JP2008230720A - Article storage device for coating apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an article storage device for a coating apparatus capable of reducing the cost by simplifying a constitution. <P>SOLUTION: The article storage device for the coating apparatus comprises a coating unit for coating an object to be coated, hanging support bodies 8 for handing and supporting the object, a storage shelf 2 having a plurality of article storage parts 1 for storing the hanging support bodies 8 and an article conveying device 3 having a transfer device 9 for transferring the hanging support bodies 8 on an elevating/lowering body 14 to be freely elevated/lowered. The handing support body 8 comprises a hanging support body part 8A for hanging and supporting an object C to be coated which is located therebelow, and a supported part for storage and a supported part 8C for conveyance which are located on a side part or an upper part of the hanging support body part 8A. The article storage part 1 receives and supports the supported part for storage and stores the hanging support body 8, and the transfer device 9 receives and supports the supported part 8C for conveyance, and transfers the hanging support body 8. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention includes a plurality of a coating processing unit that performs a coating process on an object to be coated, a suspension support that suspends and supports the object to be coated, and an article storage unit that stores the suspension support. A storage shelf; and an article transporting device that transports the suspension support between the coating processing unit and the article storage unit, wherein the article transporting device transfers the suspension support. The present invention relates to an article storage device for a painting facility, which is configured to include a lifting / lowering body that can be moved up and down.

Conventionally, such an article storage device for a painting facility has been configured as follows.
That is, a stacker crane that is movable along a traveling rail is provided as the article transporting device, and for a painting facility that includes a plurality of coating processing units and the storage shelves on the left and right sides of the traveling path of the stacker crane. In the article storage device, as a suspension support for supporting the object to be suspended, a support member for supporting the object to be suspended is provided on the upper part of the pallet for transportation. There was one configured to suspend and support objects. The stacker crane is configured to receive and support the lower surface side of the pallet by the fork type transfer device, and to receive and support the lower surface side of the pallet also in the article storage portion of the storage shelf. (For example, refer to Patent Document 1).

  In other words, the support member includes a support body portion that is long in the lateral direction for supporting the object to be suspended, and a pair of support column portions that extend from both ends of the support body portion. It has a configuration in which a space for storing an object to be coated is formed between the supporting main body portion and the pallet.

JP-A-11-10056

  In the above-described conventional configuration, the pair of left and right support columns in the support member must be provided in a long shape in order to secure a storage space for storing the object to be coated in a suspended state. The support member has to be attached and fixed to the pallet, which makes the structure of the suspension support complicated and increases the cost. And in the above-mentioned coating equipment, since many suspension supports are provided in order to efficiently perform the coating treatment of a large number of objects to be coated, there is a disadvantage that leads to high costs as a whole equipment. there were.

  An object of the present invention is to provide an article storage device for a painting facility that can reduce costs by simplifying the configuration.

  An article storage apparatus for a painting facility according to the present invention stores a coating processing unit that performs a coating process on an object to be coated, a suspension support that suspends and supports the object to be coated, and the suspension support. A storage shelf including a plurality of article storage units, and an article transport device that transports the suspension support between the coating processing unit and the article storage unit. A transfer device for transferring a lowering support is provided in an elevating body that can be moved up and down, and the first feature is that the suspension support lowers the object to be coated. A suspension support main body for supporting the suspension by being positioned on the side, and a storage support and a transport support supported on the lateral side or upper portion of the suspension support main body. And the article storage portion receives the storage supported portion. And the transfer device is configured to receive and support the transfer supported portion and transfer the suspension support. In the point.

  According to the first characteristic configuration, the suspension support body is a suspension support main body portion for supporting the object to be coated on the lower side thereof, and the lateral side of the suspension support main body portion. It comprises a supported part for storage and a supported part for conveyance located in the upper part or the upper part. And in the said article | item storage part, the said support part for storage located in the side part or upper part of the said main part for suspension support is received and supported, and a suspension support body is accommodated. Further, the transfer device receives and supports the transport supported portion located on the lateral side or upper portion of the suspension support main body portion, and transfers the suspension support.

