of the camera body 122. The circuit board 130 is disposed in the interior and is provided by a screw. The circuit board 130 is fixed to the fixing portions of the rear cover member of the camera body 122.

The top surface of the front cover member of camera body 121 has a rib portion 123 and two sides of the upper half of the front cover member of camera body 121. There are curved supporting portions 124, 125. a rib portion 123 of a top surface of the front cover member of camera body 121, the curved supporting portions 124, 125, and the front cover of the body A curved surface 126 of the front cover member of the camera body 121 forms an open space for accommodating the image capture unit 110. Further, the curved supporting portions 124, 125 are provided with holes 127, 128, respectively. The holes 127, 128 are used to allow the cylindrical-shaped fixing portions 118, 119 of the image capture unit 110 to pass through the holes 127, 128, respectively. The image capturing unit 110 is mounted in the open space to be freely rotated up and down by the curved supporting portions 124, 125 and the holes 127, 128 to adjust the lens. The direction of photography of the lens assembly 116.

A lower portion of the front cover member of the camera body 121 forms a closed space for accommodating the battery, and supplies power to the image capture device 112 or the circuit board. Board) 130. The bottom of the front cover member of camera body 121 is a movable bottom lid 129 that can be opened or closed for mounting the battery 140 or replacing the battery 140.

One side of the rear cover member of camera body 122 has access port covers 151, 152 (see FIGS. 2A, 2B), and the access ports (access) Port covers) 151, 152 series can snugly close the access port of the rear cover member of camera body 122 (access port) Openings) 153, 154, 155. The access port openings 153, 154, 155 are disposed on the sides of the rear cover member of the camera body 122 to provide different interfaces, connectors (connectors) ), slot or socket, such as SD memory card (SD memory card) interface, multimedia memory card (MMC) interface, XD image card (Extreme Digital- Picture Card) interface, CF card (Compact Flash Card, CF card) interface, Universal Serial Bus (USB) interface, mini universal serial bus (mini USB) interface, DC 5 Various currently used interfaces, such as the DC 5Volt interface, or interfaces that will be used in the future. In the present embodiment, the access port opening 153 is used as an SD memory card (Scure Digital Memory Card) interface 131, and the access port opening 154 is used as a socket (socket). The 132 access port 155 is used as a Universal Serial Bus (USB) interface 133. The SD memory card (Secure Digital Memory Card) interface 131, the socket 132, and the Universal Serial Bus (USB) interface 133 are respectively disposed on the circuit board 130. on.

In the preferred embodiment of the present invention, in addition to being able to provide power to the image capture device 112 or the circuit board 130 by using a battery, the socket 132 or the universal serial port can also be transmitted through the socket 132. The Universal Serial Bus (USB) interface 133 provides power to the image capture device 112 or the circuit board (circuit) Board) 130.

The circuit board 130 includes an Application Specific Integrated Circuit (ASIC), which is used to control the image capture device 112 to capture the subject matter (subject) Image (image), converting the still image generated by the subject to a still image, and passing the digital still image through an interface to the digital image The still image is stored in a memory unit. The circuit board 130 is electrically connected to the image capture device 112 by using an image-capture-unit connector section 114 to enable the specific application integrated circuit. The image capture device 112 is controlled. The image capturing unit connecting component is a cable, and its main function is to transmit data, control signals or provide power.

In the preferred embodiment of the present invention, the interface is an SD memory card (SD memory card) interface 131, and the memory unit is an SD memory card (not shown). The specific application integrated circuit is used to control the image capture device 112 to capture an image of the subject, and convert the still image generated by the subject to be converted into a still image. A still image of still image. And storing the digital still image via the SD memory card interface 131, and storing the still image on the SD memory card (not shown). Among them.

Rear cover member of camera body The rear surface of 122 is also provided with buttons 157, 158, 159. The button 157 is a power switch that automatically generates the time-lapse movie device 100, and when the button 157 is pressed, the automatic generation of the time-lapse movie device 100 can be turned on or off. The button 159 is a time setting button for automatically generating the time-lapse movie device 100. The time setting button can be used to control the automatic generation of the time-lapse film device 100 to control the image capture every time a specific time interval is elapsed. An image capture device 112 captures an image of a subject, and converts a still image generated by the subject to a still image. And storing the serial still images through the SD memory card interface 131 to store the digital still images on the SD memory card (not shown in the SD memory card) In the picture). In the preferred embodiment of the present invention, the specific application integrated circuit automatically combines the serial still images stored in one of the SD memory cards to generate a Time-lapse Video, and the Time-lapse video is stored in the SD memory card. The time interval of the automatically generated time-lapse movie device 100 can be arbitrarily set, and can be any time interval from one second to 24 hours.

