KR100803075B1 - Jig device for assembly of vehicles seat - Google Patents

Abstract

A jig device used to assemble a vehicle seat is provided to employ a power supplying unit to check the operation state and the failure of electrical parts installed in the vehicle seat. A support body(110) is provided at the upper portion thereof with a plurality of support rollers(111) to support the lower portion of a rotation body(130) such that the rotation body rotates smoothly. Guide rails(131) are installed at two opposite sides of the rotation body, and the guide rollers are inserted into the guide rail. A rotation unit(140) rotates by a hinge shaft provided at the upper side of the rotation body. The rotation unit is provided at the second side thereof with a rotation bar(141) and a shock absorber(142). The rotation bar is mounted on the rotation shaft provided at one side of the rotation body. The shock absorber is installed at the upper side of the rotation body to rotate the rotation bar in a vertical direction.

Description

Jig device for assembly of vehicles seat}

The present invention relates to a jig device for assembling a vehicle seat, and more particularly, the seat track can be easily detached by a series of structures, and the worker rotates the jig in a horizontal direction or in a vertical direction according to the assembling process. The present invention relates to a vehicle seat assembly jig device for efficiently assembling components of a seat.

In general, since the vehicle seat is produced by assembling numerous components having various structures and shapes through a sequential process, the productivity and work efficiency of the vehicle seat are determined according to the work order and arrangement of the assembly process.

In particular, since the vehicle seat requires assembly work on the upper and side surfaces as well as the lower portion of the seat track according to the assembly position of the components, for this purpose, a jig device capable of performing a smooth assembly process regardless of the assembly position of the vehicle seat is It is more urgently needed than ever.

Therefore, conventionally, as described above, the room for efficiently assembling the vehicle seat is

Clamping device for fixing the seat track, air supply means provided for controlling the operation of the clamping device by the compressed air supplied from the outside, each seat on the seat track fixed to the clamping device while being moved to the upper surface of the conveyor In a vehicle seat assembly jig comprising a flat base member of a predetermined size to ensure that the parts are assembled in sequence according to a series of work processes, the rotation that can maintain sufficient strength and smooth rotational force in the center of the upper surface of the base member Means are provided, and a turning member having a predetermined size to be horizontally rotated relative to the base member is coupled to the upper surface of the rotating means, and the upper surface of the turning member, the clamping device and the air Each of the supply means is provided with a predetermined size through part in the center. Korean Patent Registration No. 0552550 "Multifunctional jig for vehicle seat assembly, comprising a tilting means installed between the turning member and the tilting member so that the tilting member is lifted with respect to the upper surface of the turning member so that the tilting member is lifted close to a right angle. "Has been created.

However, the conventional "multifunction jig for assembling a vehicle seat" can easily proceed with assembly of the seat while turning or tilting by fixing the seat track, but compressed air is required to operate the clamping device for fixing the seat track. As a result, the air supply hose and the air supply unit must be installed to correspond to the number of jig installations along the assembly line of the vehicle seat. As a result, the structure becomes complicated, and the economic burden for installation cost and maintenance is required. This double weighted disadvantage.

In particular, the conventional "multifunction jig for vehicle seat assembly" is pneumatically driven, so when compressed air is supplied or a breakdown of the air supply means occurs, the seat track cannot be fixed and productivity and work efficiency are lowered. I got it.

In addition, the conventional "multifunction jig for assembling the vehicle seat" has no means for fixing between the tilting member and the turning member, so that the tilting member is moved upward due to the shaking or shock generated during the assembling work of the vehicle seat. It is easily rotated to provide a cause for causing a safety accident.

On the other hand, the conventional "vehicle seat assembly multi-function jig" is not formed a means for fixing the rotating turning member in the correct position because the turning member is easily rotated during the assembly work of the vehicle seat is extremely limited work efficiency Got

In addition, the conventional "multifunction jig for assembling a vehicle seat" is not provided with a power supply means for checking the operating state of the electrical components mounted in the interior of the vehicle seat, thereby operating on the electric components mounted on the vehicle seat. We have a lung that can not accurately check the status and defects.

