TW201325976A - Transportation - Google Patents

Abstract

A transportation including a wheel, a body, a placing slot and a back-facing board is provided. The transportation moves according to the rotation of the wheel. An image recorder is positioned on the placing slot. The back-facing board includes a data-taking hole for taking out a memory element of the image recorder or the data, corresponding to the images recorded by the image recorder, storing in the memory element.

Description

Transmission tool

The present invention relates to a transmission tool, and more particularly to a transmission tool having an imaging device and having a signal transmission port located on the rear panel.

With the rapid development of technology, more and more electrical appliances and electronic products are used by modern people, and the transmission tools used for transportation are constantly updated. One of the widely used transmission tools is the locomotive.

Traditionally, if a traffic accident occurs inadvertently, in order to clarify the attribution of responsibility, it is often necessary to wait for the policing unit to make measurements, or to access the monitoring screen from the intersection, so that it is easy to ascertain the responsibilities of the parties.

Therefore, several patents have been disclosed to apply the driving recorder to the transmission tool _ locomotive. For example, in TWM418076 "Motorcycle Driving Recorder", in the third picture, a lens is attached to the front and rear of the transmission tool to record images. The image can be displayed through the external image output slot 14 shown in the second figure for external screen insertion. Or the image is stored by the memory card slot 13 to insert an SD card or other storage device.

TWM418068 "Recognizer for locomotive" discloses a video recorder 20 (as shown in the first figure) installed in front of the locomotive 10, and a storage device 40 for storing the recorded images is disposed under the seat cushion. Among the cars. When you need to read the recorded image, you can directly remove the memory and read it.

TWM393684 "Improved Structure of Vehicle Travel Recording Device" discloses that the image that can be recorded is sent out by the wireless transceiver module to be stored on the desired device.

TWI281644 "Motor Vehicle Information Storage Method and Driving Information Storage System" discloses devices that can record driving positions and related information.

However, if you want to access the images recorded by the above patents, most of them will be inconvenient to use. For example, the memory card slot of the TWM418076 is located in the front of the transmission tool. When the user wants to store the data, it still needs to run from the seat cushion to the front of the transmission tool. If there is no space in front (for example, the front of the transmission tool) It is a wall) and access will be extremely inconvenient. And because it is located in front of the transmission tool, it is highly susceptible to dust, rain and water pollution.

For example, in TWM418068, its memory is placed in the compartment under the seat cushion. When taking it, it is still necessary to open the seat cushion and move the items placed on it (such as raincoats and helmets) to get it. Moreover, sometimes if the car enters the water, the memory may be damaged as a result.

However, the TWM393684 discloses that by wireless transmission, the transmission time may be too long because the file is too large. Or even if the user does not have a device that can be wirelessly received, it may cause a situation in which storage is not easy.

Therefore, how to make it easy for a user to read out stored images is a goal that can be worked out by those skilled in the art.

The main object of the present invention is to improve the convenience of a user using a transmission tool having an image pickup device.

Another object of the present invention is to reduce the probability of contamination of components of an image pickup device.

To achieve the above and other objects, the present invention provides a transmission tool that defines a transmission tool having a transmission portion coupled to the body, the body of which has a receiving groove to provide an imaging device. And the body further has a rear panel and a starting portion disposed thereon. The camera device includes a light receiving port for allowing light to enter the light receiving port, and a memory for recording the image captured by the camera device. Meanwhile, a data removing hole 35H is disposed on the rear panel to pass through the data removing hole 35H. Take the memory or read the information stored in the memory. Since the rear panel is oriented with respect to the user when using the power transmission tool, it is easy to use if the user wants to take the memory or access the data through the data extraction hole 35H.

Moreover, since the direction of the surface of the rear panel is opposite to the direction in which the transmission tool travels, it is possible to reduce the possibility that foreign matter such as dust, rain, water, etc., is contaminated into the memory through the data extraction hole.

In summary, the present invention can improve the convenience of the user when using a transmission tool having an image pickup device. Moreover, the relevant components of the camera device can be properly protected to reduce the risk of contamination, so that it has practical value.

For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings.

Referring to FIG. 1a, which is a first embodiment of the present invention, the transmission tool 1 of the present invention has a body 3 and a transmission portion 5; the body 3 and the personnel or articles carried thereon can be moved by the rotation of the transmission portion 5. .

