CN207721060U - Improve the roasting plant of waffle cylinder neat in edge degree - Google Patents

Abstract

The utility model discloses the roasting plants for improving waffle cylinder neat in edge degree, its key points of the technical solution are that including the kerve with inner cavity, it is provided with mold transferring device in the inner cavity of kerve, multiple baking dies are connected on mold transferring device, baking dies bottom is provided with burner, baking dies include separable upper mold and lower mold, the contact surface of lower mold and upper mold is floating face, it is provided with scraping blade at the upper mold and lower mold separation, scraping blade is connected with elastic component, elastic component driving scraping blade is close to floating face, in lower mold in mold transferring device moving process, scraping blade scraped floating face, blowning installation is provided at scraping blade, achieve the effect that improve waffle cylinder neat in edge degree.

Description

Improve the roasting plant of waffle cylinder neat in edge degree

Technical field

The utility model is related to food-baking fields, more particularly to improve the roasting plant of waffle cylinder neat in edge degree.

Background technology

It is ice cream delicate mouthfeel, soft and smooth, refrigerant, it is the favorite frozen food of people, especially in summer.For the ease of hand Hold, ice cream is usually contained in waffle cylinder, and waffle cylinder is usually taper tubular, and top is openning shape, bottom be it is tip-shape, by Top open part injects ice cream, holds bottom tip position, easy to use, the making of waffle cylinder is usually using baking machine.

Existing to can refer to the Chinese patent that notification number is CN203851695U, it discloses a kind of bakings of waffle double chamber Roasting machine, including outer cover, mold transferring device and burner, burner are located at below mold transferring device, template mold conveying device Transport through chain roller supporting.

Existing to can refer to the Chinese patent that notification number is CN201426338Y, it discloses a kind of soft waffle ovens to open The bottom of molding exhaust gear, including unilateral hinged upper mold, lower mold, upper mold and lower mold is equipped with chain idler wheel, Chain roller section setting support and the supporting guide that running track is provided to traveling wheel.

Remaining raw slurry is easy but during making waffle cylinder, between upper mold and lower mold, in waffle cylinder After baking, the edge of waffle cylinder opening has been adhered residue, more coarse, irregular, influences product quality.

Utility model content

In view of the shortcomings of the prior art, the utility model provides the roasting plant for improving waffle cylinder neat in edge degree, to reach Improve the effect of waffle cylinder neat in edge degree.

The above-mentioned technical purpose of the utility model technical scheme is that：

The roasting plant for improving waffle cylinder neat in edge degree, includes the kerve with inner cavity, is provided in the inner cavity of kerve Mold transferring device is connected with multiple baking dies on mold transferring device, and baking dies bottom is provided with burner, baking dies Including separable upper mold and lower mold, the contact surface of lower mold and upper mold is floating face, the upper mold and lower mold Scraping blade is provided at separation, scraping blade is connected with elastic component, and elastic component driving scraping blade is close to floating face, is conveyed with mold in lower mold In device moving process, scraping blade scraped floating face, and blowning installation is provided at scraping blade.

By using said program, mold transferring device drives fill multiple baking dies of waffle cylinder raw slurry not between Disconnected cycle operation, burner provide baking temperature for baking dies, and waffle cylinder is gradually baked, later, upper mold and lower mold Separation, floating face are in contact with scraping blade, and baking dies continue to move, and scraping blade scraped floating face, will be sticked with waffle cylinder on floating face Residue even scrapes off, and improves the regularity of waffle cylinder edge, improves product quality, and blowning installation, which will smooth out on face and scraping blade, to be glued The attached residue to get off that scrapes off is blown off, and avoids aggregation of the residue at scraping blade.During scraping blade scrapes, elastic component driving scraping blade is close to Smearing effect is improved in floating face, and make scraping blade there are certain elastic allowances for position, to coordinate the angle in floating face to become Change, avoids generating interim card between scraping blade and floating face, influence the operation of equipment.

Preferably, be fixedly installed sliding bar on the kerve, slide sliding on bar and be connected with slipping block, slipping block with scrape Scraper shaft is connected between piece, elastic component includes scraper spring, and the both ends of scraper spring are fixed with scraping blade and slipping block respectively to be connected It connects.

