CN208807596U - A kind of full-automatic chopped hot pepper manufacturing and processing equipment - Google Patents

Abstract

The utility model discloses a kind of full-automatic chopped hot pepper manufacturing and processing equipment, belong to food processing equipment technical field, including capsicum stocking mechanism, red pepper cleaning machine structure, capsicum dewatering device, chopped hot pepper mechanism, capsicum particle transport mechanism, capsicum stocking mechanism includes capsicum storage cylinder, red pepper cleaning machine structure includes purge tank, spray head, clean shaft, capsicum dewatering device includes dewatering box, first conveyer belt, air blower, electric heating sheets, ultraviolet disinfecting, collecting pit, chopped hot pepper mechanism includes the second rack, second conveyer belt, cutting tool, capsicum particle transport mechanism includes third conveyer belt, surge drum.It is all the same that cutter cut the capsicum thickness degree chopped, improves and entirely cuts the effect for chopping quality；The filter plate being hingedly obliquely installed in purge tank, the other end realize angular turn by the second electric pushrod, change the capsicum on filter plate and enter capsicum washing outlet and cross the effect of drainage rate；It shakes the first conveyer belt and improves capsicum drying rate.

Description

A kind of full-automatic chopped hot pepper manufacturing and processing equipment

Technical field

The invention belongs to food processing equipment technical field, specially a kind of full-automatic chopped hot pepper manufacturing and processing equipment and its Production and processing method.

Background technique

Capsicum, alias: long red pepper, long capsicum, green pepper, bell pepper, Solanaceae, Capsicum 1 year or limited perennial herb are planted Object.The nearly hairless or micro- raw pubescence of stem, branch slightly zigzag warpage.Leaf alternate, branch top section do not extend into twin or fasciation shape, Square round shape is oval, oval or ovum shape lanceolar, full edge, and top is short tapering or anxious point, the narrow wedge shape of base portion；Flower Dan Sheng, bows vertical；Calyx Cup-shaped, not significant 5 tooth；Corolla white, sliver are oval；Anther gray purple.Carpopodium is more sturdy, bows vertical；The long finger-like of fruit, top is gradually Point and often bending, green when prematurity, it is mature after Cheng Hongse, orange or aubergine, taste is peppery.The flat kidney shape of seed, it is faint yellow.

Since capsicum is a kind of herbaceous plant excitatory, capsicum is easy to generate human body in stimulation work during mincing With and mince processing to capsicum at present is mostly manual operation, and manual operation has that processing efficiency is low, time-consuming and laborious lacks Point, therefore need to research and develop a kind of high in machining efficiency, time saving and energy saving efficient hot pepper and mince equipment.

Summary of the invention

The purpose of the present invention is in view of the above problems, the present invention provides a kind of full-automatic chopped hot pepper manufacturing and processing equipment, It has the characteristics that high in machining efficiency, time saving and energy saving and processing quality is high.

In order to achieve the above object, the technical solution adopted by the present invention is that: a kind of full-automatic chopped hot pepper manufacturing and processing equipment, packet Include capsicum stocking mechanism, red pepper cleaning machine structure, capsicum dewatering device, chopped hot pepper mechanism, capsicum particle transport mechanism, in which:

The capsicum stocking mechanism includes capsicum storage cylinder, and feed inlet, the capsicum are arranged at the top of the capsicum storage cylinder Storage cylinder bottom is provided with discharge port, and the discharge port sliding is connected with for covering the cover board for closing the discharge port, the cover board It is driven and is moved by the first electric pushrod；

The red pepper cleaning machine structure includes purge tank, spray head, cleaning shaft, offers capsicum cleaning at the top of the purge tank Inlet port, the capsicum cleaning inlet port is located at the underface of the discharge port, and the two is connected to by hopper, the purge tank Multiple horizontal and parallel cleaning shafts are inside provided with, each cleaning shaft is equipped with annulus hairbrush, two neighboring There are gap, the shaft end of one of them cleaning shaft and the output axis connections of first motor between the annulus hairbrush, often The other end of a cleaning shaft is mutually driven by sprocket wheel with chain, and the filtering being obliquely installed is equipped in the purge tank Plate, the purge tank, which is located at the lower side side wall of the filter plate and offers, contacts what one end upper surface flushed with the filter plate Capsicum washing outlet, the cleaning pot bottom are connected with cleaning water recovery device, and the purge tank top inner wall is provided with multiple The spray head, the spray head are connected with water source；