The button 158 is a mode button for automatically generating the time-lapse movie device 100. The mode button can be used to set the operation mode of the automatically generated time-lapse movie device 100, such as a movie mode ( Video mode) or still image mode. When set in the video mode, the automatically generated time-lapse movie device 100 automatically combines the digital still images (still images) that have undergone a specific time interval. Time-lapse Video and store the Time-lapse Video on the SD Memory Card. The Time-lapse Video is an AVI format movie, an MPEG-4 format movie or an H.264 format movie that can be played continuously, but is not limited to the above format video. When set in the still image mode, the automatically generated time-lapse movie device 100 stores the digital still images (still images) that have been converted and converted every time interval to a certain time interval. , but does not automatically combine to produce the Time-lapse Video. The still images stored in the SD memory card may be JPEG format images or BMP format images, but are not limited to the above format images.

The SD memory card is taken out from the automatically generated time-lapse video device, and any digital still image (still images) or time-lapse video stored in the SD memory card can be utilized with any SD. A computer, laptop or digital TV with a Secure Digital Memory Card (SD memory card) interface can be played directly.

In addition, the rear surface of the rear cover member of camera body 122 has an opening 156 for receiving a display 134. The display 134 can be a Liquid Crystal Display Monitor (LCD monitor), a Light Emitting Diode Monitor (LED monitor) using a light-emitting diode as a backlight, or any type of flat panel display screen. In the preferred embodiment of the present invention, the automatically generated time-lapse movie device 100 can use the image captured by the image capture device 112 to immediately display the display directly on the display 134.

Please refer to Figures 3A and 3B for another good example of this case. A schematic diagram of an automatic motion picture device automatically generated without a shutter release. Please refer to FIG. 4A and FIG. 4B, which are schematic diagrams of an automatically generated dynamic film device with a shutter release installed in another preferred embodiment of the present invention. As shown in FIGS. 3A, 3B, 4A, and 4B, a shutter release 200 includes a button 210, a grip 220, a cable 230, and a plug 240. The plug 240 is for insertion into the socket 332 of the automatically generated dynamic film device 300. When the plug 240 of the shutter release 200 is inserted into the socket 332 of the automatic motion picture device 300, the specific application integrated circuit can determine that the shutter line 200 is determined by the impedance of the shutter line 200. The plug 240 is inserted into the socket 332 that automatically generates the dynamic film device 300.

The functions of the automatically generated dynamic movie device 300 and the socket 332 are the same as those described in FIGS. 1A-2B. By using the control of the button 210 of the shutter release 200, the dynamic movie device is automatically generated each time the button is pressed. 300 controls the image capture device 312 to capture an image of the subject, and converts the still image generated by the subject to a digital still image (still image) ). The digital still images are stored on the SD memory card (not shown) via the SD memory card (Secure Digital Memory Card) interface. Among them, 331 is the cover of the SD memory card interface.

In the preferred embodiment of the present invention, when the automatically generated dynamic film device 300 is set in the video mode, the specific application integrated circuit automatically stores the digital still images stored in one of the SD memory cards ( Still images) combine to generate a dynamic movie and store the dynamic movie in the SD memory card. this is The stop motion animation, which is well known in the industry, can combine still pictures into dynamic movies, which is also the method of shooting many animated movies. The dynamic movie is an AVI format movie, an MPEG-4 format movie or an H.264 format movie for continuous playback, but is not limited to the above format video. The still images stored in the SD memory card may be JPEG format images or BMP format images, but are not limited to the above format images. Although the embodiment of the present invention uses the wired shutter release to perform photography control, it is also possible to control the photography using a wireless remote mode (for example, Bluetooth technology).

The SD memory card is taken out from the automatically generated motion pictures device, and any digital still pictures (still images) or motion pictures stored on the SD memory card can be used with any SD memory card (Secure Digital Memory). Card, SD memory card) The computer, laptop or digital TV directly plays.

