CN103385270A - Method and device for adjusting cutting gap of stuffing strip-shaped dough - Google Patents

Abstract

The present invention mainly provides a method and device for adjusting the gap when cutting stuffed strip dough, which is characterized in that the cutters in the cutting disc are not only driven by a double-shaft type, but also have an eccentric shaft and an angle adjustment screw structure on the fixed shaft of the cutters, so that the blades of multiple cutters have a gap adjustment function, so that when the multiple cutters are gathered and clamped, a self-pushing and fine-tuning shearing effect is produced.

Description

Method and device for adjusting cutting gap of stuffed strip dough

technical field

The invention relates to a method and device for adjusting the cutting gap of stuffed strip dough, which is characterized in that the cutting knife in the cutting disk is not only driven by double shafts, but the fixed shaft of the cutting knife is also provided with an eccentric shaft and can be adjusted. The invention relates to a method and device for adjusting the cutting gap of stuffed strip-shaped dough by fixing the gap between cutting knives to improve the cutting effect of dough.

Background technique

Many pasta cakes are made by adding water and other additives such as eggs, sugar, milk, spices, etc. to flour, kneading dough, and then extruding from the center or inside of the strips of dough by a filling machine. The fillings form a dough skin with the outer layer roughly made of dough, and the inside is wrapped with various fillings, and then the machine cuts the filled strips of dough according to the required size and closes the two ends to make it Spherical food or food with other shapes are further molded by the mold group.

Traditionally, the above-mentioned stuffed strip dough is cut into small pieces of stuffed food, refer to the "Method of Spherical Food Forming" in Taiwan Announcement No. 453857, the "Strip Food Cutting Method and Its Device" in Announcement No. 339262 and Announcement No. 294901 of the patent content of the "round block food manufacturing device", which uses a single protruding cutting edge surface on the outer surface of the knife erected on the machine, and through the aggregation and contact of multiple cutting edge surfaces, the central opening can be made Close, so as to achieve the cutting of the stuffing strips into small balls.

However, when the adjacent tools slide against each other, there is no stable support shaft and appropriate slide rail to follow. Under the long-term friction force on the sliding surface of the tool, multiple tools cannot slide horizontally to each other when the force is applied, and there is The prying angle slides and shifts. When this happens, there will be a height difference between the adjacent cutting blades, resulting in the inability to completely cut off the stuffed strip dough, and the internal filling is not effectively wrapped or the filling is exposed. .

Furthermore, if the dough is processed from medium and high-gluten flour, and the stuffed strip dough is more elastic, the cutting moment of the strip dough must be greater. Due to the lack of effective support points and the positioning function of grasping the dough due to the gathering and clamping of the cutting edge, the cutting effect is compromised.

Contents of the invention

In order to solve the inaccurate and untidy lack of traditional cutting of strip-shaped dough, based on this, the inventor has cooperated with decades of experience in food machinery development and manufacturing for a long time, and developed and completed the "stuffed strip-shaped dough cutting of the present invention" based on this. Gap adjustment method and device".

Dough filling and cutting refers to synchronously extruding the dough and fillings into a stuffed strip of dough with the outer layer as the skin and the inner as the filling, and then cutting according to the required size and closing the two ends to make a ball type or other shapes of food.

The technical scheme adopted in the present invention is:

A method for adjusting the cutting gap of stuffed strip dough, which is characterized in that each cutter on the dough cutting disk adopts a double-support linkage method, and an eccentric shaft is provided on the fixed support of each cutter The abdomen and angle are adjusted to the thread section, and after adjusting the appropriate angle of each cutter, it is fixed with a nut, so as to adjust the angle and positioning characteristics of each cutter. The blades of multiple cutters have the functions of gap adjustment and screw fixing. When multiple cutting knives are gathered and clamped together, a self-pushing and fine-tuning shearing effect is produced, so that the strips of dough can be effectively cut completely.

