CN205143347U - Frying equipment of spareribs fryer - Google Patents

Abstract

The utility model provides a frying equipment of spareribs fryer belongs to food processing equipment technical field. It has solved the comparatively trouble problem of the deep -fry operation of current spareribs. This frying equipment of spareribs fryer, spareribs fryer include the frame, and frying equipment includes the main shaft, have linked firmly the link on the main shaft, and sliding connection has two to support the rack on the link, and the frame has linked firmly the oil groove, and the top sliding connection of oil groove has two carriage release levers, all is connected with the depression bar on the carriage release lever, is equipped with buffer spring between depression bar and the carriage release lever, is equipped with thrust cylinder no. 2 on the link, are equipped with between link and the support rack to be used for making the reset spring who supports the rack and rise. This frying equipment of spareribs fryer can beat spareribs at the deep -fry in -process of spareribs, avoids the spareribs adhesion, improves deep -fry quality.

Description

A kind of deep-frying device of chop Fryer

Technical field

The utility model belongs to food processing equipment technical field, relates to a kind of deep-frying device of chop Fryer.

Background technology

Fried is food shortening and drying a kind of processing method, is placed in the grease of higher temperature, makes it heat the process of rapid aging by food.The fried microorganism can killed in food, extends the shelf life of food, can improve flavour of food products simultaneously, improves food value, gives food distinctive golden color.Deep fried products adds man-hour, and oil can provide quick and conduct heat energy uniformly, and food surface temperature raises rapidly, and moisture is vaporized, and one deck drying layer appears in surface, forms duricrust.Then, moisture vaporization layer is just to food product migration, and when food surface temperature rises to the temperature of deep fat, internal temperature also raises gradually.Food surface generation caramelization simultaneously, moieties decomposes, and produces the distinctive color and luster of fried food and fragrance.Fried food kind is more, and as chop, need to carry out powder slurry before fried and wrap up in attached, carry out fried after wrapping powder slurry, current above-mentioned operation is manually carried out usually, and operation comparatively bothers.

Summary of the invention

The purpose of this utility model there are the problems referred to above for existing technology, proposes a kind of deep-frying device of chop Fryer, and the deep-frying device of this chop Fryer can beat chop in chop frying course, avoids chop to adhere to, and improves fried quality.

The purpose of this utility model realizes by following technical proposal: a kind of deep-frying device of chop Fryer, chop Fryer comprises frame, described deep-frying device comprises main shaft, described main axis is connected in frame, this main shaft is vertically arranged, main shaft is fixed with link, described link vertically slidably connects two for placing the support rack of chop, this two supports rack relative main is symmetrical arranged, described frame is fixed with oil groove at the opposite side of main shaft, the top of described oil groove slidably connects two carriage release levers in the horizontal direction, this two carriage release lever parallels setting, carriage release lever is all connected with depression bar, and two depression bars are oppositely arranged, described frame is provided with for driving two carriage release levers oppositely to move and make two depression bars knock the force piece supporting rack edge simultaneously, be provided with between described depression bar and carriage release lever when two depression bars knock support rack edge time for carrying out the buffer spring cushioned, described link is provided with when supporting network chord position is above oil groove for support rack being pushed the thrust cylinder two in oil groove, the back-moving spring for making support rack rise is provided with between described link and support rack.

Thrust cylinder two stretches out piston rod, this support rack is pushed in oil groove, high-temperature hot oil carries out fried to chop, after fried setting-up time, thrust cylinder two is retracted preseting length, this support rack rising setting height i.e., make supporting network chord position between two depression bars, now force piece drives two carriage release lever relative movements and moves back and forth, namely two depression bars knock the edge supporting rack back and forth, prevent chop from mutually adhering to each other, simultaneously also can by flour slag abate unnecessary on chop, buffer spring then plays cushioning effect and two depression bars can be avoided excessively to knock support rack, cause wrapping up in the flour cover being attached to chop outside to come off, improve fried quality, after two depression bars beat, thrust cylinder two continues height to be supported rack and pushes in oil groove, so repeatedly, until the fried maturation of chop, automaticity is high.