Please refer to FIGS. 5A and 5B, which are schematic diagrams of an automatically generated dynamic film device without a motion sensor installed in another preferred embodiment of the present invention. Please refer to FIGS. 6A and 6B , which are schematic diagrams of an automatically generated dynamic film device with a motion sensor installed in another preferred embodiment of the present invention. As shown in FIGS. 5A, 5B, 6A, and 6B, a motion sensor 500 includes a photosensitive element 510, a fixing member 520, a cable 530, and a plug 540. In the preferred embodiment, the automatically generated dynamic film device 400 further includes a hoop 417 disposed outside the hole of the front cover member of the automatically generated dynamic film device 400. The fixing member 520 has a magnetic substance that can be adsorbed on the iron ring 417 of the automatically generated dynamic film device 400. The feeling of the fixing member 520 The optical component 510 is disposed above the fixing component 520, and the fixing component 520 has a hole. When the fixing component 520 is adsorbed on the iron ring 417, the hole of the fixing component 520 does not block the image capturing device ( Image capture device) 412 to shoot. The plug 540 is for insertion into the socket 432 of the automatically generated dynamic film device 400. When the plug 540 of the motion sensor 500 is inserted into the socket 432 of the automatically generated dynamic film device 400, the specificity is determined by the impedance of the motion sensor 500. The integrated circuit can be used to determine that the plug 540 of the motion sensor 500 is inserted into the socket 432 of the automatically generated dynamic film device 400.

The functions of the automatically generated dynamic movie device 400 and the socket 432 are the same as those described in FIGS. 1A-2B, by using the motion sensor 500 control, when the motion sensor (motion sensor) When the object 500 is detected to move, the automatically generated dynamic film device 400 controls the image capture device 412 to capture an image of the subject, and shoots the subject. The still image is converted into a still image. The digital still images are stored on the SD memory card (not shown) via the SD memory card (Secure Digital Memory Card) interface. Among them. In the preferred embodiment of the present invention, when the automatically generated dynamic film device 400 is set in the video mode, the specific application integrated circuit automatically stores the digital still images stored in one of the SD memory cards ( Still images) combine to generate a motion picture and store the dynamic movie on the SD memory card The 431 is the cover of the SD memory card interface. The dynamic movie is an AVI format movie, an MPEG-4 format movie or an H.264 format movie for continuous playback, but is not limited to the above format video. The still images stored in the SD memory card may be JPEG format images or BMP format images, but are not limited to the above format images. The motion sensor 500 can be a PIR Motion Sensor or any type of motion sensor. Through the universal serial bus (USB) interface 433, the dynamic video stored in the SD memory card or the still images can be transmitted.

The SD memory card is taken out from the automatic motion pictures device, and the still images or the motion pictures stored on the SD memory card can be used with any SD memory card (Secure Digital Memory Card). , SD memory card) interface computer, laptop or digital TV direct playback.

In view of the above, the object of the present invention has been fully and effectively disclosed to those skilled in the art, but the scope of the patent is not limited to the above embodiments. This case has been modified by people who are familiar with the technology, but it is not intended to be protected by the scope of the patent application.

100‧‧‧Automatic generation of time-lapse film installations

110‧‧‧image capture unit

111‧‧‧front cover member

112‧‧‧image capture device

113‧‧‧rear cover member

114‧‧‧Image-capture-unit connector section

115‧‧‧ holes

116‧‧‧ lens assembly (lens assembly)

117‧‧‧iron ring

118‧‧‧cylindrical-shaped fixing parts

119‧‧‧cylindrical-shaped fixing parts

120‧‧‧ body (camera body)

121‧‧‧ front cover member of camera body

122‧‧‧rear cover member of camera body

123‧‧‧ribs

124‧‧‧curved supporting parts

125‧‧‧curved supporting parts

126‧‧‧curved surface

127‧‧‧ holes

128‧‧‧ holes

129‧‧‧ movable bottom cover (lid)

130‧‧‧circuit board

131‧‧‧Secure Digital Memory Card (SD memory card) interface

132‧‧‧Socket (socket)

133‧‧‧Universal Serial Bus (USB) interface

134‧‧‧ display

140‧‧‧Battery

151‧‧‧access port cover

152‧‧‧access port cover

153‧‧‧Access port openings

154‧‧‧Access port openings

155‧‧‧Access port openings

156‧‧‧opening

157‧‧‧ button

158‧‧‧ button

159‧‧‧ button

200‧‧‧Remove line

210‧‧‧ button

220‧‧‧ grip

230‧‧‧Wire (cable)

