JP6744451B2 - Separate loading device for trimming molded articles and trimming method - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a trimming method for cutting and separating a molded product from a sheet, and more particularly to a separating and stacking device for separating and stacking the molded product.

A synthetic resin molded product such as a food tray is trimmed after being molded by a pressing machine. There, a sheet having a large number of processed parts arranged therein is transferred to a cutting device by a transport mechanism and punched by a Thomson blade or the like. Then, the molded product is separated from the sheet by the separating and stacking device. By sequentially supplying the processed sheets to the cutting device side, the molded products are loaded on the collection stand (see Patent Documents 1 and 2).

JP-A-63-237897 Japanese Patent No. 2988255

When the number of molded products loaded reaches a predetermined amount, the molded products are discharged from the collection stand by a pusher or the like (moved to another place). During that time, it is necessary to perform work such as not transferring the processed sheet to the transport mechanism. Such a measure regularly provides a period during which the molded product is not manufactured (not separated), which reduces the production efficiency of the molded product manufacturing.

Therefore, it is required that the trimming can be continuously performed during the recovery of the loaded molded articles.

The separation stacking device which is one embodiment of the present invention can be applied to a trimming device, and is separated by a separation portion which separates a molded product from a molded sheet which has been cut by a cutting machine and a separation portion. And a loading section for loading the molded product. The stacking unit is provided below the separating unit, and supports the molded product separated by the separating unit and the molded product separated by the separating unit while discharging the stacked molded product from the supporting member. , And a temporary support member for temporarily supporting.

In addition, a separating and loading apparatus according to another aspect of the present invention is a separating unit that separates a molded product from a molded sheet that has been cut by a cutting machine, and a loading unit that loads the molded product separated by the separating unit. With. The loading section is capable of ascending and descending, and the first and second descents that are capable of ascending in an evacuation area retracted from an elevating area of the loading table main body and lowered while being mounted on the loading table body. Of the support member, the discharge position of the molded product and the initial mounting position where the molded product is first placed, in the moving mechanism for moving the first and second support members between the elevating area and the retreating area, and the retreating area, A lift mechanism for raising the first and second support members is provided, and the first and second support members alternate the support of the molded products in accordance with the discharge processing of the stacked molded products. For example, the moving mechanism moves the other support member, which is waiting at the initial loading position in the retreat area, to the elevating area in accordance with the discharging processing of the molded product loaded on the one supporting member, and the moving mechanism performs the discharging processing after the discharging processing. , One of the support members is moved to the retreat area, the loading table body moves up after the movement of one of the support members and is integrated with the other support member, and then descends in accordance with the subsequent stacking of molded products, and the lift mechanism is , One of the support members moved to the retreat area is raised to the initial mounting position. For example, the moving mechanism includes two pairs of guide rails provided at the discharge position and the first mounting position, and two pairs of holding mechanisms provided on the two pairs of guide rails and respectively holding the first and second support members. Prepare

A trimming method, which is another aspect of the present invention, sequentially conveys a sheet that has been subjected to molding processing to the cutting machine side, cuts the conveyed sheet by a cutting machine, and forms a molded product from the cut sheet in the separation section. This is a trimming method in which separated molded products are stacked in the stacking unit, and when the number of stacked products reaches a predetermined number, the stacked molded products are discharged from the stacking unit. While the product is discharged, the molded product separated by the separation unit is temporarily supported by the temporary support member.

Further, according to another aspect of the present invention, a trimming method is a method in which sheets that have been subjected to forming processing are sequentially conveyed to a cutting machine side, the conveyed sheets are cut by a cutting machine, and the separated sheet is formed from the cut sheets. Products are separated, and the separated molded products are stacked on the first support member or the second support member in the stacking unit, and when the number of stacked products reaches a predetermined number, the stacked molded products are discharged from the stacking unit. In the trimming method, the support of the molded product is exchanged between the first support member and the second support member according to the discharge of the stacked molded product. For example, the first support member and the second support member are cyclically moved between the initial mounting position of the molded product, the discharging position, the retracted position after the discharging process, and the retracted position before the replacement of the molded product support.

According to the present invention, it is possible to continuously perform trimming even during collection of loaded molded products.

