JP2510000Y2 - Stoneful-biscuit automatic manufacturing equipment - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic stonefruit biscuit manufacturing apparatus, and more particularly to the storage, quantitative replenishment, cutting and absorption of stonefruit.

[0002]

2. Description of the Related Art As an automatic production apparatus for stone fruit biscuits, a Japanese utility model registration application No. 195
991 and U.S. Pat. No. 2,223,67 are known. This manufacturing device makes stonefruit biscuits in seven consecutive steps: material preservation, material replenishment, flattening, absorption, molding, baking and cooling.

[0003]

The following drawbacks have been discovered in the steps of material storage, replenishment, flattening and absorption in the above automatic manufacturing apparatus. 1. Since the material storage chamber is too high and exceeds 2 meters, it is inconvenient to drop the raw material of the packed stone fruit into it. Especially when the equipment is in operation, it is not easy to replenish the raw material because the outer shell has a considerably high temperature, and it is necessary to replenish the material once every half hour. Spend. 2. Since the material storage chamber is long and rectangular, when replenishing the raw material, the surface of the raw material has to be flattened on average so that the same amount can be obtained from each delivery pipe. It requires a small amount of manpower and time to do the work, and must stay on a hot machine for a long time. 3. Due to the high material storage chamber, the glass window through which the storage volume is unclear can be easily reflected, and the worker carelessly forgets the inspection and interrupts the raw materials, resulting in poor production efficiency. 4. Since the material storage chamber does not have a structure for delivering the material at a constant pressure and a fixed amount, the thickness of the sliced flat plate of stone fruit is not uniform. 5. Since the area of the blade for cutting is large and thin, the middle part is slackened due to the weight of the material discharged from each material delivery pipe, the thickness of the cut flat plate piece is various, and it was cut in the middle of both sides of the blade. The thickness is different and the quality does not match. 6. The material delivery pipe is below, the blade is cut up above, the material of the flat plate piece is not sucked into the absorber, some stone fruit pieces are not sucked up, fall down and make a hole in the product. It causes a crack. 7. The structure of flattening is complicated and the required space is large, the corresponding movements during operation do not perfectly match, and the stone fruit pieces fall during absorption and before and after operation, and are scattered on the ground and the machine base. 8. In the flattening device, it takes manpower and time to clean the material scattered below, which is costly and uneconomical. 9. The operations of cutting and absorption are concentrated in the central part, and the absorption of both sides is insufficient during absorption, so the stone fruit pieces on both sides can easily fall off, and when transferred to the bake plate, holes and cutouts are created here and there, The mechanical arrangement is not effective. 10. The sucking plate and the conical sucking hole are configured so that the stone fruit pieces fall when the fan stops, but in the actual operation, the oil of the stone fruit pieces gradually sticks to the sucking holes, closing the holes and closing the sucking plate. It sticks to the surface and does not fall. 11. If the suction holes are gradually closed, the flat plate pieces will not fall off easily, and the load of the suction fan will be heavy, resulting in wasting power and generating noise.

[0004]

