JP6556044B2 - Mobile production equipment room and production system - Google Patents

Description

  The present invention relates to a mobile production facility room and a production system.

  Conventionally, a system for efficiently producing a product has been proposed. For example, Patent Document 1 discloses a production line including a conveyor that conveys a workpiece in one direction, and a production facility that is disposed on the side of the conveyor and that performs work on the workpiece conveyed to a predetermined position by the conveyor. ing.

JP 2010-191752 A

  By the way, in the production line, there is a problem that the production line stops due to maintenance of a part of the production line. For this reason, reduction of the burden in the maintenance of a production line etc. is desired.

  Accordingly, an object of the present invention is to reduce a burden in maintenance of a production line.

  The present invention provides a clean room containing production equipment, a moving unit for moving the clean room by self-propelling, and when moving to the manufacturing room by the moving unit, while maintaining airtightness to the outside of the manufacturing room and the clean room, A coupling part that is coupled to the manufacturing room so that the interior communicates with the interior of the clean room. When the coupling part and the manufacturing room are coupled, the object to be processed before being processed by the production facility via the coupling part This is a mobile production facility room in which a product can be moved from the inside of the manufacturing room to the inside of the clean room, and the processed material after being processed by the production facility can be moved from the inside of the clean room to the manufacturing room.

  According to this configuration, the moving unit of the mobile production equipment room moves the clean room containing the production equipment to the manufacturing room by self-propelling. The coupling portion is coupled to the manufacturing room so that the inside of the manufacturing room communicates with the inside of the clean room while maintaining airtightness with respect to the outside of the manufacturing room and the clean room. When the coupling part and the production room are joined, the workpieces before being processed by the production equipment are moved from the inside of the production room to the inside of the clean room via the joint part, and after being processed by the production equipment. The processed material moves from the inside of the clean room to the inside of the manufacturing room. As a result, when processing is performed by a production facility housed in a clean room, the mobile production facility room moves to the manufacturing room by self-propelled, and when the production line is maintained, the mobile production facility room After moving to an arbitrary location by self-propelling, the production equipment housed in the clean room should be replaced, or another mobile production equipment room containing other production equipment in the clean room may be moved to the manufacturing room. The burden on maintenance of the production line of the production line can be reduced.

  In addition, the present invention provides a clean room containing production equipment, a moving unit that moves the clean room by self-propelling, and a moving unit that moves to the manufacturing room while maintaining airtightness to the outside of the manufacturing room and the clean room. A coupling part coupled to the manufacturing room so that the interior of the chamber communicates with the interior of the clean room, and when the coupling part and the manufacturing room are coupled, before being processed by the production facility via the coupling part A mobile production facility room in which the processed material can be moved from the inside of the manufacturing room to the inside of the clean room, and the processed material after being processed by the production equipment can be moved from the inside of the clean room to the inside of the manufacturing room, A production system comprising a manufacturing room capable of accommodating a workpiece and a processed material while preventing contamination, and a mobile production equipment room coupled with a joint part when the mobile production facility room is moved by the mobile part. It is a non.

  According to this configuration, in the production system, when the mobile production equipment room can be accommodated with the mobile production equipment room and the object to be processed and the processed material can be accommodated while preventing contamination, And a manufacturing room coupled to the unit. As a result, when the mobile production equipment room and the production room are not joined by exchanging the production equipment installed in the mobile production equipment room, the object to be processed and the processed material are removed from the production room while preventing contamination. It is possible to reduce the burden on the maintenance of the production line of the production line.

  In the production system of the present invention, it is preferable to further include a cleaning facility for cleaning the production equipment when the mobile production equipment room is moved by the moving unit.

  According to this configuration, the production system further includes a cleaning facility for cleaning the production equipment when the mobile production equipment room is moved by the moving unit. As a result, the production equipment and the production equipment in the mobile production equipment room were accommodated in order to prevent the contamination of the workpieces and the treatment objects contained in the production room, while washing the production equipment. It can be limited to a clean room.

  In addition, the present invention provides a first clean room that accommodates a first production facility that performs the first step, a first moving unit that moves the first clean room by self-propelling, and a manufacturing room that includes the first moving unit. A first coupling portion coupled to the manufacturing chamber so that the interior of the manufacturing chamber communicates with the interior of the first clean room while maintaining airtightness with respect to the outside of the manufacturing chamber and the first clean room. When the first coupling portion and the manufacturing room are coupled, the workpiece to be processed in the first step before being processed by the first step of the first production facility via the first coupling portion Can be moved from the inside of the manufacturing room to the inside of the first clean room, and the processed material of the first process after being processed by the first process of the first production facility is transferred from the inside of the first clean room to the inside of the manufacturing room. A first mobile production facility room movable inside; A second clean room containing a second production facility for performing a second process after the first process, a second moving part for moving the second clean room by self-running, and a manufacturing room by the second moving part A second coupling portion coupled to the manufacturing chamber so that the interior of the manufacturing chamber communicates with the interior of the second clean room while maintaining airtightness to the outside of the manufacturing chamber and the second clean room. When the second coupling portion and the manufacturing room are coupled, the workpiece to be processed in the second step before being processed by the second step of the second production facility via the second coupling portion The processed product of the first step can be moved from the inside of the manufacturing room to the inside of the second clean room, and the processed product of the second step after being processed by the second step of the second production facility is the second. Moveable from the inside of the clean room to the inside of the manufacturing room The first mobile production facility room can accommodate the first process object, the first process object, and the second process object while preventing contamination. Manufacturing that combines with the first coupling unit when moved by one moving unit, and that couples with the second coupling unit when the second mobile production facility room moves by the second moving unit A first mobile production facility room is moved to the manufacturing room by the first moving unit, the first coupling unit and the manufacturing room are coupled, and the first coupling unit is connected to the manufacturing chamber via the first coupling unit. The accommodated first process object is moved from the inside of the manufacturing room to the inside of the first clean room, and the processed object of the first process is produced from the inside of the first clean room through the first coupling portion. Moved into the chamber, the processed material of the first step is accommodated in the manufacturing chamber, and the first coupling portion and the manufacturing chamber are separated. After the separation, the second mobile production facility room is moved to the manufacturing room by the second moving part, the second coupling part and the manufacturing room are joined, and are accommodated in the manufacturing room via the second coupling part. The processed object of the first process, which is the processed object of the second process, is moved from the inside of the manufacturing chamber to the inside of the second clean room, and the processed object of the second process is moved through the second coupling portion. 2 is a production system that is moved from the inside of the clean room 2 to the inside of the manufacturing room, and the processed product of the second step is accommodated inside the manufacturing room.

  According to this configuration, when processing by a plurality of processes is performed, first, the first mobile production equipment room and the manufacturing room are coupled, and the first mobile production equipment room and the manufacturing room are connected. Thus, the workpiece in the first step and the workpiece in the first step are moved, and the workpiece in the first step is accommodated in the manufacturing room. Next, after the first mobile production equipment room and the production room are separated, the second mobile production equipment room and the production room are joined together, and the second mobile production equipment room and the production room are connected. In the second process, the first process and the second process are moved, and the second process is accommodated in the manufacturing room. After the first mobile production facility room and the manufacturing room are separated, even if maintenance of the first production facility in the first mobile production facility room is performed, maintenance of the first production facility is performed. The effect of performing is limited to the first production facility of the first mobile production facility room and the first clean room in which the first production facility is accommodated, and the second of the second mobile production facility room. The processing of the second step by the production facility can be continued. Therefore, it is possible to limit the influence of maintenance of production facilities in some processes to the production equipment in the processes, and to reduce the burden in production line maintenance.