In the deep-frying device of above-mentioned chop Fryer, the connection box that described support rack comprises rectangle and the screen pack be connected in connection box, described link have some fairleads one, this some fairlead is vertically arranged, described connection box is vertically fixed with some guide posts one, described guide post one upward sliding is through fairlead one, and on external part periphery wall, there is convex annular edge, described back-moving spring is set on guide post one, and the lower end of back-moving spring is pressed on link, upper end is pressed on convex annular along upper.Fairlead one coordinates with guide post one, makes to support rack lifting steadily, and back-moving spring can make support rack automatically rise, and structure is simple.

In the deep-frying device of above-mentioned chop Fryer, described connection box is fixed with connecting rod, described connecting rod has terminal pad, this terminal pad is positioned at the middle part of connection box, described terminal pad upper side has locating slot, and locating slot has enlarging, described thrust cylinder two is all connected on link, and the piston rod of thrust cylinder two vertically down, the piston rod end of described thrust cylinder two has column pushing block, and described pushing block is relative with locating slot.Namely thrust cylinder one and thrust cylinder two are by pushing block pushing tow terminal pad, and locating slot coordinates with pushing block, and what it is such that thrust cylinder one and thrust cylinder two can be stable acts on support rack, avoids support rack unbalance stress to cause lifting to occur clamping stagnation.

In the deep-frying device of above-mentioned chop Fryer, described carriage release lever is horizontally disposed with, described carriage release lever is fixed with two adapter sleeves, described depression bar is vertically fixed with two slide bars, and this two sliding bar is plugged in adapter sleeve, and described buffer spring is set on slide bar, and one end of buffer spring is pressed on carriage release lever, the other end is pressed on depression bar, and the opposite flank of depression bar described in two all has some pressure teeth along length, and the cross section of described pressure tooth is triangular in shape.The flour cover that cross section pressure tooth triangular in shape can make chop outer surface tilt comes off, buffer spring is then for pressing plate provides buffering, namely when indivedual chop is comparatively large or polylith chop arrange mutually against time, depression bar can overcome buffer spring and stop extruding, avoids chop excessively to be pressurizeed.

In the deep-frying device of above-mentioned chop Fryer, described force piece comprises the actuating cylinder be connected in frame, described frame is fixed with two guide posts two, the two ends of described carriage release lever are all fixed with fairlead two, described fairlead two is slidably located on guide post two, described actuating cylinder is horizontally disposed with, and the piston rod of actuating cylinder is connected with wherein carriage release lever is vertical, described in two, the end of carriage release lever is fixed with tooth bar respectively, this tooth bar parallels with guide post two, described oil groove is rotatably connected to gear, described gear is meshed with two tooth bars, and gear is between two toothed rack.Actuating cylinder promotes a carriage release lever and moves, and this carriage release lever drives a toothed rack to move, this rack drives pinion rotation, and gear then drives another toothed rack synchronous backward to move, and the synchronous backward namely realizing two carriage release levers moves, simple and compact for structure.

Compared with prior art, the deep-frying device of this chop Fryer has the following advantages:

1, because two depression bars can beat chop, limit chop adheres to each other mutually, simultaneously also can by flour slag abate unnecessary on chop, and buffer spring then can avoid two depression bar excessive compression chops, cause wrapping up in the flour cover being attached to chop outside to come off, improve fried quality.

The flour cover that 2, chop outer surface can be made to tilt due to the pressure tooth that cross section is triangular in shape comes off, buffer spring is then for pressing plate provides buffering, namely when indivedual chop is comparatively large or polylith chop arrange mutually against time, depression bar can overcome buffer spring and stop extruding, avoids chop excessively to be pressurizeed.

Accompanying drawing explanation

Fig. 1 is the perspective view of this chop Fryer.