In order to improve the above-mentioned drawbacks of the automatic apparatus for producing stonefruit biscuits, the present invention has adopted the following means. 1. Using a blower, the material stonefruit is transported from the material storage tank installed at the bottom of the machine base by a wind into the material metering chamber on the machine base, and the packed stone fruit is stored in the storage tank. Everything is operated automatically except when there is a human being in the operation of dropping it into the container, and the electronic eye automatically adjusts the transportation time and the transportation amount from the storage tank to the metering chamber, and the worker just saves the material in the storage tank. Configure so that the quantity can be inspected. 2. For material transportation to the material quantification chamber, an inverted U-shaped material delivery pipe is provided above the quantification chamber, connected with a conduit coming from a storage tank, and the inverted U-shaped material delivery pipe is connected to the material quantification chamber with one rodless air cylinder. It was configured to move horizontally back and forth above to evenly drop the stone fruit grains of the material and evenly exit the outlet of each outlet tube at the bottom of the metering chamber. 3. From each outlet tube of the material metering chamber, the stonefruit grains that are cut by the blade are pressed with a pre-designed constant pressure, and the stonefruit in the outlet tube is kept tight, When the blade was cut, its thickness was uniform, and its pressure could be adjusted by the hardness, size and shape of the material. 4. The stone fruit to be cut by the blade was on the upper surface of the blade, and the cut flat plate pieces were arranged so that they would not fall out of order properly so that they would fall on the absorber under the blade. 5. Perfectly match the blade cutting action with the absorber sucking action, and configure the cut stone fruit pieces to be sufficiently sucked by the absorber so that they do not scatter on the ground or the bottom of the device. did. 6. The upper and lower holding seats of the blade have reinforcing ribs and are assembled by sandwiching the blade, packing, and spacing plate in the middle with screws, strengthening the strength of the samurai seat itself, and the raw material from multiple outlet tubes. The weight of the blade was well supported so that the central part of the blade did not sag, and the stone fruit pieces to be cut had a uniform thickness. 7. An adjusting plate is attached to the upper and lower holding seats of the blade so that the blade can be held horizontally and its flatness can be finely adjusted to correct unevenness in precision during manufacturing. 8. Each part was tightly configured so that the entire volume of the automatic manufacturing apparatus was smaller than the conventional one. 9. Attach a vacuum cleaner to the absorber and every time a piece of stone fruit is released from the absorber to the bake plate, clean the absorber's absorption holes with a large number of needles that this cleaner has. It was constructed so that scraps and flat pieces that had not yet fallen were dropped onto the bake plate. 10. Each time the needle of the hole cleaner is actuated, the absorption hole of the absorption disk is cleaned so that it is never blocked by material scraps or flat plate pieces, which also reduces the load on the blower and makes noise. I configured it to not exist. 11. The stone fruit flat plate was sucked and released on the bake plate so that it could be released accurately, and the stone fruit plate was not scattered on the ground or the bottom of the device. 12. The effect is better than the previous one because the whole automatic manufacturing equipment was actually manufactured and operated to remedy the drawbacks.

[0005]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a schematic view of a manufacturing process of an automatic manufacturing apparatus for stone fruit biscuits according to the present invention. The manufacturing apparatus main body 1 has a dough hopper 102, which is connected with a dough stirring storage tank 103 by a transportation tube to First ejector 1
04 and the second ejector 105 to supply the base dough and the surface dough of the biscuit to the Convey Unit (CONVEYUN).
After being sprayed on the bake plate 108 which is intermittently advanced by the chain 107 which is moved by (IT) 106, the bake plate 108 is moved below the cutting device 4 and stopped there for a while, and then the material quantitative chamber is reached. Absorber disk 52, which receives the flat pieces of stone fruit that are cut from the bottom of 3 and is cut by cutting device 4 and drops at the same time, is rotated 180 ° and becomes an inverted state. The flat piece above 52 falls on the base dough of the bake plate 108, then the bake plate 108 is moved and subjected to the surface dough blast at the second spout 105 and then into the baking oven. Sent.
Incidentally, stone fruit grains are transported from the material storage tank 2 to the material quantification chamber 3 via the conduit 26 by the force of the air blown from the blower.

