JP2572008B2 - Continuous press surging method of dough and staccar for it - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention automatically and continuously performs press (core attachment) and surging (edge overlock sewing) on parts such as pants and clothes (abbreviated as "fabric" in this specification). Regarding how to take and the statker for it.

[0002]

2. Description of the Related Art An apparatus for continuously pressing and surging this kind of dough on an automatic transfer line has not yet been developed. For this reason, conventionally, one worker sets the interlining for bonding on the dough in a superposed state, sends it to the press for bonding, and after bonding, the dough sent out from the press is overlaid on the stacker. doing.

[0003] Then, the pressed dough is collected by another worker, subjected to a surging operation by using a surging machine, and then piled up by itself.

[0004]

Therefore, at least two workers are required, which results in inferior labor saving and no improvement in working efficiency.

[0005]

SUMMARY OF THE INVENTION The present invention is intended to solve such a problem, and in order to solve this problem, a press machine, an automatic sewing machine for surging, and a stacker are sequentially arranged and arranged on an automatic fabric conveying line. At the same time, a slide table, which keeps the same state as the sewing machine table, directly above and below the stacker table which can be moved up and down in the stacker is movably moved forward and backward in a direction orthogonal to the transport line. The fabric with the interlining bonded is transported forward by the feed belt to the sewing machine,
The dough once stopped by the detection of the front end is correctly sent to the operation area of the sewing machine while being pressed against the sewing machine table, and the dough is surging by the sewing machine.

[0006] The surged fabric is transferred onto the slide table by being conveyed forward while continuing to be conveyed forward while being pressed against the sewing machine table by the take-up belt into the stacker table. Actuated in the direction of retreating from the position directly above, dropping the dough from the slide table onto the statue table, thereby automatically stacking the dough on the statue table,

[0007] Further, as the statker used in the above method,
A horizontal stacker table installed in the frame of the installation frame so as to be able to move up and down, a hanger frame for the fabric take-in belt framed on the installation frame, and a belt support suspended from the hanger frame so as to be able to move up and down A frame, an endless fabric take-up belt that is rotatably driven around the belt support frame so as to take in the fabric after surging from the table of the fabric-surging sewing machine, and the up-and-down movement of the take-up belt and the stacker table. A slide table that is interposed between each other and is capable of moving forward and backward along a direction orthogonal to the dough take-in transport line,

The slide table is formed in a comb shape in a plan view, and the slide table is suspended from the belt support frame so as to be able to penetrate the cloth positioning stopper pins toward the slits arranged in parallel with the reciprocating operation direction. The dough presser air ejection nozzle pointing to the slit of the table is dropped from the belt support frame as a positional relationship closer to the dough take-in and transport line than the stop pin, and the dough after surging by the sewing machine is taken in. The belt is lowered and conveyed while being pressed onto the sewing machine table. After being transferred from the sewing machine table onto the slide table and transferred, the slide table is moved to the stacker table while the air is jetted from the nozzle onto the fabric. Evacuation from the position directly above the It is characterized in that it has configured to take the overlapped by dropping onto static Tsuka table.

[0009]

According to the continuous press / surging method of the present invention, the cored cloth sent out from the press is stopped once when the position is detected while being conveyed forward of the core, and pressed against the sewing machine table. In this state, the fabric can be properly sent to the working area of the automatic sewing machine, so that the fabric can be properly surging itself.

[0010] Then, the sur- veyed cloth is continuously conveyed to a slide table located immediately above the sta- ker table while being pressed against the sewing machine table by the cloth take-in belt, and is then transferred onto the slide table. When the slide table is retracted while being taken in and transferred, the fabric falls from the slide table onto the exposed stacker table and is automatically stacked by the stacker table. .

[0011] Therefore, if one worker puts the dough and interlining into the above-mentioned press machine after superimposing the dough and putting it into the press machine, the dough is pressed (sticking) and surging (overlocking).
Can be performed continuously, and stacking on a staker can be performed automatically, which is extremely excellent in work efficiency and labor saving.

Further, according to the above-mentioned structure of the statue, the slide table interposed between the statue table and the cloth take-in belt has a comb shape in plan view, and is taken in and transferred to the slide table. Air is sprayed from the air spray nozzle that directs the comb-like slits to the cloth after surging, so that the soft cloth can be stably pressed down and supported, and the slide There is no danger of the table moving, falling off or swinging illegally.

