CN201691016U - Seaweed or vegetable cake-making device - Google Patents

Abstract

The utility model relates to a seaweed or vegetable cake-making device which comprises a rack, a cutting knife beam component, a driving mechanism for the cutting knife beam component, a ring cutting knife component, a curtain piece component, a driving mechanism for the curtain piece component, a conveyor belt component and a fan; the cutting knife beam component is installed on the rack and in transmission connection with the driving mechanism for the cutting knife beam component, a curtain rod moving track is arranged on the inner side of the rack, and the curtain piece component is installed on the curtain rod moving track; the conveyor belt component comprises a conveyor belt and a conveyor belt driving mechanism; the cutting knife beam component comprises a hollow cutting knife beam communicated with fluid for the fan; and the ring cutting knife component comprises a ring cutting knife, wherein the ring cutting knife is connected with the cutting knife beam and communicated with fluid in a hollow inner cavity of the cutting knife beam. The device can realize the mechanical cake-making operation of the dehydrated seaweeds or vegetables and has the technical advantages of sanitary production, uniform vegetable cakes, high working efficiency, saved energy consumption, uniform size of the vegetable cakes, good bulkiness and controllable weight.

Description

A kind of marine alga or vegetables cake making device

Technical field

The utility model relates to marine alga or vegetables manufacture field, in particular to a kind of marine alga or vegetables processing cake making device.This device utilizes molding cutter that marine alga of dehydration on the material-conveying belt or vegetable raw-material are cut the system cake, and utilize the conversion realization dish cake of positive and negative blast to draw and transfer, be used the delivery vehicles of pricker curtain sheet, finish the process of marine alga or vegetables system cake as the dish cake.This device solves the traditional existing dish cake of laver water cake making device water content height, dry energy waste, the technological deficiency that the dish cake is not fluffy are the substituted type motorisation units of the manual system of the dried laver of dehydration cake, the mechanization production of the laver system cake of can realizing dewatering.Need to prove that this device can be used for material system cakes identical or close with the laver physical characteristic such as sea-tangle, vegetables, for simplicity's sake, only is that example is narrated the technical solution of the utility model with the laver below.

Background technology

At present, the laver cake making device mainly contains such two kinds of patterns:

The one, laver water system cake pattern.This pattern is that laver and water are carried out the concentration mediation by a certain percentage, quantitatively inject in the cake pouring frame then, the curtain sheet is laid in the below of cake pouring frame, water can go out by drop from the slit of curtain sheet after watering cake, laver just precipitates and is adsorbed on the curtain sheet, again through making the dish cake of definite shape after the typing of sponge extrusion dehydration.One of characteristics of this cake making device are that the moulding of dish cake is dewatered to the dish cake again, have the system cake evenly, sheet opens flat appearance, sheet and opens that appearance and size is unified, the controlled advantage of sheet Zhang Chongliang, be widely used in the automatic laver time processing unit in northern China Porphyra yezoensis producing region, but this system cake pattern need be used a large amount of water, and the dish cake water content height of making, therefore need dry processing, so just certainly exist the shortcoming of energy consumption height, not environmental protection, and the dish cake of making is not fluffy yet, directly has influence on the quality of finished product dish cake.

The 2nd, the drying cake pattern of laver.The distinguishing feature of drying cake pattern is that the former algae of laver after will cleaning earlier carries out making cake again after the centrifugal dehydration.This existing system cake mode is to utilize artificial manual method of operating that a certain amount of laver is spread uniformly in one group of formed frame that is placed on the screen cloth pallet to make cake, and this system cake pattern is widely used in porphyra haitanensis producing region, China south.

This drying cake pattern is compared with above-mentioned water system cake pattern, has the low and good advantage of dish cake fluffy degree of energy consumption for drying, but because in whole laver production process, from clean, system cake, drying, to take off each link such as dish all be pure manually-operated, exists inefficiency, sanitary condition is poor, the dish cake is inhomogeneous, the inconsistent significant deficiency of weight.For a long time, because of there not being the drying cake motorisation unit of corresponding laver on the market, so the manual drying cake pattern of laver follows till now always.

Summary of the invention

The utility model is, poor hygienic low at the existing efficient of the manual dry type system cake pattern of the existing water existing water of drying cake pattern and energy consumption height, dish cake water content height, dish cake fluffy degree difference and laver, inhomogeneous, the uneven defective of weight of dish cake, proposes a kind of laver cake making device that adopts molding cutter and pricker curtain sheet.According to device of the present utility model can realize to the dehydration laver the operation of mechanization system cake, have production health, dish cake evenly, high efficiency, energy efficient and dish cake size is unified, fluffy degree good, weight is controlled technical advantage, be one of key technology device of exploitation dehydration laver automation cake-making machine group.

The utility model provides a kind of marine alga or vegetables cake making device, this device comprises: frame, cutting knife beam assembly, cutting knife beam assembly driving mechanism, circular cutter assembly, curtain chip module, curtain chip module driving mechanism, material-conveying belt assembly and blower fan, wherein: the cutting knife beam assembly is installed on the frame and with cutting knife beam assembly driving mechanism and is in transmission connection, and the cutting knife beam assembly can move along the vertical direction relative to frame under the driving of cutting knife beam assembly driving mechanism; The inboard of frame is provided with curtain frame tracks, and the curtain chip module is installed on the tracks and can does step motion in the driving lower edge of curtain chip module driving mechanism curtain frame tracks; The material-conveying belt assembly comprises material-conveying belt and is in transmission connection with material-conveying belt and is used to drive the material-conveying belt transmission mechanism that material-conveying belt moves that material-conveying belt is provided with through hole; The cutting knife beam assembly comprises the cutting knife beam with hollow structure, and the cutting knife beam of hollow is connected with the mode of blower fan with fluid communication; The circular cutter assembly comprises circular cutter, circular cutter be connected with the cutting knife beam and with the hollow cavity fluid communication of cutting knife beam, the circular cutter assembly can move with the cutting knife beam.

According to cake making device of the present utility model, cutting knife beam assembly driving mechanism is first hydraulic pressure cylinder assembly, and first hydraulic pressure cylinder assembly is fixedly mounted on the frame.

According to cake making device of the present utility model, first hydraulic pressure cylinder assembly comprises hydraulic cylinder and is installed in also can be at the flexible hydraulic cylinder rod of action of hydraulic force lower edge hydraulic cylinder in the hydraulic cylinder, and the hydraulic cylinder of first hydraulic pressure cylinder assembly is installed on the frame by the hydraulic cylinder built-in beam; One end of hydraulic cylinder rod is fixedlyed connected with the cutting knife beam.

According to cake making device of the present utility model, the other end of hydraulic cylinder rod is protruding and on this extension limiting component is installed by hydraulic cylinder.

According to cake making device of the present utility model, circular cutter is connected with cutting knife beam elasticity.

According to cake making device of the present utility model, the circular cutter assembly also comprises cutting knife fixed disk, flexible duct and terminal pad, circular cutter is fixedly mounted on the cutting knife fixed disk, one end of flexible duct is fixedlyed connected with the cutting knife fixed disk, its other end is fixedlyed connected with terminal pad, and terminal pad is fixedlyed connected in the mode of fluid communication with the cutting knife beam of hollow by connecting trunnion again.

According to cake making device of the present utility model, the circular cutter assembly also comprises spring guide and spring, and an end of spring guide is fixedly mounted on the cutting knife fixed disk, and the other end passes the installing hole that is arranged on the terminal pad and is connected with the guide rod locking nut; Spring housing is contained on the spring guide and by elastic force and remains between terminal pad and the cutting knife fixed disk.

According to cake making device of the present utility model, the circular cutter assembly also comprises guide pin bushing, and guide pin bushing is sleeved on the spring guide and is subjected to the roof pressure of spring.

According to cake making device of the present utility model, the circular cutter assembly also comprises retaining dish net, and retaining dish Netcom crosses retaining dish net fixture and is installed in the circular cutter in the adjustable mode of the distance of relative circular cutter blade.

According to cake making device of the present utility model, the cross sectional shape of circular cutter can be circular, square, rectangle or shaped form.

According to cake making device of the present utility model, the curtain chip module is an acupuncture curtain chip module, and it comprises curtain frame, curtain sheet body and pricker, and pricker is arranged on the curtain sheet body, the connector that curtain sheet body is provided with first through hole, second through hole and is used for being connected with the curtain frame.

According to cake making device of the present utility model, connector comprise be arranged on curtain sheet body side and be used for being connected with the curtain frame curtain sheet installing hole and curtain sheet mounting lug, lug is provided with installing hole.

According to cake making device of the present utility model, connector comprises the hasp that is arranged on curtain sheet body side, and hasp is connected with the curtain frame by being clasped.

According to cake making device of the present utility model, curtain sheet body is made of the rib of arranging that interweaves, and is provided with certain clearance between rib, and the gap has constituted first through hole; Pricker is arranged on the rib or with rib and is made into integration.

According to cake making device of the present utility model, the material-conveying belt assembly be positioned at the cutting knife beam assembly under, its length direction is consistent with the length direction of cutting knife beam assembly.

According to cake making device of the present utility model, material-conveying belt has imperforate section, the position of imperforate section, shape and size and coupling corresponding with position, shape and the size of circular cutter.

According to cake making device of the present utility model, the material-conveying belt transmission mechanism comprises drive roll and driven voller, material-conveying belt is looped around on drive roll and the driven voller and can moves around drive roll and driven voller under the driving of drive roll, and drive roll and driven voller are installed in rotation on the frame by bearing block respectively.

According to cake making device of the present utility model, also comprise holder fine strain of millet assembly, holder fine strain of millet assembly comprises holder fine strain of millet and cutting knife bearing ring, joist is installed on the frame and is positioned at by material-conveying belt, drive roll and driven voller and limits the annular space that forms, the cutting knife bearing ring is arranged on the upper surface of joist, its position, shape and size and coupling corresponding with position, shape and the size of circular cutter (2036).