As shown in the figure, the body 3 has a receiving groove 31, a front panel 33, a rear panel 35, a starting portion 37, and a throttle handle (not shown). The starting portion 37 is provided on the rear panel 35. The power transmission tool 1 may be provided with a lighting device (such as the headlights 32) on the front panel 33 to emit light when appropriate. The manner in which the front panel 33 and the rear panel 35 are distinguished is distinguished by the direction in which they face; as indicated by the arrow A in the figure, the front surface 33 facing the front surface faces the surface as the arrow A' The rear panel shown is the rear panel 35. In this embodiment, the front panel 33 can be further divided into the first front panel 33a and the second front panel 33b; the rear panel 35 can be subdivided into the first rear panel 35a and the second rear panel 35b. The first rear panel 35a can be divided into a first upper panel 35a1 and a first lower panel 35a2, and the second rear panel 35b can be divided into a second upper panel 35b1, a second intermediate panel 35b2, and a second lower panel 35b3. In this embodiment, the starting portion 37 is provided on the second upper panel 35b1. The above-mentioned accommodating groove 31 can be a space formed in the front panel 33 and the rear panel 35. It may also be a structure formed on the rear panel 35. Or the structure in which the front panel 33 itself extends toward the rear panel 35.

In the structure of the rear panel 35, a data take-out hole 35H is provided.

An imaging device 7 is mounted in the accommodating slot 31; the imaging device 7 has a light receiving port 71, a memory 73 and a signal transmitting port 75. In this embodiment, the light receiving port 71 is disposed on the front panel 33 (more strictly, the first front panel 33a disposed in the front panel 33). In this embodiment, the memory 73 of the imaging device 7 is provided. The type is a memory card. When the image pickup device 7 records an image, the memory 73 is disposed on the image pickup device 7, and the memory 73 can be taken out by passing through the data extraction hole 35H of the rear panel 35.

When the image pickup device 7 is activated, the light enters from the light receiving port 71, and is converted into information that can be stored in the memory 73 to correspond to the image captured by the light receiving port 71.

In this embodiment, the image capturing device 7 records the image captured by the light receiving port 71 through the memory 73. Since the data removing hole 35H is mounted on the rear panel 35, the user wants to take the memory 73 regardless of the use. The person sitting on the seat cushion 39 or standing beside the power transmission tool 1 can naturally remove the memory 73 through the data take-out hole 35H.

Moreover, since the data take-out hole 35H is disposed in the rear panel 35, it is located exactly opposite to the normal traveling direction of the power transmission tool 1 (the surface direction thereof is indicated by an arrow A'), so that the memory 73 can be reduced due to dust, The chance of being polluted by wind or rain. Moreover, the rear panel 35 of the present transmission tool 1 can be used to design an inclination angle (as shown in Fig. 1a), and the opportunity for the contaminant to contaminate the memory 73 through the data extraction hole 35H can be reduced.

In order to reduce the memory 73 to be taken by other people, a shielding body (not shown) may be disposed on the data extraction hole 35H; and the shielding body is normally unable to be moved, and only the user uses the key. After the password is turned on, the occlusion body can be removed and the memory 73 can be taken out from the data extraction hole 35H.

As shown in the embodiment of FIG. 1b, the image pickup device 7 has a light receiving port 71 and a memory 73, and has a signal transmission port 75. The signal transmission port 75 is disposed in the data extraction hole 35H of the rear panel 35.

The signal transmission port 75 is electrically connected to the memory 73 to transmit information corresponding to the light entering the light receiving port 71 to other devices. In this embodiment, the signal transmission port 75 can be a USB interface. When the user is electrically connected to the signal transmission port 75 by a storage device (such as a flash drive), the image can be transmitted from the memory 73 to the memory device 73. User's storage device.

In this embodiment, the image capturing device 7 records the image recorded by the light receiving port 71 through the memory 73. Since the signal transmitting port 75 is installed on the rear panel 35, the user wants to electrically connect the storage device to the signal transmission. At the time of 75, whether the user is sitting on the seat cushion 39 or standing beside the transmission tool 1, the storage device can be naturally held by the data removal hole 35H and the signal transmission port 75. Electrical connection; for example, if the storage device is a flash drive and the signal transmission port is a USB interface, the signal transmission can be started by simply inserting the flash drive.

Moreover, as shown in FIG. 2a, the first mode of the area B in FIG. 1b is enlarged, and the direction of the signal transmission port 75 disposed in the data extraction hole 35H can be in a direction perpendicular to the rear panel 35. It is convenient for the user to insert and remove the storage device 55. Or, as shown in FIG. 2b, which is the second form enlarged in the area B of FIG. 1, which can adopt a direction nearly parallel to the rear panel 35 to reduce the rainwater falling along the surface of the rear panel 35 and contaminate the The probability of the signal transmission port 75 in the hole 35H is taken out. As shown in FIG. 2b, as long as the rear panel 35 is designed with a recessed space to open the data extraction hole 35H, the signal transmission port 75 can be fixed in the up-down direction for the user. The storage device 55 can be inserted into the signal transfer port 75 from below to generate an electrical connection to transmit the signal.

