KR100855391B1 - Holding device for cars - Google Patents

Abstract

A support for a vehicle is provided to improve the user convenience by simply and firmly fixing rotation position and front/rear position of a support member for directly supporting an upper fixing member and a multimedia apparatus. A support for a vehicle comprises a lower fixing member(100), a movable fixing member(200), a pair of upper fixing members(300) and a support member(400). The lower fixing member has a containing unit(110) at the upper portion thereof and a bolt hole(140) passes through the upper portion of the containing unit. A bolt(B) is coupled with a nut(N) by passing through the bolt hole. The movable fixing member is slidably contained in the containing unit of the lower fixing member, and has an elongated hole(210), through which the bolt passes, at the center thereof. The movable fixing member has a cylindrical protrusion(240) at the top portion thereof and a cylindrical fastening gear(250) on the cylindrical protrusion. The cylindrical fastening gear has a diameter larger than that of the cylindrical protrusion.

Description

Car Cradle {HOLDING DEVICE FOR CARS}

The present invention relates to a cradle that is installed inside a vehicle and used to equip a multimedia device. More specifically, the structure of the lower stator and the pressure plate that are adjusted before and after the angle and the height of the elevating stator are adjusted elastically. It can be securely fixed and maintained, and the rotation position and the front and rear positions of the supporting member directly mounted on the upper stand and the multimedia device, which are coupled to the upper part of the elevating fixing stand, can be fixed simply and firmly with a single fastening nut for ease of use and mounting. It relates to a vehicle holder for maximizing the workability of the angle and length for securing the field of view of the machine.

In general, the cradle is equipped with a suction plate at the bottom to mount a multimedia device such as a mobile phone, PDA, DMP monitor.

Such conventional cradles are mounted and used on the inner surface of a vehicle windshield using a suction plate, and the types thereof are also various.

However, the conventional vehicle cradle does not actively respond to the vibration caused by the driving of the vehicle, there is a problem in the safety of the device, the angle adjustment after the installation is simply to be adjusted by the user arbitrarily bend the aluminum frame.

Therefore, the limitation of the angle adjustment and the disadvantage of separating the suction plate by the coercive force during the angle adjustment and had a disadvantage that is not robust.

Therefore, in recent years, a cradle has been disclosed in which a relatively thick synthetic resin frame is assembled by multiple joints to prevent shaking of the device due to vibration and to facilitate angle adjustment after mounting.

The cradle of the improvement is configured by combining the support member of the device by a multi-joint by means of bolts and nuts such that the lifting fixture and the upper and lower portions of the upper and lower portions of the lower holder are curved at a predetermined angle so as to be able to rotate back and forth.

An example is the vehicle holder of Korean Patent No. 627875.

This source technology uses the ball structure rotating ball to adjust the 360-degree rotation of the device, in order to fix firmly after adjusting the rotation angle, the bolt must be tightened strongly, and the fixed state is maintained by the load of the device even after tightening Deformation occurs, there is a disadvantage that the breakage of the coupling portion by the strong fastening of the bolt.

Particularly, the structure of the lower fixing is completely separated into two, and the length adjusting function is provided by the engagement between the lifting fixing rods having recesses therebetween, and the uneven parts projecting on the inner circumferential surface of each divided lower fixing unit. Providing.

Therefore, when adjusting the length of the elevating stopper from the lower fixing (drawing out operation), in order to release the combined state of the uneven portion and the recessed portion, the nut must be unscrewed and the height and the front and rear angles of the upper and lower portions are adjusted by releasing the front and rear angle state. It was difficult and uncomfortable to adjust the angle during use.

In addition, the pivot angle is not rotated completely by the structure of the case accommodating the ball, so the pivot angle is limited, as well as the rotation angle is supported by the case in which the uneven part is formed. Has a problem that is not maintained correctly.

In addition, it is possible to install only on the windshield of the vehicle, which hinders the driver's vision and has a disadvantage of having to install the pressure plate again firmly after a long time due to vibration and shock caused by driving.

The present invention has been developed to improve the conventional problems, the support member can be rotated to 360 degrees completely, can maintain the state of the front and rear angle is adjusted even in the speed and height adjustment of the height adjustment, rotation position adjustment In order to provide a cradle that allows the user to adjust the position of the cradle precisely and simply to a desired position and maintain the adjusted position.

In addition, the present invention is intended to expand the range of use by being easily mounted and used in the dashboard of the vehicle in addition to the vehicle glass.