By using said program, scraper spring driving slipping block is moved along sliding bar, and slipping block is driven by scraper shaft Scraping blade moves, and to reach the angle change in cooperation floating face, scraping blade is made to be close to the purpose in floating face, the structure letter of scraper spring It is single, it is easy to accomplish.

It is provided with pushing piece between slipping block and kerve preferably, stating, when scraping blade is between adjacent baking dies, pushes away Send part that scraping blade is driven to be moved to the side far from lower mold.

By using said program, in scraping blade not yet with plane contact is smeared when, it is remote that scraping blade is pushed to floating face by pushing piece Side from lower mold waits for that floating face is run to scraping blade, then scraping blade is discharged, and scraping blade is made to be close under the action of scraper spring Floating face, the setting of impeller can reduce position of the scraping blade interim card between adjacent baking dies, improve the suitable of equipment operation Smooth degree.

Preferably, the pushing piece includes scraper cylinder, scraper cylinder is fixed on kerve, and scraper cylinder stretches Axis is abutted with slipping block.

Its abutting to slipping block is realized by the flexible elongate axis or retraction of scraper cylinder by using said program Push or separation, the active force of scraper cylinder is quick, can adapt to fast moving for baking dies.

Preferably, the blowning installation includes the tracheae for being connected with air compressor machine, the gas outlet of tracheae is towards scraping blade.

By using said program, air compressor machine blows to compressed air at scraping blade by tracheae, to reach cleaning floating face It with the purpose of scraping blade, is cleared up by gas, reduces the influence run to equipment, improve the sanitation performance of scale removal process.

Preferably, scraping blade bottom is provided with reject chute.

By using said program, it is temporary that the residue that scrapes drops down onto reject chute, improves workshop condition tidiness, mitigates the later stage Cleaning work.

Preferably, the waste material trench bottom is provided with universal wheel.

By using said program, the space of scraping blade bottom is more narrow, the setting reject chute easy to remove of universal wheel, will Reject chute moves to scraping blade bottom, after the residue in reject chute is collected completely, also allows for remove and is transferred to other positions, improves The property easy to use of reject chute.

Preferably, being provided with handle on the reject chute.

By using said program, handle is caught, reject chute is pushed into or is pulled out scraping blade bottom, improves the use of reject chute Convenience.

In conclusion the utility model has the advantages that：

1, after waffle cylinder is baked, the scraping blade for being connected with elastic component is set at lower mold and upper mold separation so that scrapes Piece is scraped along the floating face of lower mold, and the residue being adhered with waffle cylinder on floating face is scraped off, and improves the whole of waffle cylinder edge Qi Du improves product quality；

2, blowning installation at scraping blade is set, cleared up by gas, reduces the influence run to equipment, improves scale removal process Sanitation performance；

3, reject chute is set in scraping blade bottom, convenient for collecting the residue scraped, improves workshop condition tidiness, mitigates the later stage Cleaning work.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of embodiment kerve internal structure after the hiding cover body of the utility model in Fig. 1；

Fig. 3 is the structural schematic diagram for embodying structure at transportation sprocket；

Fig. 4 is to embody structural schematic diagram of the mold transferring device far from the open-ended side of kerve；

Fig. 5 is the structural schematic diagram for embodying mold transferring device and being located at the open-ended place of kerve；

Fig. 6 is the structural schematic diagram for embodying baking dies structure；

Fig. 7 is the structural schematic diagram for embodying discharge component and dividing membrane module structure；

Fig. 8 is the close-up schematic view for embodying structure at feeding in Fig. 1 at A；

Fig. 9 is the close-up schematic view for embodying scraper modular construction in Fig. 1 at B；

Figure 10 is the close-up schematic view for embodying blanking modular construction in Fig. 1 at C；

Figure 11 is to embody the structural schematic diagram for promoting wheel construction after hiding lifting plate.