  The suspension support is a support for storage located on the lateral side or the upper side of the suspension support main body that is required to suspend and support the object to be coated on the lower side. The suspension support body is a member that extends in the vertical direction from the suspension support main body portion or a member that is received and supported on the lower side of the object to be coated. Etc. are unnecessary, and can be of a simple configuration.

  Accordingly, it has become possible to provide an article storage device for a painting facility that can reduce costs by simplifying the configuration.

  In addition to the first feature configuration, the second feature configuration of the present invention is a transport receiver that receives and supports the transport supported portion in a state in which the transfer device is positioned below the lift platform. It is a fork-type transfer device equipped with a body that can be moved in and out.

  According to the second characteristic configuration, when the suspension support is transported, the transport receiving body protrudes to a position where the transport supported portion of the suspension support can be received and supported, and the lifting body is The transport receiving body is retracted while being lifted and receiving and supporting the suspension support. In this way, the suspension support can be received and supported and transported to the target position to be transported in a state in which the transportation support is retracted. When the suspension support is lowered to the target position, the suspension support is suspended. The conveyance receiving body is protruded while receiving and supporting the support, and the elevating body is lowered and lowered to the target position, and then the conveyance receiving body is retracted.

  In the article conveying apparatus provided with such a fork-type transfer device, as described above, the suspension support is used when the conveyance support is retracted while the suspension support is received and supported. There is a risk that undried paint, etc. may drip from the object to be suspended and supported by the body, but the transfer device is provided in a state located below the lifting platform, so it drip from the object to be coated The transfer device does not fall on the lifting platform, and the transfer device receives and supports the transport supported portion located on the lateral side or upper portion of the suspension support main body. Paints dripping from objects do not fall off.

  By the way, if it is the case where it is set as the structure provided with the state which positions a transfer apparatus on the upper side of a raising / lowering stand, in order to support the said suspension support body by opening the storage space for supporting a to-be-coated article in a suspended state. In addition, for example, a pair of support columns are provided upward from the lifting platform, and the conveyance receiving body is supported by the pair of support columns so as to be freely retractable, or can be freely retracted to the upper part of the lifting platform. A pair of columnar receiving portions are provided in a state of supporting the conveyance receiving body and facing upward from the conveyance receiving body, and the suspension is provided above the respective columnar receiving portions. Although the structure which supports a support body can be considered, in such a structure, it is necessary to equip a transfer apparatus or a raising / lowering base with the member extended long to an up-down direction, and a structure will become complicated.

  However, according to the second feature configuration, the transfer device includes a transport receiving body that receives and supports the transport supported portion in a state of being located below the lifting platform. Since it is a fork-type transfer device, there is no need for a member that extends vertically in the vertical direction, and the configuration of the transfer device and the lifting platform can be simplified, thereby simplifying the configuration of the article transport device. It becomes.

  Therefore, according to the second feature configuration, the suspension device can be transported while avoiding contamination of the transfer device and the lifting platform by the paint dripping from the object to be coated. In addition to simplification of the configuration of the support, it is possible to simplify the configuration of the article conveying device, and it is possible to simplify the configuration of the entire facility.

  In the third feature configuration of the present invention, in addition to the second feature configuration, the transport supported portions are respectively provided at locations corresponding to both side ends in the lateral width direction of the storage shelf in the suspension support, A pair of the transport receiving bodies in the transfer device is provided corresponding to each of the transport supported parts.

  According to the third feature configuration, a pair of transport supported portions respectively provided at positions corresponding to both side end portions in the lateral width direction of the storage shelf in the hanging support body are provided corresponding to them. Since it is received and supported by the receiving body, the suspension support is transferred while being received and supported in a stable posture by the pair of transporting receiving bodies at two positions separated in the lateral width direction of the storage shelf. be able to.

