CN108523054A - A kind of whirlwind potato chips continuous producing method - Google Patents

Abstract

The present invention relates to a kind of whirlwind potato chips continuous producing methods, including peg wood feeding machanism, the discharge port of peg wood feeding machanism is provided with peg wood driving mechanism, peg wood driving mechanism driving peg wood moves horizontally, the moving direction front end of peg wood driving mechanism is provided with the material carrying mechanism for support potato, system further includes potato feeding machanism, the outlet of potato feeding machanism is connected with material carrying mechanism, the moving direction front end of peg wood driving mechanism is additionally provided with the chuck for locking potato, chuck rotates and interlocks potato and rotated around horizontal axis direction, moving blade is additionally provided in front of chuck, moving blade is moved back and forth along the length direction of material carrying mechanism, therefore the system of processing can improve the efficiency that label are worn to potato spiral slice, improve the processing efficiency of fried whirlwind potato.

Description

A kind of whirlwind potato chips continuous producing method

Technical field

The present invention relates to potato processing technique fields, and in particular to a kind of whirlwind potato chips continuous producing method.

Background technology

There are many eating method of potato, can directly cook, and can also be sliced frying, are particularly suitable for fried or barbecue, it is deep by A person sponging on an aristocrat's likes.While pursuing potato mouthfeel, also there are special requirement, potato to be processed into the side of flight the moulding of potato Formula is liked that potato spiral is exactly sliced and is threaded through on peg wood by so-called spiral potato chips by a person sponging on an aristocrat deeply, is realized to facilitate Fried or baking is carried out to spiral potato chips, and facilitates person sponging on an aristocrat's hand edible by peg wood.In the prior art, there is implementation pair manually Potato carries out the small-sized hand-operated spiral slicer of spiral slice, and it is on chip that potato can be cut into spiral by small-sized hand-operated spiral slicer And it is arranged on peg wood, but the practical operation efficiency of above-mentioned spiral slicer is very low, is only suitable for the spiral slice of household Operation, can not cope with the larger dosage demand in market, and after potato spiral is sliced and wears peg wood, frying is carried out in input oil cauldron, The processing efficiency of entire frying whirlwind potato is also very low.

Invention content

The purpose of the present invention is：A kind of whirlwind potato chips continuous producing method is provided, can directly potato spiral is sliced and be worn Label, potato spiral carry out frying after being sliced, can process whirlwind potato chips, improve the production efficiency of whirlwind potato chips.

To achieve the above object, the technical solution adopted by the present invention is：

The processing method of fried whirlwind potato, this method include such as step：

A, the seamless potato in uniform in size and surface is selected, potato is cleaned and is peeled；

B, the potato input potato feeding machanism after peeling includes being fed in roll stand, and be sent in guide channel, So that the importing of the lowermost potato is caught up on flitch, electromagnetic coil is powered so that chuck is close to one end of tube body, and chuck is in movement During, flapper is interlocked, and interlock and flitch is caught up with to be slided along the bottom plate plate face in guide channel so that potato, which imports, to be supplied On the retainer bar for expecting mechanism；

C, start first conveyer belt so that peg wood falls into the lower end of the first guide inclined plate, starts circulating conveyor chain so that wood The potato after peeling is inserted into one end of label, and electromagnetic coil is powered off so that chuck is close to baffle, the potato folder after peeling Tightly so that the contact pin of chuck is inserted into one end of the potato after peeling, and starts the second motor so that chuck rotates, and starts third electricity Machine so that moving blade is slided along sliding rail, until whole helical cuts of the potato after individually peeling are finished；

D, electromagnetic coil is powered so that chuck resets so that flapper, and finished product hauled out oblique to the second guide On plate, starts the first conveying mechanism and second conveyor structure, realize the undertaking to being in finished product between material blocking rod and lubricating substance bar, and And it completes to the washing of finished product, color protection and frying；

E, step B, C, D are repeated, until by the potato whole completion of processing on potato feeding machanism.

There is also following characteristics by the present invention：

Four kinds of ascorbic acid, cysteine, citric acid, calcium chloride reagents are poured into color protection slot as spiral potato chips to add Then the color stabilizer of work adds water uniform stirring, the weight percent of four kinds of reagents to be in color protection slot

0.3:1:0.2:0.15, the color protection time of the finished product is 30s~1min.

Palm oil is poured into fried slot, and palm oil is made to be maintained at 180 DEG C~190 DEG C, the frying of the finished product Time is：30s~50s.

Compared with prior art, the technique effect that the present invention has is：The feed of above-mentioned potato uses automatic potato Feeding machanism is realized, the ejection of peg wood level is plugged on potato using peg wood driving mechanism, and is made using the chuck of rotation Potato rotation, the moving blade along material carrying mechanism length direction move back and forth and with the potato of rotation against when, To realize that the rapid spiral to potato is sliced, during peg wood driving mechanism drives peg wood movement so that after spiral slice Potato be evenly distributed on peg wood, after the completion of potato slice inserts rod, washed, color protection and frying, improve fried rotation The processing efficiency of natural conditions and social customs of a place beans.

Description of the drawings

Fig. 1 is the structural schematic diagram of whirlwind potato chips continuous process system；

Fig. 2 is the vertical view of whirlwind potato chips continuous process system；

Fig. 3 is the part-structure schematic diagram of whirlwind potato chips continuous process system；

Fig. 4 is the structural schematic diagram at another visual angles Fig. 3；

Fig. 5 is the structural schematic diagram at another visual angles Fig. 3；

Fig. 6 a to Fig. 6 f are that potato spiral slicing device implements 6 kinds of status diagrams being sliced to potato spiral；

Fig. 7 and Fig. 8 is the two states schematic diagram of interlock plate, slide bar and slider bar cooperation；

Fig. 9 and Figure 10 is the structural schematic diagram at two kinds of visual angles of interlock plate；

Figure 11 and Figure 12 is the end face two states schematic diagram of interlock plate, slide bar and slider bar cooperation；

Figure 13 is the structural schematic diagram of potato feeding machanism；

Figure 14 and Figure 13 is the structural schematic diagram at another visual angle；

Figure 15 is the structural schematic diagram of peg wood feeding machanism；

Figure 16 is the end structure illustration of peg wood feeding machanism；

Figure 17 is the structural schematic diagram of the second guide inclined plate and conveyer belt cooperation；

Figure 18 and Figure 19 is the two states end structure illustration of the second guide inclined plate and conveyer belt cooperation.