According to cake making device of the present utility model, also comprise cutter beam Synchronization Component, cutter beam Synchronization Component comprises synchronizing shaft and linkage, synchronizing shaft is installed in rotation on the frame and by means of linkage and cutting knife beam and is in transmission connection.

According to cake making device of the present utility model, linkage comprises connection rocking arm and synchronous rock arm, one end of connection rocking arm is connected rotationally with the swivel base on being fixedly arranged on frame, fixedly connected with an end of synchronous rock arm respectively in the two ends of synchronizing shaft, the other end that connects rocking arm is connected rotationally with the other end of synchronous rock arm.

According to cake making device of the present utility model, synchronizing shaft is rotatably mounted on the frame by bearing block, and bearing block is installed on the fixed head, and fixed head is fixedly mounted on the upper beam of frame; Swivel base is connected with the last plane of cutting knife beam.

According to cake making device of the present utility model, comprise that also pressure dish beam assembly reaches and presses the dish beam assembly to be in transmission connection and be used to the pressure dish beam assembly driving mechanism of pressing the dish beam that power is provided, pressure dish beam assembly is installed on the frame and also can moves along above-below direction relative to frame under the driving of pressing the dish beam assembly.

According to cake making device of the present utility model, press the dish beam assembly to comprise and press the dish beam, press the dish seat board and press the dish body, press the dish seat board to be fixedly mounted on and press on the dish beam, press the dish body to be installed in and press on the dish seat board.

According to cake making device of the present utility model, press the dish body to make by sponge, rubber or other elastomeric material; Press the dish body to adhere to or be installed in and press on the dish seat board, press the dish seat board to be installed on the lower plane of pressing the dish beam.

According to cake making device of the present utility model, pressing dish beam assembly driving mechanism is second hydraulic pressure cylinder assembly, and second hydraulic pressure cylinder assembly is fixedly mounted on the frame.

According to cake making device of the present utility model, second hydraulic cylinder rod that second hydraulic pressure cylinder assembly comprises second hydraulic cylinder and is installed in second hydraulic cylinder and can stretches out and withdraw along second cylinder body, an end of second hydraulic cylinder rod is fixedlyed connected with pressure dish beam.

According to cake making device of the present utility model, second hydraulic cylinder is fixed on the frame by the hydraulic cylinder built-in beam, and the other end of hydraulic cylinder rod is protruding and on this extension limiting component is installed by hydraulic cylinder.

According to cake making device of the present utility model, comprise also and press dish beam Synchronization Component that press dish beam Synchronization Component to comprise synchronizing shaft and linkage, synchronizing shaft is installed in rotation on the frame and by means of linkage and is in transmission connection with pressing the dish beam.

According to cake making device of the present utility model, also comprise: blast transition components, blast transition components be connected between cutting knife beam and the blower fan and with cutting knife beam and blower fan fluid communication, its wind that is used for being led to the cutting knife beam by blower fan converts malleation wind or negative pressure wind to.

According to cake making device of the present utility model, the blast transition components is rotary blast transition components, it comprises and changes the air duct body, changes wind shaft and change the wind flap, change wind shaft and pivotally be installed in and change in the air duct body, change the wind flap be installed in change on the wind shaft and with the barrel sliding-contact of changing the air duct body.

According to cake making device of the present utility model, change the air duct body and be provided with the first blower fan connected entrance and the second blower fan connected entrance, wherein the first blower fan connected entrance is communicated with the air outlet fluid of blower fan, and the second blower fan connected entrance is communicated with the air inlet fluid of blower fan.

According to cake making device of the present utility model, change the air duct body also to be provided with into/exhaust outlet and effect air port, advance/exhaust outlet is communicated with ambient atmosphere, acts on air port and cutting knife beam fluid communication.

According to cake making device of the present utility model, change wind shaft and change the hearsay actuation mechanism and be connected and can under the effect of transmission mechanism, drive and change wind flap rotation.

According to cake making device of the present utility model, change the hearsay actuation mechanism comprise with change wind shaft fixedly connected change wind body rocking arm with by oscillating bearing with change the effect pull bar that wind body rocking arm is connected; Changing the air duct body is connected with mounting bracket.

According to cake making device of the present utility model, the blast transition components is a bushing type blast transition components, air duct and outer air duct in it comprises, and interior air duct is installed in rotation in the inner chamber of outer air duct.

According to cake making device of the present utility model, interior air duct is provided with near-end and changes air port, far-end and change air port and effect air port, and an end of interior air duct seals with stifle, and the other end opens wide and leads to circular cutter assembly inner chamber.

According to cake making device of the present utility model, interior air duct effect air port is two and by at interval 180 ° of distributions, interval, two effect air ports is provided with and changes the air port with near-end for 90 ° and is arranged on the sustained height, far-end changes the air port and is arranged on and is higher than on the position that near-end changes the air port, and far-end changes air port and near-end and changes and be provided with ventilation duct between the air port and far-end is changed air port and near-end change the air port and be communicated with.

According to cake making device of the present utility model, outer air duct is provided with the adapter of negative pressure air port, the malleation air port is taken over, the negative pressure air port is taken over the angle that forms with the adapter of malleation air port and is about 90 degree, and changing the air port with near-end is on the sustained height position, the negative pressure air port is taken over and the air inlet of blower fan links, and the malleation air port is taken over and the air outlet of blower fan links; Outer air duct is fixed on the cutting knife beam by mounting flange.

According to cake making device of the present utility model, the blast transition components is a parallel-moving type blast transition components, it comprises ventilating fan frame, the negative pressure mouth of pipe, the malleation mouth of pipe and the movable mouth of pipe, the positive and negative pressure mouth of pipe is fixedly mounted on the ventilating fan frame and links with air outlet, the air inlet of blower fan respectively, the movable mouth of pipe is provided with engaging lug, the movable mouth of pipe can under the effect of its driving mechanism and the position that links of the malleation mouth of pipe and and the position that links of the negative pressure mouth of pipe between move, the movable mouth of pipe also with cutting knife beam fluid communication.

According to cake making device of the present utility model, change the wind assembly and also comprise stage clip, pressing plate, rolling bearing and bearing guide, the pressing plate movable set is on the movable mouth of pipe, compression spring sleeve is contained in outside the movable mouth of pipe and between the ring flange of the pressing plate and the movable mouth of pipe, rolling bearing is installed on the bearing otic placode of pressing plate and is installed in the draw-in groove of bearing guide, and bearing guide is fixedly mounted on the ventilating fan frame.

According to cake making device of the present utility model, the blast transition components is that parallel-moving type changes the wind assembly, it comprises that changing aerofoil, the negative pressure mouth of pipe, the malleation mouth of pipe, effect air port and activity changes wind spare, the negative pressure mouth of pipe, the malleation mouth of pipe respectively with air outlet, the air inlet fluid communication of blower fan; Activity is changed wind spare and is provided with engaging lug, the positive and negative pressure mouth of pipe and effect air port are fixedly mounted on to be changed on the aerofoil, the effect air port is between the positive and negative pressure mouth of pipe, activity is changed wind spare and can moved between the primary importance and the second place under the effect of its driving mechanism, wherein on primary importance, change wind spare by activity the negative pressure mouth of pipe and effect air port are linked, on the second place, change wind spare by activity the malleation mouth of pipe and effect air port are linked.

According to cake making device of the present utility model, activity is changed wind spare and is provided with slide, slide be fixed on the guide rod that changes on the aerofoil and cooperatively interact.

According to cake making device of the present utility model, driving mechanism comprises reducing motor, eccentric rocking arm and drives pull bar, the output shaft of reducing motor is connected with eccentric rocking arm, and eccentric rocking arm is connected with the driving pull bar by oscillating bearing, is connected with engaging lug by oscillating bearing and drive pull bar.

According to cake making device of the present utility model, driving mechanism also comprises the offset regulating part.

According to cake making device of the present utility model, the curtain chip module is positioned at the below of cutting knife beam assembly; The material-conveying belt assembly is positioned at the below of pricker curtain chip module, and the curtain chip module is at the traffic direction of the curtain frame tracks moving direction perpendicular to cutting knife fine strain of millet.

According to cake making device of the present utility model, owing to adopted the pricker curtain chip module of strong adhesion, make dish cake unexpected situation about coming off in process obviously reduce or basic the elimination, yield rate and production efficiency have been improved, reduced because of the pollution of secondary operations, reduced energy consumption simultaneously producing.

According to cake making device of the present utility model, owing to adopted pressure dish beam assembly, thus further extrude the moisture in the dish cake, the thorn of pricker curtain sheet is needled in the dish cake, prevent that the dish cake from dropping because of upset in follow-up operation.

According to cake making device of the present utility model, owing between circular cutter and cutting knife beam, set up the elasticity annexation, therefore in cutting the cake process, when circular cutter touches material-conveying belt earlier and is obstructed, cutting knife centering spring 9 will be compressed, also can well touch material-conveying belt and till downcutting the dish cake until other circular cutter, so just can effectively avoid the raw material dish on the curtain sheet can not being cut off or occur defective in uneven thickness because the action of circular cutter is asynchronous.

According to cake making device of the present utility model, guarantee the uniformity and the stability of two ends movement velocity in the cutting knife beam motion process by adopting cutter beam Synchronization Component, like this, when Driven by Hydraulic Cylinder cutting knife beam moves, the motion at cutting knife beam two ends nonsynchronous phenomenon can not occur, thereby avoid influencing the effect of cutting the dish, prevent to damage members such as hydraulic cylinder.