FIG. 2 shows the structure of the material storage tank 2, which has a tank body 21, a top lid 22, a vibrating bottom plate 23, a material delivery tray 24, a switching valve 25, and a conduit 26.
The tank main body 21 is installed in the manufacturing apparatus, and is provided with a single material storage hopper 211 penetrating the upper part of the left side wall of the manufacturing apparatus. The grains are pushed into the material hopper 211 and enter the tank body 21. A single control shutter 213 is vertically attached to the lower part of the left side wall to open and close the passage of the material supply tray 24 to adjust the amount of stone fruit grains 6 discharged from the supply tray 24. The stone fruit grains 6 from the donation tray 24 then pass through the hopper 241 and fall into the conduit 26. The conduit 26 is connected to the blower (not shown in the drawing) after being connected to the switching valve 25 at the lower side, and the air discharged from the blower enters the conduit 26 or is stopped by the operation of the switching valve 25. , Conduit 26
Blow up the stone fruit grains 6 that came in,
It is dropped into the material metering chamber 3. Switching valve 2
The switching time of 5 and the generation of the operation signal will be described in the material metering chamber 3 described below. The vibrating bottom plate 23 is supported on an anti-seismic seat 231 installed at the bottom of the tank body 21, and a pneumatic vibrator 232 is attached to the bottom thereof, and an anti-vibration spring 242 is attached to the bottom of the material supply tray 24. An atmospheric pressure oscillator 243 is also attached to the bottom, so that the atmospheric pressure oscillators 232 and 243 are used to vibrate the bottom plate 23 and the delivery tray 2.
4 is vibrated and the stone fruit grains 6 in the tank body 21 gradually enter the conduit 26 from the supply tray 24 via the hopper 241.

3 and 4 show the structure of the material metering chamber 3, which includes a chamber body 31, a conical lid 32, and an adjusting plate 32.
1 and a hopper 322, the upper chamber 33
To form a lower chamber 331, the bottom of which is a plurality of separator plates 3
A plurality of metering chambers 333 separated by 32 are provided, each metering chamber 333 has an outlet 334, and communicates with an outlet tube 335 below. A fixing plate 34 is provided at an appropriate position above the outer chamber body 31, and a plurality of air cylinders 341 are vertically mounted and fixed on the fixing plate 34, and the air cylinder 3
The piston rod of 41 extends downward and one gimbal 34
2, a position adjusting nut 343 and a long shaft 344, and the bottom end of the shaft 344 is a conical press head 3
45, and a soft sheet 346 is attached to the bottom end surface of the press head 345. Further, a tube 35 with a spring is attached to the outer circumference of the shaft 344 between the position adjusting nut 343 and the press head 345.
The upper flange 351, the spring 352, the lower localization flange 353, and the conical metal fitting 354 are arranged in this order from the upper end of the
A single pin 356 extends laterally through the shaft 344 in the long hole 355 between the lower localization flange 353 and the conical metal fitting 354, and both ends of the pin 356 are slidable cylinders 35.
7 are fixed to opposite side walls. One inverted U-shaped material delivery pipe 361 is provided above the plurality of air cylinders 341.
The delivery pipe 361 is connected to the conduit 26 by a soft pipe and is also connected to the rodless air cylinder 36 to be horizontally reciprocally driven above the metering chamber 3.
Then, the stone fruit grains 6 uniformly drop into the metering chamber 3 from the conduit 26 via the inverted U-shaped material supply pipe 361.

The upper electronic eye 37 and the lower electronic eye 38 shown in FIGS. 2, 3 and 4 check the existing amount of stone fruit grains 6 in the upper chamber 33, and when the existing amount is low, The lower electronic eye 38 sends a signal to the switching valve 25,
The outlet of the blower is switched to communicate with the conduit 26. At the same time, the atmospheric pressure vibrators 232 and 243 are also activated to vibrate the vibrating bottom plate 23 and the supply tray 24 to drop the stone fruit grains 6 in the storage tank from the supply tray 24 to the conduit 26 via the hopper 241. After that, it is sent to its upper end by the air of a blower blowing into the conduit 26, and then dropped from the inverted U-shaped material supply pipe 361 to the upper chamber 33 in the metering chamber 3. The delivery pipe 361 is a rodless air cylinder 3
The stone fruit grains 6 drop into the upper chamber 33 through the adjusting plates 321 from both sides of the cone-shaped lid 32 into the lower chamber 331, and the stone fruit grains 6 rise to a high level. Gradually becomes higher, and the upper electronic eye 3
When detected by 7, the signal is emitted to stop the material supply from the storage tank 2.