Specific implementation mode

In conjunction with Fig. 1 to Figure 19, the present invention is further described：

In order to make objects and advantages of the present invention be more clearly understood, the present invention is carried out with reference to embodiments specific It is bright.It should be appreciated that following word is only used to one or more of specific embodiments of the description present invention, not to the present invention The protection domain specifically asked carries out considered critical.

Before introducing this system, it is necessary first to it stocks up, will be uniform in size using screening installation, the potato sieve of shape criteria It elects, it is the potato washing screened is clean and peel to ensure the finished product consistency of the potato after spiral slice, to Ensure the surface hygiene of potato, and be transferred in the system of processing and process, which can effectively improve to potato spiral shell Rotation slicer wears the efficiency of rod, elaborates the specific features of the system of processing below：

Whirlwind potato chips continuous process system, system include peg wood feed unit, and the discharge port of the peg wood feed unit is set It is equipped with peg wood driving unit, the discharge end of the peg wood driving unit is provided with the retainer unit of support potato, and the system is also Including potato feed unit, the outlet of the potato feed unit is connected with retainer unit, and the side of the retainer unit is also set It is equipped with spiral slice unit, spiral slice unit acts and implement the spiral sectioning to potato, and the spiral is sliced unit Lower section be additionally provided with discharge unit, the outlet of the discharge unit is connected with the feed side of transshipment acitivity, transshipment acitivity transhipment Material washed, color protection and fry operations.

The feed of above-mentioned potato is realized using automatic potato feed unit, using peg wood driving unit that peg wood is horizontal Ejection is plugged on potato, and the potato on retainer is carried out spiral slice, peg wood driving unit using spiral slice unit During driving peg wood movement so that the potato after spiral slice is evenly distributed on peg wood, when to insert rod complete for potato slice Cheng Hou is washed, color protection and frying, and the processing efficiency of whirlwind potato chips is improved.

The peg wood feed unit includes the peg wood feeding machanism 10 of multigroup parallel interval arrangement, the peg wood driving unit Parallel interval is arranged multigroup and discharge port positioned at peg wood feeding machanism 10 and is arranged, and the potato feed unit includes multigroup parallel Spaced apart potato feeding machanism 40, the retainer unit include the material carrying mechanism of multigroup parallel interval arrangement, the potato The outlet of feeding machanism 40 is connected with material carrying mechanism, and the spiral slice unit includes multigroup is arranged in peg wood driving mechanism 20 The chuck 50 of moving direction front end, the chuck 50 interlock potato for locking potato and are rotated around horizontal axis direction, the spiral shell Rotary-cut blade unit further includes the moving blade 60 of multigroup parallel interval arrangement, and the front that the moving blade 60 is located at chuck 50 is set It sets, the moving blade 60 is moved back and forth along the length direction of material carrying mechanism, the discharge unit outlet and transshipment acitivity Feed side is connected, and transshipment acitivity transhipment material washed, color protection and fry operations；

In conjunction with shown in Fig. 1 to Fig. 6 f, the feed of above-mentioned potato is realized using automatic potato feeding machanism 40, utilizes wood Peg wood level is ejected and is plugged on potato by label driving mechanism 10, and using the chuck 50 of rotation so that potato rotation, institute State moving blade 60 along material carrying mechanism length direction move back and forth and with the potato of rotation against when, to realize to soil The rapid spiral of beans is sliced, during peg wood driving mechanism 10 drives peg wood movement so that the potato after spiral slice is uniform Be distributed on peg wood, after the completion of potato slice inserts rod, washed, color protection and fry operations, improve fried whirlwind potato chips Processing efficiency.

Preferably, the discharge unit is located at the arranged beneath of material carrying mechanism, and the discharge unit includes multigroup parallel Transhipment conveyer belt 130, the transhipment are provided with below the first material receiving mechanism of arrangement, the discharge port of first material receiving mechanism Conveyer belt 130 constitutes transshipment acitivity, and 130 zone face of the transhipment conveyer belt is horizontal and discharge port is conveyed with first in rinse bath 80 Mechanism feeding mouth linking, first conveying mechanism are moved along the length direction of rinse bath 80, first conveying mechanism Discharge port is connected with the second conveyor structure feeding mouth in color protection slot 120, the second conveyor structure along color protection slot 120 length Direction movement is spent, the discharge port of the second conveyor structure is connected with the third conveying mechanism feeding mouth in fried slot 90, described Third conveying mechanism structure is moved along the length direction of fried slot 90；

After potato spiral slice and sign inserting, the polyatomic phenol for being exposed to the surface of spiral potato chips is contacted with air Afterwards, it is easy to blackening so that the darkening of color of spiral potato chips, and it is adhered to the direct frying of starch on spiral potato chips surface The brittleness of finished product can be reduced, it is therefore desirable to which the potato chips after being sliced spiral is washed, and can be put into color protection in color protection slot 120 Agent improves the brightness of potato chips after frying to realize the color protection of the potato chips after being sliced to spiral, and formerly washes shallow lake The spiral potato chips of powder is after frying, the brittleness higher of spiral potato chips, and mouthfeel is more preferable.

Preferably, in conjunction with shown in Fig. 6 a to Fig. 6 f, the peg wood driving mechanism 20 includes the tube body 21 of tube core level, described The caliber of tube body 21 and the diameter of peg wood coincide, and offer strip gab 211 on the tube wall of the tube body 21, in the tube body 21 It is provided with push plate 22, the push plate 22 is fixed on circulating conveyor chain 23, the length direction and tube body of the circulating conveyor chain 23 21 length direction is parallel, and the push plate 22 is stretched into across strip gab 211 in the tube chamber of tube body 21；The circulating conveyor chain 23 Two blind ends be provided with back-up roller wheel 24, the output axis connection of one of back-up roller wheel 24 and first motor, the push plate 22 are located at there are two the outside settings of circulating conveyor chain 23；

Due to peg wood, this body length is longer, is directly plugged on the potato after peeling, it is easy to lead to fractureing for peg wood, It is difficult to be plugged on potato in practical operation, in this regard, peg wood is imported in the tube chamber of above-mentioned tube body 21, starts above-mentioned One motor so that circulating conveyor chain 23 acts, so that push plate 22 passes through strip gab 211 and the tube chamber positioned at tube body 21 Interior movement pushes peg wood to be moved along the lumen length direction of tube body 21, and then implements, to the guiding of peg wood, peg wood to be avoided to occur The problem of being bent and fractureing, it can be ensured that peg wood is inserted into and runs through potato；And the push plate 22 on circulating conveyor chain 23 is provided with It is multiple, the serialization feed to peg wood is can also be achieved, and then be remarkably improved the spiral slice of potato and the efficiency of sign inserting；

The nozzle front end that above-mentioned circulating conveyor chain 23 can be located at tube body 21 is disposed to extend one section, to ensure that peg wood is complete It is released from tube body 21, the feeding of follow-up finished product is facilitated to operate.