According to cake making device of the present utility model, owing to adopted structure simply to change the wind assembly, make that the blast conversion of cutting knife beam and circular cutter inner chamber is convenient more, avoided cost problem because of adopting alternate manner frequent changes wind direction and blast to produce

Description of drawings

Fig. 1 shows the general structure schematic diagram of the utility model cake making device;

Fig. 2 is the composition structural representation of cutter assembly;

Fig. 3 a to Fig. 3 e is the side direction view of Fig. 1, show the different operating position of each functional unit in a complete work period among the figure respectively, wherein Fig. 3 a shows the cutting knife beam assembly and presses the dish beam assembly all to be in the state that lifts when the extreme higher position, at this moment, the dish cake that downcut last time to pressing dish body lower position, and does not have curtain frame and curtain sheet together with curtain sheet step motion under the cutting knife; Fig. 3 b shows cutting knife and is passing through sky curtain chord position and contact with material-conveying belt and cut the dish, press simultaneously the dish body to be pressed onto to be pressed into the dish cake in the pricker slit on the pricker curtain sheet and the state when being punctured on the pricker; Fig. 3 c shows the state that circular cutter lifts, presses the dish body also to lift together with cutting the dish cake; After Fig. 3 d, Fig. 3 e showed position of curtain frame stepping, the dish cake spued in cutting knife and the duty when dropping to pricker curtain sheet.

Fig. 4 a and Fig. 4 b show the concrete structure schematic diagram of pricker curtain sheet;

Fig. 5 is the assembly structure schematic diagram of pricker curtain chip module;

Fig. 6 a, Fig. 6 b show the rotary end that changes wind assembly concrete structure to schematic diagram and with the connected relation schematic diagram of blower fan, in three views, the commutation flap is in three different operating positions;

Fig. 7 a, Fig. 7 b show rotary side schematic view of changing the wind assembly;

Fig. 8 shows the partial structurtes schematic diagram of cutter beam Synchronization Component;

Fig. 9 shows the assembling schematic diagram that bushing type is changed the wind assembly;

Figure 10 changes the three-view diagram of the outer air duct seam of wind assembly for bushing type;

Figure 11 changes the three-view diagram of the interior air duct seam of wind assembly for bushing type;

Figure 12 changes the wind principle schematic for interior air duct when two different operating positions;

Figure 13 a is the structural representation (communicating with the malleation wind regime) that parallel-moving type changes the wind assembly;

Figure 13 b is the structural representation (communicating with the negative pressure wind regime) that parallel-moving type changes the wind assembly;

Figure 13 c shows the structural representation of the positive and negative mouth of pipe;

Figure 13 d shows the movable mouth of pipe and perimeter component structural representation;

Figure 14 a shows the structure composition schematic diagram that the wind assembly is changed in second translation;

Figure 14 b is the side view of Figure 14 a;

Figure 14 c shows different with Figure 14 a wind position views that change.

Preferred implementation

In Figure of description, Reference numeral is represented respectively;

1, frame: 101, hydraulic cylinder built-in beam, 102, the frame vertical beam, 103, the joist mounting rail, 104, curtain frame rail road; 2, cutting knife beam assembly: 201, cutting knife beam, 202, cutter beam duct collar, 203, the circular cutter assembly: 2031, connect trunnion, 2032, terminal pad, 2033, the rubber airduct, 2034, rubber airduct pressure pad, 2035, cutting knife fixed disk, 2036, circular cutter, 2037, retaining dish net, 2038, retaining dish net hold-down screw, 2039, cutting knife centering spring, 20310, spring guide, 20311, guide pin bushing, 20312, gland, 20313, the guide rod locking nut, 204, cutting knife beam airduct; 3, second hydraulic pressure cylinder assembly, 3 ' the first hydraulic pressure cylinder assemblies: 301, hydraulic cylinder, 302, hydraulic cylinder rod, 303, the hydraulic cylinder rod end flanges, 304, locating part, 305, stop nut; 4, pricker curtain chip module: 401, curtain frame, 401 ', the curtain hook, 402, pricker curtain sheet, 4021, curtain sheet body, 4022, curtain sheet rib, 4023, curtain sheet installing hole, 4024, dish cake stripping technology hole, 4025, pricker, 4026, curtain sheet mounting lug and endoporus, 4027, first hasp, 4028, second hasp; 5, material-conveying belt assembly: 501, initiatively roll (roller), 502, material-conveying belt, 502 ', the material-conveying belt open-work, 503, the laver raw material, 503 ', the dish cake, 504, driven rolling (roller), 505, driven roller bearing bearing, 506, imperforate section; 6, supply assembly; 7, joist assembly: 701, joist, 702, the cutting knife bearing ring; 8, press the dish beam assembly: 801, press the dish beam, 802, press the dish seat board, 803, press the dish body; 9, the rotary wind assembly that changes: 901, change the air duct body, 902, the effect air port, 903, first blower fan is communicated with the air port, 903 ', second blower fan is communicated with the air port, 904, benefit, exhaust outlet, 905, change the air duct lid, 906, change the wind flap, 9061, change aerofoil end sealing strip, 907, bearing block, 908, change wind shaft, 909, change wind body rocking arm, 910, oscillating bearing, 911, the effect pull bar, 912, change the wind body lower margin is installed, 913, change pneumatic power rocking arm; 10, blower fan: 1001, fan wind inleting tube, 1002, the blower fan discharge pipe; 11, press dish position curtain sheet joist assembly; 12, cutter beam Synchronization Component, 1201, swivel base, 1202, connect rocking arm, 1203, synchronous rock arm, 1204, synchronizing shaft, 1205, bearing block, 1206, fixed head, 1207, first rotating shaft, 1208, first lining, 1209, second lining, 1210, second rotating shaft, 1211, pressure pad; 13, bushing type is changed the wind assembly: 1301, the negative pressure mouth is taken over, and 1302, the malleation mouth takes over, 1303, mounting flange, 1304, outer air duct, 1305, interior air duct, 13051, interior air duct far-end changes the air port, 13052, interior air duct near-end changes the air port, 13053, the first interior air duct effect air port, 13054, air duct effect air port in second, 13055, interior air duct air channel, 13056, change the wind passage, 1306, ventilation duct, 1307, stifle; 14, parallel-moving type changes wind assembly, 1401, translation ventilating fan frame, 1402, the negative pressure mouth of pipe, 1403, the malleation mouth of pipe, 1404, the movable mouth of pipe, 14041, hinged ear, 1405, stage clip, 1406, pressing plate, 1407, the bearing otic placode, 1408, rolling bearing, 1409, bearing guide, 1410, drive pull bar, 1411, eccentric rocking arm, 1412, the offset regulating part, 1413, reducing motor, 1414, the negative pressure trunnion, 1415, the malleation trunnion, 1416, change aerofoil, 14161, the negative pressure air port, 14162, the effect air port, 14163, the malleation air port, 1417, change wind spare, 14171, change the wind chamber, 14172, engaging lug, 1418, guide rod, 1419, leader fixed, 1420, slide, 1421, the reducing motor holder; 15, second parallel-moving type changes the wind assembly.

Shown in Fig. 1, Fig. 3 a, there is shown according to cake making device of the present utility model, this device mainly comprises: cutting knife beam assembly 2, the first and second hydraulic pressure cylinder assemblies 3,3 ', press dish beam assembly 8, circular cutter assembly 203, pricker curtain chip module 4, material-conveying belt assembly 5, joist assembly 7, rotary wind assembly (bushing type is changed the wind assembly, parallel-moving type changes the wind assembly), fan assembly, frame 1 and the cutter beam Synchronization Component 12 etc. of changing.

Below each modular construction of the utility model device is done concrete technical descriptioon.

As shown in Figure 1, cutting knife beam assembly 2 is made main body with cutting knife beam 201, the lower plane of cutting knife beam 201 is provided with circular cutter assembly 203, the quantity of circular cutter assembly 203 can be determined according to the scale of type, in illustrated embodiment, its quantity is 4, circular cutter assembly 203 on cutting knife beam 201 by certain spacing arranged evenly, be installed on the cutting knife beam 201 circular cutter assembly 203 also be positioned at its below pricker curtain chip module 4 on pricker curtain sheet 402 align up and down.Cutting knife beam 201 is the hollow structure of basic sealing, and the inside of circular cutter assembly 203 also is hollow structure, and the inner space of cutting knife beam 201 and circular cutter assembly 203 is connected by being connected trunnion 2031.On the cutting knife beam 201 (end or go up lower plane all can) also be provided with cutter beam duct collar 202, cutting knife beam 201 is by this duct collar 202 and cutting knife beam airduct 204 UNICOMs, and cutting knife beam airduct 204 is connected with the rotary effect air port 902 (or parallel-moving type changes the movable mouth of pipe 1404 of wind assembly 14) of changing wind assembly 9.

As shown in figs. 1 and 3, hydraulic pressure cylinder assembly 3,3 ' have an identical structure, it is mainly by hydraulic cylinder 301, hydraulic cylinder rod or piston rod 302 and locating part 304, stop nut 305 constitutes, hydraulic cylinder rod 302 is installed in the hydraulic cylinder 301 and can moves up and down in hydraulic cylinder, the last plane at cutting knife beam 201 two ends and hydraulic pressure cylinder assembly 3 ' hydraulic cylinder rod end flanges 303 be connected, hydraulic cylinder 301 is fixedly mounted on the hydraulic cylinder built-in beam 101 of frame 1, like this, when hydraulic cylinder rod 302 stretched out and withdraws, cutting knife beam assembly 2 just can move up and down under the effect of hydraulic cylinder rod 302.

Similar with cutting knife beam assembly 2, pressing dish beam assembly 8 also is to press dish beam 801 to make main body, to press the lower plane of dish beam 801 that pressure dish seat board 802 is installed, to press to be equipped with on the dish seat board 802 and press dish body 803.Press dish body 803 to be generally soft elastomers such as sponge, rubber, its effect is with on the pricker of the dish cake 503 on the pricker curtain sheet 402 ' be pressed into pricker curtain sheet 402 and in the slit between the pricker.The quantity of pressure dish body 803 is identical with the quantity of circular cutter assembly 203 and its position and circular cutter assembly 203 position on cutting knife beam 201 on pressure dish beam 801 is corresponding.The same with cutting knife beam assembly 2, press the last plane at dish beam 801 two ends to be connected with the hydraulic cylinder rod end flanges 303 of hydraulic pressure cylinder assembly 3, hydraulic cylinder 301 is fixedly mounted on the hydraulic cylinder built-in beam 101 of frame 1, like this, when hydraulic cylinder rod 302 stretches out and withdraws, just can drive and press dish beam assembly 8 to move up and down.Locating part 304 and stop nut 305 that the upper end of hydraulic cylinder rod 302 is set are used for the extreme position that limited piston rod member 302 moves downward, and with when control system breaks down, prevent from because of piston rod excessively moves the raw material conveyer belt to be damaged downwards by round cutting-off tool.Need to prove: adopting and pressing the purpose of dish beam assembly mainly is in order further to extrude the moisture in the dish cake, the thorn of pricker curtain sheet to be needled in the dish cake, prevent that the dish cake from dropping because of upset in follow-up operation.Adopt pressing the dish beam is preferred version of the present invention, also can be according to actual needs and designing requirement, and save and press the dish beam assembly or take other structure with similar functions or assembly.