  In this case, when the first mobile production facility room is moved by the first moving unit, the first production facility is cleaned, and the second mobile production facility room is moved by the second moving unit. In this case, it is preferable to further include a cleaning facility for cleaning the second production facility.

  According to this structure, the effects of cleaning the production equipment of some processes while preventing the contamination of the processed objects and the processed objects in each of the plurality of processes accommodated in the manufacturing room are mobile production. It can be limited to the production facility in the equipment room and the clean room in which the production facility is accommodated.

  The clean room containing the production equipment, the moving unit for moving the clean room by self-propelling, and when the moving unit is moved to the first manufacturing room, the first manufacturing room and the outside of the clean room are kept airtight while maintaining the airtightness. When the first manufacturing room is connected to the first manufacturing room so that the inside of the first manufacturing room communicates with the inside of the clean room and is moved to the second manufacturing room by the moving unit, airtightness to the outside of the second manufacturing room and the clean room The coupling part and the first manufacturing chamber are coupled to each other so that the interior of the second manufacturing room and the interior of the clean room are connected to each other so that the interior of the second manufacturing room communicates with the second manufacturing chamber. In addition, the workpiece of the first item to be processed before being processed by the production equipment can be moved from the inside of the first manufacturing room to the inside of the clean room via the coupling portion, and is processed by the production equipment. After The processed material of the first item can be moved from the inside of the clean room to the inside of the first manufacturing room, and when the joining part and the second manufacturing room are joined, they are processed by the production equipment through the joining part. The processed material of the second item before being moved can be moved from the inside of the second manufacturing room to the inside of the clean room, and the processed material of the second item after being processed by the production facility is inside the clean room. Mobile production equipment room that can be moved from the inside of the second manufacturing room to the inside of the second manufacturing room, and can accommodate the first item to be processed and the first item processed material while preventing contamination, and the mobile production equipment room Is moved by the moving part, the first manufacturing room coupled with the coupling part, the second item processed object and the second item processed object can be accommodated while preventing contamination, and mobile production. When the equipment room is moved by the moving part, it is connected with the connecting part. A second production room and a cleaning facility for cleaning the production equipment when the mobile production equipment room is moved by the moving part, and the mobile production equipment room is moved to the first manufacturing room by the moving part. Then, the coupling portion and the first manufacturing chamber are coupled, and the workpiece of the first item accommodated in the manufacturing chamber is moved from the inside of the first manufacturing chamber to the inside of the clean room via the coupling portion, The processed item of the first item is moved from the inside of the clean room to the inside of the first manufacturing chamber via the coupling unit, and the processed item of the first item is accommodated in the manufacturing chamber, and the coupling unit and the first manufacturing are processed. After the chamber is separated, the mobile production facility room is moved to the cleaning facility by the moving unit, the cleaning facility is cleaning the production facility, and the cleaning facility is cleaning the production facility. Move to the second manufacturing room, the coupling part and the second manufacturing room are joined, The object to be processed of the second item accommodated in the manufacturing room via the section is moved from the inside of the second manufacturing room to the inside of the clean room, and the object to be processed of the second item from the inside of the clean room via the coupling part. It is a production system that is moved into the second manufacturing room and the processed material of the second item is accommodated in the manufacturing room.

  According to this configuration, when the second item is processed after the first item is processed, the mobile production equipment room and the first manufacturing room are first combined to form the mobile production equipment room. The first item to be processed and the first item to be processed are moved to and from the first manufacturing room, and the first item to be processed is accommodated in the first manufacturing room. Next, after the mobile production equipment room and the first manufacturing room are separated, the mobile production equipment room moves to the cleaning facility, and the cleaning facility cleans the production equipment in the mobile production equipment room. Furthermore, the mobile production equipment room moves to the second manufacturing room, the mobile production equipment room and the second manufacturing room are combined, and the mobile production equipment room and the second manufacturing room are connected with each other. The two items to be processed and the second item to be processed are moved, and the second item to be processed is accommodated in the second manufacturing room. After the mobile production facility room and the first manufacturing room are separated, even if the first manufacturing room is cleaned in addition to cleaning the production equipment in the mobile production facility room, the first manufacturing room The effect of cleaning is limited to the first manufacturing room, and after the replacement of the production equipment in the mobile production equipment room, cleaning, etc., the production equipment in the mobile production equipment room and the second production room Processing of the second item can be continued. Therefore, when the item to be processed is changed, the effect of cleaning the manufacturing room can be limited to the manufacturing room, and the burden on recombination of the production lines can be reduced.

  According to the mobile production facility room and the production system of the present invention, it is possible to reduce the burden on production line maintenance and the like.

It is a top view which shows the production system which concerns on embodiment. (A) is a top view which shows the mobile production equipment room which concerns on embodiment, (B) is a side view which shows the mobile production equipment room which concerns on embodiment. It is a side view which shows the inside of the mobile production equipment room of FIG. It is a side view which shows the inside of the mobile production equipment room which accommodated the other production equipment. It is a top view which shows the state where a mobile production equipment room was connected with the manufacturing room. It is a side view which shows the state with which the mobile production equipment room was connected with the manufacturing room. It is a side view which shows the state in which the container which accommodated to-be-processed object is conveyed from a manufacturing room to a mobile production equipment room. It is a side view which shows the state which the container which took out the to-be-processed object and was emptied is conveyed from a mobile production equipment room to a manufacturing room. It is a side view which shows the state in which the empty container for accommodating a processed material is conveyed from a manufacturing room to a mobile production equipment room. It is a side view which shows the state in which the container which accommodated the processed material is conveyed from a mobile production equipment room to a manufacturing room. It is a top view which shows the state where the mobile production equipment room of the process which completed the process is connected to the washing room, and the mobile production equipment room of the next process moves to the manufacturing room. It is a top view which shows the state by which the mobile production equipment room of the next process was connected to the manufacturing room. It is a top view which shows the state by which the mobile production equipment room where the process of 1st item was complete | finished was connected to the washing | cleaning room. It is a top view which shows the state by which the mobile production equipment room was connected to the next manufacturing room for the process of 2nd item. It is a side view which shows the state by which the mobile production equipment room was connected with the following manufacturing room for the process of 2nd item. It is a top view which shows the first-floor floor and second-floor floor of the production system which concerns on other embodiment.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. The present embodiment is a mobile production facility room and a production system for producing a pharmaceutical solid agent. As shown in FIG. 1, the production system 1 of the present embodiment is formed on a first floor of a second floor of a building having a plurality of floors. In FIG. 1, a shaded area is a clean room where cleanliness management is performed, and an unshaded area is not cleanliness managed. A clean room is a limited space where cleanliness management is performed, and airborne microparticles and airborne microorganisms are managed below the limited cleanliness level and supplied to the space. It means a space where the required cleanliness is maintained for materials, chemicals, and water. In the hierarchy of the production system 1 of the present embodiment, since a plurality of steps for producing a solid drug product are performed inside an unmanned mobile production facility room, the area of the area where cleanliness management is performed is Compared to conventional production facilities.

  The production system 1 includes manufacturing rooms 70a to 70n and cleaning rooms 80a to 80d, which will be described later, in an area where the cleanliness management of the hierarchy of the production system 1 is performed, and the cleanliness management of the hierarchy of the production system 1 is performed. Mobile production equipment rooms 100a to 100e, which will be described later, are provided in the areas that are not. Note that the production system 1 does not necessarily include the cleaning chambers 80a to 80d, but may include at least one mobile production facility room 100a and one manufacturing room 70a. Further, the production system 1 may include one cleaning room 80a in addition to one mobile production facility room 100a and one manufacturing room 70a. The production system 1 may include two mobile production equipment rooms 100a and 100b each having different production equipment and one manufacturing room 70a. Further, the production system 1 may include one cleaning room 80a in addition to the two mobile production equipment rooms 100a and 100b and one manufacturing room 70a. Furthermore, the production system 1 may include one mobile production facility room 100a and two manufacturing rooms 70a and 70b.