Preferably, in conjunction with shown in Figure 15 and Figure 16, the peg wood feeding machanism 10 includes the warehouse 11 for placing peg wood, The warehouse 11 is arranged in closing in shape and is provided with strip discharge port 111, the lower section of the strip discharge port 111 at the closing in of lower end It is provided with first conveyer belt 12, positioning strip 121, the positioning strip 121 are provided on the zone face of the first conveyer belt 12 The length direction length direction interval setting along first conveyer belt 12 parallel with the length direction of strip discharge port 111 it is more A, the diameter of spacing and peg wood between adjacent positioned strip 121 coincide, and the section of the positioning strip 121 is semicircle, institute The zone face distance of the top surface and first conveyer belt 12 of stating positioning strip 121 is slightly less than the diameter of peg wood, the strip discharge port 111 Two side lower face and position strip 121 top surface it is neighbouring, driving mechanism driving first conveyer belt 12 be located at strip discharge port 111 lower horizontal moves back and forth；

The length dimension of above-mentioned warehouse 11 and the length of peg wood are coincide, and will wait for that peg wood is placed in warehouse 11, peg wood exists It is exported automatically by strip discharge port 111 under the gravity of itself, the width of above-mentioned strip discharge port 111 should be more than peg wood Diameter, facilitate peg wood from the export of strip discharge port 111, peg wood caused by avoiding the width of strip discharge port 111 too small The unsmooth problem of blanking, above-mentioned first conveyer belt 12 is under the driving effect of driving mechanism so that first conveyer belt 12 is located at Strip discharge port 111 exports, since the diameter of spacing and peg wood between the adjacent positioned strip 121 in first conveyer belt 12 is kissed It closes, so that a peg wood can only be accommodated between adjacent positioned strip 121, and the two side lower end of strip discharge port 111 Face and the top surface of positioning strip 121 are neighbouring, avoid moving in gap of the peg wood between strip discharge port 111 and positioning strip 12 Go out, it can be ensured that be arranged in single peg wood in the locking mouth between adjacent positioned strip 121, the top of above-mentioned positioning strip 121 Face and the zone face distance of first conveyer belt 12 are slightly less than the diameter of peg wood, so that can only hold between adjacent positioned strip 121 Receive a peg wood, for first conveyer belt 12 in moving process, the one side wall of strip discharge port 111 will be stacked on adjacent positioned strip Peg wood in 121 is caught up with to fall and come so that a peg wood can only be accommodated between adjacent positioned strip 121, so that it is guaranteed that supplying peg wood The stability of material, it is ensured that peg wood feeding machanism 10 single can export peg wood to tube body 21.

Further, in conjunction with shown in Figure 16, the first guide inclined plate is provided with below the discharge port of the first conveyer belt 12 13, the low side setting of the first guide inclined plate 13 is in arc plate, the arc plate end position of the low side of the first guide inclined plate 13 Arranged in one end nozzle front end of tube body 21, the low side arc board diameter of the first guide inclined plate 13 coincide with peg wood diameter and with The tube core same core of tube body 21, it is long along the low side arc plate of the first guide inclined plate 13 that the circulating conveyor chain 23 rotates linkage push plate 22 Spend direction movement；

Above-mentioned first conveyer belt 12 is closed crawler belt, and above-mentioned first conveyer belt 12 is gradual move mode, So that peg wood of the holding in positioning strip 121 is fallen by first conveyer belt 12 in the first guide inclined plate 13, above-mentioned the The low side of one guide inclined plate 13 is in arc plate, to realize to sliding to the positioning of the 13 low side peg wood of the first guide inclined plate, Peg wood is avoided to be skidded off from the first guide inclined plate 13, in the case where above-mentioned circulating conveyor chain 23 acts on so that push plate 22 is led along first The low side arc plate length direction movement for expecting inclined plate 13, so as to which peg wood to be pushed into above-mentioned tube body 21, to realize to peg wood The nozzle of straight-line guidance, above-mentioned tube body 21 can be set to bell mouth shape structure, it is ensured that peg wood smoothly imports above-mentioned tube body In 21；

Preferably, the potato feed unit further includes 11 outer wall of warehouse being arranged in the potato feeding machanism 40 in two outsides It is provided with babinet 14,11 bulkhead of warehouse of adjacent potato feeding machanism 40 is connected as one by guide inclined plate 15；

In conjunction with shown in Figure 16, above-mentioned peg wood feed unit further includes being arranged in the storehouse of the peg wood feeding machanism 10 in two outsides 11 outer wall of body is provided with babinet 14, and 11 bulkhead of warehouse of adjacent peg wood feeding machanism 10 is connected as one by guide inclined plate 15, Peg wood can be directly placed in babinet 14, in peg wood importing warehouse 11 neat under self gravitation effect, to realize wood The feed of label.