The capsicum dewatering device includes dewatering box, the first conveyer belt, air blower, electric heating sheets, ultraviolet disinfecting, collection Pond, the dewatering box side offer capsicum dehydration inlet port, and first conveyer belt is set in the dewatering box, and described first Multiple filter hole are uniformly provided on conveyer belt, the collecting pit is set in the dewatering box, and is located at first conveyer belt Underface is connected between the capsicum washing outlet and capsicum dehydration inlet port by the first U-shaped coulisse being obliquely installed Logical, the capsicum washing outlet is located above capsicum dehydration inlet port, is provided in the dewatering box top inner wall multiple Multiple ultraviolet disinfectings, the dehydration is also distributed with along its circumferential direction in the electric heating sheets, the dehydration box inner wall Multiple air blowers dried towards first conveyer belt, the dewatering box is also distributed with along its circumferential direction in box inner wall Positioned at the first conveyer belt output end side, side wall offers capsicum dehydrated outlet, is additionally provided with inclination in the dewatering box and sets The the second U-shaped coulisse set, the second U-shaped coulisse stretch out capsicum dehydrated outlet one end and are lower than the other end；

The chopped hot pepper mechanism includes the second rack, the second conveyer belt, cutting tool, and second conveyer belt is mounted on institute It states in the second rack, the second U-shaped coulisse stretching capsicum dehydrated outlet end is located at the second conveyer belt and inputs on proper It is square, the second conveyer belt direction of transfer is provided with inclined charging restriction plate, the charging limitation in second rack Plate is higher than the other end, the charging restriction plate and second conveyer belt junction close to described second conveyer belt input terminal one end Between form feeding-passage, be rotatably connected to multiple live-rollers in the charging restriction plate, the rotation direction of the live-roller with The direction of transfer of second conveyer belt is connected with the cutting tool, the cutter on the contrary, sliding in second rack Tool moves back and forth along the vertical direction；

The capsicum particle transport mechanism includes third conveyer belt, surge drum, and second rack is located at described second and passes Band output end one end is sent to be provided with inclined transition plates, the transition plates connection second rack one end is higher than the other end, institute It states the transition plates other end to be located at right above the third conveyer belt input terminal, the surge drum is located at third conveyer belt output Rectify lower section.

Through the above technical solutions, being realized by setting feed inlet to the capsicum storage function in capsicum storage cylinder, pass through Connecting cover plate is slid in discharge port, the opening and closing of discharge port is realized, for the discharging of capsicum, passes through the first electric pushrod The flexible opening and closing that discharge port may be implemented, and it is different by the mobile position of cover board, realize the size that discharge port is opened, For adjusting capsicum discharging speed；It is connected between discharge port and capsicum cleaning inlet port by hopper, into purge tank, is passed through First motor driving cleaning shaft rotation, is sprayed water by spray head to cleaning rotor shaft direction, capsicum is in the mistake for falling into purge tank Cheng Zhong is fallen between cleaning shaft, and spray head can clean capsicum, while cleaning the annulus hairbrush in shaft can be right Capsicum surface is scrubbed, and capsicum and water are fallen on filter plate between two neighboring annulus hairbrush, and water is fallen into from filter plate Clean pot bottom, due to being obliquely installed for filter plate, capsicum to the lower Slideslip of filter plate, and by capsicum washing outlet into Enter in the first U-shaped coulisse, and fall on the first conveyer belt, the first conveyer belt drives capsicum disposed thereon to move to output end Dynamic, due to being provided with filter hole on the first conveyer belt itself, the water filtering fallen together with capsicum is fallen in collecting pit, while In the transmit process of first conveyer belt, the temperature in dewatering box is can be improved in multiple electric heating sheets, dries the moisture on capsicum, together When air blower setting, accelerate the transmitting of heat, capsicum is dropped down on the second U-shaped coulisse by the output end of the first reception and registration band, And fall on the second conveyer belt, due to feeding the setting of restriction plate, so that capsicum is passing through during the second conveyer belt transmits When crossing feeding-passage, due to being rotatably connected to the live-roller opposite with the second conveyer belt rotation direction in charging restriction plate, so that It can guarantee the capsicum thickness having the same by feeding-passage, guarantee cutting tool in the process of up and down reciprocatingly chopped hot pepper In, it can better ensure that cutting for capsicum chops uniformly, while capsicum can be prevented to be deposited in feeding-passage, protection capsicum is the Smooth transmission on two conveyer belts, the capsicum particle for mincing completion through cutting tool is fallen to from the output end of the second conveyer belt to incline It in oblique transition plates, then falls on third conveyer belt from transition plates, finally enters in surge drum, complete the life of entire chopped hot pepper It produces.