  The production system 1 includes a staircase 11 leading to an area where the level of cleanliness management of the production system 1 is performed and a staircase 12 leading to an area where the level of cleanliness management of the production system 1 is not performed. The production system 1 includes an elevator 15 in an area where the cleanliness management of the hierarchy of the production system 1 is performed. The production system 1 is an area in which the cleanliness management of the hierarchy of the production system 1 is performed, and around the stairs 11 and the elevator 15, the mobile production equipment rooms 100a to 100e, the manufacturing rooms 70a to 70n, and the cleaning room Parts chambers 21 and 22 for accommodating parts such as 80a to 80d are provided. In the hierarchy of the production system 1 having a rectangular shape in plan view, the stairs 11, the elevator 15, and the component rooms 21 and 22 are arranged along the position of one short side.

  The production system 1 includes a machine room 30 that controls air conditioning, lighting, and the like of the production system 1 in an area where the cleanliness management of the production system 1 is not performed. As described above, in the hierarchy of the production system 1 of the present embodiment, the area of the area where the cleanliness management is performed is smaller than that of the conventional production facility. Further, as will be described later, the mobile production facility rooms 100a to 100e can be operated unattended. Therefore, in the areas where the cleanliness management of the hierarchy of the production system 1 is not performed, the mobile production facility rooms 100a to 100e As long as the cleanliness is maintained, there is no need for workers to consider air conditioning and lighting. As long as the operating conditions of the mobile production facility rooms 100a to 100e are allowed, for example, temperature adjustment is not necessary even in a situation that is uncomfortable and unbearable for human beings such as summer. Therefore, in the hierarchy of the production system 1 of the present embodiment, the air conditioning load is reduced as compared with the conventional production facility.

  The machine room 30 includes a central control unit 31 that controls operations described later of the mobile production equipment rooms 100a to 100e, the manufacturing rooms 70a to 70n, and the cleaning rooms 80a to 80d. The central control unit 31 includes an electronic computer that automatically controls the operations of the mobile production equipment rooms 100a to 100e, the manufacturing rooms 70a to 70n, and the cleaning rooms 80a to 80d according to an arbitrary computer program. In the hierarchy of the production system 1 having a rectangular shape in plan view, the machine room 30 is arranged along the position of the short side opposite to the side where the stairs 11 and the like are arranged.

  The production system 1 includes an automatic warehouse (product) 41 in an area where the level of cleanliness management of the production system 1 is not performed. The automatic warehouse 41 accommodates products before being packaged and shipped. Product packaging is performed at a level different from the level of the production system 1, for example, at a facility on the first floor. In the level of the production system 1 having a rectangular shape in plan view, the automatic warehouse 41 is arranged along the position of one long side, and is atrium over all levels of a building having a plurality of levels.

  The production system 1 includes a clean hallway 50 in an area where the cleanliness management of the hierarchy of the production system 1 is performed. In the level of the production system 1 having a rectangular shape in plan view, the clean hallway 50 includes a position of the long side opposite to the side where the automatic warehouse 41 is disposed, the staircase 11, the elevator 15, and the component rooms 21 and 22. It is arrange | positioned along the position inside the building and the position inside the building of the automatic warehouse 41.

  The production system 1 is an area where the cleanliness management of the hierarchy of the production system 1 is performed, and the manufacturing rooms 70 a to 70 e and the cleaning are located along the inside of the clean corridor 50 along the automatic warehouse 41. And cleaning rooms 80a to 80d as facilities. In the hierarchy of the production system 1 having a rectangular shape in plan view, the production system 1 is an area where the cleanliness management of the hierarchy of the production system 1 is performed and is opposite to the side where the automatic warehouse 41 is arranged. Manufacturing rooms 70f to 70n are provided at positions inside the building of the clean hallway 50 arranged at the position of the long side on the side.

  Each of the manufacturing rooms 70a to 70n accommodates the objects to be processed and the objects to be processed in the mobile production facility rooms 100a to 100e while preventing contamination. Contamination means a state in which an object is undesirably affected by functions and performances inherent to the object to be processed and the object to be processed due to, for example, adhesion, mixing, and generation of some substance on the object to be processed and the object to be processed. Moreover, each of the manufacturing rooms 70a-70n couple | bonds with the mobile production equipment rooms 100a-100e, when the mobile production equipment rooms 100a-100e move to the vicinity. Each of the manufacturing chambers 70a to 70n has the same structure with respect to the parts that are connected to and connected to the mobile production facility rooms 100a to 100e.

  Each of the cleaning chambers 80a to 80d cleans the mobile production equipment rooms 100a to 100e when the mobile production equipment rooms 100a to 100e have moved to the vicinity. For example, as will be described later, each of the cleaning chambers 80a to 80d cleans the mobile production facility rooms 100a to 100e before and after the standby area 92 or the like is subjected to modification including mold change. Each of the cleaning chambers 80a to 80d basically cleans the mobile production facility rooms 100a to 100e. However, as will be described later, the mobile production facility chambers 100a to 100e that have completed the processing of the first item are the first ones. When moving to the vicinity of the cleaning chambers 80a-80d to start processing two items, each of the cleaning chambers 80a-80d is mobile production for processing the first item to the second item. You may make the modification | change including the type change of the production equipment of the equipment rooms 100a-100e. Each of the cleaning chambers 80a to 80d has the same structure with respect to the parts that are connected to and connected to the mobile production facility rooms 100a to 100e.

  The production system 1 is an area where the cleanliness management of the hierarchy of the production system 1 is performed, and at a position along the inside of the building of the clean corridor 50 along the stairs 11, the elevator 15, and the component rooms 21, 22. An automatic warehouse (intermediate product) 42 and a preparation room 60 are provided. The automatic warehouse 42 accommodates intermediate products before being packaged. As with the automatic warehouse 41, the automatic warehouse 42 is atrium over all levels of a building having a plurality of levels. In the production system 1 of the present embodiment, the intermediate product before being converted from the raw material to the intermediate product is accommodated in the manufacturing rooms 70a to 70n and sequentially processed, as will be described later. The area is reduced compared to conventional production facilities. The preparation room 60 is used, for example, for an operator to prepare for work.

  In the hierarchy of the production system 1 having a rectangular shape in plan view, the production system 1 performs cleanliness management in an area surrounded by the manufacturing rooms 70a to 70n, the cleaning rooms 80a to 80d, the automatic warehouse 42, and the preparation room 60. An unoccupied moving area 91 is provided. The moving area 91 is an area where the mobile production equipment rooms 100a to 100e can move freely.

  The production system 1 is provided with a standby area 92 and a carry-in / out area 93 in which cleanliness management is not performed and the mobile production facility rooms 100 a to 100 e can move from the movement area 91. The standby area 92 is an area near the machine room 30. The standby area 92 is an area for temporarily holding the mobile production facility rooms 100a to 100e for modification, cleaning, inspection, replacement, addition, etc. including remodeling of the mobile production facility rooms 100a to 100e.

