JPS5966831A - Method and apparatus for producing product comprising baked cake strip such as hollow body, connected hollow body part, ollow body part connected through plate-like web, cup, dish,flat disc or cylinder piece, preferably, waffle strip - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

3. Regarding manufacturing methods and manufacturing equipment for products such as hollow bodies consisting of full bands, connected hollow body parts, hollow body parts connected via plate-like webs, cups, plates, Y-shaped discs, cylindrical pieces, etc. , Nut-like; Almond-shaped, spherical, etc. hollow bodies are manufactured using the baking scissors of automatic Wanful baking machines) and lower-grade hollow Wanfuls (-7) which are connected to each other through webs. It is known to fire a large number of hollow half bodies. Each of the hollow half bodies is provided with a recess or a bulge corresponding to each hollow body. The low-sugar-containing fluid 1-no-no-furu-gyuji is poured into the lower baking plates of the baking scissors, and the plates are brought together, thus closing the lower grade hollow 1-not-of-furukawa baking mold. During the baking period h', the dough begins to simmer in the baking mold1, and the steam pressure generated in the dough presses the dough against the mold wall and forms a hollow watzful that looks just like the mold, until the dough finishes the baking process. After completion 1-. Teyaki (-, 1 can be taken out from the sashimi 3, ii1
Narrow + Nosonor has a scrappy surface. 1 Nonofuru is combined \ / At this point, it is softened by browning) The internal winter hole trade structure is destroyed 1
1i! I can see it. Grilled scissors 1') Hollow Wano Noru is a guest.
Easy (7(: , Ilill-H Shikiru/, Second, 1 no 2 noful beef ground with grain Kei, yo 0, another flavor 4J years old,
Addition of sand (1) to t (,, + and fat name 1 addition E). The addition of sand (1) should be carried out only in a small amount, about 10% of the total dry substance. ~1, because formulas with high sugar content are not baked (7-gap 1. =
(1 caramelized and 2, but -)-r inside'') If Watsuful was Jl Ri-to, it would be fixed on the grill,
, fired as a low-grade hollow 1-noful.
The body, along with the Wanosol plate Tsuegu that connects CJt et al.

[Known Potash L for Nonosol board] L, I have a brittle and breakable consistency, yet its low sugar content τ; Layer 4I (maximum 10% of the dry monthly yield of the dough), so it is similar to Solarfull board. , it is no longer possible to perform secondary addition in high-temperature conditions.
The thus fired hollow body is then punched out from a low-grade hollow waffle and, after filling, assembled to form a complete hollow body. . When producing hollow-rolled rice crackers, Wanful Tsutsuno Ichikaku uses fluid Watsuful dough (15% to 7% of the monthly drying yield of the dough) that contains a significant amount of sugar, and heats the Watsuful baking equipment that operates continuously. The baked toran is poured and baked in a baking drum to form an endless cake band.In the hot plastic state, it is peeled off from the baked torrent and a roll is provided at an angle to the baking drum. It is known to wind the material in a spiral manner, one over the other, so as to form an endless sleeve-like hollow body around the winding mandrel of the device. This hollow body is still in a plastic state and is formed into a part of a predetermined length η1, i.e., one full cylinder piece or /ζ
The cake strip is cut into hollow rolled rice crackers.The winding of the cake strip is performed between the winding mandrel of the roll device and the feed roll in the roll device, and the feed roll pushes the cake strip onto the winding mandrel from 1 to 1. The hollow body moves along the winding mandrel. The winding mandrel inevitably protrudes 1 inch from the winding 4, and due to the usual arrangement, the diameter of the mandrel portion is limited. /Here, the width of the cake band is Jν, which is processed by the rolling device, and the width of the cake band is Jν.
