JP3124281U - Portable in-vehicle flip-down multimedia player device - Google Patents

Abstract

Provided is a portable in-vehicle flip-down multimedia player device that can be quickly attached and detached and at the same time secured securely on a ceiling in a vehicle for a long time.
A portable in-vehicle flip-down multimedia player device includes a flip-down base, a detachable structure, and a multimedia device. Of these, the flip-down base is fixed to a ceiling portion in a vehicle, and a release button, a rotating shaft, and a hooking part. And a storage space. The detachable structure includes an upper mating plate, a stop component, an interlocking component, and a lower mating plate, and the lower mating plate has a perforated hole and a hooking portion on both sides. The stop part and the interlocking part are installed between the lower and upper laminating plates, and the shaft holes are installed at positions where they are fixed to the upper and lower laminating plates.
[Selection] Figure 1

Description

  The present invention relates to a portable in-vehicle flip down type multimedia player device, which is fast and detachably installed, and at the same time is securely installed on a ceiling in a vehicle.

  Currently, the in-vehicle flip-down multimedia player device has a structure in which a DVD disc player and a flip-down type liquid crystal television are integrated in Patent Document 1, which improves convenience during use and can be operated by a person in the back seat by himself / herself. . However, there is a problem with this device, for example, to go to the suburbs by car, arrive at the destination, stop the car, remove the flip-down multimedia player installed in the car and use it outside, You have to buy a portable or tabletop multimedia player separately.

  The technology of portable in-vehicle flip-down multimedia player devices in the current market is a problem that has not been overcome for many years, and it must have speedy attachment / detachment and passenger safety at the same time. In general, there are many methods for speedy attachment / detachment techniques, which can be achieved relatively easily. However, if speedy attachment / detachment is achieved, the problem of long-term safe installation on the ceiling of the vehicle must be considered. Patent document 2 aims at attaching and detaching an apparatus speedily. However, a push button is installed on the flip-down table, and the engagement hole for fixing the multimedia device is controlled by the engagement end engaged with the operating rod, thereby achieving the purpose of speedy attachment / detachment. Therefore, there is a safety problem. The main cause is that the engaging end engaging the operating rod rotates the multimedia device on the moving device so that the multimedia device can be released at any time. Therefore, the engaging end where the operating rod is engaged cannot be installed with the multimedia device's engaging hole. The hanging edge that is present cannot be localized, and the multimedia device falls from the flip-down table, causing danger to the passengers.

Taiwan Patent No. 501855 Specification Taiwan Patent No. M281845 Specification

  The main object of the present invention is to improve the known problems and to fix the attachment / detachment structure provided with the rotary shaft and the attachment / detachment structure in a stable manner for a long time. In addition, the multimedia device is firmly engaged and fixed by the engaging part and the stop part of the detachable structure, and the multimedia device and the flip-down base are fast and safely fixed. Also, when the release button is pressed, the multimedia device immediately leaves the flip-down base and is used elsewhere.

In order to achieve the above object, a portable in-vehicle flip-down multimedia player device of the present invention includes the following.
The flip-down base is fixed to a ceiling portion in the vehicle, and includes a release button, a rotating shaft, a hooking part, and a storage space, wherein the release button includes a pressing rod and the hooking part includes a hooking end.

  The detachable structure includes an upper mating plate, a stop component, an interlocking component, and a lower mating plate, of which a perforation is provided in the lower mating plate and a hooking portion is provided on both sides. The stop part and the interlocking part are installed between the lower and upper laminating plates, and the shaft holes are installed at positions where they are fixed to the upper and lower laminating plates. In addition, a stop part to be inserted into the perforation is installed in the stop part, and an upper slide block is installed, and the interlocking part is a side slide linked to the above-mentioned pressing rod, and a lower slide block installed relative to the lower slide. The interlocking part interlocks with the release button, moves to the left and right, the lower slide moves the upper slide up and down, and the stop part operates up and down.

  The multimedia device has a latching tank and a latching convex part on both sides of the back, a stop tank on the top of the back, a fitting tank on the bottom of the back, and the latching part hooks through the latching concave tank. Fastened to the convex part, the stop part is inserted into the perforation, stopped on the stop tank, and the multimedia device can be quickly fixed in the storage space of the flip-down table or removed by connecting the hooking end and the fitting tank To do.

