KR100666038B1 - Fmh assembling device of interior decoration material for automobile - Google Patents

Abstract

An interior decoration material FMH installation apparatus for an automobile is provided to have enough space and to avoid the duplication of production lines by selectively installing a rib-type FMH or a form-type FMH in the same production line. An interior decoration material FMH(Free Motion Head-form) installation apparatus for an automobile comprises a body(101) rotatably connected to a first driving unit(100); a rotator(102) moved together with the body by the drive of the first driving; a placing plate(105) escalated by the drive of a second driving unit(103) mounted in the rotator, and installed to support a rib-type FMH(104) adhered to a headliner(106); a combining hole formed at the placing plate to be corresponded to a fixing pin mounted in the rib-type FMH, so as to prevent the installation position of the rib-type FMH from being scattered; and a detecting peace identifying a specification of the rib-type FMH according to the combination of a hetero combination prevention pin formed in the rib-type FMH so as to prohibit the rib-type FMH from being two-kinds-assembled to the headliner.

Description

FMH assembling device of interior decoration material for automobile}

1 is a schematic diagram of a vehicle interior rib type FMH mounting apparatus according to the present invention,

Figure 2 is a state of use of the interior material rib type FMH mounting apparatus for automobiles according to the present invention,

Figure 3 is a schematic diagram showing that the FMH is mounted on the seat in the interior material rib type FMH mounting apparatus for automobiles according to the present invention,

Figure 4 is a view for explaining that the FMH is different from the specification in the interior mounting rib type FMH mounting device for automobiles according to the present invention,

5 is a schematic view of the interior foam foam or rib-type FMH mounting apparatus for a vehicle according to another embodiment of the present invention,

Figure 6 (a, b) is a state diagram used in the interior foam foam or rib-type FMH mounting device for automobiles according to another embodiment of the present invention.

* Explanation of symbols used in the main part of the drawing

100; First driving means

101; main body

102; Community

103; Second drive means

104; Ribbed FMH

105; Seating table

106; Headliner

107; Push pin

108; Joiner

109; Heterogeneous bond prevention pin

110; Detection piece

111; Pneumatic nozzle

112; Bearing housing

113; Hinge pin

200; Foam FMH

201; Third drive means

202; Mounting Block

204; Mounting Pin

The present invention protects the occupant's head by absorbing and offsetting a shock in a collision caused by a rib-type FMH or a foam-type free motion head-foam (FMH) in a head liner, which is an interior material of an automobile. The present invention relates to a vehicle interior material FMH mounting apparatus to improve the workability of attaching).

More specifically, when attaching a rib-type FMH or foam-type FMH to the headliner of the vehicle, the jig is used to attach FMJ assembling properties and to reduce the scattering of the FMH attachment position. An FMH mounting apparatus.

In general, the shock absorbing interior material embedded in the car headliner is used to protect the occupant's head from the impact in the event of an automobile accident, and requires functional features such as impact resistance, sound absorbing and insulating sound insulation, insulation and shape retention, Polyurethane foam, polypropylene foam or polyethylene foam, styro foam or the like is foamed, or the impact is absorbed by the rib of the synthetic resin material injection molded to have a shape such as honeycomb, lattice, polygonal.

On the other hand, automotive designs that take into account FMH are geared towards front pillars, center pillars and rear pillars, and filler trims covering their exteriors. In other words, a method of embedding a reinforcing filler prepared for FMH between an automobile filler and a filler trim, or forming ribs having various shapes inside the filler trim is used.

On the other hand, when attaching FMH to the car headliner, if the headliner with various interior materials is assembled to the car body in the car assembly line due to the dismantlement of the FMH or spreading the attachment position, It is impossible to assemble, which delays work and treats it as a poor quality.

In addition, the production capacity increased due to the diversification of the specifications of the FMH causes an increase in investment costs, and also has a problem that sufficient space must be secured.

It is an object of the present invention to improve the assembly and workability of FMH by attaching a rib-type FMH or a foamed FMH to a car headliner, and to improve workability of FMH, and to facilitate the bonding of FMH to reduce worker fatigue. To provide a vehicle interior FMH mounting device.

It is another object of the present invention to provide a vehicle interior FMH mounting apparatus which can improve the quality by reducing the dispersion position of the FMH on the headliner and preventing the FMH heterogeneous assembly.