As long as it is still in a plastic state, the hollow body created by the sea urchin is limited in weight and weight (・ru,,this''), and as long as it is still in a plastic state, In this way, it is possible to obtain a piece of Kugi, which is fired with a conventionally high amount of irises. Raw i1) Obi is attached to the same body 4) Me3 Second O:
It is used with a wall thickness between 2 and 0.5 nu-n, and A2.] Until now, large wall thickness in the grilled beef area has been used, ll, not /
child. This is because the grilled beef is 11 pieces in size and meat is J9 (・
Jl, is it possible to turn this raw belt book into 5 volumes? [2,Then, as a result of caramelization of the sugar, the product will emit an excessive amount of noise when it is cooled. -, eat L'
); resulting in a hollow body without IL. The hardness of such hollow bodies can now only be compared with that of sugar crystals, and it is practically impossible to crush them with your teeth. It is self-evident that it is conceivable that a shape resembling a low-grade hollow wandful could be made by stamping out of a 2 mm thick medium-rise zone.However, these are equally useful for the reasons mentioned above. The object of the present invention is to provide a hollow body, a hollow body part that connects with J and C, a middle part or body part that is connected via a plate-like web, a cup, a plate, a shell, etc. The object of the present invention is to provide a method for producing products such as discs, nodes L), etc., in which the starting product pressurized for each product has a thickness between 1 and 2 nlnl and Regardless of the high sugar content, defects that occur in thick-walled baked products are no longer a problem. According to the present invention, first, an endless strip capable of plastic deformation is continuously baked by heating it in an appropriate mild state from a dough capable of injection, preferably a high-sugar-containing Watsufuru dough. This strip is then folded in a plastically deformable state to form a cake strip layered in at least two layers, and then the stratified cake strip is subjected to mild thermoplastic deformation to form the desired product. In this way, hollow bodies, connected hollow body parts, hollow body parts connected via plate-like webs, cups, dishes, flat disks, cylinders, etc. J1 Snow-like high sugar content: 11 (20% to 70% of the drying content of the dough) can be made into delicate products with a sugar content of 1.21 to 0.5 m , when the thickness of m is j9, the predetermined advantages are 8 compared to the 1h relatively thick band.
, f(j5℃・ζ). 4. This high quality can be obtained by folding the middle layer during baking. The new cake strip layered according to the present invention can be formed from this strip to obtain an A-product of 4.3 (.3). Now, regardless of the wall thickness of the nine products, each product has a cold-like structure, four is I, one is Xt, and the other is a flaky structure. It is possible to form a product that can only come in contact with the bath (CLJ), so when chewing or breaking a multi-layered cake strip or a product formed from it, only the individual layers of the stratification are sequentially destroyed. As the wall thickness increases, the force required for crushing or breaking increases only slightly; crushing would not be possible with a single cake strip of the same thickness. According to a first feature of the invention, the layered cake strip can be wound in a helically polymerized manner around a winding mandrel I to form an endless sleeve-like hollow body, as is known per se. According to a second feature of the invention, the stratified cake strip is stamped in a plastic state. According to the invention, each product is stamped from the stratified cake strip by the stamping process itself. According to a fourth characteristic of the invention, the stratified cake strip is processed by means of a two-part punching die, in which case a hollow body part of the appropriate shape can be obtained in each case by the punching process. The cake strip is processed individually or in combination (・7:,) into a hollow body part by using a 7% jJ punching die.In addition, it is possible to make a hollow half-hoof part by gradually complementing it.This invention The 5th percentile mark of J
(I try to do it) especially ho-ro. Further, the present invention is carried out in such a manner that the layered product is applied to a stamping die and allowed to solidify in the stamping die for a period of 1<14 minutes. The i'Jz6 feature of the present invention is that the stratified strip in the mold is separated into layers before processing. Or 4'B vertically/
Top 1. b) Do as follows. In this way, a considerably narrow stratified cake formation is achieved, with the stratification becoming narrower than the firing zone according to the number of stratifications. It is also possible to select the optimal width for the stratified cake strip for the secondary processing of a particular product type, and adjust the thickness of each product depending on the number of layers. It does not change the quality of the product.In order to increase the number of layers, it is not necessary to sinter a relatively wide band as appropriate, and it is possible to compare the subsequent production process in which the product made according to the invention is subjected to secondary processing. The eighth feature of the present invention is that the width of the cake strip is constant due to the invention. is simultaneously pulled in the longitudinal direction and folded in the longitudinal direction. Another advantage of the method according to the invention, which is similarly achieved when folded in the opposite direction, is that the firing strip can be fired as thinly as possible during the closing of the finished product. However, by achieving the maximum number of layers and wall thickness, it is possible to produce products of high quality in size and size. +-
,,This advantage can be reduced by reducing the cold temperature sacrifice by selecting the number of layers according to the requirements of each product.