The invention of claim 1 is a portable in-vehicle flip-down multimedia player device mainly composed of a flip-down base, a detachable structure, and a multimedia device.
The flip-down base is fixed to the ceiling of the vehicle, and includes a release button, a rotating shaft, a hooking part, and a storage space, and the release button includes a pressing rod, and the hooking part includes a hooking end.
The attachment / detachment structure includes an upper mating plate, a stop component, an interlocking component, and a lower mating plate, of which the lower laminating plate has a perforated hole and a hook on both sides. Installed between the laminating plate and the upper laminating plate, and by installing a shaft hole at a position where it is fixed to the upper laminating plate of the lower laminating plate, it is pivotally connected to the above rotating shaft, and other stop parts are inserted into the perforations The stop part is installed, and the upper slide block is installed. The interlocking part is provided with the side hook interlocking with the above-mentioned pressing rod, and the lower slide part installed relative to the lower part of the upper slide block. In conjunction with it, it moves to the left and right, the lower slide moves the upper slide up and down, and the stop moves up and down.
The multimedia device has a latching tank and a latching convex part on both sides of the back, a stop tank on the top of the back, a fitting tank on the bottom of the back, and the latching part hooks through the latching concave tank. Fastened to the convex part, the stop part is inserted into the perforation, stopped on the stop tank, and the multimedia device can be quickly fixed in the storage space of the flip-down table or removed by connecting the hooking end and the fitting tank This is a portable in-vehicle flip-down multimedia player device.
The invention of claim 2 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base is provided with a storage tank, a spring is installed in the storage tank, and a separate engaging part. A convex tank and an inclined lump are installed on the outside, and the convex tank is placed outside the storage tank, and one end is in contact with the spring. Insert a through-hole to insert, and install a retaining end that pushes the slanted mass, and pivots one end of the hand-carrying part on the flip-down table, and the retaining end moves downward to push the slanted lump, Is a portable in-vehicle flip-down multimedia player device characterized in that the spring is compressed and the engagement end moves to release the fitting tank.
The invention of claim 3 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base is provided with a storage hole to limit the movement of the release button. It is an in-vehicle flip-down multimedia player device.
The invention of claim 4 is the portable in-vehicle flip-down type multimedia player device according to claim 1, wherein the flip-down base has a rail hole, and a pressing part is installed in the rail hole, and the pressing part is a rail hole. The portable in-vehicle flip-down type multimedia player device is characterized in that the position of the release button is prevented from being moved by restricting the position to the left.
The invention according to claim 5 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the upper mating plate has a release hole, and a pressing rod of the release button is inserted to correspond to the side hook. This is a portable in-vehicle flip-down multimedia player device.
6. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base is provided with a digital radio signal receiver / transmitter. It is a device.

The invention of claim 7 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base is provided with a decorative plate.
The invention of claim 8 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device is a portable in-vehicle flip-down multimedia player device in which a liquid crystal monitor is installed. .
The invention of claim 9 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device is provided with a disk insertion tank (CD, VCD, DVD optical disk insertion tank). This is a portable in-vehicle flip-down multimedia player device.
The invention of claim 10 is a portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device is provided with a storage device (hard disk). It is a device.
The invention of claim 11 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device has a signal transmission hole (USB connector, IEEE1394 connector, memory card connector, power connector, video on the side). A portable in-vehicle flip-down multimedia player device characterized by installing a connector or a voice connector).
The invention of claim 12 is the portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device includes a support piece, and the support piece includes a rail. It is a flip-down multimedia player device.
A thirteenth aspect of the present invention is the portable in-vehicle flip-down multimedia player device according to the twelfth aspect, wherein the multimedia device has a battery connector and is electrically connected by a battery. It is a multimedia player device.

  The portable in-vehicle flip-down multimedia player device of the present invention has the advantage that it can be quickly installed and removed and at the same time can be safely and securely installed on the ceiling of the vehicle.

  FIG. 1 and FIG. 2 are exploded isometric views of the present invention viewed from different angles. As shown in the figure, the portable in-vehicle flip-down multimedia player device includes a flip-down base 10, a detachable structure 30, and a multimedia device 20 that are mainly fixed to a ceiling surface of a car.