A cutting gap adjustment device for stuffed strip dough, characterized in that it includes a storage disc and a rack;

The accommodating disk has a groove, the center of the groove is a through hole, and a plurality of arc grooves are arranged on the upright wall, each arc groove has a shaft hole in front, and the accommodating disk is provided with The screw hole is an extension block on one side of the accommodating disc, and an open gap is formed between the accommodating disc and the extension block. A slide rail is provided on the extension block, and a rack is built into the slide rail, and the rack is connected to a push The push rod uses the drive motor installed in the dough filling and cutting machine to push the linkage rod through the cam and roller on the main shaft of the reducer, so that the rack connected to the push rod connected with the linkage rod is forward and backward. reciprocating movement;

The rack is placed in the slide rail, the rack is connected to a push rod, and the push rod is driven by the drive motor in the dough filling and cutting machine through the cam and the roller (A4) on the main shaft of the reducer. The moving rod makes the rack connected with the push rod connected with the connecting rod to move back and forth forward and backward;

The above-mentioned containing disc also includes:

A plurality of cutting knives, the end of each cutting knife is a blade, and the other end is a circular arc tail. The cutting knives are respectively provided with a through shaft hole and a shaft hole facing upward, and the through shaft hole can be inserted into a fixed support shaft , the fixed support shaft has an eccentric shaft belly and a threaded section, so that the threaded section protrudes from the above-mentioned perforation after the cover is closed, and after adjusting the appropriate angle of each cutter, it is fixed with a nut to achieve the adjustment of each cutter. The effect of angle and positioning, a movable support shaft is built into the shaft hole, and each cutting knife of multiple cutting knives is placed in the arc groove of the disc groove with its arc tail end, and is fixed with multiple The fulcrum passes through the shaft hole of each cutting knife and is inserted into the shaft hole of the groove with its lower end, and a plurality of cutting knives are arranged radially adjacent to each other in the groove of the accommodating disc, and each cutting knife Take the fixed fulcrum as the fulcrum to gather and clamp the end blade or unscrew the blade in a rotatable shape;

A bearing and rotating plate, which corresponds to the groove for accommodating the disc, has a through hole in the center, and a plurality of arc-shaped holes are arranged on the bearing and rotating plate corresponding to the fixed fulcrum and the movable fulcrum of each cutter, and The upper end of the fixed support shaft and the movable support shaft is extended into, and the open gap corresponding to the above-mentioned extension block on the circumference of the joint rotation plate is a tooth groove. And make the tooth groove mesh with the rack of the slide rail in the extension block;

A cover body has a through hole in its center. The cover body can be screwed into the upward screw hole of the accommodating disc to cover the upper opening of the accommodating disc. The cover body is provided with a perforation corresponding to the fixed fulcrum.

To sum up, the method and device for adjusting the cutting gap of stuffed strip-shaped dough according to the present invention is characterized in that each cutting knife on the accommodating disc adopts a double-axis linkage method, and a plurality of cutting knives are radially distributed on it. Each cutting knife in the accommodating disc is respectively provided with a fixed support shaft and a movable support shaft, and the fixed support shaft and the movable support shaft are placed in the arc-shaped groove of the bearing rotating plate.

In addition, the fixed support shaft of each cutter is designed as an eccentric shaft belly and an angle adjustment screw structure. The blades of multiple cutters have the function of gap adjustment and angle adjustment and are fixed by screws, so that multiple cutters can be gathered together. When clamping, it produces a self-pushing and fine-tuning shearing effect, so as to effectively cut the strips of dough completely.

Description of drawings

Fig. 1 is a perspective view of an embodiment of the device of the present invention installed on a corresponding machine.

Fig. 2 is a front view of an embodiment of the device of the present invention installed on a corresponding machine.

Fig. 3 is a top view of an embodiment of the device of the present invention installed on a corresponding machine.

Fig. 4 is a perspective view of the relationship between the main mechanism and the power source of the device of the present invention.