7041. N! I! 1' in the case of layer - 1,000 p.i) yo 5 to pie'/, c. goods 7
4) The present invention (・
-Contains pre-saccharide content/)
・/) Dough ID Sono Takami/Sugar content n'Rice A-k) -:
? 7'7 - Due to market conditions)・＼giiMi III j
C no: r: r external shape 9 and l'6 e (1: 1llp
J pl transformation [1] function C$: ′Z), 4\:i I
It is J-No.
Zono! ll1lL's i['1・wa8;) component or dry smoked・(
] Material (k) 15% or less than 7oOo'L (/C K)
. , such L horns L,, 'I-, (也C; :”. [-1F ability, shi/) Tsukasa-Reima-sho?, (1 stone! It has the ability to retaliate, and this resistance is 05 or so. -] Crushing of the product formed 4 to 7L, '! Measurement [now (- or not (・'). Detailed explanation of the present invention with reference to examples - 4 A. The present invention will be explained with reference to examples. 61) The dough, which is composed of the outer circumferential surface 1 of the L-baking tram 2 and is injected and applied to the outer circumferential surface of the L-baking tram 2 through an injection device (not shown), is baked during the rotation of the drum and is baked in this baking zone. The outer circumferential surface 1 of the dough 3 is also peeled off by a trowel-like take-out device (not shown).As is obvious, the injectable dough is placed on a disc-shaped baking surface rotating in the direction of the water force. The baked strip dough that has been injected into the strip is taken out from the baking surface. A folding device 4 is provided immediately to the take-out device for the baked strip dough, and in this device, the baked strip dough 3 is folded into a layered cake strip. The device for secondary processing the stratified cake strip 5 is the folding device 4.
-＼Continues. In the embodiments of FIGS. 1 and 2, the secondary processing device is [1=
9 and 1.0 and in the embodiments of FIGS. 9 and 1.0.
ζ11 ladle (r-7) Roll up the baking strip dough 3 to form the layered cake strip 4. It is stretched in the vertical direction of 1JIsu1'' 4), and it is stretched in the direction of (''Otsu・Z) (・is horizontally -)), that is, no Akatsuki fabric: 3 In the longitudinal direction of the wabi ((envy 11-isu 1) -(-
1, vertical fold/C fold C is layered in 2 layers, I1-*--person・;i;zoj[(I2
'Ii folded to form 1)/j canyoshi, - 16
．． L guide part opening 8 k: A 6N is raised, and this part side is fired Fi:: /l ground: 3 lengthwise extension /ζ:i:'
Engage with gh Jll <i1. ℃・a) Guide edge 8'
1), guide edge 8'force・)"r (f from 111 plane:
j:: Fabric: 3 width 1j is folded enough/, - rare (・;iii: Fabric 3 orbit..., 1 layer folded l
o In this way, bake the obi dough: (in a U-shape)
The two layers of the stratified band 5 are pressed against each other only after being lifted up by the subsequent forming device 6. Subsequent 4-a) Stratification toward the device approximately in the direction of the water plate 5
/ Kome U (1, stratified zone 5 is an unfolded zone; 3's!'i, water-type orbit - \ rotation Jl, stratified during rotation of zone 3 / C both jli - independent Pressure between the layers is carried out, and the layers are folded and stratified many times.