Fig. 2 is the structure top view of this chop Fryer.

Fig. 3 is the structure sectional view of this chop Fryer.

Fig. 4 is the schematic enlarged-scale view at A place in Fig. 1.

Fig. 5 is the schematic enlarged-scale view at B place in Fig. 3.

Fig. 6 is the schematic enlarged-scale view at C place in Fig. 1.

Fig. 7 is the schematic enlarged-scale view at D place in Fig. 1.

Fig. 8 is the schematic enlarged-scale view at E place in Fig. 1.

Fig. 9 is the schematic enlarged-scale view at F place in Fig. 3.

In figure, 1, frame; 11, main shaft; 12, link; 121, thrust cylinder one; 122, thrust cylinder two; 123, pushing block; 124, fairlead one; 13, powder stock tank; 131, Connection Block; 132, recess is installed; 14, oil groove; 141, gas hole; 142, gas port; 15, deslagging chamber; 151, deslagging net; 152, strip-shaped baffle; 153, link slot; 16, guide post two; 2, rack is supported; 21, connection box; 22, screen pack; 23, guide post one; 24, convex annular edge; 25, back-moving spring; 26, connecting rod; 27, terminal pad; 28, locating slot; 29, enlarging; 3, shaft; 31, stirring vane; 4, carriage release lever; 41, depression bar; 411, tooth is pressed; 42, buffer spring; 43, adapter sleeve; 44, slide bar; 45, fairlead two; 5, actuator one; 51, drive motors one; 52, driving pulley; 53, counter wheel; 54, driven pulley one; 6, force piece; 61, actuating cylinder; 62, tooth bar; 63, gear; 7, actuator two; 71, drive motors two; 72, driving pulley two; 73, driven pulley two; 8, driving member; 81, bar shaped convex edge; 82, blind hole; 83, drive block; 84, driving spring; 85, projection; 9, air pump.

Detailed description of the invention

Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiments.

As shown in Figures 1 to 9, a kind of deep-frying device of chop Fryer, described chop Fryer comprises frame 1, frame 1 is rotatably connected to main shaft 11, this main shaft 11 is vertically arranged, described deep-frying device is included on main shaft 11 and is fixed with link 12, link 12 vertically slidably connects two for placing the support rack 2 of chop, this two supports rack 2 relative main 11 is symmetrical arranged, frame 1 is fixed with powder stock tank 13 in the side of main shaft 11, some shafts 3 are rotatably connected in powder stock tank 13, shaft 3 is horizontally disposed with, and circumference has some stirring vanes 31 on shaft 3, frame 1 is provided with the actuator 1 that some shafts 3 can be driven to rotate, link 12 is also provided with the thrust cylinder 1 that support rack 2 can be pushed powder stock tank 13 when supporting rack 2 and being positioned at above powder stock tank 13, frame 1 is fixed with oil groove 14 at the opposite side of main shaft 11, the top of oil groove 14 slidably connects two carriage release levers 4 along the length direction of oil groove 14, this two carriage release lever 4 parallels setting, carriage release lever 4 is all connected with depression bar 41, and two depression bars 41 are oppositely arranged, frame 1 is provided with and two carriage release levers 4 can be driven simultaneously oppositely to move and make two depression bars 41 knock the force piece 6 supporting rack 2 edge, be provided with between depression bar 41 and carriage release lever 4 when two depression bars 41 knock support rack 2 edge time for carrying out the buffer spring 42 cushioned, link 12 is provided with when supporting rack 2 and being positioned at above oil groove 14 for support rack 2 being pushed the thrust cylinder 2 122 of oil groove 14, the back-moving spring 25 for making support rack 2 rise is provided with between link 12 and support rack 2, chop Fryer also comprises the deslagging net 151 of rectangle, the side cell wall of oil groove 14 has the deslagging chamber 15 that cross section is rectangular, this deslagging chamber 15 is connected with oil groove 14, the opposite side cell wall of oil groove 14 have some gas holes 141 for being blown into by the flour slag swum on pasta in deslagging chamber 15, one edge of deslagging net 151 is hinged on the inwall of deslagging chamber 15, vertically be slidably connected between deslagging chamber 15 and oil groove 14 strip-shaped baffle 152, when strip-shaped baffle 152 rises for blocking being communicated with between deslagging chamber 15 with oil groove 14, frame 1 is provided with the actuator 27 for driving deslagging net 151 to overturn, be provided with between strip-shaped baffle 152 and deslagging net 151 when deslagging net 151 outwards overturns for driving strip-shaped baffle 152 to rise, driving member 8 when deslagging net 151 inwardly overturns for driving strip-shaped baffle 152 to decline.