Further, a cloth positioning stopper pin penetrates through the comb-shaped slit of the slide table from above, and is arranged at a position farther from the cloth take-in / transport line than the nozzles. When the dough is received by the stopper pin, the dough is received by the stopper pin, so that the posture is corrected to a uniform state, and when the slide table retreats to a state of non-interference with the stopper pin, the dough is placed on the slide table. From the staker table onto the staker table, which results in an orderly stacking of the staker table.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The details of the present invention will be described below with reference to the drawings. FIG. 1 shows a schematic whole of a continuous press and surging apparatus according to the present invention, and FIG. (10) is a bonding press machine, and (11) is a pair of upper and lower endless press belts for nipping and transporting the fabric (M), but a fabric heating heater that works during the transport is not shown.

Then, an interlining (10) such as a non-woven fabric is set on the dough (M) by polymerization, and the input table (14) is set.
, The dough (M) and the interlining (1), as suggested by the chain line in FIG.
And (0) are bonded by heat and pressure (sheet sealing), and sent out to the front of the press (A) by the press belt (11). (13) is an installation table of the press machine (A).

(14) is an endless feed belt for feeding the core-attached cloth (M) to an automatic sewing machine for surging, which will be described later, and is arranged in series in front of the press machine (A). At a position immediately before the feed belt (14), a sewing machine table (15) which keeps a flush state with the feed belt (14) is installed and fixed in an extended state, as is apparent from FIGS. I have.
(16) is a support table for the sewing machine table (15) and the feed belt (14).

Reference numeral (17) denotes a lifting / lowering operating cylinder for the cloth holding arm, which is laid on the support table (16) at the front end position of the feeding belt (14). The upper end of the piston rod (18) has the same function. An advancing / retracting operation cylinder (19) for a dough holding arm is supported, and the core is attached to the tip of a piston rod (20) projecting from the advancing / retracting operation cylinder (19) across the dough feeding belt (14). The cloth holding arm (2) for holding the cloth (M) after pasting on the sewing machine table (15)
1) is attached.

That is, the cloth holding arm (21) is shown in FIGS.
As is apparent from FIG. 5, the fabric (M) extends in a relationship perpendicular to the conveying line of the fabric (M) by the feed belt (14), and is moved up and down by the elevating cylinder (17). ) To move back and forth in the left and right direction, and while reliably capturing the fabric (M),
It can be pressed against the upper surface of the sewing machine table (15).

(B) is an automatic sewing machine for surging facing the sewing machine table (15), and is rotated by a motor (not shown), and the cloth (M) after the core is attached is shown in FIG. It acts as a surging.

Further, (22) is the cloth holding arm (2)
The sewing machine table (1) is located just before
5) A cloth stopping sensor facing upward, which comprises a photoelectric switch, a proximity switch, and the like, and detects a front end of the cloth (M).

Then, the feed belt (14) for the cloth (M) is temporarily stopped by the detected output electric signal, and the elevating cylinder (1) receiving the stop signal is temporarily stopped.
7) is lowered, and the cloth (M) is pressed against the sewing machine table (15) by the cloth pressing arm (21).

In accordance with an output electric signal which has detected the position of the bottom dead center of the lifting / lowering operating cylinder (17), the advancing / retracting operating cylinder (19) continuously moves the cloth holding arm (21) from the transfer line of the cloth (M). In order to retreat, the sewing machine (B) is laterally moved by a predetermined distance in the direction in which the sewing machine (B) exists, and is sent to the working area of the sewing machine (B) while the fabric (M) is pressed.

(23) is a sensor for positioning the fabric (M) fed into the sewing machine (B), which is also embodied by a photoelectric switch, a proximity switch, and the like.
Thereby, the side end of the fabric (M) is detected.

According to the detected output electric signal, the advancing / retracting operation cylinder (19) is stopped, and the stop position is used as a starting point of a surging operation by the sewing machine (B). (14) rotates and the elevating cylinder (17) rises to release the pressing state of the cloth (M) by the pressing arm (21).

The forward / backward operating cylinder (19) advances toward the material (M) transport line by an electric signal indicating the position of the top dead center of the lifting / lowering operating cylinder (17).