Another object of the present invention is to install a ribbed FMH or foamed FMH in the same production line to provide a sufficient space, to reduce the cost associated with the installation of automotive interior material FMH mounting apparatus To provide.

An object of the present invention described above, in the FMH mounting apparatus attached to the car headliner,

A main body to which the first driving means is rotatably connected;

A rotating body rotatably mounted to the main body by driving the first driving means,

A seating plate which is lifted and driven by the second driving means mounted to the rotating body and supports the rib-type FMH attached to the headliner;

A coupling hole formed in the seating plate corresponding to the fixing pin formed on the rib type FMH so as to prevent the mounting position of the rib type FMH relative to the headliner;

Automotive interior material FMH provided with a detection piece for classifying the specification of the rib-type FMH in accordance with the coupling of the hetero-binding prevention pins formed in the rib-type FMH to prevent the heterogeneous assembly of the rib-type FMH to the headliner By providing a mounting apparatus.

An object of the present invention described above, in the FMH mounting apparatus attached to the car headliner,

A main body to which the first driving means is rotatably connected;

A rotating body rotatably mounted to the main body by driving the first driving means,

A seating plate which is lifted and driven by a second driving means mounted to the rotating body, and supports a foamed FMH or a ribbed FMH attached to the headliner;

A mounting block mounted on the upper surface of the seating plate and supporting the foamed FMH;

It is installed between the mounting block so as to be elevated by driving the third drive means mounted to the rotating body, and provided with a mounting pin which is raised relative to the mounting block by the third drive means extension drive to support the rib-type FMH,

A vehicle characterized in that the rib-type FMH is supported by the mounting pin and the mounting block that is raised during the third driving means extension, and the mounting pin is lowered when the third driving means is contracted and the foaming FMH is supported by the mounting block. It is achieved by providing a built-in material FMH mounting device.

According to a preferred embodiment, it is further provided with a pneumatic injection port formed on the seating table described above, for injecting air pressure to the coating surface to shorten the adhesive solidification time applied to the rib-like FMH.

In addition, a pneumatic cylinder or a hydraulic cylinder may be used as the aforementioned first and second driving means.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, which is intended to explain in detail enough to enable those skilled in the art to easily practice the present invention. This does not mean that the technical spirit and scope of the present invention is limited.

As shown in Figures 1 to 3, automotive interior rib type FMH mounting apparatus according to the present invention, in the FMH mounting apparatus attached to the car headliner,

A main body 101 to which the first driving means 100 (a pneumatic cylinder or a hydraulic cylinder may be used) is rotatably connected by a hinge pin 113,

A rotating body 102 fixed by the bearing housing 112 to be rotatable with respect to the main body 101 when the first driving means 103 is driven;

Lifted and driven by driving of the second driving means 103 (pneumatic cylinder or hydraulic cylinder may be used) mounted to the rotating body 102 to fix the rib type FMH 104 relative to the headliner 106. Mounting stand 105 for supporting the type FMH (104),

Coupling holes formed in the mounting table 105 to correspond to the fixing pins 107 formed in the rib-type FMH 104 to prevent the mounting position of the rib-type FMH 104 with respect to the headliner 106 ( 108),

In order to prevent the heterogeneous assembly of the rib type FMH 104 with respect to the headliner 106, the specification of the rib type FMH 104 is changed according to the combination of the heterogeneous coupling preventing pins 109 formed on the rib type FMH 104. It is provided with the detection piece 110 which distinguishes (when the several rib type | mold FMH 104 from which a specification is supplied to the mounting base 105 can distinguish them).

At this time, the external air pressure supply means formed on the seating table 105, applied to the rib-type FMH 104 (hot-melt-type adhesive can be used) to shorten the solidification time It may be further provided with an air pressure injection port 111 for injecting the air pressure discharged from the coating surface.

Hereinafter, with reference to the accompanying drawings an example of the use of the interior material rib type FMH mounting apparatus for automobiles according to the present invention will be described in detail.

A) It is explained that the distribution of the mounting position of the rib type FMH attached to the headliner can be minimized.

As shown in Figures 1 and 2, in order to attach the rib-shaped FMH 104 to the headliner 106, which is used to minimize the impact on the occupant's head during an automobile accident and to prevent injury to the occupant When seated on the 105, the fixing pin 107 formed in the rib-like FMH 104 is coupled to the coupling hole 108 formed in the mounting table 105, so that between the fixing pin 107 and the coupling hole 108 Ribbed FMH 104 can always be attached to headline 106 in a constant position with minimal tolerance.