-J < /:,) center change) 1 phase, folded yI: t, · band: A large number of guide members 9, 10' + ξ on both sides of the orbit of λ is 11. , 12.13 are provided, and the guide edge 9ζ10' or 1], '12', 13 of part H
' is folded/〈21〉band; the orbit of 3 is invaded from what on the other hand. On one side of the track, the guide section (1
9゜10-i 1'c ij: 1112.13.7)
Guide R9;-1 (1"! 7'; T, P, I-11
,' 12. 7. '13'U, the tips are mutually pointed in the direction of movement of the band 3. ) (Fig. 4) In this way, the cake strip 3 is stratified into 4 layers 71/This cake strip 3 is similarly stratified as needed. − can be done, ζ). . Another implementation of the 4Jrs/kotami device is provided with guide members 1, 1 whose cross section is C-shaped in the human body, and which members are tapered in the direction of movement of the band. The band 3 slides close along the inside of the guide member 14 configured as a guide +1714'' during the folding interval h' and is placed 1~/on the opposite position of the legs of the 1/○ C-shaped cross section. Both longitudinal edges of the band 3 touch each other and the layers are layered to form 5 or 92 layers.
It is layered and folded into three layers. +t) 7rt figure -) 1-r/;
, 5 words・deki'roori'i /(,7λ,mu(-1,
In FIG.
The letter /71'f15f has its legs 16.17, 11.
-1 formation;'5J (. Otsu., [-+ 5'1") ~ - - 579 crimes in the Nakagami area of Su. No L (i4)
. [Opening 11411 of the I-shaped groove 15
) guide part tt + 9. :to is the swing axis: T1'
t-1,-,-'Cf! How can the connection be completed? 1), Did you -) Inside the C groove 15? 151'J. (2 L thin (size, 4) I・') / (ta, 4 everyone 11゛1-\rJY
') da / ξ dimension! ti (I・: i し 2 3 1lfi L 异<−4!,),, Iノ＋ 0 pu 3-7 に し て device −・＼・Out −1′, ni 1 mountain −・1 pu C - Thread through inner material) 20 or groove 15 or r) Swing outward 1
1. The band, 3 or 3, is inserted, the guide member is swung in the groove, and the guide member is swung in the groove, and
JT/Koda Dimensions] L1, Figures 7a to 7e show the folding device 4, which is folded parallel to the trajectory of 3. The strip-like sub-areas of the rods are often removed and are therefore guided one above the other one above the other.
T2, by means of guide members 22, 23, 24 provided approximately parallel to the trajectory of the unfolded belt, and through guide surfaces whose portions ( ) are on the ten-yama side or the F side. Through the lateral guiding edge of the spool, the fold/ξ engages with the rolling strip.In this way, the folding/ξ folding strip is folded and stratified/ξ the rolling strip is directly rolled. Die-cut fF? is supplied to In Fig. 8, a folding device similar to Fig. 7 is used to manufacture ijJ.
This four-note folding device clearly shows the folded strip or the folding process.
4゛ru/kome was omitted. In Figure 11, t''2, horizontal folding is shown, and baked 1
The L band is driven step by step! Do: T-hair 25-\continuously placed 411 times in the direction of lateral force. In the case of secondary processing using a punching die, the gear band 5, which is layered with a tli/zeta-dwelling device, is divided into two parts by a punching die 26 or 26. The open mold 4' of the punching device equipped with a '26'' is placed between the molds, stamped and divided into parts corresponding to the respective punching molds. The separated stratified cake strip 50 portion is placed in a punching mold 2.
6, 26.2 (fixed with U'') and then removed from the mold.
For each y-age, it is possible to make (2) each Nagini-ζ (Fig. 10) Aoi + =, i respectively, both types of mouth-shaped prisons 2F- / -4 / Ko is 26'' (Fig. 9).In the closed T1 chapter, each of the two layers forms a single layer of cake. The band is equal to the J height of the product.