  Therefore, according to the third characteristic configuration, the suspension support is received and supported in a stable posture by the pair of conveyance receivers, so that the posture of the suspension support is increased during the transfer operation by the transfer device. There is no fear of instability, and the transfer operation can be performed satisfactorily.

  According to a fourth feature configuration of the present invention, in addition to the second feature configuration or the third feature configuration, the transport receiving body includes a pair of left and right support frames extending along the retracting direction. It is configured in a ladder shape connected by a plurality of horizontal rails arranged at intervals, and the supported parts for conveyance in the suspension support are individually received by the left and right support frames in the conveyance receiving body. It is in the point provided with a pair of left and right receiving parts to be supported.

  According to the fourth characteristic configuration, the transporting receiving body connects a pair of left and right support frame bodies extending along the retracting direction with a plurality of horizontal rails arranged at intervals along the retracting direction. Since it is configured in the shape, it can be made lighter and more durable than a configuration using a wide plate-like body in a direction orthogonal to the withdrawing / withdrawing direction, and the supported part for conveyance in the hanging support Is provided with a pair of left and right receiving portions that are respectively received and supported by the left and right support frame bodies in the transport receiving body, and is thus left and right by the pair of left and right support frame bodies in the transport receiving body. By receiving and supporting the pair of receiving portions, the suspension support can be received and supported in a stable state.

  Therefore, according to the fourth characteristic configuration, the transport supported portion can be stably received and supported by the light and durable transport receiving body, and is suspended during the transfer operation by the transfer device. There is no possibility that the posture of the support becomes unstable, and the transfer operation by the transfer device can be performed satisfactorily.

Embodiments of an article storage device for painting equipment according to the present invention will be described below with reference to the drawings.
As shown in FIG. 1, the painting facility is provided with a plurality of types of painting processing units T that perform different processes in the painting process arranged in parallel. A stacker crane 3 is provided as a storage unit 2 including a storage shelf 2 including a plurality of storage units 1 arranged in the same direction as the alignment direction, and transports between the coating processing unit T and the storage unit 1. It is configured with.

  In other words, as a plurality of types of coating processing units T, coating is performed while spraying paint in a state where the stacker crane 3 is positioned on one side of the left and right sides of the travel path 10 and aligned along the travel path. Coating chamber 4, degreasing / coating chamber 5, washing chamber 6 for spraying a solvent and a coating chemical treatment solution from a nozzle to prevent degreasing of the coating object C and formation of oxides, etc. A drying chamber 7 for drying the object to be coated is provided. The station section ST for carrying in / out is provided in a state of being lined up on the side of the degreasing / coating chamber 5.

  The loading / unloading station section ST suspends and supports the object C to be painted on a suspension support 8 as described later, and supports the object C after painting. The operation | work etc. which remove from the body 8 are performed. Although not shown, the loading platform of the loading / unloading station unit ST has a suspension support 8 that is supported by the transfer device 9 in the stacker crane 3 in the same manner as the support structure in the article storage unit 1 described later. It is configured to be transferable. Each of the coating processing sections T is also provided with a shape similar to that of the loading platform, and the suspension support 8 can be transferred by the transfer device 9 in each coating processing section T. .

  The storage shelf 2 is configured to include a plurality of article storage portions 1 in a state where the storage shelf 2 is positioned along the traveling path 10 and located on the other side of the left and right sides of the traveling path 10 of the stacker crane 3. As shown in FIG. 1, FIG. 2 and FIG. 4, the storage shelf 2 includes a plurality of front and rear support columns 2a that are provided with a distance in the longitudinal direction of the travel path 10, and each of the pair of front and rear support columns 2a includes A plurality of storage receiving bodies 2b are arranged at intervals in the vertical direction at positions facing each other. A total of four support columns 2a and each of the storage receivers 1b form one article storage section 1, and a plurality of the article storage sections 1 are provided side by side. Specifically, two article storage units 1 are provided side by side in the vertical direction as shown in FIG. 2, and nine pieces are provided in the horizontal direction as shown in FIG. 1.