Each outlet tube 33 of the material metering chamber 3
5 is located just above the blade seat of the trimming device 4, and the blade 41 is stopped below the outlet of the outlet tube 335. The stone fruit grains 6 are blocked by the adjusting plate 321, and a large amount of stone fruit grains 6 are stored in the lower chamber 331.
If the air cylinder 341 does not operate when
The sliding cylinder 357 just blocks the outlet of the lower chamber 331. In this state, when the air cylinder 341 operates to lower the shaft 344 downward, after the position adjusting nut 343 comes into contact with the upper flange 351, the shaft 344 is subsequently lowered, and the press head 345 causes the outlet tube 335 to move downward. When the stone fruit grains 6 in the outlet tube 335 are entered and gradually lowered to reach the lowest position where about one stone fruit grain 6 is left, the shaft 344 stops descending. At this time, the upper end of the sliding cylinder 357 communicates with the outlet of the lower chamber 331,
The stone fruit grains 6 in the lower chamber 331 enter the sliding cylinder 357, and the conical metal fitting 354 closes the opening at the bottom end of the sliding cylinder 357. Stone fruit grain 6 stays. Next, the shaft 344 is attached to the air cylinder 341.
When it is driven to move up, the slide cylinder 357 also rises, and when its upper end surface exceeds the highest level of the stone fruit grains 6 in the lower chamber 331, the slide cylinder 357 is filled with a fixed amount of stone fruit grains. 6 stays. This fixed amount can be adjusted by moving the position adjusting nut 343. The sliding cylinder 357 continues to rise with the shaft 344 and stops when it reaches the maximum position. At this time, since the conical metal fitting 354 has already separated from the opening at the bottom end of the sliding cylinder 357 and stopped therebelow, the sliding cylinder 357 is
Stone fruit grain 6 in the inside falls and exit tube 33
Enter in 5. The shaft 344 then begins the lowering motion and repeats the above-described operation.

When the air cylinder 341 is pushing down the shaft 344 with a certain pressure, the stone fruit grains 6 in the outlet tube 335 are gradually consumed by the shaving device 4, and the height of the stone fruit grains 6 is about one. If the stone fruit grain 6 of remains in the outlet tube 335,
When the press head 345 wearing 46 reaches the lowest position, the air cylinder 341 raises the shaft 344, the outlet tube 335 is filled with new stone fruit grains 6, and the shaft 344 is lowered again,
The stone fruit grains 6 are pressed downward and cut.

As shown in FIG. 5, the cutting device 4 includes a blade 41, an upper blade seat 42, a lower blade seat 43, and
It is composed of two rails 44. The blade 41 has a plurality of mounting holes 411, and two packing 41
2 and the spacing plate 413 are provided, and the packing 412 and the spacing plate 413 also have the same assembly holes 414, and the packing 412 is still provided with a rectangular opening 415. The upper blade seat 42 and the lower blade seat 43 are rectangular, have the same size and shape, and are provided with the same rectangular holes 421, 431 and reinforcing ribs 422, 432. Other upper blade seat 42
Is provided with a plurality of holes 423, the lower blade seat 43 is provided with screw holes 433 corresponding to the holes 423, and the blade 41
And the packing 412 and the spacing plate 413 on both blade seats 4
When sandwiching between No. 2 and 43 and assembling, it is tightened in the holes 423 and the screw holes 433 with screws. In addition, several screw holes 434 are formed on both the left and right sides of the lower blade seat 43, and a short bearing shaft 436 is screwed to the shaft 436, and one bearing 438 is pivotally connected to each shaft 436. Further, one fixed metal 435 is attached to the rear center part of the lower blade seat 43, and the gimbal 437 is connected to the fixed metal 435 and then connected to the air cylinder 439 provided in the manufacturing apparatus main body 1.