A-5 Tame/Kosae Otsu-1l rXll) (Lilo et al.
j;'1.1゛l・rest (single point or linear 1 (E 27i / -44)., ko, 扛 (J's protuberance 28 is middle 1'), body part case 41; j, +
Appropriately set the hollow body part 5〕 on the edge of the
, further combine the middle 'q-' body J (reverse-shaped U-1
28 individual dot-shaped ridges are set up around 1.1 J of ); 1 so as to achieve
-ru. , explained in connection with longitudinal folding L jl=
” In the J7/3-c folding device, the folding process is ・1'
1゜ where i Umari is constantly pulled vertically.

[Brief explanation of the drawing]

1 is a schematic side view of a first embodiment of the device according to the invention in which the stratified zone backfires on a sleeve-shaped hollow body; FIG.
51/Diagram of an embodiment of the device according to the invention similar to the figure;
Figure 3 is for firing) for a firing zone that does not hold up to 4Jr.
Figure 1 is a perspective view of a device according to the present invention in which the layers are perpendicular to each other and layered in two layers. The structure of the apparatus according to the present invention is shown in Fig.
i-rib kota - Rare ℃/almost moving shell surface of firing zone 7. j
lj? 471' A perspective view from above of the folding device, FIG. Figures 7a to 7C are schematic perspective views of the folding/-2 folding device, in which the stratified cage i; is folded): ((
・To make the folding process clearer, twist it against the band (・to make the folding process clearer). Figures 11 and 11 of the folding/folding device shown are two cross-sectional views, one continuous and perpendicular to this direction, of the folding/folding device shown; ", 3-layer stratification in the vertical direction of the firing zone so that
side view, Q'; 1ull 1r similar to No. 0121 made by the present invention
t-i 1tsu 1, 111th; 41 is stratification one gi jl
1':, ), J', 7i lateral force direction 4)
ll ii "u ill , 8J'; Figure 12 shows the implementation of the type I' field iA!'i !3'y<t) H,1
Figures 1, 1f1i l], h' to 13 are the 1st drawings of the ttl 11 section of Prefecture 1'1 No. 11 (', 3... Baking I6'1.1... Folding/ Kotami device, 5...Fisting device ((niG..."1-ru device, 7.
...1 counterfeit device. , agent Esaki) lc,
Good - Agent t[-Saki So1. History ・1
61 \ F old, 2 FIG, 3 FIG. 10 25 FIG, 11 FIG, 12

Claims (1)

[Claims] 1. Hollow bodies, connections 4) Hollow body parts, hollow parts connected via plate-like webs, etc., baked one-key bands such as cups, plates, flat discs, cylindrical pieces, etc. In a method for producing a product preferably consisting of a Watsuful band, first an endless band which is plastically deformable is baked from a pourable dough, preferably a Watsuful dough with a high sugar content, under appropriate mild heating conditions, and then this band is formed into a plastically deformable endless band. the steps of folding in the deformable state into a cake strip stratified in at least two layers and then adding the appropriate mild thermoplastically deformable stratified cake strip to the desired product; A method that is customary to consist of. 2. It is considered as 9.1' that the stratified uniform belt is spirally wound onto the winding mandrel and wound in an endless sliver shape).
Particular g/l Method according to claim 13. 3. A special statement characterized in that the stratified cake band in a plastic state is) II hammered/) The method described in claim 1 d,
. 4. Individual products become stratified due to excessive stamping 1
Claims [J
-! ] The method described in Section 3. 5. It is characterized by the fact that the stratified band is inserted between the two-part punching die). 1'J'
ij'1 The method according to claim 1. 6. The medullary sign is that the stratified band is added to form a hollow body part of type 11 (1). [The method according to claim 15. 7. The stratified cake strip is connected to the hollow body part by the mold 4'J through the plate-like plate etc. 1.1. The method according to claim 5, characterized in that the method is processed into. 8. Claim 5, characterized in that the portion of the stratified cake strip that is in the punching mold is solidified in the punching mold.