In figure, 1, kerve；11, gas pipeline；12, burner；13, cover body；14, exhaust passage；15, mobile bar；16, mobile Cylinder；2, mold transferring device；21, transportation sprocket；211, feeder motor；22, conveyor chain；221, chain idler wheel；222, it props up Support guide rail；3, baking dies；31, upper mold；311, upper mold connecting rod；312, upper mold idler wheel；313, upper mold track；32, lower mold； 321, cover half；322, dynamic model；3221, declutcher control lever；3222, crank is detached；3223, idler wheel is detached；3224, ramp is detached；323、 Lower die connecting rod；324, face is smoothed out；325, cavity；33, linked block；4, divide membrane module；41, block is detached；42, strut is detached；43, divide From cylinder；44, cut spring；45, separating plate；5, charging is in charge of；51, charging basket；52, conveying pipeline；53, charger；54, feeding bottom Seat；55, feed bar；6, discharge component；61, discharging pedestal；62, discharge arm；63, discharging mould；64, shirk cylinder；65, gas is upwarped Cylinder；651, supporting spring is consolidated；7, scraper component；71, scraper cylinder；72, bar is slid；73, slipping block；74, scraper shaft；75, scraping blade； 751, demounting bolt；752, reject chute；753, universal wheel；754, handle；76, scraper spring；8, tracheae；81, air compressor machine；9, under Expect component；91, blanking channel；92, hoisting frame；921, lifting plate；9211, channel is promoted；922, push rod is promoted；923, it is promoted Wheel；9231, motor is promoted；924, belt elevator；93, level is at strake；931, channel in column；94, horizontal conveying belt；941, it keeps off Item；942, horizontal motor.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing, word " preceding " used in the following description, " rear ", "left", "right", "up" and "down" refer to the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" difference Refer to the direction towards or away from geometric center of specific component.

The utility model includes the kerve 1 with cavity, and 1 top of kerve is covered with cover body 13, mold is provided in kerve 1 Conveying device 2, mold transferring device 2 are connected with baking dies 3, and 3 bottom of baking dies is provided with burner 12, and baking dies 3 wrap Separable upper mold 31 and lower mold 32 are included, lower mold 32 includes separable cover half 321 and dynamic model 322, in upper mold 31 It is provided with scraper component 7 at lower 32 initially-separate of mold, the top at the maximum separation of cover half 321 and dynamic model 322 and bottom Portion is respectively arranged with discharge component 6 and blanking component 9, and cover half 321 and 322 initial junction of dynamic model are provided with loading assemblies.

As depicted in figs. 1 and 2, kerve 1 is the groove body of rectangular-shape, an end of length direction and top in opening The top of shape, kerve 1 is covered with cover body 13, and 13 top of cover body is communicated with exhaust passage 14.

In conjunction with Fig. 3, mold transferring device 2 is provided in kerve 1, mold transferring device 2 includes two and links together Transportation sprocket 21.Two transportation sprockets 21 are rotationally connected with respectively on two longer inner walls of kerve 1, and remote positioned at kerve 1 One end from open-ended place.The axis of two transportation sprockets 21 overlaps and vertical with the length direction of kerve 1, one of them Transportation sprocket 21 is connected with feeder motor 211.

Compatible conveyor chain 22 is both provided on each transportation sprocket 21, conveyor chain 22 includes chain idler wheel 221, It is fixed with the supporting guide 222 advanced for chain idler wheel 221 on 1 longer inner wall of kerve.

In conjunction with Fig. 4 and Fig. 5, every 22 corresponding supporting guide 222 of conveyor chain is divide into upper part and lower part.The support on top Guide rail 222 is being in flat close to the side of transportation sprocket 21, in the side close to 1 open-ended place of kerve, is bent downwardly and is in Arcuation.The supporting guide 222 of lower part is in flat always.

Feeder motor 211 rotates, and two transportation sprockets 21 is driven to rotate synchronously, and then two conveyor chains 22 is driven to move Dynamic, during which, chain idler wheel 221 is rolled along supporting guide 222.In Fig. 4, conveyor chain 22 is in operating clockwise, chain idler wheel 221 leave the supporting guide 222 that transportation sprocket 21 rolls into top, are opened as shown in figure 5, chain idler wheel 221 is rolled to 1 end of kerve Mouthful place side when, the arc section along the supporting guide 222 on top scrolls down through, rolling to top supporting guide 222 Least significant end when, leave the supporting guide 222 on top, roll into the supporting guide 222 of lower part, as shown in figure 4, to close to carrier chain One side roll of wheel 21, and transportation sprocket 21 is reentered, such circulating rolling.