240‧‧‧ plug

300‧‧‧Automatically generating dynamic film installations

312‧‧‧image capture device

Cover of 331‧‧‧SD Memory Card (SD memory card) interface

332‧‧‧Socket (socket)

400‧‧‧Automatically generating dynamic film installations

412‧‧‧image capture device

417‧‧‧iron ring

431‧‧‧Secure Digital Memory Card (SD memory card) interface cover

432‧‧‧ socket (socket)

433‧‧‧Universal Serial Bus (USB) interface

500‧‧‧motion sensor

510‧‧‧Photosensitive elements

520‧‧‧Fixed components

530‧‧‧Wire (cable)

540‧‧‧ plug

1A and 1B are exploded views of the apparatus for automatically generating a time-lapse video of the preferred embodiment of the present invention.

2A and 2B are diagrams showing the automatic generation of a time-lapse video device according to a preferred embodiment of the present invention.

3A and 3B are schematic views of an automatically generated dynamic film device without a shutter release installed in another preferred embodiment of the present invention.

4A and 4B are schematic views showing the automatic generation of a dynamic film device with a shutter release installed in another preferred embodiment of the present invention.

5A and 5B are schematic views showing an automatically generated dynamic film device without a motion sensor installed in another preferred embodiment of the present invention.

6A and 6B are diagrams showing the automatic generation of a dynamic motion picture device with a motion sensor installed in another preferred embodiment of the present invention.

100‧‧‧Automatic generation of time-lapse film installations

110‧‧‧image capture unit

111‧‧‧front cover member

112‧‧‧image capture device

113‧‧‧rear cover member

114‧‧‧Image-capture-unit connector section

115‧‧‧ holes

116‧‧‧ lens assembly (lens assembly)

117‧‧‧iron ring

118‧‧‧cylindrical-shaped fixing parts

119‧‧‧cylindrical-shaped fixing parts

120‧‧‧ body (camera body)

121‧‧‧ front cover member of camera body

122‧‧‧rear cover member of camera body

123‧‧‧ribs

124‧‧‧curved supporting parts

125‧‧‧curved supporting parts

126‧‧‧curved surface

127‧‧‧ holes

128‧‧‧ holes

129‧‧‧ movable bottom cover (lid)

130‧‧‧circuit board

131‧‧‧Secure Digital Memory Card (SD memory card) interface

132‧‧‧Socket (socket)

133‧‧‧Universal Serial Bus (USB) interface

134‧‧‧ display

140‧‧‧Battery

153‧‧‧Access port openings

154‧‧‧Access port openings

155‧‧‧Access port openings

156‧‧‧opening

Claims (26)