The two rails 44 have a groove 441 in which the bearing 438 slides in the groove 441.
Both blade seats 42, 43 can move back and forth. The rail 44 is attached to an appropriate place of the manufacturing apparatus main body 1 with a bolt 443.

The operation of the cutting device 4 is shown in FIGS. 5, 6 and 7.
With reference to the above, when the cutting device 4 remains at the rear stop position by driving the air cylinder 439, the outlet of the outlet tube 335 of the material metering chamber 3 is just above the spacing plate 413. The gap between the two is higher than the thickness of the packing 412, and is set such that the stone fruit grains 6 are exposed from the outlet of the outlet tube 335. When the shaving device 4 is moved forward by being driven by the air cylinder 439, the blade 41 starts to cut the stone fruit grains 6. Since the operating speed of the air cylinder 439 is high, the exposed stone fruit grains 6 are quickly cut into moderately thin flat plate pieces, and the blade 41 and the spacing plate 413 are cut.
Absorber 52 that slips out of the gap and waits below
Fall on top. The absorption board 52 has a shallow recess 522 and a large number of absorption holes 521, and a stone fruit flat plate piece that has fallen into the shallow recess is sucked immovably.

FIGS. 8 to 14 show an absorption rotating means, which is installed between the above-mentioned cutting device 4 and the bake plate 108, and has one long rotating cylinder 51 and an absorbing disk 52.
The hole cleaner 53, the swivel joint 54, and the lift seat 55. The long rotary cylinder 51 has a rectangular cross section, and one horizontal air cylinder 511 is provided at each end thereof.
Install one upright air cylinder 512 inside,
The horizontal air cylinder 511 has a single piston 513 on its outer side, and this piston 513 is moved horizontally to close or separate the end opening 515 of the side tubes 514 provided at both ends of the rotary cylinder 51.
The upright air cylinder 512 is connected to a connecting shaft 516, the upper end of the connecting shaft 516 is firmly connected to a horizontal supporting frame 517, and the plurality of hole cleaners 53 are fixedly mounted on the supporting frame 517. The hole cleaner 53 has a large number of upright needles 531 attached thereto and faces the large number of absorption holes 521 of an absorption plate 52 fixedly mounted on the upper surface of the rotary cylinder 51.
The hole cleaner 53 and the support frame 517 are simultaneously driven by the upright air cylinder 512 to move up and down, so that the hole cleaner 5 is moved.
The needle 531 of No. 3 plunges into and out of the absorption hole 521 of the absorption board 52.

The swivel joint 54 is L-shaped, one end of which is pivotally connected to the right end of the side tube 514, and the other end of which is connected to the soft tube 541 and then connected to the blower.

A gear 543 is attached to the outer periphery of the side tube 514, and the sliding plate 5 of the lift seat 55 is attached.
51 and a gear 553 attached to the rod of the rotary air cylinder 552 fixed on the sliding plate 551 and fixed on the sliding plate 551 mesh with the gear 543, and the rotary air cylinder 552 has only 180 °. Rotation and reverse rotation are performed to drive the rotary cylinder 51 to rotate 180 ° and reverse rotation. The sliding plate 551 has a sliding groove 554.
And hold it firmly to the right end of the horizontal horizontal frame 555,
The horizontal frame 555 is moved up and down by driving an air cylinder 556 that supports the bottom of the horizontal frame 555, and the slide plate 551 is also moved up and down.