As described above, since the mounting position of the rib-type FMH 104 attached to the headliner 106 is constantly mounted, the quality of the product is improved to have a competitive edge in the industry.

2) It will be explained that it is possible to prevent heterogeneous assembly of the rib-type FMH attached to the headliner.

As shown in FIGS. 1 and 3, when the ribbed FMH 104 having different specifications due to the diversification of FMH types is supplied to the seating table 105, the hetero-bond preventing pins formed on the rib-type FMH 104 ( Since the 109 is in close contact with the detection piece 110 formed in the mounting table 105, the rib-shaped FMH 104 can be accurately seated on the mounting table 105.

On the other hand, as shown in FIG. 4, when the rib-type FMH 104 is seated on the mounting table 105, the rib-type FMH (in the position away from the detection piece 110 formed in the mounting table 105) As the heterogeneous coupling preventing pin 109 of the 104 is seated, the rib-type FMH 104 protrudes from the seating table 105 so that the operator may determine that the specification of the rib-type FMH 104 is different.

Thus, the ribbed FMH 104 of a similar model can be prevented from being attached to the headliner 106.

C) The adhesive can be simply applied to the rib-shaped FMH attached to the headliner.

1 to 3, in order to attach the aforementioned rib type FMH 104 to the headliner 106, an adhesive such as a hot melt is easily applied to the rib type FMH 104 to improve workability. Can be.

In detail, as shown in FIG. 1, an adhesive such as hot melt is applied using a predetermined coating device (not shown) in a state in which the rib-type FMH 104 is seated on the seating table 105 described above. Spray to the ribbed FMH 104.

At this time, the adhesive liquid flows down from the coated surface of the rib-type FMH 104 because the rib-type FMH 104 seated on the seating plate 105 is horizontal to the ground due to the driving of the second driving means 103. Can be prevented. In addition, it is possible to shorten the time the adhesive solidifies by the air pressure discharged from the air pressure injection port 111 formed in the seating table 105 can improve productivity.

On the other hand, as shown in Fig. 2, when attaching the adhesive-type ribbed FMH 104 to the headliner 106, the ribbed FMH 104 is kept horizontal with respect to the headliner 106 attachment surface. It can improve workability.

In detail, the first driving means 100 (pneumatic cylinder or hydraulic cylinder may be used) mounted on the main body 101 may be used to rotate the rotating body 102 at the center of the bearing housing 112. As shown in FIG. 2, the seating rod 105 is rotated in a clockwise direction, and at the same time the second driving means 103 (pneumatic cylinder or hydraulic cylinder can be used) mounted on the pivoting body 102 can be used. Since it is pivoted in the right direction, the ribbed FMH 104 seated in the seating 105 may be attached to the headliner 106.

As described above, when the adhesive is applied to the rib-type FMH 104 and then attached to the headliner 106, it is attached using the first and second driving means 100 and 103, thereby reducing worker fatigue, workability and productivity. The cost savings can be achieved because the mass production is possible by improving the efficiency.

On the other hand, as shown in Figure 5, automotive interior rib type or foam type FMH mounting apparatus according to another embodiment of the present invention, in the FMH mounting apparatus attached to the car headliner,

A main body 101 to which the first driving means 100 (a pneumatic cylinder or a hydraulic cylinder can be used) is rotatably connected,

A rotating body 102 rotatably mounted to the main body 101 by driving the first driving means 100 (a pneumatic cylinder or a hydraulic cylinder may be used),

Lifted and driven by the second driving means 103 mounted on the rotating body 102, and supports a foamed FMH 200 or a rib-type FMH 203 attached to the headliner 106. Mounting stand 105 and

A mounting block 202 mounted on the upper surface of the seating stand 105 and supporting the foamed FMH 200;

The third driving means 201 (pneumatic cylinder or hydraulic cylinder can be used) mounted on the rotating body 102 can be elevated by the mounting block 202 (installed therebetween, extending the third driving means 201). A mounting pin 204 which is raised relative to the mounting block by driving to support the rib-shaped FMH 203,

The rib-shaped FMH 203 is supported by the mounting pin 204 and the mounting block 202 which are raised during the third driving means 201, and the mounting pin 204 when the third driving means 201 is contracted and driven. The lowering is performed to support the foamed FMH 200 by the mounting block 202.