  As shown in FIGS. 1 and 2, a traveling rail 11 is installed on the traveling path 10 along the longitudinal direction of the traveling path 10, that is, the lateral direction of the storage rack 2, and also on the upper side. A guide rail 12 is installed. As shown in FIG. 3, the stacker crane 3 includes a traveling carriage 13 that can travel along the traveling rail 11 and a lifting platform 14 that is movable up and down with respect to the traveling carriage 13. The table 14 is provided with a transfer device 9 capable of transferring a suspension support 8 described later between the article storage unit 1 and the coating processing unit T. The transfer device 9 is configured to be movable to a target stop position that is a transfer work target by traveling the traveling carriage 13 and raising and lowering the lifting platform 14.

  The lifting platform 14 is guided and supported by a pair of front and rear lifting masts 15 erected on the traveling carriage 13 so as to freely move up and down. As shown in FIGS. 2, 3, and 7, the traveling in the stacker crane 3 is performed. A pair of cylindrical elevating frame bodies 14A extending long along the path longitudinal direction of the path 10 is formed integrally with the elevating support portions 16 on both sides in the longitudinal direction. It is connected and supported by a plurality of guide rollers 17 provided on the lifting support 16 so as to be guided up and down with respect to the lifting mast 15.

  As shown in FIG. 3, the lifting platform 14 is configured to be lifted and lowered by driving and rotating a pair of lifting chains 18 along the longitudinal direction by an lifting motor 19. That is, it is wound around the guide sprocket 21 provided in the upper frame 20 that connects the upper parts of the pair of elevating masts 15 and the guide sprocket 22 provided in the lower part of the elevating mast 15. A pair of raising / lowering chains 18 are provided in a state of being connected to the table 14, and the raising / lowering table 14 can be moved up and down by driving and rotating the lifting chain 18 in the longitudinal direction by the raising / lowering electric motor 19. It is configured.

  The traveling carriage 13 includes a plurality of wheels 23 that can travel on the traveling rail 11, and one of the wheels 23 on one end side in the longitudinal direction of the vehicle body is driven by a traveling electric motor 24. It is configured as drive wheels 23 a, and the traveling carriage 13 is configured to be able to travel along the traveling rail 11 by driving the traveling electric motor 24.

  And in this painting equipment, the suspension support body 8 which suspends and supports the to-be-coated object C is provided, and this suspension support body 8 positions the to-be-coated object C on the lower side and supports the suspension. A suspension support main body 8A, a storage supported portion 8B and a transport supported portion 8C positioned above the suspension support main body portion 8A, and the article storage portion 1 includes: The storage supported portion 8B is received and supported, and the suspension support 8 is stored. Further, the transfer device 9 receives and supports the transfer supported portion 8C, and The suspension support 8 is configured to be transferred.

  The transfer device 9 is a fork-type transfer that includes a transfer receiving body 25 that receives and supports the transfer supported portion 8C in a state of being located below the lift 14. The transport supported portions 8C are provided at locations corresponding to both side ends in the lateral width direction of the storage shelf 2, that is, the longitudinal direction of the travel path 10 in the suspension support body 8, respectively. A pair of the transport receiving bodies 25 in the mounting device 9 are provided so as to correspond to the transport supported portions 8C.

A specific configuration of the suspension support 8 will be described.
As shown in FIG. 5, the suspension support 8 connects five long vertical bars 26 and five shorter horizontal bars 27 in a lattice shape so that the outer shape is rectangular. Along with the three vertical bars 26 positioned on the inner side of the long vertical bars 26 located at the peripheral edge, a plurality of locking insertion holes 28 are formed for suspension. The plate bodies 29 are connected so that the plate surfaces protrude downward with the plate surfaces along the vertical direction, thereby constituting the suspension support main body portion 8A.

  The suspension supporting main body portion 8A has a T-shape in the short side direction and extends over the entire width in the lateral direction of the suspension supporting main body portion 8A at the upper portion of both end portions in the longitudinal direction of the hanging support main body portion 8A. The outer locking device 30 is integrally provided in a state, and has a reverse L-shaped cross-sectional shape in the transfer direction view at a position closer to the center in the longitudinal direction than the outer locking device 30 by a set distance, And the inner side locking tool 31 is integrally provided in the state extended over the full width of the transversal direction of the main part 8A for suspension support.