The operation of the absorbing and rotating means described above is such that when the absorbing platen 52 is upward and remains at the highest position raised together with the rotating cylinder 51, the blade 41 of the cutting device 4 is just operated.
It is in a state of maintaining an appropriate gap below. When the blade 41 is moved backwards, the cut flat pieces of stone fruit fall into the shallow dents of the absorption plate 52, all the air cylinders 511 and 512 retreat, and due to the absorption of the air coming from the blower, The stone fruit flat plate piece of the absorption board 52 is sucked without any movement, and the absorption disk 52 is rotated 180 ° by the rotation air cylinder 552 driven by the rotation cylinder 51, resulting in an opposite state shown in FIG. Come on. Then the absorber 52 and the rotary cylinder 51
14 is lowered to the lowest position shown in FIG. 14, and the absorption plate 52 comes close to directly above the bake plate 108. At this time, the air cylinder 511 drives and advances the piston 513 to close the end opening 515 of the side tube 514, so that the absorbed wind in the rotary cylinder 51 disappears and the stone fruit pieces on the surface of the absorber 52 are baked. It falls on the base dough in plate 108. Then, the upright air cylinder 512 is operated, and the absorption hole 521 of the absorption board 52 is pushed into the needle 531 of the ascending hole cleaner 53, and the absorption hole 5
The stone fruit debris in 21 is cleaned and the flat pieces still stuck to the shallow recess 522 are thrown off. After that, the hole cleaner 53 is lowered to its original position, and the rotary air cylinder 552 moves the absorbing plate 52 and the rotary cylinder 51 together.
After the reverse rotation of 0 °, the air cylinder 556 is driven to move up and return to the highest position, and the absorption disk 52 remains upward and under the blade 41. Then, one operation of the absorbing and rotating means is completed, and the same operation is continuously repeated one after another.

[Brief description of drawings]

FIG. 1 is a simplified view of a manufacturing process of a stone fruit biscuit manufacturing apparatus according to the present invention.

FIG. 2 is a side sectional view of a material storage tank according to the present invention.

FIG. 3 is a front sectional view of a material metering chamber in the present invention.

FIG. 4 is a side sectional view of a material metering chamber in the present invention.

FIG. 5 is an exploded perspective view of the cutting device in the present invention.

FIG. 6 is a front view and a sectional view of an assembly of the cutting device and the rotary cylinder in the present invention.

FIG. 7 is a side view showing an assembly of the cutting device and the rotary cylinder in the present invention.

FIG. 8 is a vertical positioning assembly diagram of the cutting device and the rotary cylinder in the present invention.

FIG. 9 is a front sectional view of the internal structure of the rotary cylinder in the present invention.

FIG. 10 is a sectional view showing the assembly of the rotary cylinder and the absorbing plate in the present invention.

FIG. 11 is a position diagram of the cutting device, the absorption disk and the rotary cylinder in the present invention, showing the absorption disk and the rotation cylinder at the highest position.

FIG. 12 is a position diagram of the cutting device, the absorbing plate and the rotary cylinder in the present invention, showing the rotary cylinder being lowered from the position of FIG. 11 and rotating 90 ° to move to the position indicated by the dotted line. It is a figure.

FIG. 13 is a position diagram of the cutting device, the absorbing plate and the rotary cylinder in the present invention, showing the rotary cylinder being rotated by 180 ° and being lowered.

FIG. 14 is a view showing a time when the cutting device, the absorber and the rotary cylinder in the present invention are lowered from the position shown in FIG. 13 to the lowest position and are about to be reversely rotated again to the position shown in FIG. 11; .

[Explanation of reference symbols] 1 manufacturing apparatus main body 2 material storage tank 3 material quantitative chamber 4 cutting device 21 storage tank main body 22 upper lid 23 vibrating bottom plate 24 material supply tray 25 switching valve 26 conduit 31 quantitative chamber main body 32 conical lid 33 upper chamber 34 Fixing Plate 35 Tube with Spring 36 Air Cylinder without Rod 37 Electronic Eye 38 Electronic Eye 41 Blade 42 Upper Blade Seat 43 Lower Blade Seat 44 Rail 51 Rotating Cylinder 52 Absorber 53 Hole Cleaner 54 Swivel Joint 55 Lift Seat

Claims (4)