  The carry-in / out area 93 is an area in the vicinity of the stairs 12. The carry-in / out area 93 is an area for carrying in the mobile production equipment rooms 100 a to 100 e to the level of the production system 1 and carrying out the mobile production equipment rooms 100 a to 100 e from the level of the production system 1. For example, the carry-in / out area 93 has a carry-in / out entrance 94 on the wall surface of a building near the carry-in / out area 93. The mobile production equipment rooms 100a to 100e are carried in / out by a hoist or the like from the carry-in / out entrance 94, for example. Alternatively, the mobile production facility rooms 100a to 100e may be carried in / out by, for example, a slope leading from the carry-in / out entrance 94 to the ground surface. The carry-in / out area 93 may include an elevator capable of moving the mobile production facility rooms 100 a to 100 e up and down to a level other than the level of the production system 1. In addition, the carry-in / out area 93 is not only for the entire carry-in / out of the mobile production facility rooms 100a to 100e but also the mobile production facility rooms 100a to 100e such as production facilities accommodated in the mobile production facility rooms 100a to 100e. You may use for carrying in / out of components.

  The production system 1 includes a plurality of five types of mobile production facility rooms 100a to 100e in the movement area 91, the standby area 92, and the carry-in / out area 93, respectively. The five types of mobile production facility rooms 100a to 100e accommodate different production facilities.

  Hereinafter, the mobile production facility rooms 100a to 100e of the present embodiment will be described. In the following description, the mobile production facility room 100c will be mainly described as a representative example. As shown in FIGS. 2A and 2B, the mobile production facility room 100c includes a clean room 101, a coupling unit 102, a pipe 103, a moving unit 104, and a drive wheel 105. The mobile production facility room 100c operates unattended in accordance with a command from the central control unit 31 by wireless communication.

  The moving unit 104 is disposed below the clean room 101. The moving unit 104 moves the clean room 101 by self-propelled movement by the four drive wheels 105. The moving unit 104 supplies power to the power motor for rotating the driving wheel 105, the servo motor for changing the traveling direction of the driving wheel 105, and the power motor, the servo motor, and the mobile production facility room 100c. A wireless communication device that performs wireless communication between the battery to be supplied and the central control unit 31 is provided. Each of the four drive wheels 105 can rotate at different rotational directions and rotational speeds while directing the traveling direction in each direction. Thus, the moving unit 104 can move the clean room 101 to any position in the moving area 91, the standby area 92, and the carry-in / out area 93. The moving unit 104 can rotate the clean room 101 around the vertical axis without moving the clean room 101.

  As shown in FIG. 3, the clean room 101 accommodates the telescopic belt conveyor 110, the lifter 120, and the production facility 130c. The telescopic belt conveyor 110 has a conveyance path 115 that conveys a processed object and an object to be processed. When the mobile production facility room 100c is combined with the manufacturing rooms 70a to 70n, the telescopic belt conveyor 110 extends the conveyance path 115 to the inside of the manufacturing rooms 70a to 70n via the connecting portion 102. The conveying path 115 of the telescopic belt conveyor 110 extending to the inside of the manufacturing chambers 70a to 70n allows a workpiece to be processed before being processed by the production facility 130c through the coupling portion 102 from the inside of the manufacturing chambers 70a to 70n to the clean room. 101, the processed product after being processed by the production facility 130c is moved from the clean room 101 to the manufacturing chambers 70a to 70n.

  The lifter 120 lifts the workpieces moved from the manufacturing chambers 70 a to 70 n by the telescopic belt conveyor 110 and inputs them into the production facility 130 c, and conveys the processed materials processed by the production facility 130 c to the telescopic belt conveyor 110. Place on the road 115. As the lifter 120, for example, an apparatus having a robot arm that can move up and down and rotate while grasping a container of a processed object and an object to be processed can be applied. The production facility 130c performs a tableting process in the production of a pharmaceutical solid preparation.

  When the mobile production facility room 100c is moved to the vicinity of the manufacturing rooms 70a to 70n by the moving unit 104, the coupling unit 102 maintains the airtightness with respect to the outside of the manufacturing rooms 70a to 70n and the clean room 101, and the manufacturing rooms 70a to 70n. It couple | bonds with the manufacturing chambers 70a-70n so that the inside of 70n and the inside of the clean room 101 may communicate.

  As shown in FIGS. 2A and 2B, the pipe 103 is connected to the manufacturing chambers 70 a to 70 n when the mobile production facility room 100 c is moved to the vicinity of the manufacturing chambers 70 a to 70 n by the moving unit 104. Connected with piping. The pipe 103 connected to the pipes of the manufacturing rooms 70a to 70n is used for intake and exhaust necessary for cleanliness management of the clean room 101 and for supplying and exhausting substances necessary for the operation of the production facility 130c.

  The pipe 103 is connected to the pipes of the cleaning chambers 80a to 80d when the mobile production facility room 100c is moved to the vicinity of the cleaning rooms 80a to 80d by the moving unit 104. The pipe 103 connected to the pipes of the cleaning chambers 80a to 80d is used for injecting and discharging cleaning liquid and the like necessary for cleaning the clean room 101 and the production facility 130c. Note that the configuration of the number and arrangement of the pipes 103 illustrated in FIGS. 2A and 2B is merely an example, and may be changed as appropriate. In addition, each piping 103 of the mobile production equipment rooms 100a to 100e has the same quantity, arrangement, etc. in order to share the structure of the parts connected to the manufacturing rooms 70a to 70n and the cleaning rooms 80a to 80d, Each of the mobile production equipment rooms 100a to 100e may include a pipe 103 that is not actually used.

  In addition, when the piping 103 is connected to the piping of the manufacturing chambers 70a to 70n and the cleaning chambers 80a to 80d, the piping 103 is used for the operation of the mobile production facility room 100c from the manufacturing chambers 70a to 70n and the cleaning chambers 80a to 80d. It is also used as a conductive path for supplying electric power or charging the battery of the moving unit 104. Alternatively, the pipe 103 may separately include a connector for supplying power from the manufacturing chambers 70a to 70n and the cleaning chambers 80a to 80d.

  Each of the other mobile production equipment rooms 100a, 100b, 100d, and 100e has the same structure as the mobile production equipment room 100c except for the production equipment and lifter accommodated in the clean room 101. As shown in FIG. 4, a production facility 130d is accommodated in the clean room 101 of the mobile production facility room 100d. The production facility 130d performs a coating process that is performed after the tableting process in the production of a pharmaceutical solid preparation.

  In this embodiment, the clean room 101 of the mobile production facility room 100a accommodates a production facility that performs a granulation step in the production of a pharmaceutical solid preparation. The clean room 101 of the mobile production facility room 100b accommodates a production facility that performs a mixing step that is performed after the granulation step in the production of a pharmaceutical solid agent. The clean room 101 of the mobile production equipment room 100e accommodates production equipment for performing a printing / inspection process performed after the coating process in the production of a pharmaceutical solid agent. In addition, each of the mobile production equipment rooms 100a to 100e may have the same structure with respect to the parts coupled to the manufacturing rooms 70a to 70n and the cleaning rooms 80a to 80d. They may have different structures.

  In the hierarchy of the production system 1 described above, the worker mainly performs work related to the production line in the area where the cleanliness management is performed except for the mobile production facility rooms 100a to 100e, and the movement area 91 In the areas where cleanliness management is not performed, such as the standby area 92 and the carry-in / out area 93, work relating to mechanical maintenance such as the mobile production facility rooms 100a to 100e is performed without performing work related to the normal production line.

  Hereinafter, operations of the mobile production facility rooms 100a to 100e and the production system 1 in the present embodiment will be described. In the following description, for simplification of description, the manufacturing room 70c, the mobile production equipment room 100c that is the first mobile production equipment room, and the mobile production equipment room that is the second mobile production equipment room. The operation of performing a tableting process and a coating process in manufacturing a solid preparation of an arbitrary item (first item) will be described with reference to 100d. As shown in FIG. 5, the mobile production facility room 100c is moved to the vicinity of the manufacturing room 70c by the moving part 104 which is the first moving part. The connecting portion 102, which is the first connecting portion of the mobile production facility room 100c, and the manufacturing room 70c are connected.