Vehicle cradle of the present invention for achieving the above object,

A lower stand that is coupled to the pressure plate, which has a suction plate at the lower end so as to mount multimedia devices such as mobile phones, PDAs, DMP monitors, etc., so that the lower part can be rotated forward and backward, so that it can be adjusted at a desired angle in front and rear, and from the lower stand to the upper part. A pair of lifting members which are pulled out and height-adjustable, a pair of upper fixing members which are rotatably coupled left and right 360 degrees to the upper part of the lifting fixing members, and a supporting member which is angularly adjusted and combined with the upper parts of these upper fixing parts. In the vehicle cradle composed of joints,

The upper part of the lower fixing unit is formed with an accommodating part so as to be extended forward and rearward by a tooth incision cut in a predetermined distance in the longitudinal direction, and the bolt hole is penetrated through the upper and front sides of the accommodating part, and the bolt and the fastening nut are combined.

The elevating stator is accommodated in the receiving part of the lower stationary in the center is formed in the longitudinal longitudinal hole through which the bolt penetrates, the cylindrical protrusion on the top, the cylindrical fixing of the diameter larger than the cylindrical protrusion on the top of the cylindrical protrusion Gears are formed,

The pair of upper fixing rods are formed in the upper and lower inner circumferential surfaces of different diameters to surround the upper and lower cylindrical protrusions and fixed gears of the upper and lower lifting braces, uneven protrusions are formed on the upper inner circumferential surface, and vertical protrusions are formed on the upper sides, respectively. In this vertical projection, the bolt hole is orthogonal to penetrate the bolt and the fastening nut,

The support member is characterized in that a pair of parallel legs spaced in the vertical direction at the bottom of the end of the support plate to be coupled and rotated between the vertical protrusions.

In addition, the retracted portion extended up and down in order to be fixed up and down to a predetermined height is made to be elastically fixed, and the front and rear cutouts of the front and rear facing parts are formed as tooth incisions. It is characterized in that the position fixing with the lifting fixed portion accommodated in the receiving portion of the elastically firmly maintained.

In addition, the present invention is coupled to the pressure plate of the adsorption plate separately separated fixtures can be used to mount on the dashboard of the vehicle can be used to extend the range of use is characterized by higher product reliability.

In addition, the present invention is characterized by maximizing the productability by the ease of installation and safety by consisting of a fixed plate that can be easily mounted on the dashboard of the vehicle to use the pressure plate used to be mounted on the glass surface of the vehicle.

According to the present invention, the user can simply install in a desired position, the front and rear positions, the height position and the left and right rotational position of the device is attached to the support member of the cradle bolt (B) and clamping nut (N) By using it can be easily assembled and fixed as well as by the characteristic structure of each component constituting the cradle has the effect that the adjustment position of the cradle can be accurately maintained.

In particular, the present invention can be used to adjust the angle by loosening a small amount of fastening nut (N) in a state in which the device is not separated during use, and to adjust firmly by tightening again, it also has the effect of ensuring convenience of use.

In addition, the present invention can remove the limitation of installation on the windshield of the vehicle can be mounted on the dashboard of the vehicle, it can be used, as well as to improve the reliability of the product as well as ease of use.

Hereinafter, with reference to the accompanying drawings will be described in more detail the cradle of the present invention.

1 to 7, the cradle of the present invention is directly connected to the pressure plate 610 and can be rotated forward and backward, the upper and lower lower fixing table 100 is formed by bending at a predetermined angle,

And the slide is coupled to the upper part of the lower stand 100, the height can be adjusted up and down and the lifting pin 200 to support the 360 degree horizontal rotation of the upper pin, and

An upper fixing unit 300 coupled to the upper portion of the lifting fixing unit 200 and capable of rotating 360 degrees in a horizontal direction with respect to the upper surface of the raising fixing unit 200;

It is composed of a support member 400 which is assembled to the upper fixing stand 300 to be rotated forward and backward to directly support the electronic device.

The cradle of the present invention configured as described above, the angle of the front and rear is adjusted by the lower fixing stand 100, the height is adjusted in the vertical direction by the lifting fixing stand 200, the left and right by the upper fixing stand 300 360 degree angle is adjusted, and the rotation angle of the front, rear or left, right by the support member 400 may be adjusted.