The cloth (M) sent to the sewing machine (B) as described above is captured by a cloth detecting sensor comprising a photoelectric tube (not shown), and is sewn until the cloth (M) disappears. Needless to say, the thread at the end of sewing is cut by the thread cutting mechanism (not shown) of the sewing machine (B).

On the other hand, (C) is a stacker for stacking the cloth (M) after surging, which is installed immediately before the sewing machine table (15) and has the following structure. .

That is, in FIGS.
(24) is a stacker table, which is horizontally installed in the frame of the installation frame (25). (26) is an elevating leg of the stacker table (24), (27) is an elevating operation motor of the table (24), and (28) is a fabric (M) to be loaded on the table (24). A level sensor, comprising a pair of opposing photoelectric tubes, receiving the detection signal and
7) is driven to rotate so that the upper surface of the stacker table (24) is always kept at a constant height. (29) is an upper limit switch of the stacker table (24), and (30) is a lower limit switch of the same.

Further, (31) is a hanger frame for a fabric take-in belt constructed in a stacked state on the upper end of the installation frame (25), and (32) is a pair of front and rear fixedly installed on the hanger frame (31). The lifting cylinder for fabric take-up belt of the above-mentioned, has a U-shaped cross-section belt support frame (34) attached to the lower ends of both piston rods (33).

The belt support frame (34) is elongated in the front-rear direction, and its rear end faces the upper surface of the sewing machine table (15). Reference numeral (35) denotes an endless fabric take-up belt pivotally supported by a belt support frame (34), and a drive motor (3) attached to the support frame (34).
6), and the sewing machine (B)
Receives the cloth (M) after surging and transports the cloth (M) to a position immediately above the stacker table (24).

That is, the lifting / lowering operating cylinder (32) for the cloth take-up belt is lowered in response to the electric signal after the surging by the sewing machine (B) is completed, and at the same time, the motor (36) is started, whereby the surging is performed. Under the state where the latter fabric (M) is sandwiched between the upper and lower sides of the take-in belt (35) and the sewing machine table (15),
The take-in belt (35) is adapted to take in and convey to a position immediately above the stacker table (24).

(37) is the dough take-in belt (3)
5) a slide table interposed between the upper and lower portions of the stacker table (24) and the sewing machine table (1).
The fabric (M), which is kept flush with that of (5) and is taken in and conveyed by the take-in belt (35), is transferred onto the slide table (37).

In the slide table (37), a number of parallel slits (38) extending in the horizontal direction perpendicular to the direction of transport of the cloth (M) by the take-in belt (35) are cut out. It is shaped like a comb in plan view.

Moreover, the space between adjacent ones of the plurality of comb-like slits (38) is a forwardly rising inclined piece (39).
The front end of the cloth (M) transferred from the take-in belt (35) to the slide table (37) is supported in a flat state without hanging down, so that the cloth (M) can be taken in smoothly.

(40) a slit (38) of the slide table (37) from the rear end of the belt support frame (34).
As a corresponding positional relationship that can penetrate the slide belt (35), there are a large number of cloth positioning stop pins integrally suspended, and the side end of the cloth (M) transferred onto the slide table (37) is connected to the take-in belt (35). ) Is aligned almost parallel to the transport direction (front-back direction).

Also, (41) is the same as the belt support frame (3).
4) From slide (38) of slide table (37)
The dough-pressing air jet nozzle is integrally hung down in the direction of the stapler pin (40), and is scattered in a parallel arrangement with the stop pin (40).
It is at a position closer to the fabric transport line of the take-in belt (35) than to (0).

Although the stopper pin (40) has a length that can penetrate the slit (38) of the slide table (37), the nozzle (41) has a long length.
Is suspended with a short length that correctly points the slit (38) but does not penetrate it.

Further, (42) is an advancing and retreating cylinder for sliding the slide table (37) in the left or right lateral direction orthogonal to the conveying direction (front-back direction) of the cloth (M) by the take-in belt (35). Reference numeral 43) denotes a slide guide rail. When the slide table (37) is retracted from a position immediately above the stacker table (24), the cloth (M) placed on the slide table (37) in the process is removed. ) Slit (3)
8), so that it is received by the stop pin (40) penetrating therethrough, and its side end is corrected to be substantially parallel to the transport line.