  Among them, the flip-down table 10 mainly has a release button 11, a rotary shaft 15, a fitting part 13, and a storage space 17. Among them, the release button 11 includes a pressing rod 111. The fitting component 13 includes a fitting end 132. In addition, a storage tank 16 is installed in the flip-down table 10, a spring 161 is installed in the storage tank 16, and a convex tank 131 and an inclined lump 133 are installed on the fitting part 13. The convex tank 131 is placed outside the storage tank 16 and is in contact with the spring 161. Further, the hand-pushing component 14 is provided in the flip-down table 10. This hand pressing part 14 is installed in the through-hole 142 installed in the convex tank 131, and the pressing end 143 that presses the inclined lump 133 is pressed. In the flip-down table 10, a storage hole 112 is installed to limit the moving distance of the release button 11 and the rail hole 121. A holding part 12 is installed in the rail hole 121, the holding part 12 is restricted based on the rail hole 121, moves to the left, and stops moving the release button 11. Separately, a digital wireless signal receiver / transmitter 40 is installed in the flip-down table 10 to transmit and receive wireless digital signals.

  The detachable structure 30 includes an upper mating plate 34, a stop component 33, an interlocking component 32, and a lower mating plate 31, of which the lower mating plate 31 is provided with perforations 311 and both sides are provided with hooking portions 314. The Further, the stop component 33 and the interlocking component 32 are installed between the lower alignment plate 31 and the upper alignment plate 34, and shaft holes 312 are formed in the lower alignment plate 31 and the upper alignment plate 34. Pivot to Separately, the stop part 33 is provided with a stop portion 331 installed in the perforation 311 and an upper slide 332. The interlocking part 32 is provided with a fringe 321 that is interlocked with the above-described pressing rod 111, and further includes a lower slide 322 that is opposed to the lower slide 332. The upper mating plate 34 has a release hole 341, inserts a pressing rod 111 of the release button 11, and corresponds to the side rod 321.

  A liquid crystal monitor 27 is installed on the front surface of the multimedia apparatus 20, and a support piece 22 and a connector storage tank 26 are installed on the back surface. A connector (not shown) is installed in the connector storage tank 26 and is electrically connected to the connector 313 of the detachable structure 30. On both sides of the back side, there are a latching recessed tank 23 and a latching projection 24, a stop tank 25 is provided on the top side of the back side, 201 is provided on the bottom side of the back side, and a disc insertion tank is provided on the side piece of the multimedia device 20. 21 (CD, VCD, DVD optical disk insertion tank) and signal transmission hole 28 (see FIG. 6 as an example, USB connector, IEEE1394 connector, memory card connector, power connector, video connector or audio connector).

  3 and 4 are display diagrams of the relevance operation between the release button 11 of the present invention, the interlocking part, and the pressing part. As can be seen from the figure, the detachable component 30 includes an upper mating plate 34, a stop component 33, an interlocking component 32 and a lower mating plate 31. Among them, the stop component 33 and the interlocking component 32 are installed between the lower alignment plate 31 and the upper alignment plate 34, one stop portion 331 on each side of the stop component 33 and two upper slides 332 on each side. And the springs 333 are provided above both ends, respectively, and the stop component 33 is in contact with the interlocking component 32 at a lower position in a normal state. One end of the interlocking part 32 is provided with a supporting rod 321 that moves together with the above-described pressing rod 111, and the lower slide 322 corresponding to the number of the upper slides 332 is installed corresponding to the lower portion of the upper slide 332. Separately, the release hole 341 of the upper mating plate 34 inserts the pressing rod 111 of the release button 11 and corresponds to the edge rod 321. When the release button 11 is pressed by an external force, the interlocking part 32 is interlocked with the release button 11 and moved to the left. The lower slide mass 32 pushes the upper slide mass 332 upward to move it, operates the stop 331 upward, leaves the stop tank 25 of the multimedia device 20, and moves the multimedia device 20 forward. On the contrary, when the release button 11 is not subjected to external force, the stop component 33 is pushed downward by the force of the spring 333 to return to the original position, and the stop portion 331 is returned onto the stop tank 25 of the multimedia device 20. Cannot move forward.