  As shown in FIG. 6, a control panel 74 and a worker 200 who operates the control panel 74 are arranged in the manufacturing room 70 c. In the manufacturing room 70c, an object to be processed before the tableting process (first process) of the production facility 130c, which is the first production facility of the mobile production facility room 100c (the object to be processed in the first process). Is housed while preventing contamination. In addition, in the manufacturing room 70c, an empty stainless steel container 311 for storing the processed product (processed product of the first process) after being processed by the tableting process of the production facility 130c prevents contamination. While being housed. The manufacturing unit 70c and the coupling part 102 of the mobile production facility room 100c are manufactured so that the inside of the manufacturing room 70c and the inside of the clean room 101 communicate with each other while maintaining airtightness to the outside of the manufacturing room 70c and the clean room 101 which is the first clean room. The coupling portion 72 of the chamber 70c is coupled to each other. The pipe 103 of the mobile production facility room 100c and the pipe 73 of the manufacturing room 70c are coupled to each other.

  As shown in FIG. 7, the conveyance path 115 of the telescopic belt conveyor 110 in the mobile production facility room 100 c extends to the inside of the manufacturing room 70 c via the coupling part 102 and the coupling part 72. The container 310 containing the object to be processed in the manufacturing chamber 70c is moved from the inside of the manufacturing chamber 70c to the inside of the clean room 101 via the connecting portion 72 and the connecting portion 102 by the conveyance path 115 of the telescopic belt conveyor 110. An object to be processed accommodated in the container 310 is put into the production facility 130 c by the lifter 120. As shown in FIG. 8, the container 310 emptied by the removal of the object to be processed by the conveying path 115 of the telescopic belt conveyor 110 through the coupling portion 102 and the coupling portion 72 is moved from the inside of the clean room 101 to the manufacturing room. It is moved to the inside of 70c. The object to be processed which is input to the production facility 130c by the lifter 120 is processed by the tableting process of the production facility 130c.

  As shown in FIG. 9, an empty stainless steel container 311 is moved from the inside of the manufacturing chamber 70 c to the inside of the clean room 101 through the coupling portion 72 and the coupling portion 102 by the conveyance path 115 of the telescopic belt conveyor 110. It is done. The processed product after being processed by the tableting process of the production facility 130 c is accommodated in the container 311. As shown in FIG. 10, the container 311 containing the processed material after being processed in the tableting process is connected to the inside of the clean room 101 by the conveyance path 115 of the telescopic belt conveyor 110 via the connecting portion 102 and the connecting portion 72. To the inside of the manufacturing chamber 70c. A container 311 containing a processed product after being processed in the tableting process is stored in the manufacturing chamber 70c.

  As shown in FIG. 11, the mobile production facility room 100 c is moved to the vicinity of the cleaning room 80 d by the moving unit 104. The pipe 103 is connected to the cleaning chamber 80d. By injecting and discharging cleaning liquid and the like through the pipe 103, the production equipment and the clean room 101 in the mobile production equipment room 100c are washed. As in the case where the mobile production facility room 100c is combined with the manufacturing room 70c and the like, the coupling unit 102 is coupled to the cleaning chamber 80d, and the mobile production facility room 100c is cleaned through the coupling unit 102. Also good. Further, after the coupling part 102 and the manufacturing room 70c of the mobile production equipment room 100c are separated, the mobile production equipment room 100d, which is the second mobile production equipment room, is moved by the mobile part 104, which is the second mobile part. It moves to the manufacturing room 70c.

  As shown in FIG. 12, the coupling portion 102, which is the second coupling portion of the mobile production facility room 100d, and the manufacturing room 70c are coupled. Thereafter, similarly to the mobile production facility room 100c described above, the first item in the tableting process, which is the object to be processed in the coating process (second process) accommodated in the manufacturing room 70c via the coupling portion 102, is processed. The product is moved from the inside of the manufacturing room 70c to the inside of the clean room 101 of the mobile production facility room 100d which is the second clean room. The coating process is performed by the production facility 130d of the mobile production facility room 100d which is the second production facility. The processed product of the coating process is moved from the clean room 101 of the mobile production facility room 100d to the inside of the manufacturing chamber 70c through the coupling portion 102, and the processed product of the coating process is accommodated in the manufacturing chamber 70c.

  The same operation as that of the mobile production facility room 100c that performs the above-described tableting process is also performed by the mobile production facility room 100b that performs the mixing process preceding the tableting process. Moreover, the same operation | movement is performed by the mobile production equipment room 100a which performs the granulation process of the front | former stage of a mixing process. Further, the same operation is performed by the mobile production facility room 100e that performs the printing / inspection process after the coating process. That is, each of the mobile production facility rooms 100a to 100e is sequentially moved to the manufacturing room 70c to perform each process, and then moved to the cleaning room 80d to perform cleaning. In the manufacturing room 70c, a granulation process, a mixing process, a tableting process, a coating process, and a printing / inspection process are sequentially performed to manufacture the first item of solid agent.

  By the mobile production equipment rooms 100a to 100e each provided with a plurality of units, the above-described operations may be performed in the other manufacturing rooms 70a, 70b, and 70d to 70n to manufacture pharmaceutical products. Moreover, in the manufacturing rooms 70a to 70n, different types of pharmaceutical products may be manufactured. Moreover, washing | cleaning of the mobile production equipment rooms 100a-100e may be performed in the other washing rooms 80a-80c. Modification and cleaning including remodeling of the mobile production facility rooms 100a to 100e may be performed at an arbitrary timing. Since the mobile production facility rooms 100a to 100e can be operated unattended, for example, the worker 200 is not necessarily manufactured during the time when the tableting process of the production facility 130c and the coating process of the production facility 130d are performed. There is no need to reside in the room 70c.

  Next, an operation when manufacturing an arbitrary item (first item) and then switching to manufacturing of another item (second item) will be described. In the following description, for the sake of simplification of description, an arbitrary item (first item) is created by the mobile production facility room 100c, the manufacturing room 70c that is the first manufacturing room, and the manufacturing room 70d that is the second manufacturing room. The operation of performing the tableting process in the manufacture of the solid agent of the other item (second item) after performing the tableting process in the manufacture of the solid agent of the one item) will be described.

  As shown in FIG. 13, the mobile production facility room 100c is moved to the manufacturing room 70c, which is the first manufacturing room, by the moving unit 104, and the coupling unit 102 and the manufacturing room 70c are coupled, as in the above-described operation. The first item to be processed accommodated in the manufacturing chamber 70c is moved from the inside of the manufacturing chamber 70c to the inside of the clean room 101 via the coupling portion 102, and the first item processed material is moved to the inside of the clean room 101 via the coupling portion 102. It is moved from the inside of the clean room 101 to the inside of the manufacturing room 70c, and the processed material of the first item is accommodated in the inside of the manufacturing room 70c.

  After the coupling part 102 and the manufacturing room 70c of the mobile production equipment room 100c are separated, the mobile production equipment room 100c is moved to the cleaning room 80d by the moving part 104, and the cleaning room 80d is produced in the mobile production equipment room 100c. The facility 130c and the clean room 101 are cleaned. Since the production of the first item of solid preparation is completed, the inside of the production chamber 70c can be appropriately cleaned. Further, when the mobile production facility room 100c is moved to the cleaning room 80d by the moving unit 104, the cleaning room 80 changes from the production of the first item of solid agent to the production of the second item of solid agent as necessary. You may make the modification | change including the type change of the mobile production equipment room 100c for switching.