Further, the filter plate is rotatablely connected close to capsicum washing outlet side and the cleaning top tank structure, Pivot center is horizontally disposed, and the filter plate is connected with sliding plate, glide direction far from one side slip of capsicum washing outlet Inclined direction along the filter plate is arranged, and described sliding plate one end is protruded into the filter plate, and setting in the filter plate There is the spring in compressive state, the spring one end is connect with filter plate, and the spring other end is connect with the sliding plate, Elastic force of the sliding plate far from the filter plate is provided, the filter plate sliding connects the sliding plate side and is connected with installation Seat, is connected with the second electric pushrod being vertically arranged at the top of the purge tank, the other end of second electric pushrod with it is described Mounting base connection.

Through the above technical solutions, filter plate side and cleaning top tank structure rotation connection, filter plate other side upper surface are sliding Connection mounting base is moved, mounting base is connect with the piston rod rotation of the second vertical electric pushrod, passes through stretching for the second electric pushrod The rotation of filter plate itself is realized in contracting, for adjusting the tilt angle of filter plate, changes the capsicum sliding fallen on filter plate It is connected with sliding plate to the speed of the first U-shaped coulisse, and for sliding in filter plate, and is connected between sliding plate and filter plate There is the spring in compressive state, therefore spring pushes sliding plate to be pushed against on the inner wall of purge tank, it is ensured that capsicum will not Cleaning pot bottom is fallen into from this side.

Further, the spring is two, and the spring diameter is identical as the sliding plate thickness, in the filter plate The putting hole for preventing the spring is offered, it is semicircle shape that the sliding plate, which stretches out filter plate side side cross-section,.

Through the above technical solutions, sliding plate side side is arranged to semi-cylindrical, sliding plate connects with cleaning top tank structure The movement for touching area is more smooth, so that the second electric pushrod, in telescopic process, sliding plate can be preferably by spring effect Sliding motion is done, while spring is two, the slipping of entire sliding plate more uniform force.

Further, first conveyer belt is connect by the first rack with the dewatering box, and first rack is located at The first conveyer belt input terminal side and the dewatering box are hinged, and first conveyer belt, which has, is in the first horizontal shape State and the first conveyer belt output are in the second state for being higher than the first conveyer belt input terminal, first transmission Band is moved back and forth by third motor.

Through the above technical solutions, the first conveyer belt is mounted in the first rack, pass through first rack one end and dewatering box Hingedly, the other end forms free end, drives the free end of the first rack to move reciprocatingly by third motor, realizes the first transmission The mutual switching of band between the first state and a second state can play the effect of the capsicum on the first conveyer belt of shake, change Become the positional relationship between capsicum, to improve the drying effect of capsicum.

Further, the third motor is connect with the dehydration chamber interior wall, is connected on the output shaft of the third motor There is an eccentric disk, the eccentric disk is arranged along the length direction of first conveyer belt, and first rack (39) is located at described the One conveyer belt output end side is placed on the eccentric disk.

Through the above technical solutions, the rotation of third motor drives eccentric disk rotation, due to the eccentric setting of eccentric disk, so that Distalmost end of the eccentric disk from its pivot center and most proximal end are alternately in the surface of third motor output shaft, to allow the first biography Band is sent to convert repeatedly between first state and the second state.

Further, the cutting tool includes mounting rack, blade, the second motor, rotor plate, and the mounting rack is set vertically It sets, and slides and connect with the second rack, the blade is mounted on the mounting rack, and second motor is mounted on described second In rack, the output shaft of second motor is connected with rotor plate, and cylindrical bump, the protrusion are extended on the rotor plate It is rotatably connected to connecting rod, the connecting rod other end is connect with the mounting rack lower rotation.

Through the above technical solutions, the rotation of the second motor drives rotor plate rotation, due to being extended with protrusion on rotor plate, and The both ends of connecting rod are rotatablely connected with protrusion and mounting rack respectively, and mounting rack itself slides with the second rack and connects, rotation In plate rotation process, protrusion position along the vertical direction is changing always, to pass through connecting rod realization mounting rack and blade Vertical direction moves back and forth, and realization carries out the capsicum on the second conveyer belt to cut the function of chopping.