  In other words, the outer locking tool 30 includes a plate-like body 30a extending over the entire width in the short direction of the suspension support main body portion 8A, and the plate-like body and the suspension support main body portion 8A. It is comprised by the three connection bodies 30b connected so that it may become a T-shape by direction view. In the same manner, the inner locking tool 31 also has a plate-like body 31a extending over the entire width in the short direction of the suspension support main body portion 8A, and the plate-like body and the suspension support main body portion 8A. It is comprised with the three connection bodies 31b connected so that it may become reverse L-shape by vision.

  As shown in FIG. 3 and FIG. 4, the receiving portion 32 and the inner locking portion that are located closer to the center in the longitudinal direction of the outer locking tool 30 at each of the both longitudinal ends of the suspension support main body portion 8A. The supported portion 8C for conveyance is constituted by the received portion 33 in the tool 31, and each of the supported portions 8C for conveyance is received and supported by the conveyance receiving bodies 25 provided in a pair in the transfer device 9. And the suspension support 8 is transferred. In other words, the transport supported portions 8C are respectively provided at locations corresponding to both end portions in the lateral width direction of the storage shelf 2 in the suspension support 8.

  Further, as shown in FIG. 4, at each of both end portions in the longitudinal direction of the suspension support main body portion 8A, a receiving cover 34 is provided by a receiving portion 34 positioned on the outer side in the longitudinal direction of the outer locking device 30. A support portion 8B is formed, and both longitudinal end portions of the suspension supporting main body portion 8A are supported by a pair of left and right storage receiving bodies 2b provided on both side portions in the lateral width direction of the storage shelf 2 in the article storage portion 1. The suspended support 8 can be accommodated while receiving and supporting the supported portions 8B for storage provided in the respective cases, and supporting the object C to be suspended on the lower side. ing. As shown in FIG. 2, in the storage shelf 2, on the lower side of the upper article storage unit 1, an oil pan 43 for receiving paint or the like dripping from the article C to be coated, and a dryer for performing a drying process. 44.

Next, the configuration of the transfer device 9 will be described.
As described above, the transfer device 9 is configured as a fork-type transfer device 9 that is provided with a transfer receiving body 25 that receives and supports the transfer supported portion 8C. However, as shown in FIGS. 1 and 3, the respective supported parts 8 </ b> C for conveyance are received and supported on the longitudinal direction of the travel path 10 of the stacker crane 3, that is, on both sides in the lateral width direction of the storage shelf 2. And a pair of transfer operation parts 9A for transfer. Since the configuration of the pair of transfer operation parts 9A is the same, the configuration of one of them will be described.

  That is, as shown in FIGS. 6 and 7, the transfer operating portion 9A is fixed over the fixed support portion 35 fixedly attached to the lower side of the lifting platform 14, and the fixed support portion 35 protrudes over a set range. A relay slide member 36 supported so as to be slidable along the retreat direction, and a transport receiving body 25 supported slidably along the retreat direction over the set range with respect to the relay slide member 36. Although not described in detail, the relay slide member 36 slides to the outermost side with respect to the fixed support portion 35 by driving of a transfer electric motor 37 to be described later, and the transport receiving body 25. Is projected to the outermost side with respect to the relay slide member 36, and the retracted state in which the relay slide member 36 and the transport receiving body 25 are both retracted to the lower side of the lifting platform 14. It is switched operably configured.