As Fig. 1 and shown in Figure 5, also be provided with pricker curtain chip module 4 according to cake making device of the present utility model, pricker curtain chip module 4 is mainly by curtain frame 401, pricker curtain sheet 402 and curtain hook 401 ' constitute, wherein curtain frame 401 is a tower structure, can be provided with on the long muscle of curtain frame curtain hook 401 ', pricker curtain sheet 402 is installed on the curtain frame 401 by the curtain hook.The concrete structure of pricker curtain sheet 402 is seen Fig. 4 a and Fig. 4 b, curtain sheet body 4021 is made up of the rib 4022 of the array distribution that interweaves in length and breadth, 4022 of ribs are provided with the space or first through hole, and the water that drop goes out in being beneficial to the hot blast exchange in dish cake when oven dry and being convenient to when the system cake by the dish cake flows out downwards by these gaps.In addition, also be provided with the dish cake stripping technology hole or second through hole 4024 on the curtain sheet body.Rib 4022 is provided with pricker 4025, and the end of pricker 4025 is a needle point structure, is beneficial to press the dish body that the dish cake is punctured on the pricker, prevents that the dish cake from getting loose in dry run.(Fig. 4 a) or first, second hasp 4027,4028 (Fig. 4 b) also to be provided with curtain sheet installing hole 4023 and curtain sheet mounting lug and endoporus 4026 on the curtain sheet body 4021.Pricker curtain sheet shown in Fig. 4 b utilizes first, second hasp 4027,4028 at its two ends directly to snap fitted on the long muscle of curtain frame and gets final product.Pricker curtain sheet shown in Fig. 4 a the curtain frame of supporting installation must be provided with curtain hook 401 ', when the curtain sheet is installed, utilize installing hole 4023 cover of curtain sheet one end install to curtain hook 401 ' on, penetrate split pin or iron wire etc. with curtain hook 401 ' (not shown) is connected in the lug endoporus of the curtain sheet other end.Pricker curtain chip module 4 is positioned on the curtain frame rail road 104 that is located in frame 1 both sides, and is positioned at the below of cutting knife beam assembly 2 and pressure dish beam assembly 8.Pricker curtain chip module 4 is subjected to the driving of head power to make intermittently step motion (the power drive part is not shown), pricker curtain chip module 4 is that interlacing is arranged, promptly arrange according to the rule of " curtain frame-sky-curtain frame-sky ", the purpose of Pai Lieing is in order to be that circular cutter 2036 can get off to cut the dish that (see Fig. 3 a), this point specifies in the position of " empty curtain frame " in the narration of the operation principle of back like this.

As shown in Figure 1, also be provided with material-conveying belt assembly 5 according to cake making device of the present utility model, it mainly acts on is that the raw material from feed assembly 6 is transported to cutting knife system cake position.Material-conveying belt assembly 5 mainly comprises material-conveying belt 502, initiatively rolls 501 and drivenly roll 504.Material-conveying belt 502 is a closed-loop structure, its two ends are sleeved on initiatively rolls 501 and driven rolling on 504, the power of drive roll 501 initiatively rolls 501 and rotates under the driving of reducing motor from reducing motor (not shown) independently, drivenly rolls 504 and material-conveying belt 502 runnings to drive.Particularly, be provided with supply assembly 6 stretch out an end of frame outside at material-conveying belt assembly 5 above, supply assembly 6 can be on the material-conveying belt 502 of material-conveying belt assembly 5 feed, and on material-conveying belt 502, form the laver raw band 503 (concrete structure and the operation principle of supply assembly are not described herein) that has dewatered uniformly continuously in this patent.The motion of material-conveying belt 502 also is the step-by-step system at intermittence, lifts the back motion at the cutting knife beam, stop motion after feeding puts in place, and cake is cut in wait circular cutter whereabouts.As shown in Figure 1, material-conveying belt 502 around scope in also be provided with joist assembly 7, joist assembly 7 is made of joist 701, cutting knife bearing ring 702 and joist mounting rail 103, joist mounting rail 103 is a part of frame 1, perhaps also can be an individual components that is fixedly installed on the frame 1.The two ends of joist 701 are fixedly installed on the joist mounting rail 103, the last plane of joist 701 is provided with cutting knife bearing ring 702, cutting knife bearing ring 702 is an annular and corresponding with the shape and size of circular cutter 2036, when dropping to, circular cutter 2036 contacts with material-conveying belt 502 and when the raw material on the material-conveying belt 502 cut, cutting knife bearing ring 702 will be held material-conveying belt 502, think that material-conveying belt provides necessary support, its effect is similar to chopping block.In addition, material-conveying belt 502 be provided with according to certain rules the open-work 502 that distributes ', the effect of these open-works is to be used for ventilative suction in feed position and system cake position.Also be provided with imperforate section 506 on the material-conveying belt 502, the position of imperforate section, shape and size are corresponding with circular cutter 2036 and cutting knife bearing ring 702, open-work is not set in this zone, here be the effect band of circular cutter when cutting the cake operation, its distribution distance on material-conveying belt is corresponding with position, the distance of circular cutter assembly 203.

As shown in Figure 2, also be provided with circular cutter assembly 203 according to cake making device of the present utility model, circular cutter assembly 203 comprises connection trunnion 2031, terminal pad 2032, rubber airduct or flexible duct 2033, rubber airduct pressure pad 2034, cutting knife fixed disk 2035, circular cutter 2036, retaining dish net 2037, retaining dish net hold-down screw 2038, cutting knife centering spring 2039, spring guide 20310, guide pin bushing 20311, gland 20312, guide rod locking nut 20313, wherein, connecting trunnion 2031 is made by rigid material, it is fixedlyed connected with cutting knife beam 201 and keeps fluid communication, and this connection trunnion 2031 also can be made one with cutting knife beam 201 certainly.Circular cutter 2036 is removably mounted on the cutting knife fixed disk 2035 by connector, so that the replacing of circular cutter.Cutting knife fixed disk 2035 is assembled together by parts such as spring guide 20310, cutting knife centering spring 2039 and terminal pad 2032, also is provided with rubber airduct 2033 between cutting knife fixed disk 2035 and the terminal pad 2032.This structural design, purpose is to set up the elasticity annexation between circular cutter 2036 and cutting knife beam 201, in cutting the cake process, when circular cutter touches material-conveying belt earlier and is obstructed, cutting knife centering spring 2039 will be compressed, and also can well touch material-conveying belt and till downcutting the dish cake until other circular cutter.The effect of rubber airduct 2033 is when the circular cutter component internal forms continuous air channel, and the rubber airduct can stretch or compress, to compensate owing to the terminal pad that elongation or compression were produced of cutting knife centering spring and the variable in distance between the cutting knife fixed disk.The size of cutting knife centering pre-pressure of the spring (cutting the cake starting force), i.e. the decrement of spring can be adjusted by the guide rod locking nut 20313 that adjusting is located at spring guide 20310 tops.The position of adjusting guide rod locking nut 20313 can also make the plane of each the circular cutter bottom cutting edge on the cutting knife beam be in the plane, the dish cake is reliably cut off guaranteeing.Cutting knife centering spring also elastomeric material such as available rubber substitutes.In addition, retaining dish net 2037 is installed also in circular cutter 2036, as shown in Figure 2, retaining dish net 2037 is connected with cutting knife fixed disk 2035 by retaining dish net hold-down screw 2038, and the distance of retaining dish net 2037 relative circular cutter blades can be regulated by screw 2038.Need to prove: the cross sectional shape of circular cutter is not only to be confined to circle or annular, and it can also have square, rectangle or other required contour shape.

As Fig. 1, Fig. 3 a-Fig. 3 e and shown in Figure 8, also be provided with cutter beam Synchronization Component 12 according to cake making device of the present utility model.As previously mentioned, top, the two ends of cutting knife beam 201 is equipped with two groups of Driven by Hydraulic Cylinder assemblies 3, like this, when Driven by Hydraulic Cylinder cutting knife beam moves, nonsynchronous phenomenon may appear in the motion at cutting knife beam two ends, not only influences members such as the effect of cutting the dish, and easily damaged hydraulic cylinder.And the effect of cutter beam Synchronization Component 12 is exactly to guarantee that one of two ends movement velocity in the cutting knife beam motion process makes peace stable.Cutter beam Synchronization Component 12 mainly comprises transposase 11 201, connects rocking arm 1202, synchronous rock arm 1203, synchronizing shaft 1204, bearing block 1205, fixed head 1206, transposase 11 201 is fixedly mounted on the cutting knife beam 201, as shown in Figure 8, transposase 11 201 is connected with the last plane of cutting knife beam 201; Fixed head 1206 is fixedly mounted on the upper beam of frame 1, and bearing block 1205 is housed on the fixed head 1206, and synchronizing shaft 1204 utilizes bearing block 1205 and fixed head 1206 to be installed in rotation on the upper beam of frame 1; The two ends of synchronizing shaft 1204 are separately installed with a synchronous rocking arm 1203 by welding or other fixedly connected mode, as shown in Figure 8, one end of synchronous rock arm 1203 is fixedly connected on the synchronizing shaft 1204, the other end of synchronous rock arm 1203 then is connected with an end that connects rocking arm 1202 downwards with first lining 1208 rotationally by first rotating shaft 1207, and the other end that connects rocking arm 1202 is connected with transposase 11 201 with second lining 1209 rotationally by second rotating shaft 1210.From above structural analysis as can be seen, because the synchronous rock arm at cutter beam Synchronization Component two ends and connection rocking arm draw constraint to the two ends of cutting knife beam simultaneously, therefore its synchronous error only is decided by the size of the fit clearance between each structural member, and that can guarantee that cutting knife beam two ends move up and down carries out synchronously.