Chop is placed on and supports on rack 2, thrust cylinder 1 stretches out piston rod downwards, and support rack 2 is pushed in powder stock tank 13, namely chop is immersed in powder slurry, actuator 1 drives shaft 3 to rotate simultaneously, shaft 3 is horizontally disposed with and is positioned at the bottom of powder stock tank 13, because after powder stock tank 13 bottom precipitation, concentration is higher, therefore the stirring vane 31 on shaft 3 can stir powder slurry, the powder slurry making bottom concentration higher upwards flows, the powder slurry improving chop wraps up in attached quality, treat powder slurry wrap up in attached after, thrust cylinder 1 retraction piston rod, support rack 2 rise under the effect of back-moving spring 25 and depart from powder stock tank 13, now can hand rotation main shaft 11, certainly also main shaft 11 can be connected with servomotor fetch to drive and rotate, the support rack 2 being about to be placed with the chop wrapping up in attached good powder slurry turns to above oil groove 14, now thrust cylinder 2 122 stretches out piston rod, this support rack 2 is pushed in oil groove 14, high-temperature hot oil carries out fried to chop, after fried setting-up time, thrust cylinder 2 122 retraction preseting length, namely this support rack 2 rises setting height, make to support rack 2 between two depression bars 41, now force piece 6 drives two carriage release lever 4 relative movements and moves back and forth, namely two depression bars 41 knock the edge supporting rack 2 back and forth, prevent chop from mutually adhering to each other, simultaneously also can by flour slag abate that is unnecessary on chop or that do not have adhere well, buffer spring 42 then plays cushioning effect and two depression bars 41 can be avoided excessively to knock support rack 2, cause wrapping up in the flour cover being attached to chop outside to come off, improve fried quality,

Alternatively situation, make chop between two depression bars 41, now force piece 6 drives two carriage release lever 4 relative movements and moves back and forth, namely two depression bars 41 can knock chop back and forth, prevent chop from mutually adhering to each other, simultaneously also can by flour slag abate that is unnecessary on chop or that do not have adhere well, buffer spring 42 then plays cushioning effect and two depression bars 41 can be avoided excessively to knock chop, cause wrapping up in the flour cover being attached to chop outside to come off, improve fried quality;

After two depression bars 41 beat, thrust cylinder 2 122 continues that height is supported rack 2 and pushes in oil groove 14, so repeatedly, until the fried maturation of chop, now another support rack 2 to another batch of chop carry out powder slurry wrap up in attached complete, circulation like this is carried out, efficiency is higher, and in frying course, unavoidably floating on the pasta of oil groove 14 have flour slag, now gas hole 141 is blown facing to pasta, the flour slag on pasta is made to move in deslagging chamber 15, flour slag now in deslagging chamber 15 is positioned at above deslagging net 151, actuator 27 drives deslagging net 151 to overturn, namely the flour slag swum in deslagging chamber 15 on pasta can pick up and turn to outside deslagging chamber 15 by deslagging net 151, strip-shaped baffle 152 can be made to increase by driving member 8 in the process that deslagging net 151 overturns and block deslagging chamber 15 and oil groove 14, the flour slag in oil groove 14 is avoided to continue to enter deslagging chamber 15, and when deslagging net 151 reset turn in deslagging chamber 15, deslagging net 151 can make strip-shaped baffle 152 decline by driving member 8, namely deslagging chamber 15 is communicated with the pasta of oil groove 14, continue deslagging operation next time, automaticity is high.