In this case, the nozzle (41) directed to the slit (38) of the slide table (37) emits an air which stably presses the fabric (M), so that the slide table (37) is connected to the stopper pin. When the cloth (M) is retracted to the slide action end point position where it does not interfere with (40), the fabric (M) is moved by the air onto the stacker table (24) at the position immediately below under the aligned correction state. It falls and is piled up on the statue table (24).

That is, when the surging action by the sewing machine (B) is completed, the cloth take-in belt (35)
The take-up belt (35) is lowered toward the sewing machine table (15) by the lifting / lowering operation cylinder (32), and is driven to rotate by the motor (36). Then, the fabric (M) sandwiched between the upper and lower portions of the take-in belt (35) and the sewing machine table (15) is transported and transferred onto the slide table (37) by the take-up belt (35).

When the cloth (M) after surging is transferred from the sewing machine table (15) to the slide table (37), the cloth take-in belt (35) rises while the slide table (37). Is slid in the horizontal direction to retreat from the position directly above the stacker table (24), and an air is ejected from the nozzle (41), whereby the fabric (M) is lightly pressed on the slide table (37). It will be.

Although the cloth (M) moves laterally together with the slide table (37), during the sliding action of the slide table (37), the cloth (M) is received by the stopper pin (40), The slide table (37) is further slid continuously due to the relation with the received cloth (M), and the cloth (M), which has lost its support as a result of the nozzle ( Due to the jetting air from 41), it is positively dropped onto the stacker table (24), and is sequentially taken into a stacked state.

When the slide table (37) has retreated to the end point of the slide operation, it goes without saying that the slide table (37) is advanced again to the position immediately above the stacker table (24) based on the detection signal at that position. In addition, the stacker table (24) is gradually lowered every time the dough (M) is placed thereon, so that the upper surface thereof is always kept at a constant level.

The overall operation of the present invention configured as described above will be described below with reference to FIGS.

That is, the core-attached dough (M) sent forward from the press (A) is continuously conveyed forward by the dough feed belt (14) (FIG. 10).
(A)) When the front end is detected by the cloth stopping sensor (22), the feed belt (14) is temporarily stopped (FIG. 10 (b)), and at the same time, the cloth pressing arm (21) is stopped. The lifting operation cylinder (17) descends,
The fabric (M) is pressed against the sewing machine table (15) by the presser arm (21).

When the lifting / lowering operating cylinder (17) of the cloth holding arm (21) reaches the bottom dead center, the advancing / retracting operating cylinder (19) is laterally moved in the direction in which the sewing machine (B) is present. M) is fed to the working area of the sewing machine (B) while being pressed by the presser arm (21), and the feed position is detected by the cloth positioning sensor (23) (FIG. 10 (c)).

At that time, the feeding of the dough (M) is stopped and the sewing machine (B) is rotated, and at the same time, the dough presser arm (21) lifts the dough (M) by the raising of the lifting / lowering operating cylinder (17). Then, the advance / retreat operation cylinder (19) also moves and returns in the opposite direction (FIG. 10 (d)).

The cloth (M) sent to the sewing machine (B) is surging by the cloth detection sensor (photoelectric tube) of the sewing machine (B) as shown in FIG. 6 until it disappears, and the operation ends. As soon as the lifting cylinder (32) for the fabric take-up belt is lowered, the fabric take-up belt (35) and the sewing machine table (15) are moved.
(D) is trapped between the upper and lower sides of the fabric (S).

Simultaneously with the lowering of the fabric take-up belt (35), the drive motor (36) rotates to make the fabric take-up belt (35) run forward.
Thereby, the fabric (M) is transported from the sewing machine table (15) to the slide table (37) (FIG. 10).
(E)).

In this case, the slide table (37) is waiting at a position immediately above the stacker table (24).
The cloth take-in belt (35) after transferring the cloth (M) thereto is lifted and returned by the lifting operation cylinder (32).

Thereafter, the slide table (37), with the cloth (M) placed thereon, is moved forward and backward with the cylinder (4).
By 2), the fabric (M) starts to move laterally in a direction orthogonal to the conveying direction of the fabric (M) so as to retreat from the position immediately above the stacker table (24), and at the same time, the air is sprayed from the air spray nozzle (41). Thus, the fabric (M) is stably pressed against the slide table (37) (FIG. 10 (f)).