In addition, the conventional "multifunction jig for assembling the vehicle seat" can only proceed with the assembly work on the components of the vehicle seat, but the electric parts mounted inside the vehicle seat must be carried out through a separate inspection process, Due to the delay of the working time for the assembly process of the overall vehicle seat has a serious problem that the productivity is reduced.

Therefore, the present invention has been made to solve the above conventional problems,

It is an object of the present invention to efficiently assemble the components of the seat by rotating in the horizontal direction or to rotate in the vertical direction as well as to remove the structure of the clamping device using the air supply means to fix the seat track so far The present invention provides a jig device for assembling a vehicle seat, which can easily remove a seat track and increase work efficiency.

Another object of the present invention is to provide a locking means on the upper side of the rotating body to be fixed to the rotating body to prevent the phenomenon that the rotating body is easily rotated in the upper direction by the impact and shaking generated during the assembly of the components of the sheet. An object of the present invention is to provide a jig device for assembling a vehicle seat.

Still another object of the present invention is to provide a jig device for assembling a vehicle seat, which is provided with a power supply unit so as to check an operation state and a defect of electrical components mounted inside the vehicle seat.

The present invention is provided on the support body 110 is installed on the assembly line (B) of the vehicle seat, the rotating means 120 provided on the upper support body 110, and the upper portion of the rotating means 120 Rotating body 130 is formed so as to rotate in a horizontal direction, the rotating body 160 is mounted on the upper portion of the rotating body 130, the penetrating portion 161 of a predetermined size is formed in the center, and the rotating body Detachable means 170 is installed on both upper sides of the upper portion 160 to fix and separate the seat track A, and is installed on both upper sides of the rotatable body 130 to rotate the rotating body 160 in the vertical direction. In the vehicle seat assembly jig device composed of a rotating means 140 to make,

The rotating body has a power supply means 164 for contacting the power transmission means (C) formed on one side of the assembly line (B) to supply power to the electric parts mounted inside the vehicle seat and check the operation state. Is installed on one side of the 160, the removable means 170 is installed so as to be spaced apart at a predetermined interval in front of the rear bracket 171 and the rear bracket 171 formed on the upper side of the rotating body 160. A seat track installed at one end of the interlocking shaft 173 and the interlocking shaft 173 installed to allow the sliding movement through the front bracket 172 and the rear bracket 171 and the front bracket 172. (A) is installed so as to be rotated via a fixing bracket 174 for fixing in close contact with the hinge shaft 175b formed on one side of the rear bracket 171 to the movement position of the interlocking shaft 173. Therefore, the rotating bra for fixing the seat track (A) in close contact 175 and the front bracket 172 and the interlocking shaft 173 are installed between the fixed bracket 174 and the rotation bracket 175 at the same time to secure the seat track A. It is characterized by consisting of a spring 176 for generating an elastic force.

The present invention assembles the vehicle seat by easily detaching the seat track by a series of mechanical structure that can control the fixed state by contacting one side to close the structure of the clamping device using the air supply means that compressed air is required as in the prior art In addition to increasing the efficiency, it is possible to reduce the cost of installing and maintaining the air supply means.

In addition, the present invention has a safety accident by providing a locking means between the rotating body and the rotating body to prevent the rotating body is easily rotated upward by the impact and shaking generated during the assembly of the components of the vehicle seat. Has the effect of preventing the occurrence of in advance.

In particular, the present invention has the effect of forming a position fixing means for fixing the rotating body to the correct position to prevent the phenomenon that the rotating body is easily rotated during the assembly work of the vehicle seat to improve the work efficiency.

In addition, the present invention is a very useful invention that is provided with a power supply means that can effectively check the operating state and the presence or absence of the electrical components mounted on the interior of the vehicle seat.

When described in detail by the accompanying drawings, the configuration of the present invention as described above are as follows.

Figure 1 is an exploded perspective view for showing the structure of the jig device for vehicle seat assembly of the present invention, Figure 2 is a perspective view for combining the structure of the jig device for vehicle seat assembly of the present invention, Figure 3 is a line AA of Figure 2 4 is a sectional view from the rear to show the structure of the jig device for vehicle seat assembly of the present invention, and FIG. 5 is a plan view for showing the structure of the jig device for vehicle seat assembly of the present invention. The side view for showing the structure of the jig apparatus for vehicle seat assembly of this invention is shown.