(57) [Scope of utility model registration request] 1. A box-shaped main body, which is installed at an appropriate place inside the main body of the manufacturing apparatus and has a material putting hopper projecting from one side wall into the inside, a side wall having a material putting hopper from the bottom. Through the material supply tray, a control shutter attached to the lower part of the side wall to open and close the passage of the material supply tray, a vibrating bottom plate provided in the main body, under the vibrating bottom plate and the material providing tray The material storage tank, which has one atmospheric vibrator provided below and the hopper provided below the material supply tray, is connected to the lower end of the hopper below the material supply tray, It is provided on the left side, the lower end is connected to the blower via a single switching valve, and the upper end is connected to the inverted U-shaped material delivery pipe provided at the upper part of the material metering chamber described later and falls from the hopper. Material Stonef The conduit is installed in the main body of the manufacturing apparatus, and is installed inside the main body of the manufacturing apparatus, and is equipped with a conical lid, an adjusting plate, and a hopper. , Upper chamber and lower chamber formed by these three, a plurality of metering chambers that are separated by a separator plate at the bottom, a plurality of outlet tubes that are provided below the metering chamber, and a horizontal direction above Fixed plate provided on the fixed plate, the same number of air cylinders as the fixed amount chambers installed on the fixed plate, a shaft connected to the rods of these air cylinders and extending to the lower fixed amount chamber, Position adjustment nut, tube with spring in the middle,
It is composed of a sliding cylinder and a conical metal fitting, and a conical conical press head with a soft sheet attached to the bottom end surface attached to the lower end.The air cylinder lowers the press head to the lowest position. When the opening bottom of the sliding cylinder is closed by the conical metal fittings, the stone fruit of the lower chamber falls from the upper opening of the sliding cylinder into the inside, filling the inside, and the air cylinder from the lowest position. When pulling up the press head to the highest position, a certain amount of stone fruit in the sliding cylinder falls into the outlet tube below because the conical fitting is away from the open bottom opening of the sliding cylinder. When the air cylinder also presses the press head down to the lowest position, the stone fruit in this outlet tube is gradually pressed by the press head. It has a material metering chamber installed so that it can be cut by the blade of the cutting device described later, a large number of assembly holes, packing with a plurality of rectangular opening holes at the top and bottom, and a spacing plate below. One blade, and a plurality of rectangular holes and ribs sandwiching this blade, two packings and a spacing plate in the middle, and an upper blade seat having holes facing a plurality of screw holes of a lower blade seat described later. ,
A lower blade seat having the same shape and dimensions as the upper blade seat and a plurality of screw holes, and several screw holes on both left and right sides of the lower blade seat, assembled in this screw hole, and one bearing for each Several short bearing shafts are attached, and one fixed metal is firmly attached to the rear side of the lower blade seat, and one gimbal is connected to this fixed metal and then fixed to the main body of the manufacturing equipment. A cutting device which is connected to an air cylinder and is moved back and forth horizontally, and which is arranged on both left and right sides of the cutting device and which is fitted into the bearing of the lower blade seat and in which the bearing slides and slides. And two rails that are fixed to the manufacturing equipment body with screws and fixed on the adjusting plate that adjusts the levelness of the blade seat, one horizontal air cylinder at each end, and one inside. Upright air cylinder Installed, the horizontal air cylinder has a piston on the outside, this piston is opposed to the end opening of horizontal side tubes on both sides, and this side tube has one gear firmly installed on its outer periphery Rotate together and the upright air cylinder is fixed to the upper surface of the rotary cylinder by a rotary cylinder with a long rectangular cross section having a connecting shaft fixed to the upper horizontal support frame. , A plurality of absorption discs having shallow dents on the surface and a large number of absorption holes penetrating vertically and rotated 180 ° together with the cylinder, and fixed on a horizontal support frame connected to the upright air cylinder. It has a hole cleaner with a large number of upright needles facing the large number of absorption holes of the absorption board, and an L-shaped through hole, and one end of which is pivoted with the side tube of the rotary cylinder. A swivel joint that is connected and the other end is connected to the blower via a soft tube, and a rotary air cylinder having a rotating rod that has a gear that meshes with a gear that is attached to the outer circumference of the side tube. An upright slide plate which has a slide groove and is fixed in position and which is rigidly connected to the rotary air cylinder and pivotally connected to the side tube of the rotary cylinder, and a lower end of the slide plate. An automatic stonefruit biscuit manufacturing machine equipped with a long horizontal frame and an elevator seat that is connected to the bottom of the horizontal frame to raise and lower the slide plate by a certain distance. 