A method according to one of clauses 7 to 7. 9. Process according to one of claims 5 to 8, characterized in that the parts of the layered cake located in the punching mold are separated from each other before being demolded. 10. During stamping, the individual layers of the stratified cake strip are stuck together or welded together by the locally raised stamping pressure at individual dots and/or lines. A method according to any one of claims 3 to 9, characterized in that: 11. Range of products in which multiple layers of stratified cake strips are formed;
11. A method as claimed in claim 10, characterized in that the webs or the like that connect these products to each other are also glued or welded to each other. 12, '□Specially, it is noted that the turn belt is folded in the vertical direction.
Characteristics: Claims 1 to 1 of Claims 1 to 1.
The method described in. 13. A patent characterized in that the firing band is folded/folded in the vertical direction at the same time as the firing band is stretched and retracted in the vertical direction [method according to claim 12]. j4 The method described in Items 1 to 11 of the scope of Patent No. 511, characterized in that the baking band can be folded in the transverse direction; 15. A method as claimed in claim 12, characterized in that the strip-shaped subareas are simultaneously moved into positions facing each other. 16. Claim No. 1, characterized in that the partial regions of the stratified cake strip forming the individual layers/stripe baking strips are superimposed one after another], 2 JIm to 1'4-1 The method described in. 17. Claims 12 to 16, characterized in that the firing zone is continuously moved during folding.
The method described in one of the sections. 18. In order to form the layers of the stratified zone, the strip-shaped partial areas of the firing zone are gradually led out of the trajectory of the zone and guided oppositely and in close proximity, at least partially one above the other. 18. A method according to claim 17, characterized in that: 19. A method according to claim 18, characterized in that the strip-like longitudinal extents of the laterally following firing zones are guided one above the other. 20. It is provided that the strip-shaped fired band regions which are laterally spaced apart and are preferably separated from each other by at least one strip-shaped outer region are guided directly one after the other. 19. The method of claim 18. 21. To form the layers of the stratified cake strip, the subareas of the laterally adjacent strip-shaped baking strips are gradually moved opposite each other in a direction transverse to the direction of movement of the cake strip. 18. A method as claimed in claim 17, characterized in that the shaped sub-areas are fed to each other. 22. Process according to one of claims 17 to 21, characterized in that each layer of the stratified cake strip is formed from a plurality of subareas of strip-shaped baking strips of preferably the same width. □2 pieces 3. 22. A method as claimed in claim 17, characterized in that the partial areas of the strip-like baking zone transferred to each layer of the constituent cake zone have different widths. 24. According to one of the claims 17 to 21 and 23, characterized in that each layer of the stratified cake zone is constituted by a separate strip-like section of the baking zone. the method of. 25. Claim 1, characterized in that the layers of the stratified cake strip are pressed together, optionally after the inclusion of a dusting agent between the layers, but also before the processing of the stratified cake strip. 25. The method according to claim 24. 26. Multiple layers of the stratified cake strip are processed first.
□□ The method according to claim 1 to 25 [I-11), characterized in that the sintering zone is pressed against each other for a period of time. j7
Apparatus for carrying out one of the methods in Item 26 of Item A1, Item 1, L7, Item 26, Smell-r, Firing surface 1 or l of a firing furnace,
)' Take the filling 1 belt (3) 1 [without layering this waste on the Lt rolling device of the jade firing furnace 4), and fold the L 1' folding device (
4), b upper h, 7, for example, roll device (6), +! i
L j
1. A device characterized in that it is followed by a device for: 28. The folding/ξ folding device (4) extends in the direction of the moving horn of the firing zone (:3) and firing? 1i(3) if at least one guide member (8, 14) is at least partially fired -:i; if at least one guide member (8, 14) engages with (3) The moving force of the surface (14'') and/or guide edge (8') is fully prepared, and the guide surface and/or guide edge are folded and not in the firing zone (3). The device according to claim 27, characterized in that it extends with an inclination of l to 1 with respect to the trajectory. 29 Guide section 'fA''v,: 1. The cross-sectional shape is approximately C'
, ;'-shaped structure 3, and there is also a mark 1 in the direction of the stop movement of the firing zone (3). The guide surface (14") or the guide part E3 (14) is 11111 +・'(-J
2" A configuration 7L-def A two movement force direction V (pair, ll + force direction 11i11 constant J stamen) guide Σ1 [
Day-1(1,4,)・-)width ξ)・＼〈Stratification 1. ,
, -1-s1i(5) QD width K 7;j 1. i,,
Sincerely to the width of - 7N ;"-, ;1 kH4 temple mark), '1.!f + I' to Kosui's 41 Miyen: 28th xjt 11 self + 1, pear device. ao , t, i +'...1, I +'patrilineal' inner side (fiitoru plural (shi'tsu plan 1' number of parts () (:2'
2.2<3.1-・1) or 1 &j'i') not
1*, -+), it L) guide I white l;, composition':
ii' (3)・Q(-4 power rotation wedge-shaped C7 ini 51
．． .