  5 to 9 are simplified display diagrams of the operation of the multimedia device of the present invention. As shown in the figure, when the multimedia device 20 is installed on the flip-down table 10, first, the engaging recess tank 23 of the multimedia device 20 is aligned with the engaging portion 314 of the lower alignment plate 31, and the engaging portion 314 is engaged with the engaging recess. When placed in the tank 23, the stop component 33 is pushed by the multimedia device 20 and moved upward. Then, the multimedia device 20 is moved rearward to join the hooking portion 314 and the hooking convex portion 24. At this time, the stop portion 331 corresponds to the stop tank 25, so that it faces downward on the stop tank 25 of the multimedia device 20. The latching part 13 on the flip-down table 10 corresponds from the fitting tank 201 of the multimedia device 20. The engaging end 132 of the engaging part 13 is engaged with the engaging tank 201, and the multimedia device 20 is quickly fixed in the storage space 17 of the flip-down table 10. When the hand-pushing component 14 is directed downward by an external force, one end of the hand-pushing component 14 is placed on the flip-down table 10, and the holding end 143 at the other end is moved downward and pressed by the inclined lump 133 of the hooking component 13. The spring 161 is compressed by the mating part 13. The engaging end 132 moves to move away from the engaging tank 201, and the multimedia device 20 rotates the rotary shaft 15, so that the user can easily see the angle.

  Next, FIG. 10 to FIG. 13 and FIG. 14 are a removal operation display diagram of the multimedia apparatus and a rear display view after the removal. When the multimedia device 20 is removed, first, as shown in FIGS. 3 and 4, when the release button 11 is pressed, the interlocking component 32 moves to the left in conjunction with the release button 11, and the stop component 331 is actuated upward. Separated from the stop tank 25 of the multimedia device 20. When the multimedia device 20 is moved forward and the engaging portion 314 is removed from the engaging concave tank 23, the multimedia device 20 is separated from the detachable structure 30, and the multimedia device 20 is removed from the storage space 17 of the flip-down table 10.

  FIG. 15 and FIG. 16 are diagrams showing the support state of the support piece after the multimedia device is removed. A support piece 22 is installed on the rear surface of the multimedia device 20, and one end is pivotally installed on the multimedia device 20. When the other end is pulled outward, an angle is formed between the support piece 22 and the multimedia device 20 to stand the multimedia device 20. The support piece 22 includes a rail 221. When the user wants to adjust the angle to be viewed, if the support piece 22 is pulled downward, the support piece 22 extends along the rail 221 and the length of the support piece increases.

  17 and 18 are operation display diagrams in which a battery is inserted after the multimedia device is removed. A battery connector 29 is installed behind the multimedia device 20, and a battery 50 including a battery rotating shaft 51 is installed. When the battery 50 is inserted, the battery rotating shaft 51 of the battery 50 supports the weight of the multimedia device 20 and adjusts the desired viewing angle regardless of whether the battery 50 is used in the multimedia device 20. Further, FIGS. 19 and 20 are isometric views showing a state in which the multimedia device is installed on the flip-down table and the decorative board. As shown in the figure, when the multimedia device 20 is installed on the flip-down table 10 and the battery 50 is inserted, the battery 50 is charged. In addition, as shown in FIG. 20, a decorative plate 60 is installed at the joint between the flip-down table 10 and the car ceiling (not shown) to clearly show the gap between the joints.

FIG. 3 is an isometric view of the appearance decomposition of the present invention. It is an external appearance isometric display from another angle of the present invention. It is a display figure of the relevance operation | movement of the detachment | release button of this invention, an interlocking part, and a stop part. It is a display figure of the relevance operation | movement of the detachment | release button of this invention, an interlocking part, and a stop part. It is an operation | movement display figure of the multimedia apparatus installation of this invention. It is an operation | movement display figure of the multimedia apparatus installation of this invention. It is an operation | movement display figure of the multimedia apparatus installation of this invention. It is an operation | movement display figure of the multimedia apparatus installation of this invention. It is an operation | movement display figure of the multimedia apparatus installation of this invention. It is a multimedia apparatus removal operation | movement display figure of this invention. It is a multimedia apparatus removal operation | movement display figure of this invention. It is a multimedia apparatus removal operation | movement display figure of this invention. It is a multimedia apparatus removal operation | movement display figure of this invention. It is a rear display figure after the multimedia apparatus of this invention is removed. It is a support piece support state display figure after detaching the multimedia device of the present invention. It is a support piece support state display figure after detaching the multimedia device of the present invention. It is an operation | movement display figure of battery installation after the multimedia apparatus removal of this invention. It is an operation | movement display figure of battery installation after the multimedia apparatus removal of this invention. FIG. 6 is an isometric view of the inventive multimedia device installed on a flip-down table. FIG. 6 is an isometric view of a decorative board installed on a flip-down table of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Flip down stand 11 Release button 111 Pressing rod 112 Storage hole 12 Holding part 121 Rail hole 13 Engaging part 131 Convex tank 132 Engaging end 133 Inclined lump 14 Hand pushing part 142 Through-hole 143 Holding end 15 Rotating shaft 152 Engaging End 16 Storage tank 161 Spring 17 Storage space 20 Multimedia device 201 Fitting tank 21 Disc insertion tank 22 Support piece 221 Rail 23 Engaging concave tank 24 Engaging convex part 25 Stopping tank 26 Connector storing tank 27 Liquid crystal monitor 28 Signal transmission hole 29 Battery connector 30 Detachable structure 31 Lower laminating plate 311 Drilling 312 Shaft hole 313 Connector 314 Engagement part 32 Interlocking part 321 Edge 33 Stop part 331 Stop part 332 Upper slide 333 Spring 34 Upper mating board 341 Release hole 40 Digital wireless signal receiver / transmitter 5 Battery 51 Battery rotary shaft 60 decorative panel