In conjunction with Fig. 6, multiple baking dies 3 are provided on two conveyor chains 22, baking dies 3 include that setting is defeated at one It is the block of strip to send the linked block 33 on chain 22, linked block 33, and the traffic direction of length direction and conveyor chain 22 is flat Row.On another conveyor chain 22, position corresponding with linked block 33, be provided with the lower mold 32 of strip, lower mold 32 Length direction it is consistent with the length direction of linked block 33.The top surface of lower mold 32 is smooth floating face 324, along the face of floating 324 length direction offers multiple recessed cavities 325.Lower mold 32 is divided into cover half along the center in local width direction 321 and dynamic model 322, distance of the cover half 321 apart from linked block 33 is remote compared with dynamic model 322, therefore cavity 325 is also divided.

It is fixedly connected between cover half 321 and linked block 33 there are two lower die connecting rod 323, two lower die connecting rods 323 distinguish position At the both ends of cover half 321 and the length direction of linked block 33.Two lower die connecting rods 323 are fixed close to the side of dynamic model 322 and are set It is equipped with inclined separation ramp 3224, position height of the separation ramp 3224 close to 33 side of linked block is higher.322 length of dynamic model The both ends in direction are connected by two separation ramps 3224 and two slidings of lower die connecting rod 323 respectively.

It is connected with the declutcher control lever 3221 of direct rod shape and L-shaped separation crank 3222 between dynamic model 322 and linked block 33, detaches One end of bar 3221 is rotatablely connected with dynamic model 322 at the center of the length direction of the side of linked block 33, declutcher control lever 3221 The other end and detach an end of crank 3222 and be rotatablely connected, detach L-shaped corner and the linked block 33 of crank 3222 It is rotatablely connected at the center of length direction, the pivot center being rotatablely connected at above-mentioned three is parallel with the length direction of dynamic model 322. End point of the separation crank 3222 far from declutcher control lever 3221 is provided with separation idler wheel 3223, detaches the axis and dynamic model of idler wheel 3223 322 length direction is vertical.

In conjunction with Fig. 7, dynamic model 322 is by dividing membrane module 4 to realize and the separation of cover half 321 or be bonded, to realize cavity 325 It opens or closes.It includes separation block 41 to divide membrane module 4, and the top in kerve 1 close to open-ended side is arranged in separation block 41（Ginseng Examine Fig. 2）, there are two oval columnar separation struts 42 close to the side fixation of separation idler wheel 3223 for separation block 41, detach strut 42 axis is vertical with the length direction of dynamic model 322.Be inserted with vertical separating plate 45 on separation strut 42, separating plate 45 with point From being sliding connection between bar 3221, glide direction is parallel with the axis of declutcher control lever 3221.Between separating plate 45 and separation block 41 It is provided with cut spring 44 and separation cylinder 43, the pedestal of separation cylinder 43 is fixed on separation block 41, the telescopic direction of telescopic shaft It is identical as the glide direction of separating plate 45, and telescopic shaft is abutted with separating plate 45.The axis of cut spring 44 with detach cylinder 43 Telescopic direction it is parallel, and both ends respectively with separating plate 45 and detach block 41 and be fixedly connected.

Baking dies 3 are run with conveyor chain 22, move closer to point membrane module 4, and separation cylinder 43 extends, separating plate 45 to Far from the movement of 41 side of separation block, until positioned at side of the separation idler wheel 3223 far from separation block 41, idler wheel 3223 to be separated moves It moves to separating plate 45, separation cylinder 43 is shunk, and separating plate 45 is under the action of cut spring 44 close to separation block 41, drive point It is moved to close to 41 side of separation block from idler wheel 3223, drives separation crank 3222 to be rotated around linked block 33, drive declutcher control lever 3221 upwarp with 3222 junction of separation crank, and then dynamic model 322 is pulled to be detached with cover half 321, and cavity 325 is opened, and later, is waited for Separation idler wheel 3223, which continues to move ahead, is detached from separating plate 45, and cover half 321 is under self gravitation effect close to cover half 321 and and cover half 321 overlap fitting, and cavity 325 is closed.