The lower fixture 100 has a lower portion of the axial pivot piece 611 protruding on one side of the pressure plate 610 is a through-hole bolt hole 141 is positioned and axially coupled by a fastening bolt (B / N), the The pressure plate 610 is connected to the outside by the adsorption plate 600 coupled to the glass surface by vacuum generation, the pressure rod 640 insert-molded to the adsorption plate, and the pressure bar and the pin 630 to the suction plate (by pressure) ( 600 includes a conventional configuration composed of a push lever 620 that pulls the upper portion by the pressure bar 640 to generate a negative pressure.

An upper portion of the lower fixing stand 100 forms an accommodating part 110 so as to be expanded forward and backward by a tooth incision 120 cut at a predetermined distance in the longitudinal direction, and the width of the accommodating part is the tooth incision ( It is possible to reduce the distance by the distance between the tooth and the valley of the tooth of the tooth (120).

Therefore, once the predetermined height adjustment of the lifting stopper 200 slide-coupled to the receiving part 110 is made, the fixed state can be firmly maintained by reducing the width of the receiving part 110.

Tooth cutting portion 120 of the receiving portion 110 is formed in each of the protruding guide portion 130 to the inside, bolts for fixing the lifting anchor 200 in the center adjacent to the upper portion of the receiving portion 110 The hole 140 is formed through. One side of the bolt hole is preferably formed with a polygonal groove for accommodating the head of the bolt (B) to prevent the rotation of the bolt during tightening by tightening the fastening nut (N).

The lifting guide 200 which is slide-coupled to the lower fixing plate 100 to the receiving part 110, the guide groove 230 is formed in the longitudinal direction so that the slide coupling with the protruding guide 130, there is no flow. The slide is moved, and the long hole 210 is penetrated in the longitudinal direction. And, the flange 220 is formed on the upper side of the lifting and fixing 200 to prevent the insertion completely into the receiving portion 110 of the lower fixing 100.

In addition, a cylindrical protrusion 240 is formed on an upper portion of the flange 220, and a large fixed gear 250 is integrally formed on the upper portion of the cylindrical protrusion.

The upper surface of the flange 220 and the cylindrical protrusion 240 and the fixed gear 250 is fitted to be in contact with a pair of divided upper stirrup 300 to be described later, a pair of upper stirrup 300 is fixed When fully engaged with the gear 250, the pair of upper fixing units 300 may not rotate around the fixed gear 250, and the coupling with the fixed gear 250 may be loose to rotate the fixed gear 250 about its axis. Can be.

That is, the pair of upper fixing stand 300 and the semi-cylindrical lower inner peripheral surface 320 of the small diameter to be coupled to the cylindrical protrusion 240 of the lifting fixing stand 200 inside the lower half of the cylindrical body cut in half in the cylindrical To the upper part thereof, the uneven protrusion 331 is divided to have a large diameter upper inner circumferential surface 330 to be coupled to the fixed gear 250 of the lifting fixing table 200.

Accordingly, the pair of upper fixing rods 300 are formed by the lower inner circumferential surface 320 and the upper inner circumferential surface 330 which are respectively coupled to the cylindrical protrusion 240 and the fixed gear 250 of the lifting pin 200. It is possible to rotate 360 degrees around the axis 240 and the fixed gear 250.

On the other hand, the upper portion of each of the upper fixing stand 300 is formed with a vertical protrusion 310 for receiving and supporting the front and rear vertical rotation of the support member 400 is made. Each of the vertical protrusions 310 penetrates a bolt hole 340 to which the bolt B is coupled to engage with the support member 400. At this time, it is natural that one side of the bolt hole 340 has a polygonal groove so as to accommodate the bolt head to prevent rotation when the fastening nut N is rotated.

In addition, an uneven portion 311 is formed radially outside the circumference of the bolt hole 340 of each of the vertical protrusions 310.

The support member 400 is coupled to the support by a pair of upper fixing stand 300,

A normal device coupling protrusion 430 protrudes from the upper portion of the horizontal support plate 410, and a pair of legs 420 are installed to be spaced apart at a predetermined interval in parallel to the lower portion thereof, and the pair of legs 420 is disposed. Is preferably spaced enough to abut each of the inner surface of the vertical protrusion 310 of the pair of upper fixing stand 300. In addition, the gap maintaining washer 450 is inserted between the legs 420 so as to prevent bending of the leg 420 from being lowered inward or outward when the bolt B is fastened to prevent the bolt fastening force from being lowered. The pair of legs 420 penetrates the bolt holes 440 fastened to the bolts B in correspondence with the bolt holes 340 of the vertical protrusion 310.