As shown in FIG. 6, the transport receiving body 25 is connected to a pair of left and right support frame bodies 38 extending along the retracting direction by a plurality of horizontal bars 39 arranged at intervals along the retracting direction. It is structured like a ladder. Incidentally, FIG. 6 shows a view of the transfer operating portion 9A viewed from the lower side in the protruding state in order to make the configuration easy to understand. 3 and 4, the pair of left and right support frames 38 in the transport receiving body 25 receive and support each of the pair of left and right receiving portions 32 and 33 in the transport supported portion 8C. It is the composition to do.
Accordingly, the pair of left and right receiving portions 32 and 33 in which the supported portion 8C for conveyance in the suspension support 8 is received and supported by the left and right support frames 38 in the receiving member 25 for conveyance. It is configured with.

  Further, as shown in FIG. 6, the transport receiving body 25 is formed wide so that the lateral width along the direction orthogonal to the withdrawing / withdrawing direction is larger than the lateral width of the fixed support portion 35, and the retraction position The pair of left and right support frame bodies 38 are configured not to contact the fixed support portion 35 even when switched to, and even when switched to the retracted position, the suspension support body 8 is received and supported well. It is configured to be able to slide to a position.

  As shown in FIGS. 3 and 7, a transfer electric motor 37 is fixedly supported in a fixed state on one lifting frame body 14 </ b> A in the lift 14, and is driven by the transfer electric motor 37. The drive shaft 40 is provided so as to extend over each of the pair of transfer operation parts 9A, and the transfer chain is provided to perform a slide operation on each of the transfer operation parts 9A by the drive shaft 40. 41 is driven and operated in the longitudinal direction. Accordingly, by driving the transfer electric motor 37, the transfer chain 41 provided in each of the pair of transfer operation parts 9A is driven in the longitudinal direction, so that the pair of transfer operation parts 9A is moved. It is configured to be able to switch integrally between the protruding state and the retracted state.

  Although not shown, a control unit for managing the operation of the coating facility is provided, and this control unit manages how the coating processing is performed by the plurality of coating processing units T and also applies to the object C to be coated. The stacker crane 3 is configured to be controlled so that the corresponding painting process is performed. That is, in a state where the object C to be coated is suspended and supported by the suspension support 8, the suspension support 8 is transported to the coating treatment unit T by the stacker crane 3 and painted. Thereafter, the paint is temporarily stored in the article storage unit 1 in the storage shelf 2 and dried to be transported to another painting process or transported to the loading / unloading station ST.

  To briefly describe the conveyance process of the suspension support 8, when the coating process of the object to be coated C is performed, first, the locking tool 42 on the object to be coated C is set at the station section ST for loading and unloading. The suspension support 8 is suspended and supported in a state of being latched to an appropriate one of the plurality of locking insertion holes 28. Then, the transfer electric motor 37 is driven to switch the pair of transfer operation parts 9A of the transfer device 9 in the stacker crane 3 to the projecting state in an integrated manner, so that the transport support in the suspension support 8 is achieved. While the part 8C is received and supported by the transport receiving body 25, the lifting platform 14 is raised to support the hanging support 8 in a suspended state. Next, the transfer electric motor 37 is driven to integrally switch the pair of transfer operation parts 9A to the retracted state, so that the suspension support 8 is moved below the lifting platform 14 as shown in FIG. The stacker crane 3 transports them toward the transport target position of the coating processing unit T or the article storage unit 1 and the like, and at the transport target position, the pair of transfer operation units 9A are integrated. Then, the projecting state is switched to lower the lifting platform 14 to lower the suspension support 8. For example, if the conveyance target position is the article storage unit 1, as shown in FIGS. 2 and 4, the storage supported part 8 </ b> B in the suspension support 8 is used as the storage receiver 2 a in the article storage unit 1. It will be received and supported.

[Another embodiment]
Hereinafter, other embodiments are listed.

(1) In the above-described embodiment, the transport receiving body 25 includes a plurality of horizontal rails 39 that are arranged with a pair of left and right support frame bodies 38 extending along the retracting direction spaced apart along the retracting direction. A pair of left and right objects to be supported that are supported by the left and right support frames of the transport receiving body 25 are configured so that the transported supported parts 8C of the suspension support body 8 are configured in a coupled ladder shape. Although what is comprised including a receiving part was shown, it may replace with such composition, and it may be the composition provided only with the support frame object in which the receiving body 25 for conveyance extends in the cantilever direction in the withdrawing / retracting direction, The conveyance supported portion 8C may be formed by a single received portion.