Fig. 6 is reviewed, the top of lower mold 32 is provided with upper mold 31, and upper mold 31 is strip compatible with cavity 325 Shape, length direction is consistent with the length direction of lower mold 32, and there are two upper mold connecting rods for connection between lower mold 32 and linked block 33 311, two upper mold connecting rods 311 are located at the both ends of the length direction of lower mold 32 and linked block 33.Upper mold connecting rod 311 One end is fixedly connected with upper mold 31, and the other end is rotatablely connected with linked block 33, the length direction of pivot center and upper mold 31 Unanimously.

Side of the upper mold 31 far from upper mold connecting rod 311 is rotatably connected to upper mold idler wheel 312, the axis of upper mold idler wheel 312 It is parallel with the width direction of upper mold 31.In conjunction with Fig. 4 and Fig. 5, two upper mold tracks 313, two upper mold rails are provided on kerve 1 Distance of the road 313 apart from upper mold 31 is different, between form the gap run for upper mold idler wheel 312.It is opened far from 1 end of kerve Mouthful side, the clearance distance between two upper mold tracks 313 is identical as the diameter of upper mold idler wheel 312, and upper mold idler wheel 312 is two It is rolled between mill track on item, upper mold track 313 plays the role of limiting upper mold 31, and upper mold 31 is avoided to divide with lower mold 32 From.In the side close to 1 open-ended place of kerve, two upper mold tracks 313 are to the side evagination far from lower mold 32, and two Clearance distance between upper mold track 313 becomes larger.

Bottom at 1 termination openings of kerve, two upper mold tracks 313 start to broaden, and upper mold 31 is made in its own gravity It is detached with lower mold 32 with lower, upper mold track 313 of the upper mold idler wheel 312 along outer ring rolls, and later, upper mold 31 is gradually transported upwards Row, or under the self gravitation effect of upper mold 31, the upper mold track 313 that upper mold idler wheel 312 is converted to inner ring rolls, upper mold Tool 31 continues up operation, until the length direction of upper mold 31 is run to horizontality, at this point, upper mold 31 and lower mold 32 Separation it is maximum.

In conjunction with Fig. 5 and Fig. 7, at the maximum separation of cover half 321 and dynamic model 322 at the top of be provided with discharge component 6, discharging Component 6 includes discharging pedestal 61, and 61 top surface of discharging pedestal, which is fixed with, shirks cylinder 64, and the telescopic direction for shirking cylinder 64 is located at water It is in plane and vertical with the length direction of dynamic model 322.Shirk the discharging that long round bar shape is rotatably connected on the telescopic shaft of cylinder 64 Bar 62, the axis at rotation are located in horizontal plane.The length direction of discharge arm 62 is parallel with the telescopic direction for shirking cylinder 64, far It is fixedly connected with from the one end for shirking cylinder 64 and is inserted into cavity 325 and discharging mould compatible with cavity 325 63.

61 top surface of discharging pedestal, which is fixed with, upwarps cylinder 65, upwarp cylinder 65 be located at shirk cylinder 64 close to discharging mould 63 Side.The telescopic direction for upwarping cylinder 65 is located in vertical plane, and the top surface of telescopic shaft is fixed with firm supporting spring 651.Firm support Piece 651 is arc-like sheet, and radian is identical as the outer wall radian of discharge arm 62, and inner surface is abutted with the outer wall of discharge arm 62.

When discharging, when dynamic model 322 is not yet detached with cover half 321, upwarps cylinder 65 and be in contraction state, discharge arm 62 is in Horizontality, discharging mould 63 is inserted into the waffle cylinder in cavity 325, after dynamic model 322 is far from cover half 321, shirks the elongation of cylinder 64, Discharge arm 62 and discharging mould 63 is driven to be moved to close to 322 side of dynamic model, waffle cylinder is pushed out cavity 325, falls from cover half 321, Later, shirk the retraction of cylinder 64, upwarp the elongation of cylinder 65, jack up discharge arm 62 and discharging mould 63, type is moved away from discharging mould 63 Chamber 325, dynamic model 322 are closed close to cover half 321, cavity 325, complete a discharge process.