At this time, each of the outside of the leg protruding convex protrusion 421 to be coupled to the concave-convex portion 311 adjacent to the bolt hole 440 of the leg 420. This uneven protrusion is to prevent inadvertent rotation from the fixed state when the support member 400 is rotated and fixed before and after the combination with the pair of upper fixing stand 300. That is, the uneven protrusions 421 formed on the outer surface of each leg 420 in contact with the inner surface of the upper fixing member 300 and adjacent to each of the bolt holes 440 are perpendicular to the pair of upper fixing members 300. Since inadvertent rotation of the support member 400 is prevented by frictional contact with the uneven portion 311 radially formed on the protrusion 310, the support member 400 may be firmly fixed to the upper fixing unit 300. have.

And a pair of upper fixing stand 300 and the support member 400 is fixed at one time by the same bolt (B) and fastening nut (N). That is, when the fastening nut (N) is loosely fastened and the upper fixing stand (300) is rotated at a desired angle at the same time, and the fastening nut (N) is completely fastened while the support member (400) is rotated forward and backward. The rotation angle and the front and rear angles can be maintained accurately.

The present invention configured as described above, first, the pressing plate 610 and the lower fixture 100 is assembled by a fastening bolt (B / N).

And slides the guide grooves 230 formed on both sides of the lifting guide 200 to the protrusion guide 130 formed in the upper receiving portion 110 of the lower holder 100 to slide.

Then, through the bolt hole 140 of the lower fixing stand 100 through the state of the head of the bolt (B) in the polygonal groove is inserted through the screw and tighten the fastening nut (N). Thereafter, a pair of upper stirrups 300 are fitted to the fixed gear 250 and the cylindrical protrusion 240 on the lifting stirrup 200 assembled to the lower stirrup 100, respectively.

That is, by temporarily contacting the bottom surface of one of the pair of upper fixing stand 300 to the upper surface of the flange 220 of the lifting fixing stand 200 by pushing toward the fixed gear 250 side,

The other one is temporarily coupled in such a way that the upper pair 300 is engaged with each other in a state in which the other side is pushed into the fixed gear 250 in the same manner as described above.

Next, the support member 400 is positioned between the pair of upper fixing brackets 300 with the gap washer 450 sandwiched between the legs 420, so that the bolt holes 340 of the pair of upper fixing members 300 are positioned. Through fitting in the state that the head of the bolt (B) is located in the polygonal groove through the screw fastening the fastening nut (N) to complete the assembly.

As such, the mounting bracket 200 and the upper fixing bracket 300 and the supporting member 400 are assembled to the lower fixing stand 100 connected to the pressing plate 610, for example, on the inner surface of the vehicle windshield of the pressing plate 610. After positioning the adsorption plate 600, pressing the push lever 620 connected with the pressure bar 640 and the pin 630 to raise the adsorption plate 600, the pressure bar 640 is pulled upwards and the adsorption plate ( 600) is fixed by the adsorption force by the negative pressure between the glass.

Then loosen the fastening bolts (B / N) of the lower guide 100 to rotate the lower guide 100 forward and backward to fix the lower guide 100 to the desired angle (see Figure 9).

And, by raising and lowering the lift guide 200 is slide-coupled to the upper portion of the lower fixture 100 to adjust the height of the cradle fixed with a fastening nut (N), the upper portion rotatably coupled to the upper portion of the lifting fixture 200 Rotate the fixing member 300 to the desired angle left and right, and at the same time rotate the support member 400 coupled to the upper fixing member 300 forward and backward to the front and rear, and then once with the fastening nut (N). Fix the upper stand 300 and the support member 400 to (see Fig. 10).

The cradle of the present invention is a sawtooth formed in the longitudinal direction of the receiving portion 110 of the upper portion of the lower fixing stand 100, as well as adjusting the height of the mounting bracket by sliding the coupling 200 to the upper portion of the lower fixing table (100). The incision 120 reduces the width of the accommodating part 110 so that the elastic fixing is provided so that the lifting fixing table 200 can be securely fixed in the adjusted position.

In addition, the convenience of height adjustment is ensured even during use because the fixing is maintained again by simply tightening the height after tightening the screw after a small amount of screwing (N).