Fig. 5 is an exploded perspective view of the main mechanism of the device of the present invention.

Fig. 6 is a perspective view of the fixed fulcrum of the device of the present invention.

Fig. 7 is a sectional view of the fixed support shaft and the cutting knife of the device of the present invention.

Fig. 8 is a schematic diagram of the gathering and clamping of multiple cutting knives of the device of the present invention.

Fig. 9 is a schematic diagram of the finished product of defective ball-shaped stuffing dough with stubs remaining.

Fig. 10 is a schematic diagram of cutting the stuffed strip dough into spherical stuffed dough products by the device of the present invention.

Fig. 11 is a schematic diagram of the main mechanism of the device of the present invention before the cutting knife moves.

Fig. 12 is a schematic diagram before the cutting knife of Fig. 11 of the present invention is added with the engaging rotating plate.

Fig. 13 is a schematic diagram of the main mechanism of the device of the present invention after the cutter moves.

Fig. 14 is a schematic diagram of the present invention after the cutting knife in Fig. 12 is added with the joint rotating plate.

Explanation of reference numerals: filling strip dough cutting gap adjustment device 1; accommodating disc 11; groove 12; through hole 13; arc groove 14; shaft hole 15; screw hole 16; extension block 17; opening gap 18 ; slide rail 19; rack 2; push rod 21; cutting knife 3; blade part 31; arc tail end 32; through shaft hole 33; shaft hole 34; movable support shaft 35; fixed support shaft 36; eccentric shaft abdomen 361 ; thread section 362; eccentricity S; lubricating oil injection hole 37; bearing rotating plate 4; through hole 41; arc holes 42, 43; cover body 5; through hole 51; screw 52; Stuffed dough 6; spherical stuffed dough finished product 7; tail end 71; dough stuffing and cutting machine A; reducer A1; main shaft A2; cam A3; roller A4; linkage rod A5; dough stuffing extrusion Machine B; finished product conveyor belt C; drive motor M1.

Detailed ways

Please refer to FIG. 1 to FIG. 3 , the device 1 for adjusting the cutting gap of the stuffed strip dough according to the present invention is installed below the dough stuffing extruder B of the dough stuffing and cutting machine A and above the conveyor belt C for finished products after cutting. Chen Ming first.

The device 1 for adjusting the cutting gap of stuffed strip dough according to the present invention is characterized in that the cutting knife on the dough cutting disc adopts a double-supported shaft linkage method, and the fixed supporting shaft of the cutting knife is set. There is an eccentric shaft and an angle adjustment screw structure, and the blades of multiple cutters have the function of gap adjustment, so that when multiple cutters are gathered and clamped, they will produce a self-pushing and fine-tuning shearing effect.

As shown in Figure 4 and Figure 5, the device 1 for adjusting the cutting gap of the stuffed strip dough according to the present invention mainly includes a storage disc 11 and a rack 2, and the storage disc 11 has a groove 12, the concave There is a through hole 13 in the center of the groove 12, and a plurality of arc grooves 14 are arranged on the upright wall. Each arc groove 14 has a shaft hole 15 in front of it, and a screw hole 16 is provided for accommodating the disc 11.

An extension block 17 is formed on one side of the accommodating disc 11, and an open gap 18 is formed between the accommodating disc 11 and the extension block 17. A slide rail 19 is provided on the extension block 17, and a rack 2 is embedded in the slide rail 19. The rack 2 is connected to a push rod 21, and the push rod 21 is driven by the driving motor M1 in the dough stuffing and cutting machine A through the cam A3 and the roller A4 on the main shaft A2 of the reducer A1 to push the linkage rod A5, so as to The rack 2 connected with the push rod 21 connected with the linkage rod A5 reciprocates forward and backward.

A plurality of cutting knives 3, the end of each cutting knife 3 is a blade portion 31, and the other end is an arc tail end 32, and the cutting knives 3 are respectively provided with a through shaft hole 33 and a shaft hole 34 facing upward, and the shaft hole 34 is built in Insert a movable support shaft 35, and each cutting knife 3 is provided with a lubricating oil injection hole 37.