In conjunction with Fig. 5 and Fig. 8, after the completion of discharging, it is bonded dynamic model 322 again and continues to open to far from 1 end of kerve with cover half 321 The operation of mouth side, is provided with loading assemblies, loading assemblies include containing slurries in cover half 321 and 322 initial junction of dynamic model Charging basket 51 is placed with conveying pipeline 52 in charging basket 51, and the other end of conveying pipeline 52 is in charge of 5 with charging by charger 53 and is connected to.Into Material is in charge of 5 and is located at operation to the surface of the lower mold 32 at this, is long tubular structure, the length of length direction and lower mold 32 Direction is consistent, and bottom offers feed inlet corresponding with multiple cavities 325.Charger 53 drives delivery pipe to extract in charging basket 51 Slurries, and be added in cavity 325 by feed inlet, complete charging process.

In conjunction with Fig. 7 and Fig. 8, in order to make loading assemblies and discharge component 6 preferably coordinate the movement of baking dies 3, feeding Pedestal 54 and discharging pedestal 61 are fixedly connected on common mobile bar 15, and mobile bar 15 is that long cylinder is rod-shaped and slid with kerve 1 Connection, the axis direction of mobile bar 15 is parallel with the length direction of kerve 1, and one end of mobile bar 15 is connected with mobile cylinder 16, mobile cylinder 16 is fixed on 1 top of kerve, and telescopic direction is consistent with the axis of mobile bar 15.Mobile cylinder 16 is flexible, passes through Mobile bar 15 drives feeding pedestal 54 and discharging pedestal 61 to be moved with movement speed identical with baking dies 3, and then in mitigation Expect the influence to baking dies 3 in component and 6 operation of discharge component.

In conjunction with Fig. 1 and Figure 10, the bottom at the maximum separation of dynamic model 322 and cover half 321 is provided with blanking component 9, under Material component 9 includes multiple blanking channels 91 corresponding with multiple cavities 325, and blanking channel 91 is oblique, high-end to be located at correspondence The underface of cavity 325, low side extend to the lower section far from 1 center side of kerve.

Side of the blanking channel 91 far from kerve 1 is provided with hoisting frame 92, and the top surface of hoisting frame 92 is provided with lifting plate 921.Lifting plate 921 is cuboid plate, and width direction is parallel with the length direction of kerve 1, and one end of length direction is located at blanking The bottom of 91 low side of channel, the inclined upward of the other end of length direction to the side far from blanking channel 91.

The a plurality of promotion channel 9211 through 921 upper surface of lifting plate is offered on lifting plate 921, promoting channel 9211 is Section is in the elongated slot of lower concave arc shape, and length direction is consistent with the length direction of lifting plate 921.

More promotion push rods 922 are evenly arranged with along the upper and lower surface interval of lifting plate 921, promote push rod 922 For elongate cylinder bar, length direction is consistent with the width direction of lifting plate 921.

In conjunction with Figure 11, all promotion push rods 922 are connected with common loopy moving device, and loopy moving device includes four It is separately positioned on the lifting wheel 923 of 92 4 edges of hoisting frame, the axis of lifting wheel 923 and the length side for promoting push rod 922 To parallel.It is wound with belt elevator 924 between two lifting wheels 923 of 92 length direction the same side of hoisting frame, is located at and is promoted Two high-end lifting wheels 923 of frame 92 are connected with common promotion motor 9231.

Review Figure 10, promoted be provided at the terminal in channel 9211 it is horizontal at strake 93, it is horizontal at being offered on strake 93 Channel 931 in column, channel 931 is the elongated slot that section is in lower concave arc shape in column, and the length direction of length direction and lifting plate 921 hangs down Directly.

Fig. 1 is reviewed, level is provided with the level driven by horizontal motor 942 at side of the strake 93 far from lifting plate 921 Conveyer belt 94, the conveying direction of horizontal conveying belt 94 is vertical with the length direction in channel 931 in column, in conjunction with Figure 10, horizontal feed 94 surface is provided with multiple blend stops 941, blend stop 941 is in strip, the conveying direction of length direction and horizontal conveying belt 94 Vertically, multiple blend stops 941 are uniformly arranged along the conveying direction interval of horizontal conveying belt 94, the distance between adjacent blend stop 941 with Level is identical at the width direction of strake 93.