It is a schematic layout drawing of a trimming device. It is the figure which showed a part of sheet|seat processed. It is a partial cross section figure of the sheet|seat processed. It is a schematic plan view of a trimming device. It is the schematic sectional drawing which looked at the separation part of the separation loading device partially from the side. It is a schematic side view of a temporary receiving member (temporary supporting member) of the stacking unit. FIG. 6 is a schematic plan view of a temporary receiving member (temporary supporting member) of the loading unit. It is a schematic side view of the support base (support member) of a loading part. FIG. 3 is a schematic plan view of a support base (support member) of the loading unit. It is a figure showing the flow of collection (loading, discharge cycle) of molded product S1. It is a figure showing arrangement of a temporary receiving member and a support stand at the time of discharge processing. It is the figure which showed the state when a support stand again supports a molded product support from the front side. It is the figure which showed the state when a support stand again supports a molded product support from the side surface side. It is the schematic top view which looked at the loading part from the upper part. It is the schematic plan view which looked at the loading part from the side. It is the figure which showed the flow of the loading and discharging cycle of the molded product in 2nd Embodiment.

FIG. 1 is a schematic layout of the trimming device. The trimming device 10 includes a positioning device 20, a cutting device 30 and a blade receiving plate 40 that form a cutting machine, and a separating and loading device 50. The molding machine 12 such as a heat molding machine processes the sheet S at a pitch of a predetermined width (for example, 1 m), and the formed sheet is conveyed to the positioning device 20 by the conveyor 14 and positioned.

FIG. 2 is a diagram showing a part of the sheet that has been formed. FIG. 3 is a partial cross-sectional view of the molded sheet. The sheet S is made of a synthetic resin sheet such as plastic here, and the molding machine 12 forms the molding processing portions S1 that are regularly two-dimensionally arranged. The molding processed portion S1 has a shape serving as a food tray here.

FIG. 4 is a schematic plan view of the trimming device 10. The sheet conveyance between the positioning device 20 and the blade cutting table 32 described in FIG. 1 is performed by the conveyance device 15 which can reciprocate between them. The transfer device 15 can move along the rail 120 in the section B1 and can move up and down.

The transport device 15 includes a suction unit 16 and suctions and raises the sheet S transferred to the positioning device 20. Then, after moving to the cutting device 30, it descends, and the sheet S is placed on the punching stand 32 of the cutting device 30. The blade punching table 32 includes a Thomson blade arranged in accordance with the position of the molding portion S1 formed on the sheet S, and is moved by a moving mechanism (not shown) in a direction perpendicular to the paper surface, that is, a direction perpendicular to the sheet conveying direction (see FIG. 1). Reciprocating movement is possible.

The blade cutting table 32 on which the sheet S that has been formed is placed moves to below the blade receiving plate 40, and is lifted by the elevating mechanism 34. As a result, the sheet S is cut (cut press). With the uncut state of the cut sheet S, the punching table 32 descends and returns to the original position. During this time, the transport device 15 is returning above the positioning device 20.

The moving device 110 is movable along the rail 120 between the cutting device 30 and the separating and stacking device 50 (section B2), adsorbs the cut sheet S by the suction unit 115, and moves it to the separating and stacking device 50. Let When the cutting blade base 32 on which the cut and processed sheet S is placed returns to the original position, the moving device 110 descends. Then, the moving device 110 adsorbs the sheet S, moves up, and moves to the separating and stacking device 50. The formed sheet S also includes a sheet in which the formed portion S1 is in a state where it is desired to be separated or a cut portion which is not partially cut is left unless the separating operation is actively performed even after cutting. ..

FIG. 5 is a schematic cross-sectional view of the separating unit 60 of the separating and stacking apparatus 50 partially viewed from the side. The separation unit 60 includes a separation table 65 in which partitioning partition plates are arranged in a grid pattern in accordance with the arrangement of the molding processing portions S1 of the sheet S. When the sheet S adsorbed by the adsorption unit 115 reaches the separating unit 65 due to the lowering of the moving device 110, the moving device 110 stops the lowering. At the same time, the roller 63 falls to clamp the edge of the sheet S in cooperation with the roller 62. Note that the illustration of the roller 63 is omitted in FIG. 4.

When the unseparated sheet S is clamped, the moving device 110 further descends, and the suction unit 115 pushes the sheet S into the separation table 65. As a result, the molded portion (hereinafter, also referred to as a molded product) S1 is separated from the sheet S for each region partitioned by the grid partition plate. When the suction unit 115 of the moving device 110 reaches the lowermost position, suction is stopped, and the molded product S1 is placed on the stacking unit 70 provided below the separating unit 60. On the other hand, the remaining scrap sheet S2 from which the molded product S1 has been removed is conveyed to the conveyor 300 by the rollers 62 and 63 and the rollers 65 and 66.