2. A conduit is provided between the material storage tank and the material metering chamber, and the upper end of the conduit is a reverse U.
The inverted U-shaped material delivery pipe is connected to the material delivery pipe, and the inverted U-shaped material delivery pipe is driven by a single rodless air cylinder above the material metering chamber to horizontally reciprocate, and to the upper and lower parts of the material metering chamber body. An electronic eye for inspecting the height of the stone fruit held in the material metering chamber is attached, and if the lower electronic eye inspects its existing amount and if it is not there, sends a signal to the above switching valve to operate it. Passing the air of the blower into the conduit, the pneumatic vibrator of the material storage tank is also activated, and the stone fruit in the material storage tank passes from the material supply tray through the hopper. 2. The stone full according to claim 1, wherein said stone full is configured so as to enter into the material metering chamber from the inverted U-shaped material supply pipe after being blown up to the upper end of the conduit by the force of the air coming out of the blower. Tsu biscuits automated production equipment. 3. The outlet tube outlet of the material metering chamber, when the blade, upper and lower blade seats, and the cutting device including the two rails are in the position where they are pulled back.
There is a gap between the upper and lower blade seats below and a suitable gap, and this gap is slightly higher than the packing thickness of the blade, and stone fruit is discharged from the outlet of the outlet tube. At a height that can be exposed, by the operation of the air cylinder that moves the upper and lower blade seats back and forth, the blades rapidly advance,
When the stone fruit exposed from the outlet of the outlet tube is cut to a suitable thickness, the stone fruit flat plate slides out of the gap between the blade and the spacing plate and stays just below the cutting device. 2. The automatic stone fruit biscuit manufacturing apparatus according to claim 1, wherein the automatic absorption apparatus for stone fruit biscuits is configured so as to be absorbed in the shallow recess of the absorber so as not to move. 4. An absorbing and rotating means for a stone fruit flat plate piece, which comprises a rotating cylinder, an absorbing platen, a hole cleaner, a swivel joint, and a lifting seat, is arranged between the cutting device and the bake plate. , When the absorber is facing upwards and stays at the highest position, keep a proper distance just below the blade of the shaving device, and when the blade is pulled back gradually, the cut stone fruit flat plate pieces , The horizontal air cylinders at both ends of the rotary cylinder and the upright air cylinders inside retreat, and the wind of the blower sucks the stone fruit flat plate pieces on the absorber to the absorber, Then, activate the above rotary air cylinder, and 180 ° together with the absorber and rotary cylinder.
By rotating it, the absorber will be in the opposite state, and then the air cylinder of the above-mentioned lift seat will operate, and the lift seat, the rotating cylinder and the absorber will be at the proper distance just above the bake plate. At this time, the pistons of the horizontal air cylinders at both ends of the rotating cylinder are advanced to block the end opening of the side tube, and the absorbing force inside the rotating cylinder disappears. A flat piece of stone fruit is falling on the bake plate, then the upright air cylinder is activated, pushing the vacuum cleaner upwards,
After the large number of needles pierce the absorption holes of the absorption disk, smash the stone fruit debris and the flat plate pieces that have not yet fallen, the hole cleaner is lowered to its original position, then the above-mentioned rotation. The air cylinder and the air cylinder of the horizontal frame are operated to rotate the absorber and the rotary cylinder in the opposite direction by 180 °, so that the absorber is placed on the rotary cylinder as described above, and is raised to the highest position. The automatic stone fruit biscuit manufacturing apparatus according to claim 1, wherein the automatic operation is stopped and the next operation is repeated.