  As shown in FIG. 14, after the cleaning chamber 80d cleans the production facility 130c and the clean room 101 of the mobile production facility room 100c, the mobile production facility chamber 100c is moved to the second manufacturing chamber 70d by the moving unit 104. , The coupling part 102 of the mobile production facility room 100c and the manufacturing room 70d are coupled. As shown in FIG. 15, in the manufacturing room 70d, the object to be processed (the object of the second item) before being processed by the tableting process of the production facility 130c of the mobile production facility room 100c is accommodated. A stainless steel container 320 is accommodated while preventing contamination. In addition, in the manufacturing room 70d, an empty stainless steel container 321 for storing the processed product (processed product of the second item) after being processed by the tableting process of the production facility 130c prevents contamination. While being housed.

  Similar to the processing in the manufacturing room 70c described above, the second item to be processed accommodated in the manufacturing room 70d is moved from the inside of the manufacturing room 70d to the inside of the clean room 101 via the connecting part 102, and the connecting part The processed item of the second item is moved from the inside of the clean room 101 to the inside of the manufacturing room 70d via 102, and the processed item of the second item is accommodated in the inside of the manufacturing room 70d. The same operation may be performed by the other mobile production equipment rooms 100a, 100b, 100d, and 100e. Moreover, the same process may be performed in the other manufacturing chambers 70a, 70b, and 70e to 70n.

  In addition, the mobile production equipment rooms 100a to 100e are moved to the standby area 92 when performing modification, cleaning, inspection, replacement, addition, etc., including changing the production equipment of the mobile production equipment rooms 100a to 100e. In the standby area 92, modification, cleaning, etc., including remodeling of the production equipment in the mobile production equipment rooms 100a to 100e may be performed. Alternatively, when the mobile production equipment rooms 100a to 100e are modified, cleaned, etc., including changing the production equipment, the mobile production equipment rooms 100a to 100e are carried out from the carry-in / out area 93, and the level of the production system 1 Outside, the mobile production facility rooms 100a to 100e may be modified, cleaned, etc., including remodeling. When modification, cleaning, inspection, replacement, addition of production equipment, etc. including remodeling of the mobile production equipment rooms 100a to 100e is performed, a new mobile production equipment room 100a is created from the standby area 92 or the loading / unloading area 93. By moving ~ 100e to the vicinity of the manufacturing room 70a ~ 70n, it is possible to perform the production of pharmaceuticals without interruption.

  As described above, in the production of pharmaceutical products, since a pharmaceutical product is produced for each of a large number of items, a large burden arises due to recombination of the production line every time the produced pharmaceutical product item is changed. In addition, when the production line is rearranged, it is necessary to clean the production equipment. When cleaning a production facility, it is necessary to clean not only the production facility but also a clean room in which the production facility is accommodated. If the cleanliness of a clean room is reduced by washing some of these production facilities, other production facilities in the vicinity of the cleanroom are also in production until the cleanliness is restored and the restored cleanliness is verified. I need to stop.

  For example, in a general pharmaceutical production facility, there is a room (front room) for delivery of equipment (material) between a clean room and a non-clean room. When loading and unloading equipment that is too large to fit into the front room, it is impossible to pass large equipment unless both the entrance and exit of the front room are opened (break). In that case, the entire passage to the target clean room is contaminated. For this reason, even when some production facilities are cleaned, the influence on the entire production system is large.

  On the other hand, in the present embodiment, the moving unit 104 of the mobile production facility room 100c moves the clean room 101 containing the production facility 130c to the vicinity of the manufacturing room 70c by self-propelling. The coupling unit 102 is coupled to the manufacturing chamber 70c so that the inside of the manufacturing chamber 70c and the inside of the clean room 101 communicate with each other while maintaining airtightness with respect to the outside of the manufacturing chamber 70c and the clean room 101. When the coupling unit 102 and the manufacturing room 70 are coupled, the object to be processed before being processed by the production facility 130c moves from the inside of the manufacturing chamber 70c to the clean room 101 via the coupling unit 102, and the production facility The processed material processed by 130c moves from the inside of the clean room 101 to the inside of the manufacturing room 70c.

  Thereby, when processing is performed by the production facility 130c accommodated in the clean room 101, when the mobile production facility room 100c is moved to the manufacturing room 70c by self-propelling and maintenance, recombination, etc. of the production line is performed, After the mobile production facility room 100c has moved to an arbitrary location by self-propelling, the production facility 130c accommodated in the clean room 101 is replaced, or another production facility 130c accommodated in the clean room 101 Since the chamber 100c only needs to move to the manufacturing chamber 70c, the burden on maintenance, recombination, etc. of the production line can be reduced.

  Further, in the present embodiment, in the production system 1, the mobile production facility room 100c and the object to be processed and the processed material can be accommodated while preventing contamination. A manufacturing chamber 70c that is coupled to the coupling portion 102 when it has moved is provided. Thereby, when the mobile production equipment room 100c and the manufacturing room 70c are not coupled due to replacement of the production equipment 130c mounted in the mobile production equipment room 100c, the object to be processed and the contamination can be prevented while preventing the contamination. The processed product can be stored in the manufacturing room 70c, and the burden on maintenance, recombination, etc. of the production line can be reduced.

  In the present embodiment, the production system 1 further includes a cleaning chamber 80d for cleaning the production equipment 130c when the mobile production equipment room 100c is moved by the moving unit 104. Thus, the production facility 130c and the production facility in the mobile production facility room 100c are affected by washing the production facility 130c while preventing contamination of the workpiece and the treatment object accommodated in the manufacturing chamber 70c. It can be limited to the clean room 101 in which 130c is accommodated.

  Since the moving area 91, the standby area 92, and the carry-in / out area 93 in which the mobile production facility room 100c is remodeled, cleaned, etc. are changed, the production facility 130c is replaced. Sometimes it is not necessary to break an area where cleanliness management is being performed. In addition, since the mobile production facility room 100c can be moved by self-propelled operation by remote control or the like, it is possible to reduce a work load such as transportation of an object to be processed and a heavy object of the object to be processed. In addition, the mobile production facility room 100c can clean the production facility 130c and the clean room 101 after moving to an arbitrary place by self-propelling, and the process of each process is not performed in the manufacturing room 70c. Therefore, it is possible to reduce the burden of work such as cleaning. In addition, since a person such as a worker does not enter the mobile production facility room 100c, dust generation caused by the person is reduced. Further, since the mobile production facility room 100c can be cleaned by the cleaning room 80d, the work of cleaning and cleaning can be saved.

  Further, each of the intermediate products before and after the granulation process, mixing process, tableting process, coating process, and printing / inspection process is accommodated while preventing contamination inside the manufacturing room 70c, and does not have to be taken out. Therefore, the possibility of contamination of the intermediate products can be reduced. Furthermore, in the production system 1 according to the present embodiment, the intermediate product before being converted from the raw material to the intermediate product is accommodated in the manufacturing rooms 70a to 70n while being prevented from being contaminated and sequentially processed. The area is reduced compared to conventional production facilities. In addition, in the production system 1 of the present embodiment, since the mobile production facility room 100c moves by self-propelling, in the production system 1, the flow line including a corridor, a passage, and the like for workers to move is reduced. Can do. Therefore, space saving of the production system 1 can be achieved. In addition, as described above, in the production system 1 of the present embodiment, the burden of recombination and cleaning of the production line is reduced, so that the operating rate of the production facility 130c can be improved and the production facility 130c can be reduced. Therefore, the space of the production system 1 can be saved.

  Furthermore, the areas where the cleanliness management of the production system 1 is performed are limited to the mobile production equipment rooms 100a to 100e, the manufacturing rooms 70a to 70n, the cleaning rooms 80a to 80d, and the like, and the mobile production equipment rooms 100a to 100e. Since the system operates unattended, the area where cleanliness management is necessary can be reduced, and the construction cost and running cost of the production system 1 can be reduced.