Further, in conjunction with shown in Fig. 3, Fig. 4 and Fig. 5, the disk of the chuck 50 is vertical and is located at the nozzle of tube body 21 Front end is arranged, and the disc core of the chuck 50 is provided with the perforation 51 for peg wood poling, the perforation 51 and 21 same core of tube body, separate The disk of the chuck 50 of the nozzle front end of tube body 21 is provided with contact pin 52, and the contact pin 52 is circumferentially disposed along the disk of chuck 50 Multiple, 50 rotary type of the chuck is arranged on movable support 53, and the movable support 53 is slidably arranged on slide bar 54, described The bar length direction of slide bar 54 is parallel with the length direction of tube body 21, and one end of the slide bar 54 is arranged on fixing bracket 55, drives Motivation structure drive movable support 53 to be slided along slide bar 54 and interlock chuck 50 and moving blade 60 closer or far from；

In conjunction with shown in Fig. 6 a to Fig. 6 f, when potato feeding machanism 40 export potato import material carrying mechanism on after, peg wood by The nozzle of tube body 21 is exported and is exported by the perforation of chuck 50 51, until by potato break-through, which can also play to peg wood Guiding, after peg wood penetrates potato, first motor stop so that circulating conveyor chain 23 stop, driving mechanism driving activity branch Frame 53 is slided along slide bar 54 and gearing chuck 50 and moving blade 60 are close, so that the contact pin 52 in 50 disk of chuck is inserted It sets in one end of potato, to realize that, to the locking of potato, chuck 50 rotates, driving mechanism continues to drive the movable support of chuck 50 53 slide along slide bar 54, the other end of potato and moving blade 60 against when, moving blade 60 along material carrying mechanism length Direction is moved, and to realize that the spiral to potato is sliced, above-mentioned first motor starts so that and circulating conveyor chain 23 rotates, after It is continuous that peg wood is moved along horizontal direction, to which the potato after being sliced spiral is uniformly set on peg wood, until so that soil The complete spiral slice of beans finishes；

The cutting blade end of above-mentioned moving blade 60 is at 51 position of perforation of chuck 50, and the cutting blade of moving blade 60 It is above-mentioned in angle arrangement with the 51 hole core of perforation of chuck 50, with the specific location of moving blade 60 to ensure the complete spiral of potato It cuts and avoids that current surface tear is caused to be preferred, in actual use, can continuously debug.

Further, the rod end of the slide bar 54 is provided with baffle 56, the other end and the fixing bracket 55 of the slide bar 54 Rotation connection, is provided with interlinked mechanism between the movable support 53 and slide bar 54, the movable support 53 is slided along slide bar 54 When dynamic and close baffle 56, the interlinked mechanism interlocks slide bar 54 and is located at the rotation of fixing bracket 55 and baffle 56 is formed to spiral shell The evacuation of potato chips passage path is revolved, when the movable support 53 is along the sliding of slide bar 54 and close chuck 50, the gearing machine Structure interlocks slide bar 54 and is located at the rotation of fixing bracket 55 and baffle 56 is made to be located at the disk front end of chuck 50；

Baffle 56 is set in the rod end of above-mentioned slide bar 54, driving mechanism starts so that chuck 50 is leaned on moving blade 60 When close, above-mentioned baffle 56 can implement the locking limit to potato one end, and peg wood can be facilitated to penetrate simultaneously break-through by potato one end, kept away Exempt from peg wood under the conveying effect of circulating conveyor chain 23 movement of caused potato and the peg wood that occurs can not penetrate asking for potato Topic, but also one end that the contact pin 52 of chuck 50 is inserted into potato can be facilitated, caused potato offset when chuck 50 being avoided to move The case where, the quantity of above-mentioned contact pin 52 should not be excessive, and length is unsuitable long, to ensure potato clamping and rotating being advisable, when When movable support 53 is along the sliding of slide bar 54 and close baffle 56, above-mentioned interlinked mechanism can interlock slide bar 54 and be located at fixed branch Frame 55 rotates, to form the evacuation moved to chuck 50, so that one end of potato and moving blade 60 are against thus will be native The spiral of beans is sliced and is evenly distributed on peg wood.

Preferably, in conjunction with shown in Fig. 7 to Figure 12, the interlinked mechanism includes the interlock plate 57 being arranged in movable support 53, The interlock plate 57 is semicircular arc platy structure, and one end of the interlock plate 57 is fixed on movable support 53, the gearing The inner wall of plate 57 is provided with spiral guide slot 571, and one end of the spiral guide slot 571 is located at the other end face of interlock plate 57 On, the other end of the spiral guide slot 571 extends at the one side position of interlock plate 57, hangs down on the shaft of the slide bar 54 Straight to be provided with driving lever 541, the section of the driving lever 541 is circle, and the movable support 53 slides along slide bar 54 and close to gear When plate 56, the shaft of the driving lever 541 is in one end notch of spiral guide slot 571 on same straight line, the activity branch When frame 53 is along the sliding of slide bar 54 and close chuck 50, the driving lever 541 is located in the notch of spiral guide slot 571, the spiral shell It is provided with slider bar 58, the length side of the slider bar 58 below the notch for the one side that rotation guide groove 571 is located at interlock plate 57 To parallel with slide bar 54, the driving lever 541 is slidably arranged between the upper face of slider bar 58 and the one side of interlock plate 57, institute It states spacing and the diameter of driving lever 541 between the upper face of slider bar 58 and the one side of interlock plate 57 to coincide, 56, the baffle When the disk front end of chuck 50, the center of gravity of the baffle 56 is located at both sides right over the bar core of slide bar 54；

Above-mentioned interlock plate 57 is fixed in tile and end face on movable support 53, and movable support 53 is a plate, on During driving mechanism driving movable support 53 along slide bar 59 along sliding, above-mentioned driving lever 541 is in slider bar 58 Between upper face and the one side of interlock plate 57, when interlock plate 57 continues to move to, driving lever 541 is detached from 57 other end of interlock plate When, baffle 56 is under self gravitation effect so that slide bar 59 is located at the rotation of fixing bracket 55, is sliced to potato spiral to be formed Mobile evacuation, when above-mentioned baffle 56 goes to lower section, driving lever 541 at this time is in the spiral in the other end face of interlock plate 57 One end front position of guide groove 571；

In conjunction with shown in Figure 11 and Figure 12, when chuck 50 resets, above-mentioned driving lever 541 is in the slot of spiral guide slot 571 At mouth position, and until driving lever 541 so that slide bar 59 rotates, and turns to gear along the sliding of spiral guide slot 571 The center of gravity of plate 56 is located at side right over the bar core of slide bar 54, and under self gravitation effect, driving lever 541 is fallen in slider bar baffle 56 On 58 upper face, during driving mechanism acts and interlocks chuck 50 towards the movement of fixed cutting tool 60, driving lever 541 is along cunning The upper face sliding of dynamic item 58, until driving lever 541 and the other end of interlock plate 57 are detached from, therefore the interlinked mechanism is actually using When, the convenient degree positioned to potato can be improved, the structure of whole system is simplified.