A device for automatically generating a time-lapse movie, comprising: an image capturing unit for capturing an image of a target object and converting it into a digital still image; and a circuit board comprising a specific application integrated circuit, the specific application product The body circuit is electrically connected to the image capturing unit, and controls the image capturing unit to capture an image of the target object after a specific time interval, converts into a series of the digital still images, and passes the serial static image through the circuit board. An interface stores a series of the digital still images in a memory unit, and the specific application integrated circuit automatically combines the series of the static images to generate a time-lapse movie. The automatic generation of a time-lapse film device as described in claim 1, wherein the time-lapse movie is stored in the memory unit. The automatic generation of time-lapse movie device as described in claim 1, wherein the interface is any one of the following interfaces: an SD memory card (SD memory card) interface, a multimedia memory card (Multimedia) Card, MMC) interface, XD graphics card (Extreme Digital-Picture Card) interface, CF card (Compact Flash Card, CF card) interface, Universal Serial Bus (USB) interface and mini universal serial convergence Mini Universal Serial Bus (mini USB) interface. The automatic generation of time-lapse film device according to claim 1, wherein the memory unit is any one of the following memory types: a SD memory card (SD memory card), a multimedia memory card ( Multimedia Card, MMC), XD image card (Extreme Digital-Picture Card), CF card (Compact Flash Card, CF card). The automatic generation of the time-lapse film device as described in claim 2, wherein the memory unit is any one of the following memory types: a SD memory card (SD memory card), a multimedia memory card ( Multimedia Card, MMC), XD image card (Extreme Digital-Picture Card), CF card (Compact Flash Card, CF card). The apparatus for automatically generating a time-lapse film according to claim 5, wherein the memory is taken out from the automatically generated time-lapse film device, and the memory is stored in the memory. The film uses any of the following devices having a memory card interface. Direct playback: computers, laptops and digital TVs. The image capture unit of claim 1 is characterized in that: the image capture unit comprises: an image capture device for capturing an image of the target object and converting the image into a digital still image; a cover, the front cover and the rear cover are used to form a cylindrical component, and an inner space is formed inside the front cover and the rear cover, and the image capturing device is disposed in the inner space. The front cover has a hole for the lens group of the image capturing device to pass through the hole, so that the image capturing device can capture an image of the object; and an image capturing unit connecting component Used to electrically connect the specific application integrated circuit. The automatic generation of time-lapse film device according to claim 7, wherein the image capturing device is one of the following: a digital camera using a photosensitive coupling element and a digital camera using a complementary metal oxide semiconductor. . Automatically produce time-lapse film as described in item 7 of the patent application scope And a body comprising: a front cover of the body; and a rear cover of the body, the front cover of the body and the back cover of the body are used to form the body, and the front cover of the body and the back cover of the body Forming an internal space therein, the circuit board is disposed in the internal space; wherein a top surface of the front cover of the body has a rib-shaped member and two sides of the upper half of the front cover of the body have a curved supporting member in the body The rib-shaped member of the top surface of the front cover, the curved supporting members and a curved surface of the front cover of the body form an open space for accommodating the image capturing unit, and the curved supporting members are respectively provided with holes The holes are used to allow the cylindrical fixing elements on both sides of the image capturing unit to pass through the holes respectively, and the image capturing unit and the holes enable the image capturing unit to be installed in the opening Freely rotate up and down in the space to adjust the shooting direction of the lens group. The apparatus for automatically generating a time-defining film according to claim 7 further includes a body, the body comprising: a back surface setting button of the back cover of the body, the button is a time setting of the automatically generating the time-lapse film device The button can be used to set the automatic generation time-lapse film device to control the image capturing device to capture an image of the target object after a specific time interval. An automatic generating dynamic film device comprises: an image capturing unit for capturing an image of a target object and converting it into a digital still image; a circuit board comprising a specific application integrated circuit, the specific application integrated circuit Electrically connecting the image capturing unit to control the image capturing unit to capture an image of the object; and a shutter release electrically connecting the circuit board, the shutter release comprising a button for controlling the specific application integrated circuit. Each time the button is pressed, the automatically generated dynamic film device controls the image capturing unit to capture an image of the target object, wherein the specific application integrated circuit images the image The image of the target object is converted into a digital still image, and the digital still image is stored in a memory unit via one interface of the circuit board, and the specific application integrated circuit is automatically stored. A dynamic movie is generated by serially combining the digital still images in one of the memory units. The automatic production of a dynamic movie device as described in claim 11, wherein the dynamic movie is stored in the memory unit. The automatic production of a dynamic movie device as described in claim 11, wherein the interface is any one of the following interfaces: a SD memory card (SD memory card) interface, a multimedia memory card (Multimedia Card) , MMC) interface, XD graphics card (Extreme Digital-Picture Card) interface, CF card (Compact Flash Card, CF card) interface, Universal Serial Bus (USB) interface and mini universal serial bus (mini Universal Serial Bus, mini USB) interface. The automatic motion picture device as described in claim 11, wherein the memory unit is any one of the following types of memory: a SD memory card (SD memory card), a