Each cutting knife 3 of the plurality of cutting knives is inserted into the arc groove 14 of the groove 12 of the disc 11 with its arc tail end 32 , and passes through each cutting knife 3 with a plurality of fixed supporting shafts 36 Through the shaft hole 33 and inserted into the shaft hole 15 of the groove 12 with its lower end, a plurality of cutting knives 3 are arranged radially adjacent to each other in the groove 12 of the accommodating disc 11, and each cutting knife 3 is supported by a fixed support. The shaft 36 is a fulcrum that can be rotated to gather and clamp the end blade portion 31 or to unscrew the blade portion 31 .

A supporting rotating plate 4 corresponding to the groove 12 of the accommodating disc 11, the center of which is a through hole 41, and a plurality of fixed supporting shafts 36 and movable supporting shafts 35 corresponding to each cutter 3 are arranged on the supporting rotating plate 4. The arc-shaped holes 42, 43 allow the upper ends of the fixed support shaft 36 and the movable support shaft 35 to extend in, and a tooth groove 44 is provided on the circumference of the bearing rotating plate 4 corresponding to the opening gap 18 of the above-mentioned extension block 17, and the bearing rotating plate 4 It is located on a plurality of cutting knives 3 and inserted above the groove 12 for accommodating the disc 11 , so that its tooth groove 44 meshes with the rack 2 of the sliding rail 19 in the extension block 17 .

A cover body 5 has a through hole 51 in its center, which can be screwed into the upward screw hole 16 of the accommodation disc 11 via a screw 52 to cover the upper opening of the accommodation disc 11, and the cover body 5 corresponds to a fixed The supporting shaft 36 is provided with a through hole 53 .

Referring to Figures 6 and 7, the fixed support shaft 36 is provided with an eccentric shaft abdomen 361, as shown in Figure 8, the eccentric distance S enables the blades 31 of multiple cutting knives 3 to push and fine-tune themselves when they are gathered and clamped. The clipping effect can avoid the residual tail end 71 remaining after the finished dough 7 is cut into spherical fillings as shown in Fig. 9 .

In addition, the fixed support shaft 36 is provided with a threaded section 362, so that the threaded section 362 protrudes from the above-mentioned perforation 53 after the cover body 5 is closed, and after adjusting the appropriate angle of each cutting knife 3, it is screwed with a nut 54 to achieve adjustment. Each cutter has 3 angles and positioning function.

Referring to Fig. 10, Fig. 11 to Fig. 14, according to the above, when the rack 2 is driven by the drive motor M1 to reciprocate, the rotating plate 4 is rotated so that the multiple cutting knives 3 take the fixed shaft 36 as the fulcrum and the movable support. The shaft 35 is the pushing force point, and rotates synchronously to gather and clamp the end blade 31, so that the stuffed strip dough 6 passing through the through holes 13, 41, 51 is timely cut into a spherical stuffed dough product 7, and synchronously rotates The cutting edge portion 31 returns to the original point.

Claims (3)

1. faric strip dough severing clearance adjustment method, it is characterized in that, each cut-off knife (3) on dough severing disk is all adopted two shaft type interlock modes, and in each cut-off knife a fixed pivot axis (36), be provided with eccentric shaft belly (361) and angle adjustment thread segment (362), and solid with nut (54) spiral shell after adjusting the suitable angle of each cut-off knife (3), reach thus and adjust each cut-off knife (3) angle and locating features, the blade part of a plurality of cut-off knives (3) has gap adjustment and spiral shell fixed bit function, while making a plurality of cut-off knives assemble clamping, generation is pushed voluntarily cutting of fine setting and is closed effect, thereby effectively with the complete severing of strip dough.