In the drawing, reference numeral 300 denotes a bracket for supporting one end serving as a reference surface of the rib-type FMH 203 or the foamed FMH 200.

At this time, the configuration except for the mounting block 202 for supporting the foamed FMH 200, the mounting block 202 and the mounting pin 204 for supporting the rib-type FMH 203, according to an embodiment of the present invention Since one of the ribbed FMH mounting apparatus is applied in substantially the same, detailed description thereof will be omitted, and overlapping reference numerals will be found to be the same.

Hereinafter, with reference to the accompanying drawings an example of the use of the interior material rib type or foam type FMH mounting apparatus for automobiles according to another embodiment of the present invention will be described in detail.

Fig. 6 (a) shows the support of the foamed FMH, which is ribbed due to the contraction driving of the third driving means 201 (pneumatic cylinder or hydraulic cylinder may be used) mounted on the rotating body 102 described above. As the mounting pins 204 (for example, three are shown in the figure) supporting the FMH 203 are lowered toward the seating board 105, the mounting block 202 (an example) is replaceable on the upper surface of the seating board 105. As shown in FIG. 3, the foamed FMH 200 attached to the headliner 106 can be supported.

Fig. 6 (b) shows the support of the rib-type FMH. The third driving means 201 (pneumatic cylinder or hydraulic cylinder may be used) is mounted to support the rib-type FMH 203 due to the extension driving. As the pin 204 is lifted from the top of the seating plate 105, it can support the ribbed FMH 203 attached to the headliner 106 by the raised mounting pin 204 and the mounting block 202. have.

As described above, the rib-like FMH 203 is supported by the mounting pin 204 and the mounting block 202 which are raised during the extension driving of the third driving means 201 in the same production line, and the third driving means 201. ) Since the mounting pin 204 is lowered during the contraction driving, the foaming FMH 200 is supported by the mounting block 202, thereby preventing the cost of the equipment from being invested in the production line.

As described above, the automotive interior material FMH mounting apparatus according to the present invention has the following advantages.

When attaching a rib type FMH or foam type FMH to a car headliner, it is attached using a jig to improve FMH assembly and workability, and the application of FMH is easy to reduce worker fatigue.

In addition, by reducing the distribution position of the FMH with respect to the headliner, preventing the FMH heterogeneous assembly to improve the quality, it is cost-effective and competitive in the industry.

In addition, the ribbed FMH or foamed FMH can be selectively mounted in the same production line to secure sufficient space and prevent the redundant lines from being installed, thereby reducing the cost.

Claims (4)

In the FMH mounting device attached to the car headliner: A main body to which the first driving means is rotatably connected; A rotating body rotatably mounted to the main body by driving the first driving means; A seating table which is lifted and driven by the second driving means mounted to the pivoting body and supports a rib-type FMH attached to the headliner; A coupling hole formed in the seating plate corresponding to the fixing pin formed on the rib type FMH to prevent the mounting position of the rib type FMH from being scattered with respect to the headliner; And Automotive interior material provided with a detection piece for classifying the specification of the rib-type FMH according to the coupling of the heterogeneous coupling prevention pin formed in the rib-type FMH to prevent the heterogeneous assembly of the rib-type FMH to the headliner FMH mounting device. In the FMH mounting device attached to the car headliner: A main body to which the first driving means is rotatably connected; A rotating body rotatably mounted to the main body by driving the first driving means; A seating plate which is lifted and driven by the second driving means mounted to the pivoting body, and supports a foamed FMH or a ribbed FMH attached to the headliner; A mounting block mounted on the seating surface so as to be replaceable and supporting the foamed FMH; And It is installed between the mounting block so as to be elevated by driving the third drive means mounted to the rotating body, and provided with a mounting pin which is raised relative to the mounting block by the third drive means extension drive to support the rib-type FMH, Rib-type FMH is supported by the mounting pin and the mounting block which are raised during the third driving means extension drive, and the mounting pin is lowered when the third driving means is contracted and driven to support the foamed FMH by the mounting block. Automotive interior FMH mounting device. The interior material FMH for automobiles according to claim 1 or 2, further comprising an air pressure injection hole formed in the seating plate and for injecting air pressure onto an application surface to shorten the adhesive solidification time applied to the rib-type FMH. Mounting device. The interior of the vehicle interior FMH mounting apparatus according to claim 2, wherein a pneumatic cylinder or a hydraulic cylinder is used as the first, second and third driving means.

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