The support body 110 is installed and moved in the assembly line (B), wherein a plurality of support rollers 111 are radially formed on the upper portion of the support body 110 to support the lower portion of the rotating body 130. Induced to rotate smoothly.

In particular, the rotating means 120 is to rotate the rotating body 130 in the horizontal direction according to the assembly position of the seat track (A), in this case the inside of the rotating means 120 of the rotating body 130 It will be appreciated that known bearings are formed to ensure smooth rotational and supporting forces.

Meanwhile, guide rails 131 are installed at both sides of the rotating body 130, and guide rollers 163 formed at both sides of the rotating body 160 are inserted into the guide rails 131. In the process of rotating the rotating body 160 in the vertical direction by the operation of the rotating means 140 induces the guide roller 163 to move in a predetermined direction along the guide rail 131 and at the same time to be separated in the left and right directions Will be prevented.

In particular, the upper end of the rotating body 130 is formed with a shock absorbing member 132 for mitigating the impact caused by contacting the rotating body 160 in the width direction.

The rotating means 140 serves to rotate the rotating body 160 in the vertical direction, the configuration of which is rotated through the hinge shaft (141a) formed on the upper side of the rotating body 130 The other side is installed so that the rotating bar 141 is mounted on the rotating shaft 162 formed on one side of the rotating body 160, and is installed on the upper side of the rotating body 130, the rotating bar 141 It consists of a shock absorber 142 for rotating in the vertical direction.

That is, as shown in FIG. 11, when the worker grabs the rotating body 160 and lifts it upwards, the rotating bar 141 rotates upwards and at the same time the action of the shock absorber 142 rotates. The body 160 can be easily rotated upward.

On the contrary, even when the pivoting body 160 is rotated in the horizontal direction, when the worker grasps the pivoting body 160 and descends to the lower direction, the rotation of the pivoting bar 141 and the action of the shock absorber 142 (damping force). It will descend naturally.

In addition, as a method for fixing the rotating body 130 in the correct position in the present invention, as shown in Figure 7 bracket 151 is installed on the lower side of the rotating body 130, and the bracket 151 The handle 152 is formed so as to pass through the sliding motion, the elevating guide bar 153 is installed at the tip of the handle 152, so as to penetrate downward from one side of the rotating body 130. The support bracket 154 is installed, but the vertical through hole 154a is provided in the center in the longitudinal direction and the through hole 154b is formed in one side so that the lifting guide bar 153 passes in the horizontal direction, and the vertical through hole 154a. Inserted into) but the one side of the lifting guide bar 153 passes through the through hole formed radially on one side of the support body 110 by forming an insertion hole (155a) so as to contact and move in the vertical direction. To be inserted into and fixed on Is provided between the fixed pin 155 and the support bracket 154 and the fixing pin 155 is a spring 156 for generating an elastic force.

Therefore, as shown in FIG. 12, when the worker pushes the handle 152 forward while the rotary body 130 is rotated according to the assembly position of the vehicle seat, the elevating guide bar 153 moves forward. While being in contact with the fixing pin 155 to move in the lower direction to be inserted into the through hole 112 to fix the rotating body 130 to the support body 110.

At this time, the through hole 112 is preferably installed radially to have a predetermined angle (90 °) to rotate and fix the rotating body 130 according to the assembly position of the vehicle seat.

On the contrary, when the worker pulls the handle 152 to the rear, the rotating body 130 can rotate while the fixing pin 155 is easily moved upward by the elastic force of the spring 156.

In addition, in order to move the fixing pin 155 in close contact with the lower portion of the elevating guide bar 153 to move efficiently in the vertical direction, the inclined portion 153a gradually inclined from one side to the other side may be formed. have.

In particular, a plurality of concave grooves 153b are formed in the lower portion of the elevating guide bar 153 so as to be in contact with the engaging protrusion 155b formed in the insertion hole 155a so as to be caught by the fixing pin 155. This leads to the rising or falling position of.

On the other hand, the rotation body 160 is an assembly operation by the worker through the through portion 161 after the worker lifts upwards with the operation of the rotation means 140 for the assembly work on the lower portion of the vehicle seat. You can proceed.