Claims (13)

In portable in-vehicle flip-down multimedia player device mainly composed of flip-down table, detachable structure, multimedia device,
The flip-down base is fixed to the ceiling of the vehicle, and includes a release button, a rotating shaft, a hooking part, and a storage space, and the release button includes a pressing rod, and the hooking part includes a hooking end.
The attachment / detachment structure includes an upper mating plate, a stop component, an interlocking component, and a lower mating plate, of which the lower laminating plate has a perforated hole and a hook on both sides. Installed between the laminating plate and the upper laminating plate, and by installing a shaft hole at a position where it is fixed to the upper laminating plate of the lower laminating plate, it is pivotally connected to the above rotating shaft, and other stop parts are inserted into the perforations The stop part is installed, and the upper slide block is installed. The interlocking part is provided with the side hook interlocking with the above-mentioned pressing rod, and the lower slide part installed relative to the lower part of the upper slide block. In conjunction with it, it moves to the left and right, the lower slide moves the upper slide up and down and the stop moves up and down.
The multimedia device has a latching tub and hooking projection on both sides of the back, a stop tank on the top of the back, a mating tub on the bottom of the back, and the hooking part hooks through the latching tub. Fastened to the convex part, the stop part is inserted into the perforation, stopped on the stop tank, and the multimedia device can be quickly fixed in the storage space of the flip-down table or removed by connecting the hooking end and the fitting tank A portable in-vehicle flip-down multimedia player device.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base is provided with a storage tank, a spring is installed in the storage tank, and a protruding tank and an inclined lump are separately attached to the hooking parts. Installed, the convex tank is placed outside the storage tank, and one end is in contact with the spring. A hand-held part is provided on the flip-down table, and a through-hole for inserting the convex tank is provided through the hand-held part. Then, install a retaining end that pushes the slanted mass, pivots one end of the hand-carrying part on the flip-down table, moves the retaining end downward and pushes the slanted mass, the engaging part compresses the spring, A portable in-vehicle flip-down multimedia player device characterized in that the mating end moves to release the fitting tank.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base is provided with a storage hole to restrict movement of the release button. .   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down base has a rail hole, a pressing part is installed in the rail hole, and the pressing part moves to the left by limiting the rail hole. A portable in-vehicle flip-down multimedia player device characterized in that the position of the release button is prevented from being moved.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the upper mating plate has a release hole, and a pressing rod of the release button is inserted to correspond to the edge. Multimedia player device.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down table is provided with a digital radio signal receiver / transmitter.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the flip-down table is provided with a decorative plate.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device is provided with a liquid crystal monitor.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device is provided with a disk insertion tank (CD, VCD, DVD optical disk insertion tank). Multimedia player device.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device is provided with a storage device (hard disk).   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device has a signal transmission hole (USB connector, IEEE 1394 connector, memory card connector, power connector, video connector or audio connector) on a side. A portable in-vehicle flip-down multimedia player device.   2. The portable in-vehicle flip-down multimedia player device according to claim 1, wherein the multimedia device includes a support piece, and the support piece includes a rail. 13. The portable in-vehicle flip-down multimedia player device according to claim 12, wherein the multimedia device has a battery connector and is electrically connected by a battery.

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