1 Sad death (, Tozuh;), 'F8 to l'ljI'l'
R'・) 1 range described in item 28 ・J) Device 6゜; The guide edge or strength C (-kawa ZJ l Tete Tsuihi 1-Iru Koto Ihi feature 4 and Nashini), '1 Temple 6'11, iN search range No. 30
Equipment described in Section. , 32 A plurality of guide surfaces of the guide part +A (22, 23, 24) are provided in parallel with each other or with each other, and the corresponding guide edges are 7(
Tomowaka 1- will cross each other X/)! 31. The device of claim 30, having an IIM feature. 33 At least part of each guide im is 11↑/c7
'ξ - It is almost orthogonal to the orbit of the rare firing zone (3)! T,! 1' characteristic, characteristic = I
14iW described in one of paragraphs 28 to 12 of Jifj box of claim 'F. 34 At least part of each guide surface is folded/top JL
For no firing zone (:3) locus) 6, l! Ho's exchange (-
and installed on the upper surface extending in the direction of movement of the firing zone H4)
, /') and (1) to 32. 35. The folding/folding device has two guide parts E (extending in the direction of the moving force of the firing zone (3) that is not folded/ξ) and having a comb-like cross section; When the guide member is viewed in cross section, a gap is provided between the guide surfaces of the guide member, and at least a portion of the guide surface of the guide member on the seven sides of the guide member is provided with a gap between the guide surfaces of the guide member in its use. Claim 2 in which the L[) sign is that reaching the intermediate chamber 1-6 in between.
8Jn Narishi No.: The device described in one of the 32 lines, 1; 3G, at least a portion of all the internal members (19, 20) is fired and suspended in the orbit of 3) χ-) L-C7 lateral force direction (move 1 sun function fu・yohi/'a4)ii(:j, 1 person 4 father-in-law 10
1# Stop/C 't'<+' E Kei and Suku・, Do 1 Yo 1i! I Claims, Box I, Section 28 to Section I; 3
One of the 5 groups c′・-III-: Device i,)l. , ;37 fold/kota. The range of 'Samurai%T' j + ＾ sought is the 23rd. [Ji@Ishi No. 30 [11 1 for 1]
．． Device-1 for self, k; 38. Furthermore plastic JJl formation 1
・x and one gi'+Wl', l) including -quadratic addition -1-17. ,) Device 4 or 2 parts or 1) Closed type 4T-
'>ノ111] (26, 26, ' 2 (3'') 5 double type 4-Jchi device (7) and 3 configurations Jll base, stamped type half closed type 1'1 type (20,2,6,'2Ci
'') (・') K1 facing 4-C) 4) Side-C For each product; '11 Characteristics: ·, 44π1 Apparatus 1 according to one of claims 27D'1 to 37J11. At least one of the stamping molds (26, 2 (26" on i) if, 114' 1chi type cow body is perfect"
39. A device according to claim 38, characterized in that it has one or more dot-like and/or linear projections (27, 28) projecting between and.