At this time, since the stopper pin (40) penetrates through the slit (38) of the slide table (37) from above, the cloth (M) on the slide table (37) is eventually put on the stopper pin (40). After being received, the side end thereof is aligned substantially in parallel with the transfer line of the fabric (M) by the take-in belt (35).

Thereafter, the slide operation of the slide table (37) is continued, so that the slide table (3)
When 7) reaches the operation end point where it does not interfere with the stop pin (40), the cloth (M) whose side ends are aligned as described above does not lose its support from below by the slide table (37). (FIG. 10 (g)), together with the jetting force of the air, falls onto the stucker table (24) exposed at a position directly below, and is stacked by the stucker table (24). .

When the slide table (37) reaches the end point of the slide operation, it is slid back to the position immediately above the stacker table (24). Also, the statue table (24) is made of the dough (M).
The stacking height of the fabric (M) is always kept constant by the level sensor (28).

In the present invention, by repeating such a series of operations, a large amount of dough (M) can be produced by one worker.
In that order, it can be automatically and efficiently overlapped on the stacker (C) through pressing (core pasting), surging (overlock sewing), and then. Needless to say, the operation in one cycle is automatically controlled by an electric circuit.

[0056]

As described above, according to the continuous press / surging method of the present invention, the press (A), the automatic sewing machine for surging (B) and the stacker (C) are placed on the automatic conveying line for the dough (M). A slide table (37), which is arranged in sequence and immediately above the stacker table (24) in the stacker (C), which can be moved up and down, is kept flush with the sewing machine table (15). The cloth (M) to which the interlining (10) is adhered by the press machine (A) is conveyed forward by the feed belt (14) to the sewing machine (B). Then, the cloth (M) once stopped by the detection of the front end is correctly fed to the operation area of the sewing machine (B) while being pressed against the sewing machine table (15).
Surging the cloth (M) by the sewing machine (B),

The surging cloth (M) is continuously conveyed forward while being pressed against the sewing machine table (15) by the take-up belt (35) into the stacker (C), whereby the slide table (37) is conveyed. ), And then the slide table (37) is operated in a direction to retract from a position immediately above the stacker table (24), and the cloth (M) is moved from the slide table (37) to the stacker table. (24) Since it is set so that it is automatically piled up on the stacker table (24) by being dropped on the stacker table, the problem of the prior art described at the beginning can be surely solved. There is an effect that an operator can automatically and efficiently perform press (core attachment), surging (overlock sewing), and stacking of the fabric (M).

Further, if the configuration according to claim 2 is adopted as the stacker (C) used in the above method, a slide table interposed between the stacker table (24) and the cloth take-in belt (35). (37) has a comb shape in a plan view, and its slide table (37).
The air is jetted from the air jet nozzle (41) which directs the comb-shaped slit (38) to the cloth (M) after surging which has been taken in and transferred to the above-mentioned cloth. The fabric (M) can be stably pressed and supported on the slide table (37), and there is no danger that the slide table (37) may move but fall off or shake illegally.

Further, a cloth positioning stopper pin (40) penetrates through the comb-like slit (38) of the slide table (37) from above, which is farther from the cloth take-in / transport line than the nozzle (41). Since the cloth (M) is received by the stopper pins (40) as the slide table (37) is retracted, the cloth is corrected to a uniform posture, and the posture is uniformly distributed. When the slide table (37) retreats so as not to interfere with the stop pin (40), the fabric (M) falls from the slide table (37) onto the stagger table (24), and the stagger table (24). As a result, it is possible to easily carry out a subsequent collection operation.

In particular, if the configuration of claim 3 is adopted,
Although the material (M) is soft or soft, it can be stably maintained on the slide table (37) in a flat state, and in combination with the air jetted from the nozzle (41), There is an effect that the stacker table (24) located immediately below the slide table (37) can be quickly and accurately loaded.

If the structure of claim 4 is adopted, the slide table (37) is moved from the slide table (37).
The head of the dough (M) heading to 4) can be kept constant, the illegal movement during the fall can be suppressed, and the loading state on the stat car table (24) can be kept more and more stable. .

[Brief description of the drawings]

FIG. 1 is an overall perspective view of a continuous press and surging apparatus embodying the present invention.