The power source of the image pickup device 7 can be connected to the power source of the power transmission tool 1 or a battery. The method is not limited thereto. If it is connected to the power supply of the transmission tool 1, a mechanism can be set which is automatically activated when the transmission tool 1 is started. Thus, as long as the transmission tool 1 starts moving, the imaging device 7 can self-record the image. This allows the user to reduce the burden on the user after starting the transmission tool 1 without paying attention to whether the camera unit 7 has been activated. Moreover, if the camera device 7 can be linked to the activation of the power tool 1, even if the user forgets, the automatic activation mechanism of the camera device 7 can be used, and when necessary (such as a traffic accident), the image is read to clarify the responsibility.

Moreover, in order to prevent the data in the image pickup apparatus 7 from being stolen arbitrarily, various anti-theft facilities can be used for prevention. For example, one of the methods sets the need to provide power to the memory 73 to transmit signals when the transmission tool 1 is activated. Alternatively, the transmission tool 1 does not need to be activated, and as long as the user places the key in a specific place, such as the activation unit 37, it can sense and then open the authority to transmit the signal.

Therefore, according to the contents of the above two embodiments, the method of assembling the imaging device 7 may be that the transmission tool 1 is provided first, and the imaging device 7 is disposed in the accommodating groove 31, and the light receiving port 71 is mounted on the front panel 33. The memory 35 or the signal transfer port 75 of the image pickup device 7 is provided to the data take-out hole 35H of the rear panel 35. The front panel 33 and the rear panel 35 are combined. In order to provide a transmission tool 1 that is accessible to the user and has a camera unit 7.

As shown in another embodiment of FIG. 3a, the imaging device (not shown) includes a light receiving port (not shown) and a signal transmitting port 75, and further includes a display device 77 disposed on the rear panel 35. Above the first rear panel 35a, and a shielding body 79 is disposed on the imaging device. In the figure, the imaging device is not particularly shown in the accommodating groove, and only the position where the display device 77 is disposed is illustrated. The data take-out hole 35H is provided on the second lower panel 35b3 of the rear panel 35.

The shielding body 79 can be a transparent cover. Therefore, when the display device 77 is covered, it can reduce the chance that the display device 77 is contaminated by dust, rain, water, or the like. Moreover, the display device 77 can be prevented from being struck, and its life is prolonged.

As can be seen from the figure, the rear panel 35 has the first rear panel 35a and the second rear panel 35b, and the second rear panel 35b has the second upper panel 35b1 and the second lower panel 35b3. The starting portion 37 of the transmission tool 1 is the second upper panel 35b1 provided on the rear panel 35.

In the figure, the signal transmission port 75 for transmitting the information stored in the memory of the imaging device is provided in the data extraction hole 35H of the second lower panel 35b3. When the user wants to use the storage device to access the data, it is convenient to electrically connect the storage device to the signal transmission port 75 and the access is successful.

As can be seen from the figure, the camera device can further have a power control button 78 having the function of turning the camera on or off. When the user does not want to record the camera during traveling, the camera can be freely selected to be turned on or off by the power control button.

Moreover, the camera device can further have an operation indicator 771. It can be illuminated when the camera is in normal operation, and does not illuminate when it is turned off for the user to confirm. It can be an LED light or a block above the display device 77.

In this embodiment, the position of the display device 77 of the image capturing device is the position of the dashboard where the conventional transmission tool 1 displays the oil storage amount or the traveling speed; therefore, the display device 77 can also be configured to display the oil storage amount or travel. Speed function. Moreover, after the driving device 1 is activated, the display device 77 can display the image captured by the camera device first, and let the user confirm that the recording function is normal; and set a certain time to start or travel a certain distance, or even reach a certain distance. After the speed, the display device 77 automatically displays the traveling speed or the amount of oil stored. This type of setting is because the user does not easily observe the image captured by the camera while riding the transmission tool 1, but may need to observe the current traveling speed; therefore, the mechanism of active switching is more Meet the information the user needs in the actual operation.

In the embodiment of Fig. 3a, the data take-out hole 35H is provided in the second lower panel 35b3; however, it can be adjusted in position according to actual needs.

As shown in another embodiment of FIG. 3b, the data extraction hole 35H is disposed on the first rear panel 35a of the rear panel together with the display device 77, and is covered by the shielding body 79 to simultaneously protect the display device 77 and the data extraction hole. 35H. When the user wants to take out the memory, the shielding body 79 can be moved, and the memory 73 can be taken out from the data extraction hole 35H.