The tip position of waffle cylinder falls into blanking channel 91 downward, by dynamic model 322 and 321 separation of cover half, logical along blanking Road 91 slides to promotion channel 9211, and under self gravitation effect, and open-ended place downward, it is minimum to drop back into promotion channel 9211 Place promotes motor 9231 and lifting wheel 923 is driven to rotate later, and is driven by belt elevator 924 and promote push rod 922 to promotion The eminence in channel 9211 moves, and then waffle cylinder is pushed to channel 931 in column, is subsequently pushed to the prestige in channel 931 in column In the opening for changing the waffle cylinder before the tip insertion of cylinder, with the continuous push for promoting push rod 922, subsequent waffle cylinder is continuous Push the waffle cylinder Forward of front and continued, and on channel 931 in column in column, later, operator by multiple row waffle cylinder from level at Strake 93 is transferred to horizontal conveying belt 94, and is located at close to level between one group of adjacent blend stop 941 of strake 93, it Afterwards, horizontal motor 942 drives horizontal conveying belt 94 to operate, until next group of blend stop 941 is run to level into the terminal of strake 93 Place, repeats operation, multigroup waffle cylinder in column is transported on horizontal conveying belt 94, multiple operators can be located at horizontal feed At 94 side or terminal, it is carried out at the same time the packaging operation of waffle cylinder.

In conjunction with Fig. 5 and Fig. 9, scraper component 7, scraper component are provided at the initially-separate of upper mold 31 and lower mold 32 7 include being fixed on scraper cylinders 71 on 1 side wall of kerve, the prolonging direction of scraper cylinder 71 be directed toward the side far from kerve 1 and It is parallel with the length direction of kerve 1.

The sliding bar 72 for having long cylinder rod-shaped is arranged in the both sides of scraper cylinder 71, and the axis of two sliding bars 72 is located at together In one horizontal plane and axis direction is parallel with the telescopic direction of scraper cylinder 71.It is inserted with slipping block 73 on two sliding bars 72, It is sliding connection between slipping block 73 and sliding bar 72.It is connected with scraper spring 76, scraper between 1 side wall of slipping block 73 and kerve The telescopic direction of spring 76 is parallel with the telescopic direction of scraper cylinder 71, and slipping block 73 is stretched close to the side of kerve 1 and cylinder It is separable abutting between contracting axis.

Slipping block 73 is fixedly connected with the scraper shaft 74 of strip close to the side of lower mold 32, the axis of scraper shaft 74 with The prolonging direction of cylinder is vertical.Scraper shaft 74 is provided with scraping blade 75 in the outer circumferential walls far from slipping block 73, scraping blade 75 is inclined Cuboid laminated structure, length direction is parallel with the axis of scraper shaft 74, is made of 304 stainless steels.75 length of scraping blade The bottom surface of the side in direction is tangent with 74 outer circumferential walls of scraper shaft and abuts, and the other side is abutted with the outerplanar of lower mold 32.

Scraping blade 75 is detachably fixed by the realization of demounting bolt 751 and scraper shaft 74 and connect, the axis of demounting bolt 751 and The axis of scraper shaft 74 is vertical and intersects, and demounting bolt 751 has side of the scraping blade 75 far from scraper shaft 74 to pass through scraping blade 75 and scrape Expect that axis 74 is threadedly coupled.

In conjunction with Fig. 2, scrapes tablet bottom and be provided with reject chute 752, reject chute 752 is the groove body of opening upwards, and bottom is set It is equipped with the universal wheel 753 with brake(-holder) block, side wall of the reject chute 752 far from kerve 1 is provided with handle 754.

752 side of reject chute is provided with air blowing component, and air blowing component includes being connected with air compressor machine 81（With reference to figure 5）Tracheae 8, the inflatable mouth of tracheae 8 is towards the position of scraping blade 75.