The power supply means 164 is a very important configuration in the present invention, that is, since the interior of the vehicle seat is equipped with electrical products, one side along the assembly line (B) for the inspection and inspection work for these electrical products In contact with the power transmission means (C) installed in the it is supplied with power (DC 12V).

At this time, the power supply means 164 used a well-known collecting shoe excellent in conductivity and wear resistance so that the power can be supplied in a state that is installed and moved to an automation facility and a conveyor.

Therefore, the operator can check the operation state by connecting the electrical components such as a heater mounted inside the vehicle seat to the power supply means 164.

In addition, as shown in Figure 8 or 13, the detaching means 170 is to remove the structure of the clamping device using the air supply means that the compressed air is essential for fixing the seat track (A) as in the conventional linkage shaft ( At one side of the contact 173, the fixed bracket 174 and the rotation bracket 175 can be moved and rotated so that the seat track A can be easily fixed and separated.

In particular, the linkage shaft 173 is in close contact with the operation of a separate contact device (not shown) installed in the last step of the assembly line (B) is moved to one side to separate the seat track (A).

At this time, the locking bracket 174 and the rotation bracket 175, the upper portion of the engaging jaw (174a, 175a) to prevent the separation in the upper direction in close contact with the seat track is formed.

In particular, the spring 176 is usually moving the linkage shaft 173 in the direction of the rear bracket 171 so that the fixed bracket 174 and the rotation bracket 175 at the same time move and rotate inward to the seat track ( A well-known compression spring was used to fix A).

On the other hand, in the present invention, the locking means 180 is provided in order to prevent the rotation body 160 from being easily rotated upward by the impact and shaking generated during the assembly of the components of the vehicle seat. As shown in FIG. 9, a bracket 181 installed on an upper side of the pivot body 160, a shaft 182 formed to slide through the bracket 181, and the shaft 182. And a locking bracket 183 for engaging and fixing the rotatable body 130 and installed between the bracket 181 and the shaft 182 to be installed at the tip of the rotating body 130 and a spring 184 for generating an elastic force. do.

Therefore, as shown in FIG. 10, the locking bracket 183 is normally held in engagement with one end of the rotating body 130 by the elastic force of the spring 184, and thus, the upper portion of the rotating body 160. To prevent rotation in the direction, on the contrary, when the pivoting body 160 rotates upward, when the worker pulls the locking bracket 183, the rotation body 130 can be separated and rotated upward. Will be.

In particular, the locking jaw (183a) is formed at the lower end of the locking bracket 183 so as to prevent the rotation in the upper direction in the engaged state with the rotating body (130).

At this time, the spring 184 is usually used to move the shaft 182 to one side so that the locking bracket 183 is engaged with the rotating body 130 to use a known compression spring.

As described above, the embodiments of the present invention have been described in detail, but the scope of the present invention is not limited thereto, and it is natural that the present invention is included in the scope of the present invention to a configuration that is substantially equivalent to the embodiments of the present invention. something to do.

1-an exploded perspective view showing the structure of the jig device for vehicle seat assembly of the present invention.

Figure 2 is a perspective view showing the structure of the jig device for vehicle seat assembly of the present invention.

3-2 is a cross-sectional view taken along the line A-A.

Figure 4-perspective view of the coupling from the rear to show the structure of the jig device for vehicle seat assembly of the present invention.

5-a plan view for showing the structure of the jig device for vehicle seat assembly of the present invention.

Figure 6-side view for showing the structure of the jig device for vehicle seat assembly of the present invention.

Figure 7-An exploded perspective view showing the structure of the position guide means in the present invention.

8-An exploded perspective view showing the structure of the detachable means in the present invention.

Figure 9-An exploded perspective view showing the structure of the locking means in the present invention.

10 or 11-reference state of use for rotating the seat track in the vertical direction in the present invention.

12-Reference state of use for rotating the seat track in the present invention.

Figure 13-Reference state of use for separating seat tracks in the present invention.