Specifically, the driving mechanism includes driving slider 59, and one end of the driving slider 59 is fixed on movable support On 53 and parallel with slide bar 54, the other end of the driving slider 59 stretches out fixing bracket 55, and the driving slider 59 is stretched out solid One end of fixed rack 55 is provided with electromagnetic coil 591, and the electromagnetic coil 591 is fixed on fixing bracket 55, and the driving is slided Be arranged with resetting spring 592 on the shaft of bar 59, the both ends of the resetting spring 592 respectively with movable support 53 and fixing bracket 55 against；

Above-mentioned electromagnetic coil 591 is fixed on fixing bracket 55, and is in stationary state, when by electromagnetic coil 591 When energization, you can suction is generated, driving slider 59 is iron, and electromagnetic force may make driving slider 59 to overcome resetting spring 592, So that chuck 50 is in the nozzle position close to tube body 21, when electromagnetic coil 591 powers off, make in the elastic force of resetting spring 592 Under so that chuck 50 is slided along slide bar 59, is fixed to the clamping of potato and contact pin to realize；

When at above-mentioned electromagnetic coil 591 in the power-off state, the elastic reset of above-mentioned resetting spring 592 resets bullet In its natural state, length is unsuitable long for spring 592, enables chuck 50 to be planted against and by potato with potato just solid It is fixed；

After electromagnetic coil 591 is powered, above-mentioned chuck 50 can reset rapidly, and baffle 56 is made to turn to a high position State is powered with realizing positioning to new potato in electromagnetic coil 591, and resetting spring 592 is close to when resetting completely, Above-mentioned interlinked mechanism makes baffle 56 turn to low level, while realizing locking to potato, moreover it is possible to avoid baffle 56 to moving The interference of 60 normal movement of cutting blade.

Specifically, one end of the stretching of the chuck 50 movable support 53 is provided with driven gear 501, the driven gear 501 sides are engaged with driving gear 502, and the core wheel of the driving gear 502 is connect with the shaft of the second motor 503, and described the Two motors 503 are fixed on movable support 53, and the back-up roller wheel 24 is located at arrangement above the nozzle front end of tube body 21；Above-mentioned Second motor 503 is fixed on movable support 53, and chuck 50 can be followed to move, and utilizes the sliding tooth of the second motor 503 502 driving driven gear 501 of wheel rotates, and then realizes the spiral pushing sectioning to potato；

Above-mentioned back-up roller wheel 24 is located at arrangement above the nozzle front end of tube body 21 so that circulating conveyor chain 23 uses up peg wood The possible nozzle front end for releasing tube body 21, after electromagnetic coil 591 is powered, above-mentioned chuck 50 can reset rapidly, to So that peg wood one end of the whirlwind potato of finished product and the aperture of the perforation 51 of chuck 50 are detached from, and then subsequent discharging is facilitated to grasp Make.

Further, the moving blade 60 is fixed on the upper end of supporting rack 61, the lower end sliding of support frame as described above 61 It is arranged on sliding rail 62,62 length direction of the sliding rail is horizontal and parallel with the pivot center direction of chuck 50, the fixed branch Lead screw 63 is provided on frame 55, the lead screw 63 is parallel with sliding rail 62 and the nut 611 of one end and 61 lower end of supporting rack coordinates, institute The other end for stating lead screw 63 is connect with the shaft of third motor 64, and the third motor 64 is fixed on fixing bracket 55；

After above-mentioned chuck 50 rotates, above-mentioned third motor 64 is powered, so that supporting rack 61 and moving blade 60 slide along 62 length direction level of sliding rail, so that moving blade 60 and chuck 50 are close, to realize the soil to rotation The spiral sectioning of beans；

After spiral sectioning, above-mentioned chuck 50 resets first, and the potato after spiral is sliced is from above-mentioned 50 front end of chuck unloads, and above-mentioned third motor 64, which is powered, to be inverted, so that moving blade 60 resets, and then completes single The spiral sectioning of a potato.

Further, the material carrying mechanism includes the retainer bar 31 of two parallel intervals arrangement, the two retainers bar 31 Length direction is parallel with the length direction of tube body 21 and is fixed on movable support 53；

After above-mentioned chuck 50 resets, above-mentioned baffle 56 turns to a high position, and above-mentioned potato feeding machanism 40 is led The single potato gone out is directed between two retainer bars 31 and baffle 56, to realize the undertaking to single potato, above-mentioned electricity Magnetic coil 591 powers off, and to realize to the locking of potato, and completes subsequent spiral sectioning；

Above-mentioned retainer bar 31 is also turnable to be arranged on rotating mechanism, retainer bar 31 can circumferential direction be arranged three with On, to realize the clamping to potato, behind 591 energization 50 fully retracted home position of chuck of electromagnetic coil, above-mentioned rotation Mechanism driving retainer bar 31 is rotated further, and realizes the rotation to potato；

Turntable can be arranged with peg wood end abutment face in above-mentioned push plate 22, when chuck 50, which rotates, interlocks potato rotation, wood Label can be rotated with potato, to realize that the spiral to potato is sliced, and be avoided due to occurring phase between peg wood and potato To rotation, the increasing caused excessively loose problem of jack between caused peg wood and potato flight.

Preferably, in conjunction with shown in Fig. 3, Fig. 4, Fig. 5, Figure 13 and Figure 14, the potato feeding machanism 40 includes feed roller Frame 41, described to be fed the roller bar 411 for including more parallel intervals arrangement in roll stand 41, the outlet of the feed roll stand 41 is provided with Guide channel 42, the guide channel 42 include the guiding inclined plate 421 being arranged in 41 discharge port both sides of feed roll stand, the guiding Inclined plate 421 is connected in "eight" shape and small size end outlet with the feed inlet in lubricating substance channel 422, and the lubricating substance channel 422 tilts It arranges and low side is provided with guide channel 423, the guide channel 423 is arranged vertically with lubricating substance channel 422, the guide channel 423 inclinations and low outlet are located at arrangement above the side of retainer bar 31；

It is above-mentioned peel after potato be thrown in above-mentioned feed roll stand 41, the roller bar 411 of more parallel intervals arrangement Potato after peeling is arranged so that the length direction of potato is arranged along the length direction of roller bar 411, and by being fed Roll stand 41 is exported to guide channel 42, and above-mentioned guide channel 42 includes that the "eight" shape of 41 discharge port both sides of feed roll stand is led To inclined plate 421, so that single potato imports, and the width in above-mentioned lubricating substance channel 422 is less than the length of single potato, And the minimum diameter of the width and potato that keep lubricating substance channel 422 as possible coincide so that potato can be single along 422 slide downward of lubricating substance channel, and slide to guide channel 423, the guide channel 423 tilts and low outlet is located at Arrangement above the side of retainer bar 31 so that potato import it is above-mentioned between two retainer bars 31 and baffle 56, realizing pair The feed of potato.