Therefore, the transmission tool of the present invention can be accessed by setting the camera device in the transmission tool, in addition to recording the image by time, when there is a need to confirm the image. And by transmitting the signal to the rear panel, in addition to facilitating the user to access the memory or the information stored in the memory of the camera device in the most convenient gesture, the memory or signal transmission can be reduced. Opportunity to be contaminated by dust, rain, water, etc.

That is, if a transmission tool has a transmission portion connected to the body, and the body has a receiving groove, a rear panel and an activation portion; the transmission tool can be activated by the activation portion. And the camera device can be installed by the accommodating slot. If the data extraction hole is set in the rear panel, the memory or signal transmission port of the camera device can be set in the data extraction hole, and the user can access the image data recorded by the camera device.

The present invention is described above by way of example, and is not intended to limit the scope of the invention. The scope of patent protection is subject to the scope of the patent application and its equivalent fields. Modifications or modifications made by those skilled in the art, without departing from the spirit or scope of the invention, are equivalent to the equivalents or modifications made in the spirit of the invention and should be included in the following claims. Inside.

1. . . Transmission tool

3. . . Ontology

31. . . Locating slot

32. . . headlight

33. . . Front panel

33a. . . First front panel

33b. . . 2nd front panel

35. . . Rear panel

35a. . . First rear panel

35a1. . . First upper panel

35a2. . . First lower panel

35b. . . Second rear panel

35b1. . . Second upper panel

35b2. . . 2nd middle panel

35b3. . . Second lower panel

35H. . . Data extraction hole

37. . . Startup department

39. . . Seat cushion

5. . . Transmission department

55. . . Storage device

7. . . Camera

71. . . Light receiving port

73. . . Memory

75. . . Signal transmission

77. . . Display device

771. . . Operation indicator

78. . . Power control button

79. . . Occlusion body

1a and 1b are schematic views of a transmission tool according to an embodiment of the present invention.

2a and 2b are schematic views showing the position of the transmission tool and the rear panel thereof according to the present invention.

3a is a schematic view of a transmission tool according to another embodiment of the present invention.

Fig. 3b is another embodiment of the data take-out hole of the rear panel of the present invention.

1. . . Transmission tool

3. . . Ontology

31. . . Locating slot

32. . . headlight

33. . . Front panel

33a. . . First front panel

33b. . . 2nd front panel

35. . . Rear panel

35a. . . First rear panel

35a1. . . First upper panel

35a2. . . First lower panel

35b. . . Second rear panel

35b1. . . Second upper panel

35b2. . . 2nd middle panel

35b3. . . Second lower panel

35H. . . Data extraction hole

37. . . Startup department

39. . . Seat cushion

5. . . Transmission department

7. . . Camera

71. . . Light receiving port

73. . . Memory

Claims (14)

A transmission tool includes: a transmission portion; a body is coupled to the transmission portion, wherein the body has a receiving groove, a rear panel and a starting portion, wherein the starting portion is disposed on the rear panel, and thereafter The panel has a data extraction hole; a camera device includes a light receiving port and a memory; wherein the camera device is disposed in the receiving slot; the memory records a message corresponding to the light receiving port receiving Light; and the information contained in the memory or memory can be obtained through the data extraction hole. The transmission tool of claim 1, wherein the memory system is an SD card. The transmission tool of claim 1, wherein the camera device comprises a signal transmission port, the signal transmission port is disposed in the data extraction hole, and is electrically connected to the memory to transmit the memory The information recorded. The transmission tool of claim 1, wherein the camera device further comprises a display device. The transmission tool of claim 4, further comprising a shielding body disposed above the imaging device and the receiving slot. The transmission tool of claim 1, wherein the display device is disposed in the accommodating groove. The power transmission tool of claim 1, wherein the body further comprises a front panel, and the light receiving opening is disposed on the front panel. The power transmission tool of claim 1, wherein the power source of the camera device is provided by a battery. The power tool of claim 1, wherein the power source of the camera device is connected to a power source of the power tool. The transmission tool of claim 1, wherein the shielding body covers the signal transmission port. The transmission tool of claim 1, wherein the camera device further comprises a power control button to turn the camera device on or off. The transmission tool of claim 1, wherein the display device displays an image corresponding to the light received by the light receiving port. The transmission device of claim 1, wherein the display device can display the traveling speed or the amount of oil stored in the transmission tool. A transmission tool includes: a transmission portion; a body connected to the transmission portion, wherein the body has a receiving groove, a rear panel and a starting portion; wherein the starting portion is disposed on the rear panel; The slotting device is configured to mount a camera device, and the camera device includes a memory corresponding to the image captured by the camera device; wherein the rear panel has a data extraction hole for obtaining the memory or the memory The information contained in it.