multimedia memory card (Multimedia) Card, MMC), XD image card (Extreme Digital-Picture Card), CF card (Compact Flash Card, CF card). The automatic motion picture device as described in claim 14, wherein the memory is taken out from the automatically generated dynamic film device, and the dynamic movie stored in the memory uses any of the following The device of the memory card interface plays directly: computer, laptop and digital TV. The image capture unit includes: an image capture device for capturing an image of the object and converting the digital image into a digital still image; a front cover, the front cover and the rear cover are used to form a cylindrical component, and an inner space is formed inside the front cover and the rear cover, and the image capturing device is disposed in the inner space, The front cover has a hole for allowing the lens group of the image capturing device to pass through the hole, so that the image capturing device can capture an image of the object; and an image capturing unit connecting component is used Electrically connecting the particular application integrated circuit. The automatic motion picture device as described in claim 16, wherein the image capture device is one of the following: a digital camera using a photosensitive coupling element and a digital camera using a complementary metal oxide semiconductor. The automatic motion film device of claim 16, further comprising a body, the body comprising: a body front cover; and a body back cover, the body front cover and the body back cover are used to form the body cover a body, and an inner space is formed in the front cover of the body and the inner cover of the body, the circuit board is disposed in the inner space; wherein a rib-shaped component and a front cover of the front cover of the front cover of the body cover The upper side has a curved supporting member on both sides, and a rib-shaped member on the top surface of the front cover of the body, the curved supporting member and a curved surface of the front cover of the body form a curved surface The open space is used for accommodating the image capturing unit, and the curved supporting members are respectively provided with holes, and the holes are used for the cylindrical fixing elements on both sides of the image capturing unit to pass through the holes respectively. The image capturing unit and the holes enable the image capturing unit to be mounted to rotate up and down in the open space to adjust the photographing direction of the lens group. An automatic generating dynamic film device comprises: an image capturing unit for capturing an image of a target object and converting it into a digital still image; a circuit board comprising a specific application integrated circuit, the specific application integrated circuit Electrically connecting the image capturing unit to control the image capturing unit to capture an image of the object; and a moving sensor electrically connected to the circuit board, by using the motion sensor control, when the motion sensing When the object detects the movement of the object, the automatically generated dynamic film device controls the image capturing unit to capture the image of the target object, wherein the specific application integrated circuit converts the image captured by the image capturing unit to the target object into a digital static And storing the digital still image in a memory unit through the interface of the digital static image, and the specific application integrated circuit automatically combines the serial static image stored in the memory unit to generate a Dynamic movie. The automatic production of a dynamic movie device as described in claim 19, wherein the dynamic movie is stored in the memory unit. The automatic motion picture device as described in claim 19, wherein the interface is any one of the following interfaces: a SD memory card (SD memory card) interface, a multimedia memory card (Multimedia Card) , MMC) interface, XD image card (Extreme Digital-Picture Card) interface, CF card (Compact Flash Card, CF card) interface, Universal Serial Bus (USB) interface and mini universal serial bus (mini USB) interface. The automatic motion picture device as described in claim 19, wherein the memory unit is any one of the following types of memory: a SD memory card (SD memory card), a multimedia memory card (Multimedia) Card, MMC), XD image card (Extreme Digital-Picture Card), CF card (Compact Flash Card, CF card). The automatic motion picture device as described in claim 22, wherein the memory is taken out from the automatically generated dynamic film device, and the dynamic movie stored in the memory is directly played by any of the following devices having a memory card interface: Computers, laptops and digital TVs. The automatic image generating device of claim 19, wherein the image capturing unit comprises: an image capturing device for capturing an image of the object and converting the digital image into a digital still image; a front cover, the front cover and the rear cover are used to form a cylindrical component, and an inner space is formed inside the front cover and the rear cover, and the image capturing device is disposed in the inner space, The front cover has a hole for allowing the lens group of the image capturing device to pass through the hole, so that the image capturing device can capture an image of the object; and an image capturing unit connecting component is used Electrically connecting the particular application integrated circuit. The automatic motion picture device as described in claim 19, wherein the image capturing unit is as listed below. One: a digital camera using a photosensitive coupling element and a digital camera using a complementary oxidized metal semiconductor. The automatic motion film device of claim 19, further comprising a body, the body comprising: a body front cover; and a body back cover, the body front cover and the body back cover are used to form the body a body, and an inner space is formed in the front cover of the body and the inner cover of the body, the circuit board is disposed in the inner space; wherein a rib-shaped component and a front cover of the front cover of the front cover of the body cover The upper side of the upper half has a curved supporting member, and the rib-shaped member on the top surface of the front cover of the body, the curved supporting members and a curved surface of the front cover of the body form an open space for accommodating the image. The capturing unit is provided with holes respectively for allowing the cylindrical fixing members on both sides of the image capturing unit to pass through the holes respectively, by the curved supporting members and The holes enable the image capturing unit to be mounted to rotate up and down in the open space to adjust the photographing direction of the image capturing unit.