Then, after adjusting the rotation angle and the front and rear positions of the upper and lower rotatable base 300 rotatable to the upper and lower portions of the adjustable lifting height 200 and the front and rear rotatable support member 400, the lifting height and height The inadvertent rotation of the upper fixing gear 250 and the uneven protrusions 331 formed on the upper inner circumferential edge 330 of the upper fixing member 300 are prevented from being inadvertently rotated, and the uneven portion 311 of the upper fixing member 300 is provided. By frictional engagement with the uneven protrusions 421 formed on both legs of the supporting member 400, the supporting member 400 can be securely maintained without being inadvertently rotated back and forth.

On the other hand, the preferred embodiment of the present invention, as described above, there is a limit that can be used by fixing the adsorption on the windshield of the vehicle by the negative pressure generation of the suction plate (600).

However, FIGS. 11 and 12 can be conveniently mounted and used on a dashboard of a vehicle by using the fastener 500 shown in another embodiment of the present invention.

That is, this embodiment is provided with a fixture 500 that is detached separately.

This is attached to the dashboard of the vehicle by using a pressure-sensitive adhesive tape (possible as double-sided tape) 530 formed on the bottom surface of the bottom plate 510, the user pushes the pressure plate 610 connected to the lower portion of the lower stand 100 It can be locked by being caught by the edges 520 protruding at intervals to maintain a fixed state.

In addition, as shown in the embodiment of Figure 13 and 14, the pressing plate 610 is configured as a fixed plate body 700 that can be easily installed and fixed to the dashboard (D / B) of the vehicle.

The fixed plate body 700 is a rectangular plate body having a bend freely along the longitudinal direction, the shaft rotating piece coupled to the lower bolt hole 141 of the lower fixing stand 100 by a fastening bolt (B / N) 710 protrudes on both sides of the upper surface, and the adhesive tape 750 is attached to the lower surface.

At this time, the fixing plate body 700 is repeatedly formed in the projection 720 and the groove 730 in the width direction of the upper surface, the bending by the groove 730 is provided freely the dashboard (D / B) of the vehicle It is adhered closely by the adhesive tape 750 to the bent surface of the bent state easily.

Although the protrusion 720 is shown as a hemispherical protrusion in the present invention, the shape may be a triangular protrusion, a square protrusion.

In addition, the groove 730 is preferably a round groove to prevent being broken by stress concentration with respect to the bending of the fixed plate body 700.

In addition, a plurality of screw assembly protrusions 740 are formed on the upper surface of the fixed plate body 700, and more firmly fixed in the state attached to the dashboard (B / D) using the adhesive tape 750 as described above. In order to maintain the state is to fasten a screw (not shown).

The vehicle cradle according to another embodiment of the present invention can be easily and firmly installed on the dashboard (D / B) of the vehicle by removing the glass surface of the vehicle using the adsorption plate 600, thereby preventing the driver's view as much as possible. After the installation, the separation is prevented even after vibration and shock caused by frequent driving of the vehicle, so that the relatively expensive multimedia equipment falls and is not damaged.

1 is a perspective view showing the overall assembly state of the cradle of the present invention.

Figure 2 is a side view showing the overall structure of the cradle of the present invention.

Figure 3 is an exploded perspective view of the main components of the cradle of the present invention.

Figure 4 is an exploded perspective view of the lower holder and the lifting fixture of the present invention cradle.

Figure 5 is an exploded perspective view of the lifting rack and the upper rack of the present invention cradle.

Figure 6 is a cross-sectional view of the initial state before the operation of the suction plate of the cradle of the present invention.

Figure 7 is a partial cross-sectional view showing the state before and after the teeth engaged with the operation of the fastening nut formed in the protruding guide portion of the receiving portion separated in front, rear of the lower fixture.

Figure 8 is a cross-sectional view showing a state in which the adsorption plate of the cradle of the present invention the adsorption operation by the operation of the push lever.

Figure 9 is a whole perspective view showing the front and rear angle adjustment state of the lower fixture of the present invention cradle.

Figure 10 is an overall perspective view schematically showing the adjustment state of each fixture of the present invention cradle.

11 and 12 are another embodiment of the present invention, a perspective view of the fastener that can be used in combination with the pressure plate and a partial cross-sectional view taken.

Figure 13 and Figure 14 is a perspective view of a fixed plate body that can be mounted and used in the dashboard of a vehicle according to another embodiment of the present invention, an exploded perspective view and an assembled state diagram illustrating the assembly with the lower stand.