  Further, according to the present embodiment, when processing by a plurality of processes is performed, first, the mobile production equipment room 100c and the manufacturing room 70c are combined, and the mobile production equipment room 100c and the manufacturing room 70c are connected. The processed material in the tableting process and the processed material in the tableting process are moved between them, and the processed material in the tableting process is accommodated in the manufacturing chamber 70c. Next, after the mobile production equipment room 100c and the production room 70c are separated, the mobile production equipment room 100d and the production room 70c are joined, and the coating process is performed between the mobile production equipment room 100d and the production room 70c. The processed product in the tableting process and the processed product in the coating process are moved, and the processed product in the coating process is accommodated in the manufacturing chamber 70c. After the mobile production facility room 100c and the manufacturing room 70c are separated, even if the production facility 130c of the mobile production facility room 10c is maintained, replaced, etc., the maintenance, replacement, etc. of the production facility 130c is performed. Is limited to the production facility 130c of the mobile production facility room 100c and the clean room 101 in which the production facility 130c is accommodated, and the coating process by the production facility 130d of the mobile production facility room 100d can be continuously performed. it can. Therefore, it is possible to limit the influence of maintenance, replacement, etc. of production facilities in some processes to the production equipment in the processes, and to reduce the burden on production line maintenance, recombination, and the like.

  In addition, according to the present embodiment, when the second item is processed after the first item is processed, the mobile production facility room 100c and the manufacturing room 70c are first combined to form the mobile production facility. The first item to be processed and the first item to be processed are moved between the chamber 100c and the manufacturing chamber 70c, and the first item to be processed is accommodated in the manufacturing chamber 70c. Next, after the mobile production equipment room 100c and the manufacturing room 70c are separated, the mobile production equipment room 100c moves to the cleaning room 80d, and the cleaning room 80d cleans the production equipment 130c of the mobile production equipment room 100c. . Furthermore, the mobile production equipment room 100c moves to the manufacturing room 70d, the mobile production equipment room 100c and the manufacturing room 70d are combined, and the second item is transferred between the mobile production equipment room 100c and the manufacturing room 70d. The workpiece and the second item are moved, and the second item is accommodated in the manufacturing room 70d. After the mobile production facility room 100c and the manufacturing room 70c are separated, even if the production room 70c is cleaned in addition to the cleaning of the production facility 130c in the mobile production facility room 100c, the manufacturing room 70c is cleaned. The influence of the performance is limited to the manufacturing room 70c, and after the production equipment 130c of the mobile production equipment room 100c is replaced or cleaned, the second item by the production equipment 130c and the manufacturing room 70d of the mobile production equipment room 100c. This process can be continued. Therefore, when the item to be processed is changed, the effect of cleaning the manufacturing room can be limited to the manufacturing room, and the burden on recombination of the production lines can be reduced.

  As mentioned above, although embodiment of this invention was described, this invention is implemented in various forms, without being limited to the said embodiment. For example, the arrangement of the hierarchy of the production system 1 of the above embodiment is an example, and the arrangement of the mobile production equipment rooms 100a to 100e, the manufacturing rooms 70a to 70n, the cleaning rooms 80a to 80d, and the like can be arbitrarily changed. Various modified embodiments are possible. For example, the production system 1 may be formed in a building having only one level. In this case, the stairs 11, 12 and the elevator 15 are unnecessary, and the configuration of the automatic warehouse 41 can be changed as appropriate.

  In principle, the manufacturing rooms 70a to 70n are in contact with a flow line including a corridor and a passage accessible to humans including workers, and the connecting portion 72 of the manufacturing rooms 70a to 70n is connected to the mobile production equipment rooms 100a to 100e. As long as it can be coupled to the coupling unit 102, the arrangement of the mobile production facility rooms 100a to 100e, the manufacturing chambers 70a to 70n, the cleaning chambers 80a to 80d, and the like can be arbitrarily changed. For example, since the manufacturing chambers 70a to 70n are arranged adjacent to each other, the components of the production system 1 can be consolidated and space-saving can be achieved.

  The production system of the present invention may be configured across a plurality of levels. For example, as shown in the production system 2 of FIG. 16, the manufacturing rooms 70 a to 70 n and the cleaning rooms 80 a to 80 d are arranged on the second floor 3, and the mobile production equipment rooms 100 a to 100 e are arranged on the first floor 4. . The coupling part 72 of the manufacturing rooms 70 a to 70 n is provided on the floor surface of the second floor 3 and communicates from the floor surface of the second floor 3 to the ceiling of the first floor 4. The joint part 102 of the mobile production equipment rooms 100a to 100e is provided on the upper part of the mobile production equipment room 100a to 100e, and can be joined to the joint part 72 of the manufacturing rooms 70a to 70n on the second floor 3. Moreover, the piping 103 of the mobile production equipment rooms 100a to 100e is provided in the upper part of the mobile production equipment rooms 100a to 100e, and can be connected to the manufacturing rooms 70a to 70n and the cleaning rooms 80a to 80d on the second floor 3. In the production system 2, the movement of the container 310, the cleaning liquid, and the like moves up and down between the manufacturing rooms 70 a to 70 n and the cleaning rooms 80 a to 80 d on the second floor 3 and the mobile production equipment rooms 100 a to 100 e on the first floor 4. Production can be performed in the same manner as the production system 1 described above except that the production is performed in the direction.

  Further, the moving unit 104 of the mobile production facility rooms 100a to 100e may move the clean room 101 by self-propelling by a caterpillar, a rail or the like in addition to the drive wheel 105. The power of the mobile production facility rooms 100a to 100e may be supplied from the outside by wire or wireless even while the mobile production facility rooms 100a to 100e are moving. Control of the operations of the mobile production facility rooms 100a to 100e may be performed by wired communication from the central control unit 31. Control of operation | movement of the mobile production equipment rooms 100a-100e may be performed by autonomous control in each of the mobile production equipment rooms 100a-100e. Moreover, control of operation | movement of the mobile production equipment rooms 100a-100e may be performed by operation by the operator who boarded the mobile production equipment rooms 100a-100e. The central control unit 31 has an operation unit for an operator to remotely operate the mobile production facility rooms 100a to 100e. Control of the operations of the mobile production facility rooms 100a to 100e is arranged in the central control unit 31. It may be carried out by remote operation by a designated operator.

  Furthermore, the manufacturing chambers 70a to 70n and the cleaning chambers 80a to 80d are not necessarily rooms having spaces therein. For example, the manufacturing rooms 70a to 70n may be facilities that operate unattended as long as they can be moved and accommodated to be processed and processed in combination with the mobile production facility rooms 100a to 100e. In addition, for example, the cleaning chambers 80a to 80d are capable of cleaning and modifying the production equipment 130a and the like of the mobile production equipment rooms 100a to 100e when the mobile production equipment rooms 100a to 100e have moved to the vicinity. The facility does not need to be connected to the mobile production equipment rooms 100a to 100e, and may be an unmanned facility.

  1, 2 ... Production system, 3 ... Second floor, 4 ... First floor, 11, 12 ... Stair, 15 ... Elevator, 21, 22 ... Parts room, 30 ... Machine room, 31 ... Central control unit, 41 ... Automatic warehouse (Product), 42 ... automatic warehouse (intermediate product), 50 ... clean corridor, 60 ... preparation room, 70a-70n ... manufacturing room, 72 ... joint part, 73 ... piping, 74 ... control panel, 80a-80d ... cleaning room (Cleaning facility), 91 ... moving area, 92 ... standby area, 93 ... carry-in / out area, 94 ... carry-in / out entrance, 100a to 100e ... mobile production equipment room, 101 ... clean room, 102 ... coupling part, 103 ... piping, 104 DESCRIPTION OF SYMBOLS ... Moving part, 105 ... Driving wheel, 110 ... Telescopic belt conveyor, 115 ... Conveyance path, 120 ... Lifter, 130c, 130d ... Production equipment, 200 ... Workers, 310, 311, 320, 321 ... Container.