(2) In the embodiment described above, the transport supported portions 8C are respectively provided at locations corresponding to both side end portions in the lateral width direction of the storage shelf 2 in the suspension support body 8, and the transfer device 9 A pair of transport receiving bodies 25 are provided corresponding to each of the transport supported parts 8C. Instead of such a structure, the transport supported part 8C is replaced by the suspension support body 8. It is good also as a structure provided only with one, and it is good also as a structure provided only with the said receiving body 25 for conveyance in the said transfer apparatus 9 corresponding to it.

(3) In the above-described embodiment, the transfer receiving body 25 that can receive and support the transfer supported portion 8C can be moved in and out in a state where the transfer device 9 is positioned below the lifting platform 14. However, instead of such a configuration, the transfer device 9 includes a conveyor device such as a roller conveyor or a belt conveyor. The suspension support 8 may be transferred by placing and transporting.

(4) In the above embodiment, the storage supported portion 8B and the transport supported portion 8C are provided in a state of being positioned above the suspension support main body portion 8A. 8B and the supported part 8C for conveyance are provided in a state of being positioned on the lateral side part of the suspension supporting main body part 8A, or the storage supported part 8B is provided on the side of the suspension supporting main body part 8A. It is good also as a structure provided in the state located in a side part, and having the said supported part 8C for conveyance in the state located in the upper part of the said main part 8A for suspension support, and can implement with a various form.

(5) In the above-described embodiment, the configuration includes a plurality of types of coating processing units T that perform different processes among the coating steps. However, the configuration includes a plurality of the same type of coating processing units T, or one coating processing. It is good also as a structure provided with the part T. FIG.

Top view of painting equipment Front view of painting equipment Side view of stacker crane Side view of article storage Perspective view of suspension support Bottom view showing the configuration of the transfer operation unit Longitudinal side view of transfer actuator

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Article storage part 2 Storage shelf 3 Article conveyance apparatus 8 Hanging support body 8A Hanging support main body part 8B Storage supported part 8C Transfer supported part 9 Transfer device 25 Transfer receiving body 32, 33 Received Part 38 Support frame T Painting treatment part

Claims (4)

A coating shelf that performs a coating process on an object to be coated; a suspension support that suspends and supports the object to be coated; a storage shelf that includes a plurality of article storage units that store the suspension support; An article conveying device that conveys the suspension support between the coating processing unit and the article storage unit, and the article conveyance device performs an elevating operation on a transfer device that transfers the suspension support An article storage device for a painting facility configured for a free lifting body,
The suspension support body is a suspension support main body for positioning the object to be coated on the lower side and supporting the suspension, and a storage located on the lateral side or upper part of the suspension support main body. A supported portion for transportation and a supported portion for conveyance,
The article storage portion is configured to receive and support the storage supported portion and store the suspension support;
An article storage device for a coating facility, wherein the transfer device is configured to receive and support the transport supported portion and transfer the suspension support.   3. A fork-type transfer device provided with a transfer receiving body that receives and supports the transfer supported portion in a state where the transfer device is positioned below the lifting platform. Item storage device for coating equipment according to Item 1. The supported parts for conveyance are respectively provided at locations corresponding to both side ends in the lateral width direction of the storage shelf in the suspension support,
The article storage apparatus for a coating facility according to claim 2, wherein a pair of the transport receiving bodies in the transfer apparatus are provided in correspondence with the respective supported parts for transport. The transport receiving body is configured in a ladder shape in which a pair of left and right support frames extending in the retracting direction are connected by a plurality of horizontal rails arranged at intervals along the retracting direction,
The said supported part for conveyance in the said suspension support body is provided with the left-right paired receiving part each received and supported by the left and right support frame in the said receiving member for conveyance. Item storage device for painting equipment according to 2 or 3.

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