The transport device 15 and the transport device 110 shown in FIG. 4 move integrally along the rail 120. When the separation of the molded product S is completed, the carrying device 15 and the carrying device 110 move to the information of the positioning device 120 and the cutting device 30, respectively. The transport device 15 sucks the sheet S transported to the positioning device 20, while the transport device 110 is mounted on the cutting blade table 32 that has returned to the cutting device 30 from the direction of the blade receiving plate 40 and has been cut. Adsorb the sheet S. The transport device 15 and the transport device 110 move up and move to above the cutting device 30 and the separation stacking device 50, respectively, and the transport device 15 places the sheet S on the punching table 32, while the transport device 15 reaches the separating unit 60. It descends and separates the molded product S.

The trimming device 10 repeats such a series of trimming steps at predetermined time intervals (for example, about several seconds). The stacking unit 70 provided below the separating unit 60 descends by the thickness of the molded product S1 every time the molded product S1 is separated from the sheet S. By repeatedly performing the trimming process, the molded products S1 are stacked on the stacking unit 70 in accordance with the partitioned areas.

Movement/stopping and positioning of the carrying devices 15, 110, the punching table 32, the stacking unit 70, and the like due to trimming can be realized by an actuator such as a servomotor, and the operation is controlled by a controller (not shown). The trimming device 10 may have a configuration that does not depend on the positioning device 20, the cutting device 30, the blade receiving plate 40, and the transfer devices 15 and 110 described above. It suffices that the sheet S is cut in the process up to and the sheet S that has been subjected to the molding process and the cutting can be continuously supplied to the separating and stacking device 50.

When the number of molded products S1 loaded on the loading unit 70 reaches a predetermined number (for example, 50), the pusher 400 (see FIG. 1) pushes the molded products S1 loaded on the loading unit 70 to the conveyor 200. The stacking unit 70 rises after the molded product S1 is discharged, and supports the molded product S1 separated from the sheet S by the separating unit 60 while descending. Such loading and discharging of the molded products S1 are repeatedly performed in the loading unit 70.

The stacking unit 70 according to the present embodiment uses a temporary receiving member that is temporarily used so that the molded products S1 separated by the separation unit 60 can be stacked while discharging the molded products S1. It is equipped with it. Therefore, the sheet S can be continuously and continuously supplied to the trimming device 10 at predetermined time intervals.

6 and 7 are a schematic side view and a schematic plan view of the temporary receiving member (temporary supporting member) of the stacking unit 70. 8 and 9 are a schematic side view and a schematic plan view of a support base (support member) of the stacking unit 70. The configuration of the stacking unit 70 will be described with reference to FIGS.

The loading section 70 includes a temporary receiving member 80 shown in FIGS. 6 and 7, and a support base 90 shown in FIGS. The temporary receiving member 80 is a receiving member on which the molded product S1 is temporarily placed while the molded product S1 is being discharged, and partially supports the bottom surface of the molded product S1 in each partition region, that is, is in partial contact therewith. As shown in FIG. 7, the temporary receiving member 80 includes a support rod 84 that is arranged in a comb shape to support the molded product S1, and a base portion 82 to which the support rod 84 is connected. Here, the support rods 84 are formed in a pipe shape and are arranged at equal intervals. The support rod 84 may be formed in a prismatic shape.

As shown in FIG. 8, the support base 90 includes a support portion 92 that forms a tooth surface and a vacuum box table 94. The temporary receiving member 80 (the supporting rod 84 thereof) and the supporting base 90 (the supporting portion 92 of the supporting base 90) are configured in a mutually complementary shape, and the supporting base 84 is set so that the supporting rod 84 fits in the tooth-shaped valley portion of the supporting portion 92. The tooth profile shape of 90, the size of the support rods 84, and the arrangement interval are defined. The molded product S1 is supported here by a plurality of support rods 84 or tooth profile portions of the support portion 92.

FIG. 10 is a diagram showing a flow of collection (loading, discharging cycle) of the molded product S1. The stacking and discharging cycle of the molded product S1 will be described below.