Equally, according to cake making device of the present utility model, also can press dish beam synchronizing shaft assembly, and press structure, mounting means and mode of operation and the structure on the cutting knife beam assembly, mounting means and the mode of operation of dish beam Synchronization Component basic identical, not repeat them here for pressing the dish beam assembly to install.

In addition, also be provided with the blast transition components or change the wind assembly, change the wind assembly and can adopt multiple version, several wind assemblies that preferably change are described in detail below in conjunction with accompanying drawing according to cake making device of the present utility model.

As Fig. 6 a, Fig. 6 b and shown in Figure 7, can be provided with the rotary wind assembly 9 that changes according to cake making device of the present utility model.Rotary effect of changing wind assembly 9 be cooperate circular cutter 2036 finish to realize after the cut-out of dish cake to the suction of dish cake from and discharge, particularly, the cutting when needing to lift after the cake of raw material on circular cutter 2036 is finished material-conveying belt exactly, at this moment, blower fan 10 work, rotaryly change that suction side that wind assembly 9 makes blower fan 10 by rotation links with the effect air port and apply negative blast (shown in Fig. 6 a), so just utilize negative pressure that the dish cake is adsorbed in the circular cutter and with circular cutter and together lift via the inner chamber of 204 pairs of cutting knife beams 201 of cutting knife beam airduct; Then, when pricker curtain chip module 4 step motions are to circular cutter, rotaryly change that malleation side that wind assembly 9 makes blower fan 10 by rotation links with the effect air port and apply positive blast (shown in Fig. 6 b) via the inner chamber of 204 pairs of cutting knife beams of cutting knife beam airduct, the dish cake that is adsorbed in the circular cutter is blown out, and the dish cake drops on the pricker curtain sheet 402 under positive blast and gravity effect.The rotary wind assembly 9 that changes is mainly by changing air duct body 901 and changing air duct lid 905 and form, change air duct body 901 and change air duct lid 905 and define an airtight space, the inside of changing air duct body 901 is provided with changes wind shaft 908, change wind shaft 908 two ends and outwards pass from the center of changing air duct lid 905 respectively, and be installed in rotation on by bearing block 907 and change on the air duct lid 905.Change wind shaft 908 and be provided with and change wind flap 906, the end of changing wind flap 906 is provided with sealing strip 9061, and sealing strip 9061 matches with changing air duct body 901, plays sealing function.An end that changes wind shaft 908 with change wind body rocking arm 909 and be connected, change wind body rocking arm 909 and be connected with effect pull bar 911 by oscillating bearing 910 again, effect pull bar 911 is in transmission connection by the active force (not shown) of oscillating bearing 910 with unit.Shown in Fig. 7 a, change air duct body 901 be provided with in the horizontal direction first blower fan be communicated with air port 903 and second blower fan be communicated with air port 903 ', these two air ports respectively with the air inlet and the air outlet UNICOM of blower fan 10, shown in Fig. 6 b.Change air duct body 901 and above vertical direction, be provided with effect air port 902, effect air port 902 is by the inner chamber UNICOM of airduct 204, cutter beam duct collar 202 and cutting knife beam 201, change on air duct body 901 vertical direction below be provided with benefit, exhaust outlet 904, wind-supplying mouth or exhaust outlet when it is used as the blast conversion.Commutation flap 906 can reciprocating rotating or swing in changing air duct body 901, its power is from the active force of unit, particularly being exactly active force with unit at first passes to and changes pneumatic power rocking arm 913, make power rocking arm 913 do continuous rotary motion, power rocking arm 913 is changed wind flap 906 by the wind body rocking arm 909 that changes that oscillating bearing 910, effect pull bar 911 and being located at change wind shaft 908 ends with transmission of power, makes to change the wind flap and rotate in cylindrical shell 901; The radius of gyration that changes wind body rocking arm 909 is greater than the radius of gyration that changes pneumatic power rocking arm 913, just can drive and changes wind shaft 908 and change wind flap 906 and do rotary oscillation so change the rotational motion of pneumatic power rocking arm 913.In addition, the quantity in effect air port 902 can be determined according to actual needs, has illustrated in Fig. 7 b and has changed the situation that is provided with two effect air ports on the air duct body 901.

As Fig. 9, Figure 10, Figure 11 and shown in Figure 12, can be provided with bushing type according to cake making device of the present utility model and change wind assembly 13, be with aforesaid rotary difference of changing wind assembly 9: rotary quantity of changing wind assembly 9 can be one, affacts one group of (more than 2) circular cutter assembly 203 after it acts on air port and the internal cavity of cutting knife beam 201 communicates; And bushing type is changed the quantity of wind assembly 13 and is equated that with the quantity of circular cutter assembly 203 pairing work, each bushing type are changed the wind assembly and only controlled a circular cutter assembly.Be reflected in the operation principle aspect, the rotary wind assembly that changes is to utilize the rotation of changing the air-valve plate of air duct inside to realize acting on the blast conversion in air port, and it then is the blast conversion that each air port conversion docking location of utilizing relatively rotating of inside and outside sleeve pipe to make internal and external casing is realized circular cutter assembly inner chamber that bushing type is changed the wind assembly.Second kind of control mode can effectively reduce respectively cut the cake position when occurring leaking out because of the dish cake is inhomogeneous to inhaling influencing each other of dish ability, functional reliability is higher relatively.Change wind assembly 13 according to the bushing type of cake making device of the present utility model and comprise outer air duct 1304 and interior air duct 1305, the lower end of outer air duct 1304 is provided with mounting flange 1303, also weld or be installed with adapter 1301 of negative pressure mouth and malleation mouth on the outer air duct and take over 1302, the negative pressure mouth take over 1301 with the malleation mouth to take over 1302 angles that form be 90 degree and change the air port with near-end and be on the sustained height position, the negative pressure mouth is taken over 1301 air inlets by flexible pipe and blower fan and is linked, and the malleation mouth is taken over 1302 air outlets by flexible pipe and blower fan and linked; Interior air duct 1305 upper ends are provided with stifle 1307, interior air duct 1305 is provided with that far-end changes air port 13051 and near-end changes air port 13052, the inside of interior air duct is provided with ventilation duct 1306 far away, near-end is changed air port 13051 and 13052 connections, change directions that the air port approximately is 90 degree and be provided with also that in the air duct effect air port 13053 and second air duct effect air port 13054 in first changing relative near-end on the sustained height position, air port on the interior air duct with near-end, the height and position in air duct effect air port is corresponding with the positive and negative aluminium hydraulic pressed connecting pipe of outer air duct in first and second, reaches the purpose of changing wind to cooperatively interact; Interior air duct 1305 rotating being installed in the outer air duct 1304, during work, can be as required, by interior air duct relative to outside air duct rotate make in the near-end of air duct change that air port 13052 is taken over the negative pressure mouth of outer air duct or the malleation mouth is taken over and aligned also UNICOM.

Shown in Figure 13 a-Figure 13 d, can be provided with parallel-moving type according to cake making device of the present utility model and change wind assembly 14, its effect is rotaryly changed wind assembly and bushing type to change the wind assembly identical with above-mentioned, but concrete structure and operating principle are different.Particularly, it is the rectilinear motions that utilize a movable mouth of pipe 1404 that parallel-moving type changes wind assembly 14, the movable mouth of pipe is connected with the malleation mouth of pipe 1403 and the negative pressure mouth of pipe 1402 successively, and the movable mouth of pipe takes over the cutter beam or circular cutter assembly inner chamber communicates, thereby realizes the positive and negative blast conversion to circular cutter assembly inner chamber.

Parallel-moving type changes wind assembly 14 and comprises the movable mouth of pipe 1404, pressing plate 1406, rolling bearing 1408, stage clip 1405 and driving mechanism, be movably installed with pressing plate 1406 on the movable mouth of pipe 1404, on the bearing otic placode 1407 of pressing plate 1406 rolling bearing 1408 is installed, on the outer peripheral face of the movable mouth of pipe 1404, be set with stage clip 1405, the upper end roof pressure of stage clip 1405 is on pressing plate 1406, and its bottom is pressed on the ring flange or flange of the movable mouth of pipe 1404; Rolling bearing 1408 can done straight line and moving along being fixed on bearing guide 1409 on the ventilating fan frame 1401 with the movable mouth of pipe 1404 under the driving of driving mechanism; Along continuous straight runs is done linear reciprocating motion under the movable mouth of pipe 1404 is connected with driving mechanism and can the drive at driving mechanism, Figure 13 a show the movable mouth of pipe 1404 be moved to align with the malleation mouth of pipe 1403 and the position of UNICOM on, Figure 13 b show the movable mouth of pipe 1404 be moved to align with the negative pressure mouth of pipe 1402 and the position of UNICOM on, so just can realize the conversion of positive and negative blast, thereby realize the positive/negative pressure conversion of cutting knife beam inner chamber, finish picking up and blowing out of dish cake.In the example shown in Figure 13 a-13d, driving mechanism comprises reducing motor 1413, eccentric rocking arm 1411, drives pull bar 1410, the output shaft of reducing motor 1413 is connected with eccentric rocking arm 1411, and when reducing motor was worked, eccentric rocking arm 1411 rotated under the driving of motor; Eccentric rocking arm 1411 is connected with driving pull bar 1410 by oscillating bearing, be connected with hinged ear 14041 on being arranged on the movable mouth of pipe 1404 by oscillating bearing and drive pull bar 1410, like this, eccentric rocking arm 1411 just can be done rectilinear motion by driving the pull bar 1410 drive activity mouths of pipe 1404, to realize the switching of positive and negative blast.In addition, driving mechanism also is provided with offset regulating part 1412, its structure is: be provided with guide groove radially on the rocking arm dish of eccentric rocking arm, eccentric rocking arm is vertically mounted in the guide groove, and radially do traction by the rocking arm dish by the offset regulating part, by regulating the nut of offset regulating part, can change the radial position of eccentric rocking arm on the rocking arm dish, thereby change the size of offset.In addition, shown in Figure 13 a, the air outlet of blower fan 10 and air inlet are respectively by blower fan discharge pipe 1002, fan wind inleting tube 1001 and the malleation mouth of pipe 1403, the negative pressure mouth of pipe 1402 fluid communication that are fixed on the ventilating fan frame 1401, wherein the malleation mouth of pipe and the negative pressure mouth of pipe can be made into integration, shown in Figure 13 c.