Explanation of symbols on the main parts of the drawings

100: jig device for vehicle seat assembly of the present invention

110: support body 111: support roller

112: through

120: rotating means

130: rotating body 131: guide rail

132: buffer member

140: rotation means 141: rotation bar

141a: hinge shaft 142: shock absorber

150: position fixing means 151: bracket

152: handle 153: elevating guide bar

154: support bracket 154a: vertical through hole

154b: through hole 155: fixing pin

155a: insertion hole 155b: locking projection

156: spring

160: rotating body 161: through part

162: rotating shaft 163: guide roller

164: power supply means

170: removable means 171: rear bracket

172: front bracket 173: linkage shaft

174: fixing bracket 174a: locking jaw

175: rotating bracket 175a: locking jaw

175b: hinge shaft 175c: coupling pin

176: spring

180: locking means 181: bracket

182: axis 183: locking bracket

183a: engaging jaw 184: spring

A: Seat track B: Assembly line

C: power transmission means

Claims (9)

A support body installed on the assembly line of the vehicle seat, a rotation means provided on the upper portion of the support body, a rotation body installed on the upper portion of the rotation means to rotate in a horizontal direction, and an upper portion of the rotation body. A rotating body having a predetermined size through-hole formed in the center thereof, detachable means installed on both sides of the upper portion of the rotating body to fix and separate the seat track, and installed on both sides of the upper portion of the rotating body. In the vehicle seat assembly jig device composed of a rotation means for rotating in the vertical direction, A power supply means for contacting the power transmission means formed on one side of the assembly line to check the operating state by supplying power to the electrical components mounted in the interior of the vehicle seat is installed on one side of the rotating body, the removal means The rear bracket is formed on the upper side of the rotating body, the front bracket is installed so as to be spaced apart at a predetermined distance in front of the rear bracket, and the interlocking shaft is installed to allow the sliding movement through the rear bracket and the front bracket It is installed on one end of the interlocking shaft is fixed to the seat bracket for fixing the seat track, and the hinge shaft formed on one side of the rear bracket is installed so as to rotate through the seat track in close contact with the movement position of the linkage shaft The fixed bracket is installed between the rotating bracket and the front bracket and the interlocking shaft to Jacket and by a pivot bracket at the same time works to the inside a vehicle seat assembly jig apparatus according to claim doeeojim the configuration of a spring for generating an elastic force to secure the seat track. The jig device for vehicle seat assembly of claim 1, wherein a plurality of support rollers are radially formed on the upper portion of the support body so as to support the lower portion of the rotatable body and rotate smoothly. The jig device for vehicle seat assembly according to claim 1, wherein guide rails are installed at both sides of the rotating body, and guide rollers formed at both sides of the rotating body are inserted into the guide rail. According to claim 1, The rotating means is installed so as to rotate via a hinge shaft formed on the upper side of the rotating body, the other side is a rotating bar mounted to the rotating shaft formed on one side of the rotating body, and the upper portion of the rotating body Jig device for assembling a vehicle seat, characterized in that the shock absorber is installed on one side and configured to rotate the pivoting bar in the vertical direction. 2. The jig device for vehicle seat assembly according to claim 1, wherein a position fixing means for fixing at a designated position of the support body is formed at one lower side of the rotating body. According to claim 5, The position fixing means is a bracket that is installed on the lower side of the rotating body, the handle is formed so as to slide through the bracket, and the elevating guide bar is installed at the tip of the handle and It is installed so as to penetrate in the lower direction from one side of the rotating body, the center is provided with a vertical through hole in the longitudinal direction and the support bracket is formed in the vertical hole through the lifting guide bar in the horizontal direction, and inserted into the vertical through hole On one side is formed with an insertion hole so as to move in contact with the lifting guide bar passing in the vertical direction, the fixing pin for inserting and fixed in the through-hole formed radially on one side of the support body, and between the support bracket and the fixing pin The vehicle is installed in the spring characterized in that composed of a spring for generating an elastic force Jig device for seat assembly. The jig device for vehicle seat assembly according to claim 1, wherein the power supply means uses a known collecting shoe. The jig device for vehicle seat assembly according to claim 1, wherein a locking means for fixing to the rotating body is formed at an upper side of the rotating body. According to claim 8, The locking means is a bracket which is installed on the upper side of the rotating body, the shaft is formed so as to be able to slide through the bracket, and is installed at the end of the shaft is engaged with the rotating body fixed Jig device for assembling a vehicle seat, characterized in that consisting of a locking bracket and a spring installed between the bracket and the shaft for generating an elastic force.

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