The support base 90 can be moved up and down by an elevating mechanism 95, and can be moved from a maximum rising position P (hereinafter referred to as a first mounting position) P at which a molded product is first mounted to a discharge position Q (hereinafter, molding will be performed). An area in which the goods S1 are loaded and the support base 90 moves up and down is referred to as an ascending/descending area. However, the initial mounting position P and the discharging position Q represent positions along the height direction in the separation stacking device 50.

As described above, the support base 90 gradually descends as the molded products S1 are stacked (see S101 in FIG. 10). During this time, the support 90 holds the molded product under vacuum by the vacuum box table 94. The temporary receiving member 80 is supported by a holding mechanism (not shown) at a place (hereinafter referred to as a retreat area) outside the lifting area.

When the number of stacked molded products S1 reaches a predetermined number, the support base 90 descends to the discharge position Q which is the lowest position. When the support base 90 reaches the discharge position, the pusher 400 pushes the molded product S1 on the support base 90 and transfers it to the conveyor 200 (see S102). On the other hand, the temporary receiving member 80 moves laterally from the retreat area to below the separating section 60, that is, to the ascending/descending area when the support base 90 starts to descend (see S103).

FIG. 11 is a diagram showing the arrangement of the temporary receiving member 80 and the support base 90 during the discharging process. While the pusher 400 discharges the molded product S1, the separation unit 60 separates the molded product S1 from the sheet S. Meanwhile, the temporary receiving member 80 receives the molded product S1 from the suction portion 115 of the transport device 110, and supports the bottom surface of the molded product S1 at the molded product mounting position P′. The molded product mounting position P'corresponds to the position where the support 90 first mounts the molded product (receives the molded product that is the lowermost layer). The support bar 84 of the temporary receiving member 80 does not contact the entire bottom surface of the molded product S1 but partially contacts it because of its comb shape.

In the present embodiment, in order to stably support the molded product S1 while smoothly supporting and delivering the molded product S1, the supporting surface portion of the support rod 84 of the temporary receiving member 80 is surface-modified. There is. Specifically, fine irregularities are formed on the surface in the range of average roughness Ra of 1 μm to 20 μm by roughening, etc., and a tacky component (silicone high polymer etc.) is embedded in at least some of the concave portions to leave the irregularities. However, it uses a coating structure with a non-stick coating layer. For example, the support surface portion of the support rod 84 of the temporary receiving member 80 can be coated with Tosical (registered trademark) S. When the support rod 84 described above is formed into a prismatic shape, only the surface in contact with the molded product S1 may be surface-modified.

The support surface of the support rod 84 may be provided with a suction cup function (performance). The bottom surface of the molded product S1 can be reliably supported by forming a sucker layer having a large number of suckers on the supporting surface of the molded product S1 and sucking the molded product S1 under negative pressure. For example, a suction cup function can be provided by sticking a sheet or film having a suction cup layer on the support surface. In addition, it is also possible to achieve stable support by using a material such as a blower suction or an adhesive tape or sheet. Further, holes (not shown) for vacuum suction may be provided in the support rod 84 and the support portion 92 of the temporary receiving member 80 so that the separated molded product S1 is sucked and supported. is there.

Until the discharging process by the pusher 400 is completed, the cutting and separating cycle of the molded product S1 passes by a predetermined number of minutes (for example, several times). Therefore, the molded product S1 is stacked on the temporary receiving member 80. The temporary receiving member 80 does not move up and down during that time, and continues to support the molded product S1 at the molded product mounting position P'. When the discharging process by the pusher 400 is completed, the pusher 400 returns to the retreat area, and the support base 90 rises toward the temporary receiving member 80 (see S104).

FIG. 12 is a front view showing a state in which the support base 90 again supports the molded product support. FIG. 13: is the figure which showed the same state from the side surface side. The support 90 rises to the initial mounting position P and stops. The initial mounting position P is a position where the supporting portion 92 supports the bottom surface of the molded product S1, and is higher than the molded product mounting position P′ of the temporary receiving member 80. As a result, the support of the molded product S1 is instantaneously changed from the temporary receiving member 80 to the support base 90. As described above, since the temporary receiving member 80 has the suction cup function, when the support 90 contacts the bottom surface of the molded product S1, the molded product S1 can be separated from the temporary receiving member 80 with almost no resistance. Therefore, it is possible to smoothly replace the support of the molded product S1.

The temporary receiving member 80 releases the vacuum suction, moves laterally, and returns to the retreat area (see S105). On the other hand, the support base 90 descends every time the molded product S1 is separated. While the trimming process is performed, the temporary receiving member 80 and the support 90 are repeatedly moved.