Claims (6)

A clean room with production facilities,
A moving unit for moving the clean room by self-running;
Coupling coupled to the manufacturing chamber so that the interior of the manufacturing chamber communicates with the interior of the clean room while maintaining airtightness to the outside of the manufacturing chamber and the clean room when moved to the manufacturing chamber by the moving unit. And comprising
When the coupling unit and the manufacturing room are coupled, the workpiece to be processed by the production facility can be moved from the manufacturing chamber to the clean room via the coupling unit, A mobile production facility room in which a processed product after being processed by the production facility is movable from the inside of the clean room to the manufacturing room. A clean room with production facilities,
A moving unit for moving the clean room by self-running;
Coupling coupled to the manufacturing chamber so that the interior of the manufacturing chamber communicates with the interior of the clean room while maintaining airtightness to the outside of the manufacturing chamber and the clean room when moved to the manufacturing chamber by the moving unit. And
When the coupling unit and the manufacturing room are coupled, the workpiece to be processed by the production facility can be moved from the manufacturing chamber to the clean room via the coupling unit, The processed product after being processed by the production equipment is movable from the inside of the clean room to the inside of the manufacturing room, a mobile production equipment room,
The manufacturing chamber that can accommodate the object to be processed and the object to be processed while preventing contamination, and is coupled to the coupling part when the mobile production facility room has been moved by the moving part;
Production system equipped with.   The production system according to claim 2, further comprising a cleaning facility for cleaning the production equipment when the mobile production equipment room is moved by the moving unit. A first clean room containing a first production facility for performing the first step;
A first moving unit for moving the first clean room by self-propelling;
When moved to the manufacturing room by the first moving unit, the inside of the manufacturing room and the inside of the first clean room communicate with each other while maintaining airtightness to the outside of the manufacturing room and the first clean room. A first coupling portion coupled to the manufacturing chamber,
When the first coupling unit and the manufacturing room are coupled, the first process target before being processed by the first process of the first production facility via the first coupling unit. The processed product is movable from the inside of the manufacturing room to the inside of the first clean room, and the processed product of the first step after being processed by the first step of the first production facility is the first product. A first mobile production facility room that is movable from the interior of the clean room to the interior of the manufacturing room;
A second clean room containing a second production facility for performing a second step after the first step;
A second moving unit for moving the second clean room by self-propelling;
When moved to the manufacturing room by the second moving unit, the inside of the manufacturing room communicates with the inside of the second clean room while maintaining airtightness to the outside of the manufacturing room and the second clean room. A second coupling portion coupled to the manufacturing chamber,
When the second coupling section and the manufacturing room are coupled, the second process target before being processed by the second process of the second production facility via the second coupling section. The processed product in the first step, which is a processed product, can be moved from the inside of the manufacturing room to the inside of the second clean room, and is processed in the second step of the second production facility. A second mobile production facility room in which a two-step processed product is movable from the inside of the second clean room to the inside of the manufacturing room;
It is possible to accommodate the object to be processed in the first step, the object to be processed in the first step, and the object to be processed in the second step while preventing contamination, and the first mobile production facility room is capable of accommodating the first movement. When the second mobile production facility room is moved by the second moving part, the second connecting part is connected with the second connecting part. The manufacturing room,
The first mobile production facility room is moved to the manufacturing room by the first moving unit, the first coupling unit and the manufacturing chamber are coupled, and the manufacturing is performed via the first coupling unit. The object to be processed in the first step accommodated in the chamber is moved from the inside of the manufacturing chamber to the inside of the first clean room, and the object to be processed in the first step is moved through the first coupling portion. It is moved from the inside of the first clean room to the inside of the manufacturing room, the processed product of the first step is accommodated in the inside of the manufacturing room,
After the first coupling part and the manufacturing room are separated, the second mobile production facility room is moved to the manufacturing room by the second moving part, and the second coupling part and the manufacturing room are moved. And the processed material of the first step, which is the processed material of the second step accommodated in the manufacturing chamber via the second connecting portion, is transferred from the inside of the manufacturing chamber to the second clean room. And the processed material of the second step is moved from the inside of the second clean room to the inside of the manufacturing chamber via the second coupling portion, and the processed material of the second step is moved to the inside of the manufacturing room. A production system housed in the manufacturing room.   When the first mobile production facility room is moved by the first moving unit, the first production facility is cleaned, and the second mobile production facility room is moved by the second moving unit. The production system according to claim 4, further comprising a cleaning facility that cleans the second production facility when it has moved. A clean room with production facilities,
A moving unit for moving the clean room by self-running;
When the moving unit moves to the first manufacturing room, the inside of the first manufacturing room and the inside of the clean room communicate with each other while maintaining airtightness to the outside of the first manufacturing room and the clean room. When the second manufacturing chamber is connected to the first manufacturing chamber and moved to the second manufacturing chamber by the moving unit, the second manufacturing is maintained while maintaining airtightness to the outside of the second manufacturing chamber and the clean room. A coupling portion coupled to the second manufacturing chamber so that the interior of the chamber communicates with the interior of the clean room,
When the coupling portion and the first manufacturing room are coupled, the first article to be processed before being processed by the production facility is processed through the coupling portion. It is movable from the inside of the room to the inside of the clean room, and the processed material of the first item after being processed by the production facility is movable from the inside of the clean room to the inside of the first manufacturing room, When the coupling unit and the second manufacturing chamber are coupled, the workpiece of the second item to be processed before being processed by the production facility via the coupling unit is the second manufacturing chamber. Movable from the inside of the clean room, and the processed material of the second item after being processed by the production facility is movable from the inside of the clean room to the inside of the second manufacturing room. Production equipment room,
It is possible to accommodate the first item to be processed and the first item to be processed while preventing contamination, and when the mobile production facility room has been moved by the moving part, it is combined with the connecting part. The first manufacturing room;
It is possible to accommodate the second item to be processed and the second item to be processed while preventing contamination, and when the mobile production facility room is moved by the moving unit, it is combined with the coupling unit. The second manufacturing room;
A cleaning facility for cleaning the production equipment when the mobile production equipment room has been moved by the moving unit;
The mobile production facility room is moved to the first manufacturing room by the moving part, the coupling part and the first manufacturing room are coupled, and are accommodated in the first manufacturing room via the coupling part. The processed material of the first item is moved from the inside of the first manufacturing chamber to the inside of the clean room, and the processed material of the first item is moved from the inside of the clean room through the coupling portion. Moved to the inside of the first manufacturing chamber, the processed material of the first item is accommodated in the first manufacturing chamber,
After the coupling part and the first manufacturing room are separated, the mobile production facility room is moved to the cleaning facility by the moving unit, and the cleaning facility cleans the production facility,
After the cleaning facility cleans the production equipment,
The mobile production facility room is moved to the second manufacturing chamber by the moving unit, the coupling unit and the second manufacturing chamber are coupled, and are accommodated in the second manufacturing chamber through the coupling unit. The processed item of the second item is moved from the inside of the second manufacturing chamber to the inside of the clean room, and the processed item of the second item is moved from the inside of the clean room through the coupling portion. The production system is moved to the inside of the second manufacturing chamber, and the processed product of the second item is accommodated in the second manufacturing chamber.

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