Shown in Figure 14 a-Figure 14 c, there is shown the another kind of parallel-moving type that can be applied to and change wind assembly 15 according on the cake making device of the present utility model, it is basic identical that parallel-moving type shown in its operation principle and Figure 13 a-Figure 13 d changes wind assembly 14 assemblies, but concrete structure is distinguished to some extent.Second parallel-moving type changes wind assembly 15 and comprises and change wind spare 1417, slide 1420 guide rod 1418 and driving mechanisms, change wind spare 1417 and be provided with slide 1420, slide 1420 is sleeved on the guide rod 1418, guide rod 1418 is fixedly mounted on by leader fixed 1419 and changes on the aerofoil 1416, changing aerofoil 1416 is arranged on the ventilating fan frame, change aerofoil 1416 and be provided with negative pressure air port 14161 and malleation air port 14163, the air inlet of blower fan 10 and air outlet respectively with negative pressure trunnion 1414 and malleation trunnion 1415 UNICOMs to changing the negative of aerofoil 1416, malleation air port 14161 and 14163, the centre of changing aerofoil 1416 also is provided with effect air port 14162, and effect air port 14162 leads to cutting knife beam 201 by airduct 204; The top of changing aerofoil 1416 is provided with and can changes wind spare 1417 along what guide rod 1418 moved, when changing wind spare 1417 and move to position shown in Figure 14 a, the malleation air port of changing on the aerofoil 1,416 14163 is connected by the effect air port of changing on the changing wind chamber 14171 and change aerofoil of wind spare 1,417 14162, and what obtain in the airduct 204 (cutting knife beam) is positive blast.Otherwise, when changing wind spare 1417 and move to position shown in Figure 14 c, the negative pressure air port of changing on the aerofoil 1,416 14161 is connected by the effect air port of changing on the changing wind chamber 14171 and change aerofoil of wind spare 1,417 14162, what obtain in the airduct 204 (cutting knife beam) is negative blast, thereby plays the effect of blast in the conversion circular cutter assembly 203.Slide 1420 is installed in the two ends of changing wind spare 1417, and with 1418 sliding joining of guide rod, restriction is changed wind spare 1417 and done rectilinear motion along the plane of changing aerofoil 1416; The driving mechanism that changes wind assembly 14 shown in the structure of driving mechanism and Figure 13 a-13d is basic identical, change wind spare 1417 and be provided with engaging lug 14172, engaging lug 14172 is connected with an end that drives pull bar 1410 by oscillating bearing, the other end that drives pull bar 1410 then links to each other with eccentric rocking arm 1411 on the reducing motor 1413, like this, the rotation of reducing motor 1413 just is converted into the rectilinear motion that changes wind spare 1417.

Specify the course of work below in conjunction with Fig. 3 a, Fig. 3 b, Fig. 3 c, Fig. 3 d, Fig. 3 e and Fig. 6 a, Fig. 6 b according to cake making device of the present utility model:

(1) original state: the course of work according to cake making device of the present utility model is each mechanism course of action of circulation continuously, therefore is convenient narration, and we define an initialization state of this device earlier.Shown in Fig. 3 a, hydraulic cylinder 3 assemblies drive presses dish beam assembly 8 to move up, make and press dish beam assembly 8 to be in the extreme higher position state, move on hydraulic cylinder 3 ' driving cutting knife beam assembly 2, make cutting knife beam assembly 2 also be in the extreme higher position state, pricker curtain chip module 4 steps to the position shown in Fig. 3 a, i.e. the dish cake 503 of cutting last time ' in company with curtain sheet 402 step to press dish beam assembly 8 under, this moment cutting knife beam assembly 2 under no pricker curtain chip module; The rotary commutation flap 906 that changes wind assembly 9 is in the state shown in Fig. 6 a, and this moment, the blast pipe 1001 of blower fan 10 was connected with the rotary effect air port 902 of changing wind assembly 9, and cutting knife beam inner chamber is applied negative pressure, prepared for picking up the dish cake.Blower fan discharge pipe 1002 is connected with rotary benefit, the exhaust outlet 904 that changes wind assembly 9, discharges the air quantity in the blower fan.

(2) cut cake and pressure dish: shown in Fig. 3 b, press dish beam assembly 8 and cutting knife beam assembly 2 respectively hydraulic cylinder 3 and 3 ' driving under move downward, when the pressure dish body 803 on pressing dish beam assembly 8 is depressed into and contacts with pricker curtain sheet 402, originally be suspended at dish cake 503 on the pricker curtain sheet 402 ' will be pressed dish body 803 to be pressed between the pin seam of pricker curtain sheet and be punctured on the pricker of pricker curtain sheet 402, need the curtain sheet to erect the delicacies of the season cake in later process like this and can not come off from the curtain sheet.And when cutting knife beam assembly 2 moves downward to cutting edge that makes its circular cutter 2036 and material-conveying belt 502 contacted positions, cutting knife bearing ring 702 on the joist assembly 7 will stop moving down of material-conveying belt 502 and provide necessary support to material-conveying belt 502, circular cutter 2036 will be afterburning on material-conveying belt 502 like this, make laver raw material 503 on the material-conveying belt 502 by circular cutter 2036 cutting and separating, circular cutter 2036 inscribe dish delivery cakes 503 '.In this process, material-conveying belt 502 and pricker curtain chip module 4 all are actionless, and the rotary wind assembly 9 that changes still is in the operating position shown in Fig. 6 a, are negative blast in the cutting knife beam cavity.

(3) cut cake and lift and press the dish return: shown in Fig. 3 c, at first be press dish beam assembly 8 and cutting knife beam assembly 2 respectively hydraulic pressure cylinder assembly 3 and 3 ' driving under move upward.Promptly finished after pressing dish beam assembly 8 to be raised to the extreme higher position to stop and having pressed resetting of dish action; When cutting knife beam assembly 2 upwards lifts, by blower fan 10 by rotary change wind assembly 9 (shown in Fig. 6 a) pass to hole that negative blast in cutting knife beam 201 cavitys will pass through the retaining dish net 2037 in the circular cutter 2036 act on dish cake 503 ' on, make (see figure 2) on the retaining dish net 2037 in dish cake 503 ' be adsorbed on all the time circular cutter 2036, like this, dish cake 503 ' will together lift in company with circular cutter 2036.After pressing dish beam assembly 8 and cutting knife beam assembly 2 all to lift to put in place, pricker curtain chip module 4 is position of stepping once more, at this moment, new pricker curtain sheet with the direction K shown in the figure step to cutting knife beam assembly 2 under, and do not have curtain sheet under the pressure dish beam assembly 8 this moment.

(4) the dish cake discharges: as Fig. 3 d, shown in Fig. 3 e and Fig. 6 b, in Fig. 3 d, cutting knife beam assembly 2 hydraulic cylinder 3 ' driving under down the motion, when the thorn needle point of the bottom of circular cutter 2036 cutting edge and pricker curtain sheet 402 contour or overlap after, 2 stop motions of cutting knife beam assembly, follow the rotary wind assembly that changes and carry out the blast conversion, the positive blast of input in the cavity of cutting knife beam, in Fig. 6 b, change angle of wind flap 906 clockwise direction deflections, the discharge pipe 1002 of blower fan 10 is connected with the rotary effect air port 902 of changing wind assembly 9, so positive blast will be passed to the inner chamber of cutting knife beam 201, with the dish cake 503 in the circular cutter 2036 ' blow out and be discharged on the pricker curtain sheet 402; Then, cutting knife beam assembly 2 again hydraulic cylinder 3 ' driving under up move and reset, after the bottom of circular cutter cutting edge leaves pricker curtain sheet one segment distance, position of pricker curtain chip module step motion, with carry cutting dish cake 503 ' the curtain sheet deliver to press dish beam assembly 8 under, and rotaryly changing wind assembly 9 also is transformed into Fig. 6 a from the state of Fig. 6 b state, cutting knife beam 201 inner chambers are negative blast again, prepare for inhaling dish next time.So far, all component has just been got back to the initial state shown in above-mentioned Fig. 3 a.

In above-mentioned (3) and (4) course of work, circular cutter finish cut cake action lift and leave on the material-conveying belt the laver raw material until circular cutter fall to cutting once more cake during this period of time in, the distance that material-conveying belt moves should equal the distance of one group of ring cutting cutter spacing, in the embodiment shown in fig. 1, be provided with four circular cutters (position), therefore material-conveying belt is exactly the distance of four ring cutting cutter spacing in the distance that this section moved in the period, and the concrete quantity of circular cutter (position) is selected with designing requirement according to actual needs, does not repeat them here; Conveyer belt moves under the effect of head roll, be delivered to the cutting knife beam below that is positioned at frame by moving the laver raw material that supply assembly 6 is provided, prepare for cut cake next time, send outside the frame from an end of material-conveying belt simultaneously, and have special recovering mechanism to carry out clout to reclaim (not shown) cutting after the cake residue or unnecessary tailing.

Illustrate: this device is in the course of work of above-mentioned (1)-(4), hydraulic pressure cylinder assembly 3 and 3 ', pricker curtain chip module 4, rotary action control of changing wind assembly 9 all carry out by regular hour and order, concrete control or link gear are in relevant view and not shown.