Specifically, shown in composition graphs 4, support the connection box 21 that rack 2 comprises rectangle and the screen pack 22 be connected in connection box 21, link 12 have some fairleads 1, this some fairlead is vertically arranged, connection box 21 is vertically fixed with some guide posts 1, guide post 1 upward sliding is through fairlead 1, and there is convex annular along 24 on external part periphery wall, back-moving spring 25 is set on guide post 1, and the lower end of back-moving spring 25 is pressed on link 12, upper end is pressed on convex annular along on 24, fairlead 1 coordinates with guide post 1, making to support rack 2 is elevated steadily, back-moving spring 25 can make support rack 2 automatically rise, structure is simple.

Connection box 21 is fixed with connecting rod 26, connecting rod 26 has terminal pad 27, this terminal pad 27 is positioned at the middle part above connection box 21, terminal pad 27 upper side has locating slot 28, and locating slot 28 has enlarging 29, thrust cylinder 1 and thrust cylinder 2 122 are all connected on link 12, and the piston rod of thrust cylinder 1 and thrust cylinder 2 122 vertically down, the piston rod end of thrust cylinder 1 and thrust cylinder 2 122 has column pushing block 123, pushing block 123 is relative with locating slot 28, namely thrust cylinder 1 and thrust cylinder 2 122 are by pushing block 123 pushing tow terminal pad 27, locating slot 28 coordinates with pushing block 123, acting on of making that thrust cylinder 1 and thrust cylinder 2 122 can be stable supports rack 2, avoiding supporting rack 2 unbalance stress causes lifting to occur clamping stagnation.

Shown in composition graphs 5, actuator 1 comprises the drive motors 1 be connected in frame 1, powder stock tank 13 is rectangular, and on two relative madial walls of powder stock tank 13, there is some Connection Blocks 131 be oppositely arranged along its length, the two ends of shaft 3 are rotatably connected on two relative Connection Blocks 131 respectively, some shafts 3 parallel, and powder stock tank 13 is stretched out in one end of shaft 3, oil groove 14 lateral wall has recess 132 is installed, the external part of shaft 3 is positioned at installs recess 132, and be all fixed with counter wheel 53 at external part, wherein the external part of a shaft 3 is also fixed with driven pulley 1, the output shaft of drive motors 1 is fixed with driving pulley 1, be connected by belt between driving pulley 1 with driven pulley 1, be connected by belt between two adjacent counter wheels 53, shaft 3 is all arranged along powder stock tank 13 width, powder can be made to starch and to produce consistent flow direction, and counter wheel 53 and driven pulley 54 are all positioned at installation recess 132, make structure compacter.Stirring vane 31 is in strip, and the length direction of stirring vane 31 is consistent with the length direction of shaft 3, the cross section of stirring vane 31 is curved, in rotary course, the convex surface of stirring vane 31 starches the propelling movement power had upwards to powder, the powder making concentration higher slurry upwards flows.

Composition graphs 6, shown in Fig. 7, carriage release lever 4 is horizontally disposed with, carriage release lever 4 is fixed with two adapter sleeves 43, depression bar 41 is vertically fixed with two slide bars 44, this two slide bar 44 sliding plug is in adapter sleeve 43, buffer spring 42 is set on slide bar 44, and one end of buffer spring 42 is pressed on carriage release lever 4, the other end is pressed on depression bar 41, the opposite flank of depression bar 41 described in two all have some pressure teeth 411 along length, the cross section of pressure tooth 411 is triangular in shape, the flour cover that cross section pressure tooth 411 triangular in shape can make chop outer surface tilt comes off, buffer spring 42 is then for pressing plate provides buffering, namely when indivedual chop is comparatively large or polylith chop arrange mutually against time, depression bar 41 can overcome buffer spring 42 and stop extruding, chop is avoided excessively to be pressurizeed.