Continue to run up after lower mold 32 and 31 initially-separate of upper mold, scraping blade 75 is not yet reached on 32 top of lower mold Position height when, the flexible elongate axis of scraper cylinder 71 pushes slipping block 73 to the side far from kerve 1, and by scraping Material axis 74 drives scraping blade 75 to move to side of 32 outerplanar of lower mold far from 1 center of kerve, and lower mold 32, which continues to go upward to, to be smeared The position height on 324 top of plane is higher than the position height of scraping blade 75, the telescopic shaft retraction of scraper cylinder 71, in scraper spring 76 Pull back under effect, scraping blade 75 is close to and is close to floating face 324, and with moving up for lower mold 32, scraping blade 75 scraped floating face 324, the edge of the opening of waffle cylinder is smoothed out, so far, scraper component 7 completes one group of circulation action.Period, air compressor machine 81 will Pressure-air is blowed to by tracheae 8 at scraping blade 75, the residue for scraping off waffle cylinder at this is blown off, residue drops down onto reject chute 752 It is temporary.

The utility model use process is as follows：

Feeder motor 211 drives transportation sprocket 21 to rotate, and then drives multigroup baking dies 3 to recycle by conveyor chain 22 Mobile, the baking dies 3 for carrying raw slurry pass through burner 12, and waffle cylinder is gradually baked, when the operation of baking dies 3 to kerve When the bottom at 1 open-ended place, upper mold 31 is detached with lower mold 32, and scraper component 7 is by the open edge for the waffle cylinder baked Place smoothes out, baking dies 3 continue on move to the top at 1 open-ended place of kerve, divide membrane module 4 and discharge component 6 coordinated, Dynamic model 322 and cover half 321 detach, and complete discharging, and waffle cylinder enters blanking component 9, and dynamic model 322 and cover half 321 recombine, it Afterwards, loading assemblies complete feeding, and cavity 325 is reinjected into raw slurry, into the cyclic process of next round.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims (8)

1. improving the roasting plant of waffle cylinder neat in edge degree, includes the kerve (1) with inner cavity, set in the inner cavity of kerve (1) It is equipped with mold transferring device (2), multiple baking dies (3) are connected on mold transferring device (2), baking dies (3) bottom is set It is equipped with burner (12), baking dies (3) include separable upper mold (31) and lower mold (32), lower mold (32) and upper mold (31) contact surface is floating face (324), it is characterised in that：It is provided with and scrapes at the upper mold (31) and lower mold (32) separation Piece (75), scraping blade (75) are connected with elastic component, and elastic component driving scraping blade (75) is close to floating face (324), lower mold (32) with In mold transferring device (2) moving process, scraping blade (75) scraped floating face (324), and scraping blade is provided with blowning installation at (75).

2. the roasting plant according to claim 1 for improving waffle cylinder neat in edge degree, it is characterised in that：The kerve (1) it is fixedly installed sliding bar (72) on, is slid on sliding bar (72) and is connected with slipping block (73), slipping block (73) and scraping blade (75) be connected with scraper shaft (74) between, elastic component includes scraper spring (76), the both ends of scraper spring (76) respectively with scraping blade (75) it is fixedly connected with slipping block (73).

3. the roasting plant according to claim 2 for improving waffle cylinder neat in edge degree, it is characterised in that：The slipping block (73) it is provided with pushing piece between kerve (1), when scraping blade (75) is between adjacent baking dies (3), pushing piece driving Scraping blade (75) is moved to the side far from lower mold (32).

4. the roasting plant according to claim 3 for improving waffle cylinder neat in edge degree, it is characterised in that：The pushing piece Including scraper cylinder (71), scraper cylinder (71) is fixed on kerve (1), the telescopic shaft and slipping block of scraper cylinder (71) (73) it abuts.

5. the roasting plant according to claim 1 for improving waffle cylinder neat in edge degree, it is characterised in that：The air blowing dress Set the tracheae (8) including being connected with air compressor machine (81), the gas outlet of tracheae (8) is towards scraping blade (75).

6. the roasting plant according to claim 1 for improving waffle cylinder neat in edge degree, it is characterised in that：The scraping blade (75) bottom is provided with reject chute (752).

7. the roasting plant according to claim 6 for improving waffle cylinder neat in edge degree, it is characterised in that：The reject chute (752) bottom is provided with universal wheel (753).

8. the roasting plant according to claim 6 for improving waffle cylinder neat in edge degree, it is characterised in that：The reject chute (752) handle (754) is provided on.