It is further preferable that in conjunction with shown in Figure 13 and Figure 14, it is provided at the high end position in the guide channel 423 and catches up with flitch 43, the bottom plate plate face for catching up with flitch 43 to be integrally slidably arranged in guide channel 423 in Z-shaped flap-like structure and lower face, The lower position for catching up with the side plate of flitch 43 to be located at lubricating substance channel 422, it is described to catch up with another side plate of flitch 43 and guide logical The side plate in road 423 is parallel, and the one side wall in the lubricating substance channel 422 is provided with pilot hole 4221, the side for catching up with flitch 43 Plate protrudes out in pilot hole 4221, the side plate in the guide channel 423 offers bar shaped slide opening 4231, the flitch 43 of catching up with Another side plate outer panel face is provided with the first connecting pole 431 and protrudes out bar shaped slide opening 4231, and the outside plate face of the baffle 56 is set It is equipped with the second connecting pole 561, is articulated and connected by connecting rod 44 between first connecting pole, 431 and second connecting pole 561, it is described 31 top of retainer bar of low side discharge port of the material carrying mechanism far from guide channel 423 is provided with striker plate 311；

Above-mentioned potato is sent to minimum end position along lubricating substance channel 422, and slides to catching up on guide channel 423 On flitch 43, after above-mentioned electromagnetic coil 591 is powered, and chuck 50 resets, interlocks above-mentioned baffle 56 and rotate, work as baffle When 56 rotation, above-mentioned connecting rod 44 so that flitch 43 is caught up with to slide along the bottom plate plate face in guide channel 423, and material is caught up with to be in Potato on plate 43 rushes to guide channel 423 and rolls to retainer bar 31, and the above-mentioned side plate for catching up with flitch 43 is located at cunning The lower position in material channel 422 is kept away so that the potato for being in 422 low side of lubricating substance channel is blocked in the lubricating substance channel 422 Exempt from moving down for potato, when the potato spiral slice and sign inserting that are on retainer bar 31 operate, above-mentioned baffle 56 is at itself Clump weight can be arranged on above-mentioned baffle 56 so that its own gravity of baffle 56 is sufficiently large, can to low side in overturning under gravity The above-mentioned bottom plate plate face reverse slide extremely reset for catching up with flitch 43 along guide channel 423 is interlocked, so that it is logical to be in lubricating substance The potato of 422 low side of road is moved in the Gravitational sliding of itself to catching up in flitch 43, and to realize the undertaking of new potato, above-mentioned catches up with material The side plate of plate 43 protrudes out in pilot hole 4221, to realize the slide-and-guide to catching up with flitch 43, avoids that flitch 43 is caught up with to occur Potato can not be successfully the problem of 43 inside of flitch is caught up in importing caused by dislocation, therefore the potato feeding machanism 40 can be realized pair Single effective feed of potato improves the automatization level of potato feed.

It is further preferable that in conjunction with shown in Fig. 1, the 4th receiver is provided with below the discharge port of first material receiving mechanism The discharge port of structure, the 4th material receiving mechanism is connected with the material inlet of transhipment conveyer belt 130, the transhipment conveyer belt 130 The second material receiving mechanism, the discharge port of second material receiving mechanism and the second conveying in color protection slot 120 are provided with below discharge port The discharge port lower section of mechanism feeding mouth linking, the second conveyor structure is provided with third material receiving mechanism, the third receiver The discharge port of structure is connected with the third conveying mechanism feeding mouth in fried slot 90, first, second, third, fourth receiver Structure includes the second guide inclined plate 71 being in tilted layout, and splicing bayonet 562, the splicing bayonet are provided on the baffle 56 562 side setting is in inclined-plane, and the second guide inclined plate 71 of first material receiving mechanism is located at the side inclined-plane of splicing bayonet 562 Arranged beneath；

After above-mentioned electromagnetic coil 591 is powered, and chuck 50 resets, baffle 56 turns to a high position so that baffle 56 Splicing bayonet 562 implements the support of the finished product after being sliced to spiral, after peg wood one end of chuck 50 and finished product is detached from, finished product edge The side inclined-plane for splicing bayonet 562 slides to the second guide inclined plate 71, to be sent in rinse bath 80 and fried slot 90 Carry out subsequent processing.

The rinse bath 80 and fried slot 90 are rectangular box shape, and the two side of the rinse bath 80 is provided with the first limit Block 81, first limited block 81 is in strip and block and along the length side of rinse bath 80 arrangement, the two side of the color protection slot 120 It is provided with the second limited block 121, second limited block 121 is arranged in strip and block and along the length side of color protection slot 120, described The two side of fried slot 90 is provided with third limited block 91, and the third limited block 91 is in strip and block and along the length of fried slot 90 Degree side arranges that first conveying mechanism, second conveyor structure and third conveying mechanism include conveying crawler belt 101, described defeated Send 101 zone face of crawler belt horizontal and respectively along rinse bath 80, color protection slot 120 and fried slot 90 length direction arrangement, the conveying Crawler belt 101 is located at arrangement above the notch of rinse bath 80, color protection slot 120 and fried slot 90 and both sides zone face is located at the first limit The lower face of position block 81, the second limited block 121 and third limited block 91, the upper face of the conveying crawler belt 101, which is provided with, to be used for First stick 102 at locking peg wood both ends, is provided with the first strip gab 1021 on first stick 102, described first Shape opening 1021 width dimensions and peg wood diameter coincide, the length direction of first strip gab 1021 it is parallel and with it is defeated Send the length direction of crawler belt 101 parallel, the upper end both sides of first strip gab 1021 are respectively arranged with the first inclined plate 1022, First inclined plate 1022 is in "eight" shape, and the upper end of first inclined plate 1022 is large scale end, 102 edge of the first stick The length direction equidistant interval arrangement of conveying crawler belt 101, the upper face of the transhipment conveyer belt 130 is provided with for locking wood Second stick 131 at both ends is signed, the second strip gab 1311, second strip gab are provided on second stick 131 1311 width dimensions and the diameter of peg wood coincide, and the length direction of second strip gab 1311 is parallel and is conveyed with transhipment Parallel with 130 length direction, the upper end both sides of second strip gab 1311 are respectively arranged with the second inclined plate 132, described Second inclined plate 132 is in "eight" shape, and the upper end of second inclined plate 132 is large scale end, and second stick 131 is along transhipment The length direction equidistant interval of conveyer belt 130 is arranged