Above to suction related in the description according to the course of work of cake making device of the present utility model, put dish air distribution assembly, with the rotary wind assembly 9 that changes is that model is narrated, again bushing type is changed the course of work that wind assembly 13 and parallel-moving type change wind assembly 14 below and do concise and to the point narration: (1) bushing type is changed the wind assembly: the outer air duct 1304 that bushing type is changed the wind assembly utilizes the mounting flange 1303 of its underpart to be fixedly mounted on the cutting knife beam 201, interior air duct 1305 rotating being installed in the outer air duct, and from cutting knife beam 201, pass and communicate with the inner chamber of circular cutter assembly 203.As Fig. 9,10,11 and shown in Figure 12, the near-end of interior air duct 1305 changes air port 13052 and is connected with the negative pressure mouth adapter 1301 of outer air duct 1304, the far-end of at this moment interior air duct changes air port 13051 and communicates with the external world, air duct effect air port is connected with the malleation mouth adapter 1302 of outer air duct in first, the second interior air duct effect air port is by the sealing of the barrel of outer air duct simultaneously, the air channel 13055 of air duct is to be connected with the positive aluminium hydraulic pressed connecting pipe of outer air duct like this, and this moment, the flow path of wind was: ambient atmosphere → interior air duct far-end air port 13051 → interior air duct changes wind passage 13056 → interior air duct near-end air port 13052 → air inlet → blower fan → fan outlet → outer air duct malleation mouth and takes over air duct effect air port 13053 in 1302 → the first → interior air duct air channel 13055 → circular cutter assembly 203; In like manner, behind interior air duct 1305 half-twists, the near-end of interior air duct changes air port 13052 will take over be connected (Figure 12 (b)) with the malleation air port of outer air duct, this moment, the flow path of wind will be with above-mentioned opposite, air duct far-end air port 13051 enters ambient atmosphere in promptly being flowed to by circular cutter assembly 203, thereby plays the effect of conversion blast and wind direction;

(2) parallel-moving type changes the wind assembly: parallel-moving type is just changing wind assembly 14, the negative pressure mouth of pipe 1403,1402 are fixedly mounted on the ventilating fan frame 1401, and just, the last plane of the negative pressure mouth of pipe is a complete and continuous plane (seeing the H plane shown in Figure 13 c), the movable mouth of pipe 1404 just is positioned at, the top of the negative pressure mouth of pipe and can slipping along the H face, movable mouth of pipe outside is set with stage clip 1405, the stage clip top is provided with pressing plate 1406, be provided with bearing otic placode 1407 above the pressing plate, rolling bearing 1408 is installed on the bearing otic placode, rolling bearing clamps in above it the bearing guide, the direction of motion of the restraint mouth of pipe; The body of the movable mouth of pipe 1404 is provided with hinged ear 14041, be articulated and connected with the oscillating bearing that drives pull bar 1,410 one ends, the oscillating bearing that drives pull bar 1410 other ends is hingedly connected on the eccentric rocking arm 1411 that is positioned at reducing motor 1413 axle heads, the position (offset) of oscillating bearing on eccentric rocking arm is adjustable, regulates by offset regulating part 1412.From Figure 13 a and Figure 13 b as can be seen, when 1411 rotations of the eccentric rocking arm on the reducing motor 1413, can do rectilinear motion, the movable mouth of pipe is alternately docked with the positive and negative pressure mouth of pipe by driving the pull bar 1410 reciprocating sliding activity mouths of pipe 1404.Second parallel-moving type changes the mode of action of wind assembly 15 and first parallel-moving type, and to change wind assembly 14 basic identical, do not repeat them here.

Embodiment and corresponding work process according to cake making device of the present utility model have been made detailed explanation above; those skilled in the art can make multiple modification and distortion or structure conversion to the utility model based on the foregoing description, but these modifications, distortion or structure conversion all fall in the protection domain of the present utility model.

Claims (45)

1. marine alga or vegetables cake making device, it is characterized in that, this device comprises: frame (1), cutting knife beam assembly (2), cutting knife beam assembly driving mechanism (3 '), circular cutter assembly (203), curtain chip module (4), curtain chip module driving mechanism, material-conveying belt assembly (5) and blower fan, wherein:

The described frame (1) that is installed in described cutting knife beam assembly (2) goes up and is in transmission connection with described cutting knife beam assembly driving mechanism (3 '), and described cutting knife beam assembly can move along the vertical direction relative to described frame (1) under the driving of described cutting knife beam assembly driving mechanism (3 ');

The inboard of described frame (1) is provided with curtain frame tracks (104), and described curtain chip module (4) is installed in described tracks (104) and goes up also and can do step motion in the driving lower edge of described curtain chip module driving mechanism described curtain frame tracks (104);

Described material-conveying belt assembly (5) comprises material-conveying belt (502) and is in transmission connection with described material-conveying belt and is used to drive the material-conveying belt transmission mechanism (501,504) that described material-conveying belt moves that described material-conveying belt is provided with through hole;

Described cutting knife beam assembly (2) comprises the cutting knife beam (201) with hollow structure, and the cutting knife beam (201) of described hollow is connected with the mode of described blower fan with fluid communication;

Described circular cutter assembly (203) comprises circular cutter (2036), described circular cutter be connected with described cutting knife beam (201) and with the hollow cavity fluid communication of described cutting knife beam, described circular cutter assembly (203) can move with described cutting knife beam (201).

2. device according to claim 1 is characterized in that: described cutting knife beam assembly driving mechanism (3 ') is first hydraulic pressure cylinder assembly (3 '), and described first hydraulic pressure cylinder assembly (3 ') is fixedly mounted on the described frame (1).

3. device according to claim 2, it is characterized in that: described first hydraulic pressure cylinder assembly (3 ') comprises hydraulic cylinder (301) and is installed in also can be at the flexible hydraulic cylinder rod (302) of the described hydraulic cylinder in action of hydraulic force lower edge in the described hydraulic cylinder (301), and the hydraulic cylinder (301) of described first hydraulic pressure cylinder assembly (3) is installed on the described frame (1) by hydraulic cylinder built-in beam (101); One end of described hydraulic cylinder rod is fixedlyed connected with described cutting knife beam (201).

4. device according to claim 3 is characterized in that: the other end of described hydraulic cylinder rod (302) is protruding and limiting component (304,305) is installed on this extension by described hydraulic cylinder (301).

5. device according to claim 1 is characterized in that: described circular cutter (2036) is connected with described cutting knife beam (201) elasticity.

6. device according to claim 5, it is characterized in that: described circular cutter assembly (203) also comprises cutting knife fixed disk (2035), flexible duct (2033) and terminal pad (2032), described circular cutter (2036) is fixedly mounted on the described cutting knife fixed disk (2035), described flexible duct (2033) can extend and compress within the specific limits, and the one end is fixedlyed connected with described cutting knife fixed disk (2035), its other end is fixedlyed connected with described terminal pad (2032), and described terminal pad is fixedlyed connected in the mode of fluid communication with the cutting knife beam (201) of described hollow by connecting trunnion (2031) again.

7. device according to claim 6, it is characterized in that: described circular cutter assembly also comprises guide rod (20310) and elastic component (2039), one end of described guide rod is fixedly mounted on the described cutting knife fixed disk (2035), and the other end passes the installing hole that is arranged on the described terminal pad (2032) and is connected with guide rod locking member (20313); Described elastic component (2039) is sleeved on the described guide rod and by elastic force and remains between described terminal pad (2032) and the described cutting knife fixed disk (2035).

8. device according to claim 7 is characterized in that: described circular cutter assembly also comprises guide pin bushing (20311), and described guide pin bushing (20311) is sleeved on the roof pressure that described elastic component (2039) were gone up and be subjected to described guide rod (20310).

9. according to the described device of one of claim 5 to 8, it is characterized in that: described circular cutter assembly also comprises retaining dish net (2037), and described retaining dish Netcom crosses retaining dish net fixture (2038) and is installed in the described circular cutter (2036) in the adjustable mode of the distance of described relatively circular cutter blade.

10. device according to claim 1 is characterized in that: the cross sectional shape of described circular cutter (2036) can be the shaped form of circular, square, rectangle or sealing.

11. device according to claim 1, it is characterized in that: described curtain chip module (4) is an acupuncture curtain chip module (4), it comprises curtain frame (401), curtain sheet body (4021) and pricker (4025), described pricker is arranged on the described curtain sheet body, the connector (4023 that described curtain sheet body is provided with first through hole, second through hole and is used for being connected with described curtain frame (401), 4026,4027,4028).

12. device according to claim 11, it is characterized in that: described connector comprise be arranged on described curtain sheet body side and be used for being connected with described curtain frame (401) curtain sheet installing hole (4023) and curtain sheet mounting lug (4026), described lug is provided with endoporus.

13. device according to claim 11 is characterized in that: described connector comprises the hasp (4027,4028) that is arranged on described curtain sheet body side, and described hasp is connected with described curtain frame (401) by being clasped.

14. according to the described device of one of claim 11 to 13, it is characterized in that: described curtain sheet body (4021) is made of the rib of arranging that interweaves, and is provided with certain clearance between described rib, and described gap has constituted described first through hole; Described pricker is arranged on the described rib or with described rib and is made into integration.

15. device according to claim 1 is characterized in that: described material-conveying belt assembly be positioned at described cutting knife beam assembly under, its length direction is consistent with the length direction of described cutting knife beam assembly.

16. according to claim 1 or 15 described devices, it is characterized in that: described material-conveying belt (502) has imperforate section (506), the position of described imperforate section, shape and size and coupling corresponding with position, shape and the size of described circular cutter (2036).

17. device according to claim 1, it is characterized in that: described material-conveying belt transmission mechanism comprises drive roll (501) and driven voller (504), described material-conveying belt (502) is looped around on described drive roll and the driven voller and can moves around described drive roll and driven voller under the driving of described drive roll, and described drive roll and driven voller are installed in rotation on the described frame (1) by bearing block respectively.