According to the present embodiment, in the separation/loading device 50 of the trimming device 10, the molded products S1 separated by the separation unit 60 are stacked on the stacking unit 70 as the support base 90 descends. While the pusher 400 discharges the stacked molded product S1, the temporary receiving member 80 moves below the separating portion 60 to temporarily support the separated molded product S1. After the discharge processing of the molded product S1, the support 90 moves up and receives the molded product S1, and the temporary receiving member 80 retracts.

By temporarily holding the temporary receiving member 80 as described above, the molded products can be separated even during the discharging process, and the molded products can be continuously manufactured without periodically interrupting the trimming process. .. For example, in the case of full operation for 24 hours, a considerable number of molded products are separated during the discharging process, and the production efficiency is extremely improved. Further, due to the complementary shape between the temporary receiving member 80 and the support member 90, the molded product S1 continues to be supported by either one during the replacement of the molded product S1. Can be continued to be installed.

Further, by applying a non-adhesive coating having unevenness to the support surface of the support rod 84, the molded product S1 is stably supported without slipping, while the initial mounting position P is molded by the temporary receiving member 80. Since the molded product S1 is positioned higher than the product mounting position P′, when the support of the molded product S1 is transferred from the support rod 84 to the tooth crest portion of the support portion 92, the molded product S1 is smoothly moved from the support rod 84 due to non-adhesiveness. You can leave. The same surface modification may be applied to the tooth crest portion of the support portion 92.

The complementary shape between the temporary receiving member and the supporting member is not limited to the comb shape and the tooth shape described above, and a cantilevered rod-shaped member is used as the temporary receiving member, and the rod-shaped member is uneven so as to fit in the convex portion. It is possible to configure the molded product S1 to be supported at all times by using the support member formed with. Further, the movement and operation of the temporary receiving member and the supporting member during the process of mounting the molded product and the discharging process are also optional, and if the temporary receiving member is configured to temporarily support the molded product during the discharging process. Good.

Next, a trimming device according to the second embodiment will be described with reference to FIGS. In the second embodiment, the two support bases are rotated in synchronism with the discharge timing to carry out continuous loading and discharging cycles of molded products.

FIG. 14 is a schematic plan view of the stacking unit as seen from above. FIG. 15 is a schematic plan view of the loading section as seen from the side surface side.

As shown in FIG. 15, the stacking unit 70 includes a support base (first support member) 150 and a support base (second support member) 160. Either the support 150 or the support 160 is selectively integrated with the main body 180. In FIG. 15, the support base 150 is first positioned at the molded product mounting position P for receiving the molded product, and the support base 160 is mounted on the main body 180 at the discharge position Q.

The moving mechanism 130 is provided at the initial mounting position P that first receives the molded product, and moves the support base 150 or the support base 160 between the elevating area and the retreat area. The moving mechanism 130 includes a pair of guide rails 130A and 130B extending along both side surfaces of the support base 150. The guide rails 130A and 130B have holding mechanisms 132A and 132B that hold (chuck) the support base 150, respectively. It is provided.

The guide members 130A and 130B can move in a direction toward and away from the support base 150 by an actuator (not shown). When the guide rails 130A and 130B approach the support base 150 or the support base 160, the holding mechanisms 132A and 132B engage with the pins provided at the four corners of the support base 150 to hold the support base 150 or the support base 160. The holding mechanisms 132A and 132B are slidable along the guide rails 130A and 130B, and can move the support base 150 between an elevating area and a retreating area.

As shown in FIG. 15, a moving mechanism (slide mechanism) 140 having the same configuration as the moving mechanism 130 is provided at the discharge position Q. The moving mechanism 140 includes guide rails 140A and 140B including holding mechanisms 142A and 142B, respectively, and can move the support base 150 or the support base 160 between an elevating area and a retreating area. The lift mechanism 170 provided on the pusher side moves the support base 150 or the support base 160 moved to the retracted position to the initial mounting position P.

FIG. 16 is a diagram showing the flow of the loading and discharging cycle of the molded products S1. Similar to the first embodiment, the support base 150 or the support base 160 gradually descends as the main body molded products S1 are stacked (see S201). However, the support base 150 or the support base 160 does not vacuum-adsorb the molded product S1.