Finished product peg wood both ends derived from the second above-mentioned guide inclined plate 71 can slide to the first inclined plate 1022 of "eight" shape And second on inclined plate 132, and slide to the first strip gab 1021 of the first stick 102 and the Article 2 of the second stick 131 In shape opening 1311, start above-mentioned conveying crawler belt 101 and transhipment conveyer belt 130 so that conveying crawler belt 101 is along the first limit The lower face of block 81, the second limited block 121 and third limited block 91 moves, so that the zone face of conveying crawler belt 101 reduces, and And the liquid level that is reduced in rinse bath 80, color protection slot 130 and fried slot 90 is hereinafter, to realize cleaning to spiral potato chips, shield Color and fry operations；

Space set is longer between above-mentioned color protection station and fried station, to realize to the effective of spiral potato chips Draining, and can wind turbine be set between two stations, quickly the bright water on spiral potato chips surface to be dried up；

Conveying crawler belt 101 on above-mentioned fried slot 90 can be arranged in metal net shaped, can bear the same of higher fluid When, also facilitate spiral potato chips is fried to drain operation, also can wind be set in 101 exit side of conveying crawler belt on fried slot 90 Machine can sprinkle fragrance etc., you can form whirlwind potato in due course quickly to blow the fluid on spiral potato chips surface off after fried Piece is then packed, you can is sold as finished product；

Above-mentioned transhipment conveyer belt 130 can be by the undertaking of finished product derived from more potato spiral slicing devices, and sequence It is sent in above-mentioned rinse bath 80, color protection slot 130 and fried slot 90, the intermitten service mode of above-mentioned transhipment conveyer belt 130 Can discontinuous finished product derived from potato spiral slicing device is accepted.

In conjunction with shown in Figure 17, Figure 18 and Figure 19, the low side of the second guide inclined plate 71 is extended with is extended with two obliquely The top of lubricating substance bar 72, the two lubricating substances bar 72 is provided with material blocking rod 73, and cloth is spaced between the material blocking rod 73 and lubricating substance bar 72 Set and constitute peg wood both ends by channel, the channel lower end that the material blocking rod 73 and lubricating substance bar 72 enclose is vertical and is located at inclined plate 1022 top arrangement, the material blocking rod 73 is located at the front arrangement of lubricating substance bar 72 and lower end is hingedly provided with attachment strap 74 and is hinged Axis is horizontal and parallel with strip gab 1021, and the lower end of the lubricating substance bar 72 is provided with limiting plate 721, the attachment strap 74 and limit The projecting end upper face of plate 721 against or separation, the lower end of the attachment strap 74, which overhangs downwards, trigger ball 741, the trigger ball 741 with inclined plate 1022 against or detach, the projecting end upper face of the attachment strap 74 and limiting plate 721 against when, the attachment strap 74 Upper face be in tilted layout and be low side towards the projecting end of lubricating substance bar 72, the attachment strap 74 is in tilted layout and towards material blocking rod 73 Projecting end be low side, the center of gravity of the limiting plate 721 is located at overhanging end position, the end of the limiting plate 721, attachment strap 74 And the bayonet of holding peg wood is enclosed between material blocking rod 73；

Above-mentioned spiral potato chips slides to the gap between material blocking rod 73 and lubricating substance bar 72, and slides to material blocking rod The 73 channel lower ends enclosed with lubricating substance bar 72, the peg wood both ends of above-mentioned spiral potato chips can holding at the end of limiting plate 721 In the bayonet enclosed between portion, attachment strap 74 and material blocking rod 73, when above-mentioned inclined plate 1022 and trigger ball 741 against when, it is above-mentioned Attachment strap 74 is rotated around articulated shaft, so that spiral potato chips is fallen into the strip gab 1021 of above-mentioned clamping stick 102；

The projecting end upper face of above-mentioned attachment strap 74 and limiting plate 721 against when, the upper face of attachment strap 74 be in tilted layout and Projecting end towards lubricating substance bar 72 is low side, and the peg wood both ends to can avoid spiral potato chips are caught in the upper of above-mentioned attachment strap 74 Plate face so that the peg wood both ends of spiral potato chips accurately slide encloses between the end of limiting plate 721, attachment strap 74 and material blocking rod 73 In the bayonet of conjunction；

Above-mentioned attachment strap 74 be in tilted layout and towards the projecting end of material blocking rod 73 be low side, to facilitate spiral potato chips Peg wood slides to the strip gab 1021 of clamping stick 102；

The center of gravity of above-mentioned limiting plate 721 is located at overhanging end position, so that limiting plate 721 is under natural conditions When, the projecting end upper face of above-mentioned attachment strap 74 and limiting plate 721 is against to realize the support to finished product, it is only necessary to above-mentioned Trigger ball 741 and inclined plate 1022 against, you can so that limiting plate 721 rotates, to realize discharging operations；

In addition, torsional spring can be arranged on the articulated shaft of above-mentioned limiting plate 721 so that limiting plate 721 is under natural conditions When, the projecting end upper face of above-mentioned attachment strap 74 and limiting plate 721 against, it is only necessary to above-mentioned trigger ball 741 and inclined plate 1022 Against, and overcome the elastic force of torsional spring that limiting plate 721 may make to rotate, to realize discharging operations；

The upper end of above-mentioned material blocking rod 73 is higher than the low side of the second guide inclined plate 71, to ensure that the finished product slid out is smooth It imports in the gap between above-mentioned material blocking rod 73 and lubricating substance bar 72；So that it is guaranteed that be smoothly arranged in above-mentioned transhipment defeated for finished product It send band 130 and conveys the second bar shaped of the first strip gab 1021 and the second stick 131 of the first stick 102 on crawler belt 101 In opening 1311；