18. device according to claim 17, also comprise holder fine strain of millet assembly (7), described holder fine strain of millet assembly (7) comprises holder fine strain of millet (701) and cutting knife bearing ring (702), described joist (701) is installed on the described frame (1) and is positioned at by described material-conveying belt (502), drive roll (501) and driven voller (504) and limits the annular space that forms, described cutting knife bearing ring (702) is arranged on the upper surface of described joist, its position, shape and size and coupling corresponding with position, shape and the size of described circular cutter (2036).

19. device according to claim 1, also comprise cutter beam Synchronization Component (12), described cutter beam Synchronization Component comprises synchronizing shaft (1204) and linkage (1202,1204), described synchronizing shaft is installed in rotation on the described frame (1) and by means of described linkage and described cutting knife beam (201) and is in transmission connection.

20. device according to claim 19, it is characterized in that: described linkage comprises connection rocking arm (1202) and synchronous rock arm (1203), one end of described connection rocking arm (1202) is connected rotationally with swivel base (1201) on being fixedly arranged on described frame (1), fixedly connected with an end of described synchronous rock arm (1203) respectively in the two ends of described synchronizing shaft (1204), the other end of described connection rocking arm (1202) is connected rotationally with the other end of described synchronous rock arm (1203).

21. device according to claim 20, it is characterized in that: described synchronizing shaft (1204) is rotatably mounted on the described frame (1) by bearing block (1205), described bearing block (1205) is installed on the fixed head (1206), and described fixed head (1206) is fixedly mounted on the upper beam of described frame (1); Described swivel base (1201) is connected with the last plane of described cutting knife beam (201).

22. device according to claim 1, comprise that also pressure dish beam assembly (8) reaches and described pressure dish beam assembly is in transmission connection and be used to described pressure dish beam that the pressure dish beam assembly driving mechanism (3) of power is provided, described pressure dish beam assembly (8) is installed in described frame (1) and goes up and can move along above-below direction relative to described frame under the driving of described pressure dish beam assembly.

23. device according to claim 22, it is characterized in that: described pressure dish beam assembly (8) comprises presses dish beam (801), presses dish seat board (802) and presses dish body (803), described pressure dish seat board (802) is fixedly mounted on the described pressure dish beam (801), and described pressure dish body (803) is installed on the described pressure dish seat board.

24. device according to claim 23 is characterized in that: described pressure dish body (803) is made by sponge, rubber or other elastomeric material; Described pressure dish body adheres to or is installed in presses on the dish seat board (802), and described pressure dish seat board is installed on the lower plane of pressing dish beam (801).

25. device according to claim 22 is characterized in that: described pressure dish beam assembly driving mechanism (3) is second hydraulic pressure cylinder assembly (3), and described second hydraulic pressure cylinder assembly (3) is fixedly mounted on the described frame (1).

26. device according to claim 25, it is characterized in that: second hydraulic cylinder rod (302) that described second hydraulic pressure cylinder assembly (3) comprises second hydraulic cylinder (301) and is installed in described second hydraulic cylinder (301) and can stretches out and withdraw along described second cylinder body, an end of described second hydraulic cylinder rod (302) is fixedlyed connected with described pressure dish beam (803).

27. device according to claim 26, it is characterized in that: described second hydraulic cylinder (301) is fixed on the described frame (1) by hydraulic cylinder built-in beam (101), the other end of described hydraulic cylinder rod is protruding and limiting component (304,305) is installed on this extension by described hydraulic cylinder (301).

28. according to the described device of one of claim 22 to 27, also comprise and press dish beam Synchronization Component (12), described pressure dish beam Synchronization Component comprises synchronizing shaft (1204) and linkage (1202,1204), described synchronizing shaft is installed in rotation on the described frame (1) and by means of described linkage and described pressure dish beam (201) and is in transmission connection.

29. device according to claim 1, also comprise: the blast transition components, described blast transition components (9,13,14,15) be connected between described cutting knife beam (201) and the described blower fan (10) and with described cutting knife beam and described blower fan fluid communication, its wind that is used for being led to described cutting knife beam by described blower fan converts malleation wind or negative pressure wind to.

30. device according to claim 29, it is characterized in that: described blast transition components is a rotary blast transition components (9), it comprises and changes air duct body (901), changes wind shaft (908), changes wind flap (903), the described wind shaft that changes pivotally is installed in described changing in the air duct body, described change the wind flap be installed in described change on the wind shaft and with described barrel sliding-contact of changing the air duct body.

31. device according to claim 30, it is characterized in that: the described air duct body (901) that changes is provided with the first blower fan connected entrance and the second blower fan connected entrance, the described first blower fan connected entrance is communicated with the air outlet fluid of described blower fan, and the described second blower fan connected entrance is communicated with the air inlet fluid of described blower fan.

32. device according to claim 31, it is characterized in that: describedly change air duct body (901) and also be provided with into/exhaust outlet (904) and effect air port (902), describedly advance/exhaust outlet is communicated with described effect air port and described cutting knife beam fluid communication with ambient atmosphere.

33. device according to claim 32 is characterized in that: describedly change wind shaft (908) and change the hearsay actuation mechanism and be connected and can under the effect of described transmission mechanism, drive the described wind flap rotation of changing.

34. device according to claim 33 is characterized in that: the described hearsay actuation mechanism of changing comprises with described and changes fixedly connected the changing wind body rocking arm and change the effect pull bar that wind body rocking arm is connected by oscillating bearing with described of wind shaft; The described air duct body that changes is connected with mounting bracket (912).

35. device according to claim 29, it is characterized in that: described blast transition components is a bushing type blast transition components (13), it comprises interior air duct (1305) and outer air duct (1304), and described interior air duct is installed in rotation in the inner chamber of described outer air duct.

36. device according to claim 35, it is characterized in that: air duct is provided with near-end and changes air port (13052), far-end and change air port (13051) and effect air port (13053) in described, an end of air duct seals with stifle in described, and the other end opens wide and leads to described circular cutter assembly inner chamber.

37. device according to claim 36, its feature also is: air duct effect air port is two and by at interval 180 ° of distributions in described, interval, two described effect air ports is provided with and changes the air port with described near-end for 90 ° and is arranged on the sustained height, described far-end changes the air port and is arranged on and is higher than on the position that described near-end changes the air port, and described far-end changes air port and near-end and changes and be provided with ventilation duct between the air port and described far-end is changed air port and near-end change the air port and be communicated with.

38. according to the described device of claim 37, it is characterized in that: described outer air duct is provided with the negative pressure air port and takes over (1301), malleation air port adapter (1302), described negative pressure air port is taken over the angle that forms with the adapter of malleation air port and is about 90 degree, and changing the air port with described near-end is on the sustained height position, the air inlet that (1301) and described blower fan are taken in described negative pressure air port links, and the air outlet that (1302) and described blower fan are taken in described malleation air port links; Described outer air duct is fixed on the described cutting knife beam (201) by mounting flange (1303).

39. device according to claim 29, it is characterized in that: described blast transition components is a parallel-moving type blast transition components (14), it comprises ventilating fan frame (1401), the negative pressure mouth of pipe (1402), the malleation mouth of pipe (1403) and the movable mouth of pipe (1404), just described, the negative pressure mouth of pipe be fixedly mounted on the described ventilating fan frame and respectively with the air outlet of described blower fan, air inlet links, the described movable mouth of pipe is provided with engaging lug (1404), the described movable mouth of pipe can be at its driving mechanism (1410,1411,1413) under the effect and the position that links of the described malleation mouth of pipe and and the position that links of the described negative pressure mouth of pipe between move, the described movable mouth of pipe also with described cutting knife beam (201) fluid communication.

40. according to the described device of claim 39, it is characterized in that: the described wind assembly that changes also comprises stage clip (1405), pressing plate (1406), rolling bearing (1408), bearing guide (1409), described pressing plate movable set is on the described movable mouth of pipe (1404), described compression spring sleeve is contained in outside the described movable mouth of pipe and between the ring flange of the described pressing plate and the movable mouth of pipe, described rolling bearing is installed in the bearing otic placode (1407) of described pressing plate and goes up and be installed in the draw-in groove of described bearing guide, and described bearing guide is fixedly mounted on the described ventilating fan frame.

41. device according to claim 29, it is characterized in that: described blast transition components is that parallel-moving type changes wind assembly (15), it comprises that changing aerofoil (1416), the negative pressure mouth of pipe (1402), the malleation mouth of pipe (1403), effect air port (14162) and activity changes wind spare (1417), the described negative pressure mouth of pipe (1402), the malleation mouth of pipe (1403) respectively with air outlet, the air inlet fluid communication of described blower fan; Described activity is changed wind spare and is provided with engaging lug (14172), just described, the negative pressure mouth of pipe and effect air port are fixedly mounted on described changing on the aerofoil, described effect air port is positioned at just described, between the negative pressure mouth of pipe, wind spare (1417) is changed in described activity can be at its driving mechanism (1410,1411,1413) between the primary importance and the second place, move under the effect, wherein on primary importance, changing wind spare by described activity links the described negative pressure mouth of pipe and described effect air port, on the second place, change wind spare by described activity the described malleation mouth of pipe and described effect air port are linked.

42. according to the described device of claim 41, it is characterized in that: described activity is changed wind spare and is provided with slide (1420), described slide be fixed on the described guide rod (1418) that changes on the aerofoil (1416) and cooperatively interact.

43. according to claim 40 or 42 described devices, it is characterized in that: described driving mechanism comprises reducing motor (1413), eccentric rocking arm (1411) and drives pull bar (1410), the output shaft of described reducing motor (1413) is connected with eccentric rocking arm (1411), described eccentric rocking arm (1411) is connected with driving pull bar (1410) by oscillating bearing, and described driving pull bar (1410) is connected by oscillating bearing and engaging lug (14041,14172).

44. according to the described device of claim 43, it is characterized in that: described driving mechanism also comprises offset regulating part (1412).

45. device according to claim 1 is characterized in that: described curtain chip module is positioned at the below of described cutting knife beam assembly; Described material-conveying belt assembly is positioned at the below of described pricker curtain chip module, and described curtain chip module is at the traffic direction of the curtain frame tracks moving direction perpendicular to described cutting knife fine strain of millet.

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