2. a faric strip dough severing lash adjusting device (1), is characterized in that, comprises an accommodating disk (11) and a tooth bar (2);

this accommodating disk (11), it has a groove (12), groove (12) central authorities are through hole (13), its upstanding wall is provided with multiple tracks arc groove (14), there is an axis hole (15) in each arc groove (14) the place ahead, and, accommodating disk (11) is provided with screw (16), accommodating disk (11) one sides are an extension block (17), it is an open breach (18) between accommodating disk (11) and extension block (17), extension block (17) is provided with a slide rail (19), insert a tooth bar (2) in slide rail (19), this tooth bar (2) is linked to a catch bar (21), the CD-ROM drive motor (M1) that this catch bar (21) utilization is located in the faric cutter machine of dough (A) promotes trace (A5) via the cam (A3) on the main shaft (A2) of reductor (A1) and roller (A4), before the tooth bar (2) that is connected with the catch bar (21) of trace (A5) link is, after move back and forth,

This tooth bar (2), be placed in slide rail (19), this tooth bar (2) is linked to a catch bar (21), this catch bar (21) promotes trace (A5) by the CD-ROM drive motor (M1) of being located in the faric cutter machine of dough (A) via the cam (A3) on reductor (A1) main shaft (A2) and roller (A4), makes the tooth bar (2) that is connected with the catch bar (21) of trace (A5) link be forward and backward and moves back and forth;

Also comprise in above-mentioned accommodating disk (11):

a plurality of cut-off knives (3), each cut-off knife (3) end is blade part (31), the other end is circular arc tail end (32), be respectively equipped with one on cut-off knife (3) and run through axis hole (33) and towards the top axis hole (34) that is provided with, this runs through axis hole (33) can be inserted in an a fixed pivot axis (36), this a fixed pivot axis (36) has eccentric shaft belly (361) and thread segment (361), making lid (5) cover rear thread section (361) is stretched out by above-mentioned perforation (53), and after adjusting the suitable angle of each cut-off knife (3), solid with nut (54) spiral shell, reach according to this effect of adjusting each cut-off knife (3) angle and location, insert a movable fulcrum (35) in this axis hole (34), each cut-off knife (3) of a plurality of cut-off knives is inserted in the arc groove (14) of accommodating disk (11) groove (12) with its circular arc tail end (32), and with a plurality of a fixed pivot axis (36), pass running through axis hole (33) and being inserted in the axis hole (15) of groove (12) with its lower end of each cut-off knife (3), a plurality of cut-off knives (3) are with radial adjacent being crisscross arranged in the groove (12) of this accommodating disk (11), and make each cut-off knife (3) take a fixed pivot axis (36) but assemble clamping end blade part (31) or the blade part of outwarding winding (31) as fulcrum is turn shape ground,

one holds and closes rotor plate (4), its groove corresponding to accommodating disk (11) (12), its central authorities are a through hole (41), hold to close on rotor plate (4) and locate to be provided with a plurality of arcuate sockets (42 corresponding to a fixed pivot axis (36) and the movable fulcrum (35) of each cut-off knife (3), 43), and for a fixed pivot axis (36) and movable fulcrum (35) upper end, stretch into, hold the position of closing on rotor plate (4) circumference corresponding to the open breach (18) of above-mentioned extension block (17) and be provided with teeth groove (44), hold and close rotor plate (4) and be positioned at a plurality of cut-off knives (3) and go up and be inserted in groove (12) top of accommodating disk (11), and the tooth bar (2) of the interior slide rail (19) of teeth groove (44) and extension block (17) is meshed,

One lid (5), its central authorities are a through hole (51), this lid can be screwed into the screw up (16) of accommodating disk (11) and cover accommodating disk (11) upper shed via screw (52), and lid (5) is upper is provided with perforation (53) corresponding to a fixed pivot axis (36).

3. faric strip dough severing lash adjusting device (1) according to claim 2, wherein, be equipped with a lubricating oil oil filler point (37) on each cut-off knife (3).

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