The both sides of the second above-mentioned guide inclined plate 71 are provided with tray 711, when finished product is skidded off from discharge port, the peg wood of finished product Both ends can be along the upper surface slide of tray 71, and can also hold up the potato of finished product, it is ensured that finished product current both ends It smoothly imports in the gap between above-mentioned material blocking rod 73 and lubricating substance bar 72, and then smoothly falls into above-mentioned

In conjunction with shown in Fig. 6 a to Fig. 6 f, the course of work of brief description once system：

Potato is put into above-mentioned potato feeding machanism 40, material carrying mechanism, accepts 40 outlet port of potato feeding machanism Potato, start peg wood driving mechanism 20 so that peg wood is moved along 20 pipe range direction of tube body, and wood is until along potato length side To insert, and electromagnetic coil 591 is powered off, chuck 50 resets under the elastic reset power of resetting spring 592, starts second Motor 503 so that chuck 50 rotates, and starts third motor 64 so that moving blade 60 implements the spiral sectioning to potato, After potato is cut, above-mentioned electromagnetic coil 591 is powered so that the disk of peg wood and chuck 50 is detached from, and finished product is along the Two guide inclined plates 71 slide downwards to cleaned in rinse bath 80, color protection slot 130 and fried slot 90, color protection and fry operations, It carries out vacuumizing packaging in time after frying is cooling, to ensure the mouthfeel of whirlwind potato chips delicious and crisp.

The processing method that following is a brief introduction of fried whirlwind potato, this method include such as step：

A, the seamless potato in uniform in size and surface is selected, potato is cleaned and is peeled；

B, the potato input potato feeding machanism 40 after peeling includes being fed in roll stand 41, and be sent to guide channel In 42 so that the importing of the lowermost potato is caught up on flitch 43, electromagnetic coil 591 is powered so that chuck 50 is close to tube body 21 One end, chuck 50 in the process of moving, interlock baffle 56 and rotate, and interlock and catch up with flitch 43 along the bottom in guide channel 423 Plate plate face is slided so that potato imports on the retainer bar 31 of feeding machanism 30；

C, starting first conveyer belt 12 so that peg wood falls into the lower end of the first guide inclined plate 13, starts circulating conveyor chain 23, So that the potato after peeling is inserted into one end of peg wood, electromagnetic coil 591 is powered off so that chuck 50 will be cut close to baffle 56 Potato after skin clamps so that the contact pin 52 of chuck 50 is inserted into one end of the potato after peeling, and starts the second motor 503 so that Chuck 50 rotates, and starts third motor 64 so that moving blade 60 is slided along sliding rail 62, until by the potato after individually peeling Whole helical cuts finish；

D, electromagnetic coil 591 is powered so that chuck 50 resets so that baffle 56 rotates, and finished product is hauled out to second On guide inclined plate 71, start the first conveying mechanism and second conveyor structure, realizes to being between material blocking rod 73 and lubricating substance bar 72 The undertaking of finished product, and complete to the washing of finished product, color protection and frying；

E, step B, C, D are repeated, until by the potato whole completion of processing on potato feeding machanism 40.

In above-mentioned steps D, when implementing to operate the potato flight color protection after cleaning, poured into color protection slot 130 anti- The color stabilizer that four kinds of bad hematic acid, cysteine, citric acid, calcium chloride reagents are processed as spiral potato chips, then in color protection slot 130 add water uniform stirring, and the weight percent of four kinds of reagents is 0.3:1:0.2:0.15, wherein water occupies entire weight hundred Divide the 98.35 of ratio, the time that above-mentioned finished product is located at the traveling of color protection slot 130 to be maintained at 30s~1min, makees so as to play color protection With so that the color and luster of fried whirlwind potato chips is more glossy；

When the flight frying that implementation has color protection, palm oil is poured into fried slot 90, and palm oil is kept At 180 DEG C~190 DEG C, the deep-fat frying time of the finished product is：30s~50s；

The whirlwind potato chips produced using the system of processing, can after the fluid on the surface of whirlwind potato chips drains after frying Fragrance powder directly is sprinkled, is vacuum-packed, the finished product after packaging can directly be sold, therefore the production system is very suitable for The potato of food processing enterprises is processed.

Claims (3)

1. whirlwind potato chips continuous producing method, it is characterised in that：This method includes such as step：

A, the seamless potato in uniform in size and surface is selected, potato is cleaned and is peeled；

B, the potato input potato feeding machanism (40) after peeling includes being fed in roll stand (41), and be sent to guide channel (42) in so that the importing of the lowermost potato is caught up on flitch (43), electromagnetic coil (591) is powered so that chuck (50) is close One end of tube body (21), chuck (50) in the process of moving, interlock baffle (56) rotate, and interlock catch up with flitch (43) along The bottom plate plate face in guide channel (423) is slided so that potato imports on the retainer bar (31) of feeding machanism (30)；

C, start first conveyer belt (12) so that peg wood falls into the lower end of the first guide inclined plate (13), starts circulating conveyor chain (23) so that the potato after peeling is inserted into one end of peg wood, and electromagnetic coil (591) are powered off so that chuck (50) is close to baffle (56), the potato after peeling clamps so that the contact pin (52) of chuck (50) is inserted into one end of the potato after peeling, and starts Second motor (503) so that chuck (50) rotates, and starts third motor (64) so that moving blade (60) is along sliding rail (62) Sliding, until whole helical cuts of the potato after individually peeling are finished；

D, electromagnetic coil (591) is powered so that chuck (50) resets so that baffle (56) rotates, and finished product is hauled out to the On two guide inclined plates (71), start the first conveying mechanism and second conveyor structure, realizes to being in material blocking rod (73) and lubricating substance bar (72) undertaking of finished product between, and complete to the washing of finished product, color protection and frying；

E, step B, C, D are repeated, until by the potato whole completion of processing on potato feeding machanism (40).

2. whirlwind potato chips continuous producing method according to claim 1, it is characterised in that：It is poured into color protection slot (130) The color stabilizer that four kinds of ascorbic acid, cysteine, citric acid, calcium chloride reagents are processed as spiral potato chips, then in color protection Slot (130) plus water uniform stirring, the weight percent of four kinds of reagents is 0.3:1:0.2:0.15, the color protection of the finished product Time is 30s~1min.

3. whirlwind potato chips continuous producing method according to claim 2, it is characterised in that：Palm fibre is poured into fried slot (90) Palmitic acid oil, and palm oil is made to be maintained at 180 DEG C~190 DEG C, the deep-fat frying time of the finished product is：30s~50s.