** Description of symbols for the main parts of the drawing **

100: lower mount 110: receiving portion

120: tooth incision 140,141, 340, 440: bolt hole

200: lifting station 210: guideman

220: flange 230: guide groove

240: cylindrical projection 250: fixed gear

300: upper fixing stand 310: vertical protrusion

311: Uneven portion 320: lower inner peripheral surface

330: upper inner peripheral surface 332: uneven protrusions

400: support member 410: horizontal support plate

420: pair of legs 421: irregularities

500: fixture 700: fixed plate body

720: turning 730: groove

Claims (8)

The lower stand 100 is coupled to the pressing plate 610 that constitutes the adsorption plate 600 at the lower end so as to mount multimedia devices such as mobile phones, PDAs, DMP monitors, etc., so that the lower part can be rotated back and forth to be adjusted to a desired angle of the front and the rear. ), The lifting guide 200 which can be adjusted from the lower fixing stand to the height adjustment, and the pair of upper fixing 300 which is rotatable 360 degrees to the left and right to the upper of the lifting guide 300 and the upper of the upper fixing In the vehicle cradle consisting of a multi-joint of the support member 400 to angularly adjusted and coupled to the device, The upper portion of the lower fixing stand 100 forms a receiving portion 110 to be extended forward and backward by the tooth incision 120 cut in a predetermined distance in the longitudinal direction, the bolt hole perpendicular to the upper, front and rear of the receiving portion 140 passes through the bolt (B) and the fastening nut (N), The lifting fixture 200 is accommodated in the receiving portion 110 of the lower holder 100, the longitudinal long hole 210 through which the bolt (B) is formed so that the slide is moved, the upper cylindrical projection ( 240 and a cylindrical fixed gear 250 having a diameter larger than the cylindrical protrusion is formed on the upper portion of the cylindrical protrusion, The pair of upper fixing rod 300 has upper and lower inner circumferential surfaces 320 and 330 formed at different diameters surrounding the cylindrical protrusions 240 and the fixing gear 250 of the upper and lower lifting fixing rods 200, and the upper inner circumferential surface is formed thereon. Uneven protrusions 331 are formed at 330, and vertical protrusions 310 are formed at the upper portions thereof, and bolt holes 340 are orthogonally penetrated to the vertical protrusions so that bolts B and clamping nuts N are coupled to each other. and, The support member 400 is a vehicle holder, characterized in that a pair of parallel legs 420 are spaced in the vertical direction at the lower end of the horizontal support plate 410 is coupled between the vertical projections (310,310) to be rotated . The method of claim 1, The lower stand 100 is a vehicle cradle, characterized in that for reducing the width in the receiving portion 110 by the engagement of the tooth incision 120 to press and secure the outside of the lifting stop (200). The method according to claim 1 or 2, The toothed cutout portion 120 of the lower fixing rod 100 protrudes from each other to form a protruding guide portion 130, and the lifting fixing rod 200 slides with the protruding guide portion 130. ) Is formed in the longitudinal direction and coupled to the vehicle cradle characterized in that the flow of the slide movement according to the height adjustment. The method of claim 1, The uneven portion 311 is radially protruded from the outer circumference of the bolt hole 340 of the pair of upper fixing brackets 300, The pair of legs 420 of the supporting member 400 penetrates the bolt holes 440 in correspondence with the bolt holes 340 of the vertical protrusion 310, and is engaged with the uneven parts 311 on the outside thereof. The uneven projection 421 is protruded for the vehicle, characterized in that the angle adjustment state is fixed by tightening the bolt (B) and the fastening nut (N). The method of claim 1, The pressing plate 610 is a vehicle cradle, characterized in that configured to mount the entire cradle on the dashboard of the vehicle by further combining the fastener 500 is attached to the adhesive tape (double-sided tape) 530 at the bottom. The method of claim 1, The pressure plate 610 is a rectangular plate body that is bent freely along the longitudinal direction, protrudes a pair of shaft pivot piece 710 axially coupled to the lower bolt hole 141 of the lower fixing stand 100 on the upper surface, the lower Vehicle holder, characterized in that consisting of a fixed plate body 700 is attached to the adhesive tape 750 on the surface. The method of claim 6, The upper surface of the fixed plate body 700, the protrusion 720 and the groove 730 is repeatedly formed in the width direction, the vehicle cradle characterized in that the bending freely along the longitudinal direction by the plurality of grooves (730). The method according to claim 6 or 7, The fixed plate body 700 is a vehicle cradle, characterized in that formed by forming a plurality of screw assembly projections (740) on the upper surface.

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