FIG. 2 is a side view extracting and showing a part of FIG. 1;

FIG. 3 is a plan view of FIG. 2;

FIG. 4 is a side view of FIG. 3;

FIG. 5 is an enlarged view showing a part of FIG.

FIG. 6 is a plan view showing a pressed surging state of the dough.

FIG. 7 is a side view showing a stucker extracted.

FIG. 8 is a partially cutaway plan view of FIG. 7;

FIG. 9 is a side view of FIG. 7;

FIG. 10 is an operation explanatory view of the present invention.

FIG. 11 is a time chart showing the operation of the present invention.

FIG. 12 is a time chart showing a lowering operation of the stacker table.

[Explanation of symbols]

 (10) Interlining (14) Feeding belt (15) Sewing machine table (24) Stucker table (25) Installation frame (31) Hanger frame (34) Belt support frame (35) Intake belt (37) ・ Slide table (38) ・ Slit (39) ・ Inclination piece (40) ・ Stopper pin (41) ・ Air jet nozzle (A) ・ Press machine (B) ・ Sewing machine (C) ・ Statker (M) ・ Dough

Claims (4)

(57) [Claims] 1. A press machine (A), an automatic sewing machine for surging (B) and a stacker (C) are sequentially arranged and arranged on an automatic transfer line of a fabric (M), and the stacker (C) can be moved up and down. Na stucker table (2
A slide table (37), which is flush with the sewing machine table (15), is placed directly above the machine table (4) so as to freely advance and retreat in a direction perpendicular to the transport line. The belt (14) for feeding the cloth (M) to which the ground (10) is adhered to the sewing machine (B)
The cloth (M), which has been transported forward by the above and stopped once upon detection of its front end, is correctly fed to the working area of the sewing machine (B) while being pressed against the sewing machine table (15), and the sewing machine (B) The surging dough (M) is continuously transported forward while the surging dough (M) is pressed against the sewing machine table (15) by the take-up belt (35) into the staker (C). The slide table (37) is moved onto the slide table (37). Thereafter, the slide table (37) is operated in a direction to retract from a position directly above the stacker table (24), and the cloth (M) is moved to the slide table (37). 37) automatically dropping on the stacker table (24) by dropping the stacker table onto the stacker table (24) Continuous press surging method of fabric and features. 2. A horizontal stacker table (24) movably mounted in a frame of an installation frame (25), and a hanger frame (31) for a fabric take-in belt framed on the installation frame (25). ), A belt support frame (34) suspended from the hanger frame (31) so as to be able to move up and down, and a cloth (M) after surging from a table (15) of a cloth surging sewing machine (B). An endless fabric take-up belt (35) suspended around the belt support frame (34) so that it can be driven to rotate, and interposed between the top and bottom of the take-up belt (35) and the stacker table (24); And a slide table (37) which can be moved forward and backward along a direction orthogonal to the take-in / transport line of the cloth (M). The slide table (37) is shaped into a comb shape in a plan view. The belt is suspended from the belt support frame (34) so as to be able to penetrate the cloth positioning stop pin (40) toward the slit (38) arranged in parallel with the direction of movement of the slide table (37). The fabric holding air ejection nozzle (41) pointing to (38) is suspended from the belt support frame (34) as a positional relationship closer to the dough (M) take-in transport line than the stop pin (40). The cloth (M) after surging by the sewing machine (B) is
The lowering of the take-in belt (35) conveys it while pressing it onto the sewing machine table (15), takes it from the machine table (15) onto the slide table (37), and transfers it. Then, while the air is jetted from the nozzle (41), the slide table (37) is retracted from a position immediately above the stacker table (24), so that the slide table (37) is dropped onto the exposed stacker table (24) and overlapped. Stacker for continuous press surging of dough, characterized in that it is configured to take. 3. An inclined piece (3) rising forward between adjacent slits (38) arranged in a comb-shaped slide table (37).
9) The dough (M) which is taken in and transferred onto the slide table (37) by the dough take-in belt (35)
3. The stacker for continuous press surging of dough according to claim 2, wherein the front end of the stacker is supported so as not to hang down. 4. The stacker table (24) is set so as to be constantly maintained at a constant height in accordance with the level of the dough (M) transferred thereon.
A stucker for continuous press surging of the described dough.