Force piece 6 comprises the actuating cylinder 61 be connected in frame 1, frame 1 is fixed with two guide posts 2 16, the two ends of carriage release lever 4 are all fixed with fairlead 2 45, fairlead 2 45 is slidably located on guide post 2 16, actuating cylinder 61 is horizontally disposed with, and the piston rod of actuating cylinder 61 is connected with wherein carriage release lever 4 is vertical, the end of two carriage release levers 4 is fixed with a toothed rack 62 respectively, two described tooth bars 62 all parallel with guide post 2 16, oil groove 14 is rotatably connected to gear 63, gear 63 is meshed with two tooth bars 62, and two tooth bars 62 at the both sides of gear 63 and gear 63 between two toothed rack 62, actuating cylinder 61 promotes a carriage release lever 4 and moves, this carriage release lever 4 drives a toothed rack 62 to move, this tooth bar 62 driven wheel 63 rotates, gear 63 then drives another toothed rack 62 synchronous backward to move, namely the synchronous backward realizing two carriage release levers 4 moves, simple and compact for structure.

Composition graphs 8, shown in Fig. 9, oil groove 14 cell wall offers some gas ports 142, this some gas port 142 is all vertically arranged, the all downward-sloping setting of gas hole 141, and upper end is connected with the lower end of gas port 142, frame 1 is fixed with air pump 9, air pump 9 is connected by the upper end of tube connector with some gas ports 142, gas hole 141 is positioned at the top of pasta, avoid high-temperature hot oil to enter deep fat when gas hole 141 causes blowing to splash, and downward-sloping gas hole 141 makes the air-flow blown out fully can act on pasta, make the flour slag movement fast on pasta.

Actuator 27 comprises drive motors 2 71, deslagging net 151 by hinge on ash pit cell wall, ash pit is stretched out in one end of bearing pin, and be fixed with driven pulley 2 73 at external part, drive motors 2 71 is connected in frame 1, and is fixed with driving pulley 2 72 on the output shaft of drive motors 2 71, and driving pulley 2 72 is connected by belt with driven pulley 2 73, drive motors 2 71 drives deslagging net 151 back and forth to overturn by belt transmission, simple and stable structure.

Driving member 8 comprises drive block 83 and the driving spring 84 of strip, relative two cell walls of ash pit vertically offer link slot 153, the two ends of strip-shaped baffle 152 are slidably connected in two link slots 153 respectively, strip-shaped baffle 152 has projection 85 on the side sidewall of deslagging net 151, the cross section of this projection 85 is triangular in shape, downside has bar shaped convex edge 81 with deslagging net 151, this bar shaped convex edge 81 is perpendicular with bearing pin, the end face of bar shaped convex edge 81 offers blind hole 82, drive block 83 sliding plug is in blind hole 82, driving spring 84 is arranged in blind hole 82, and one end of driving spring 84 is connected on drive block 83, the other end is connected on blind hole 82 bottom surface, under the action of the spring, blind hole 82 is stretched out in drive block 83 one end, and external part end has the guiding surface of two inclinations, when deslagging net 151 overturns, the guiding surface of drive block 83 can lean with projection 85 side, the lifting that link slot 153 is strip-shaped baffle 152 provides guiding and is connected, it is made to keep stable, and when deslagging net 151 upwards overturns, guiding surface on the upside of drive block 83 can against projection 85, strip-shaped baffle 152 is made to increase, when strip-shaped baffle 152 rise to link slot 153 upper surface against time, drive block 83 can compress driving spring 84 and in retraction blind hole 82, now come off projection 85 and deslagging net 151 of drive block 83 continues upset, with should deslagging net 151 oppositely reset upset time, drive block 83 can make strip-shaped baffle 152 decline by projection 85.

Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.

Claims (5)

1. the deep-frying device of a chop Fryer, chop Fryer comprises frame (1), it is characterized in that, described deep-frying device comprises main shaft (11), described main shaft (11) is rotatably connected in frame (1), this main shaft (11) is vertically arranged, main shaft (11) is fixed with link (12), described link (12) vertically slidably connects two for placing the support rack (2) of chop, this two support rack (2) relative main (11) is symmetrical arranged, described frame (1) is fixed with oil groove (14) at the opposite side of main shaft (11), the top of described oil groove (14) slidably connects two carriage release levers (4) in the horizontal direction, this two carriage release lever (4) parallels setting, carriage release lever (4) is all connected with depression bar (41), and two depression bars (41) are oppositely arranged, described frame (1) is provided with for driving two carriage release levers (4) oppositely to move and make two depression bars (41) knock the force piece (6) supporting rack (2) edge simultaneously, be provided with between described depression bar (41) and carriage release lever (4) when two depression bars (41) knock support rack (2) edge time for carrying out the buffer spring (42) cushioned, described link (12) is provided with and is used for supporting the thrust cylinder two (122) that rack (2) pushes oil groove (14) when supporting rack (2) and being positioned at oil groove (14) top, the back-moving spring (25) for making support rack (2) rise is provided with between described link (12) and support rack (2).

2. the deep-frying device of chop Fryer according to claim 1, it is characterized in that, the connection box (21) that described support rack (2) comprises rectangle and the screen pack (22) be connected in connection box (21), described link (12) have some fairleads one (124), this some fairlead is vertically arranged, described connection box (21) is vertically fixed with some guide posts one (23), described guide post one (23) upward sliding is through fairlead one (124), and there is convex annular on external part periphery wall along (24), described back-moving spring (25) is set on guide post one (23), and the lower end of back-moving spring (25) is pressed on link (12), upper end is pressed on convex annular on (24).

3. the deep-frying device of chop Fryer according to claim 2, it is characterized in that, described connection box (21) is fixed with connecting rod (26), described connecting rod (26) has terminal pad (27), this terminal pad (27) is positioned at the middle part of connection box (21), described terminal pad (27) upper side has locating slot (28), and locating slot (28) has enlarging (29), described thrust cylinder two (122) is all connected on link (12), and the piston rod of thrust cylinder two (122) vertically down, the piston rod end of described thrust cylinder two (122) has column pushing block (123), described pushing block (123) is relative with locating slot (28).

4. the deep-frying device of chop Fryer according to claim 3, it is characterized in that, described carriage release lever (4) is horizontally disposed with, described carriage release lever (4) is fixed with two adapter sleeves (43), described depression bar (41) is vertically fixed with two slide bars (44), this two slide bars (44) sliding plug is in adapter sleeve (43), described buffer spring (42) is set on slide bar (44), and one end of buffer spring (42) is pressed on carriage release lever (4), the other end is pressed on depression bar (41), the opposite flank of depression bar described in two (41) all have some pressure teeth (411) along length, the cross section of described pressure tooth (411) is triangular in shape.

5. the deep-frying device of chop Fryer according to claim 4, it is characterized in that, described force piece (6) comprises the actuating cylinder (61) be connected in frame (1), described frame (1) is fixed with two guide posts two (16), the two ends of described carriage release lever (4) are all fixed with fairlead two (45), described fairlead two (45) is slidably located on guide post two (16), described actuating cylinder (61) is horizontally disposed with, and the piston rod of actuating cylinder (61) is connected with wherein carriage release lever (4) is vertical, the end of carriage release lever described in two (4) is fixed with tooth bar (62) respectively, this tooth bar (62) parallels with guide post two (16), described oil groove (14) is rotatably connected to gear (63), described gear (63) is meshed with two tooth bars (62), and gear (63) is positioned between two toothed rack (62).