When the number of stacked molded products S1 reaches a predetermined number, the support base 150 or the support base 160 moves down to the discharge position Q which is the most lowered position. When the support base 150 or the support base 160 reaches the discharge position Q, the pusher 400 pushes out the molded product S1 on the support base 150 or the support base 160 (S202, see the arrow (A) in FIG. 15).

When the molded product S1 is discharged from the support base 150 or the support base 160 (hereinafter, referred to as one support base) mounted on the main body 180, the other support base 160 or the support base 150 (hereinafter, the other support base 160) is discharged. The support base) stands by at the position where the moving mechanism 130 is located in the retreat area, that is, at the initial mounting position P.

The moving mechanism 130 moves the other support stand by waiting in the retreat area to below the separating unit 60, that is, to the ascending/descending area when the discharging process starts. Then, during the discharge processing period, the other support base is held by the holding mechanisms 132A and 132B (S203, see arrow B in FIG. 15). As a result, the molded product S1 is loaded on the other support during the discharging process.

When the discharging process is completed, the pusher 400 retracts, and the moving mechanism 140 holds one of the support bases and moves it to the retreat area. Then, the main body 180 rises and merges with the other support base. At the same time that the main body 180 holds the other support, the moving mechanism 130 releases the other support and moves the holding mechanisms 132A and 132B to the retreat area. The main body 180 gradually descends as the molded products S1 are stacked (S204, see arrows (C), (D), and (E) in FIG. 15).

After the discharging process, the lift mechanism 170 receives one of the supports from the moving mechanism 140 and moves up to the initial mounting position P where the moving mechanism 130 is located (S205, see arrow (C) in FIG. 15). Then, the moving mechanism 130 alternately holds one of the raised support bases and waits for the next discharge process. With respect to the support base 150 and the support base 160, the cyclic movement is repeated between the initial mounting position of the molded product, the discharge position, the retracted position after the discharge process, and the retracted position before the replacement of the molded product support, thereby continuously performing Trimming is performed.

As described above, according to the second embodiment, the supports 150 and 160 alternate the mounting of the molded product S1 in accordance with the discharge timing. This allows the molded product to be separated during the discharge process. Further, since it is supported by surface contact with the molded product S1, it is not necessary to adsorb it. It should be noted that, as long as the structure is such that the support base is replaced in accordance with the discharge processing timing, application other than the mechanism described above is also possible.

10 Trimming device 20 Positioning device 30 Cutting device 40 Blade receiving plate 50 Separation and stacking device 60 Separation part 70 Stacking part 80 Temporary receiving member (temporary supporting member)
84 Support Rod (Temporary Support Member)
90 Support stand (support member)
92 support parts 130, 140 moving mechanism 150 support base (first support member)
160 support base (second support member)
400 pusher S sheet S1 molded product

Claims (7)

A separation unit that separates the molded product in each region from a molded sheet that has been cut by a cutting machine and has a molded product formed in each divided region ,
Wherein provided below the separation unit, and a stacking portion for stacking the molded article a bottom in the separation portion are separated toward the lower,
The loading section is
A support member that is movable between a first mounting position where the molded product is initially mounted and a discharge position where the molded product is discharged , and a support member that supports the bottom surface of each of the molded products in the lowest layer that is initially mounted ,
Said separating portion is separated molded article, a temporary support member for temporarily stacking, the bottom layer of the molded article was first mounted between for discharging the stacked on the support member molded articles from said support member With a temporary support member that supports each bottom surface ,
The separating/loading device, wherein the supporting member and the temporary supporting member have complementary shapes so as to partially support the bottom surface of the lowermost layer molded article that they respectively support . The separating and stacking apparatus according to claim 1, wherein the separating unit separates the molded products in each region from the sheet on which the molded products that are two-dimensionally arranged are formed . The temporary support member has a cantilevered rod-shaped member,
3. The separating and stacking device according to claim 1, wherein the supporting member has a supporting portion in which unevenness is formed so that the rod-shaped member is housed in the concave portion. 4. The separation loading device according to claim 1, wherein the temporary support member supports the bottom surface of the molded article in the lowermost layer below the initial mounting position of the support member. The separation loading device according to any one of claims 1 to 4, wherein unevenness is formed on the support surface of the molded product of the temporary support member, and at least the recesses are coated with a non-adhesive component. .. 6. The separation loading apparatus according to claim 1, wherein the support member descends every time the molded products are stacked, and rises after discharging the stacked molded products. Trimming apparatus comprising the separation loading apparatus according to any one of claims 1 to 6.

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