Further, second motor is dual-axle motor, and second motor is located between two mounting racks Underface, two rotor plates respectively with two output axis connections of second motor.

Through the above technical solutions, the second motor is dual-axle motor, and the second motor is arranged under the second conveyer belt Side, two axis of the second motor are connect with two rotor plates respectively, and two rotor plates can guarantee to rotate synchronously, two mounting racks Reciprocating motion along the vertical direction is able to maintain unanimously, and blade is constantly in horizontality.

Further, the cleaning water recovery device includes the second water pump, draining, and second water pump is arranged in purge tank Bottom, second water pump are connect with the drainpipe, are offered on the cleaning pot sidewall and are led to for what the drainpipe passed through Via hole, the diameter of the through hole is greater than the diameter of drainpipe, and the through hole is located at below the filter plate.

Through the above technical solutions, the water in purge tank is discharged using the second water pump, when the second water pump is to cleaning When the drainage speed of tank is slower, the ponding in purge tank is gradually accumulated, and through hole (213) can guide discharge to ponding.

A kind of method of chopped hot pepper production and processing, comprising the following steps:

Fresh capsicum is put into the capsicum storage cylinder by the first step by the feed inlet；

Second step, starting first electric pushrod, the mobile cover board to the discharge port expose 1/2-2/3 opening；

Third step, the starting first motor, the revolving speed for controlling the cleaning shaft is 200-300 r/min, the spray Head carries out water spray processing to the cleaning shaft, and water spray total amount is 20-30 l/min, starts second electric pushrod, adjustment It is 40-50 ° to the filter plate tilt angle；

4th step, starting first conveyer belt, the transmission speed of first conveyer belt are 20-30mm/min, are opened The electric heating sheets, the electric heating sheets surface temperature are 450-500 DEG C, open the air blower, the air blower wind-force is 20-25m3/min starts the third motor, and the output shaft revolving speed for controlling the third motor is 60-90r/min, opens institute State ultraviolet disinfecting；

5th step, starting second conveyer belt, the transmission speed of second conveyer belt is 20-30mm/min, described The velocity of rotation of live-roller is 120-180 r/min, and the output shaft revolving speed of second motor is 300-360r/min；

6th step, the starting third conveyer belt, the transmission speed of the third conveyer belt are 80-100mm/min.

Further, spray head sprays the sodium chloride solution that water is concentration 1.2-1.5g/100ml.

Through the above technical solutions, water source is set as the sodium chloride solution of concentration 1.2-1.5g/100ml, so that cleaning Also capsicum is quickly pickled while capsicum, while during air-drying by heating, a part of salt marsh remains in clearly Capsicum surface after washing plays the effect of adjustment capsicum saline taste.

Beneficial effects of the present invention:

1, by the way that charging restriction plate is arranged on third conveyer belt, can play cutter carry out cutting the capsicum thickness degree chopped it is equal It is identical, it improves and entirely cuts the effect for chopping quality；

2, by the filter plate being hingedly obliquely installed in purge tank, and the filter plate other end is real by the second electric pushrod Existing angular turn can play the capsicum on change filter plate and enter capsicum washing outlet and cross the effect of drainage rate；

3, by dewatering box hinged first rack in one end, the other end of the first rack be placed on by third motor driven Eccentric disk on, realize that capsicum is on the first conveyer belt of shake to improve the effect of capsicum drying rate.

Detailed description of the invention

Fig. 1 is the overall structure diagram in the present invention for the equipment of chopped hot pepper production and processing；

Fig. 2 is the schematic structural cross-sectional view of capsicum stocking mechanism in the present invention；

Fig. 3 is the schematic structural cross-sectional view of red pepper cleaning machine structure in the present invention；

Fig. 4 is the partial enlargement structural representation in the portion A in Fig. 3；

Fig. 5 is the schematic structural cross-sectional view one of capsicum dewatering device in the present invention；

Fig. 6 is the schematic structural cross-sectional view two of capsicum dewatering device in the present invention；

Fig. 7 is the structure schematic elevation view of chopped hot pepper mechanism in the present invention；

Fig. 8 is the structure schematic side view of chopped hot pepper mechanism in the present invention；

Fig. 9 is the partial enlargement structural representation in the portion B in Fig. 8；

Figure 10 is the structure schematic elevation view of capsicum particle transport mechanism in the present invention.

In figure: 1, capsicum stocking mechanism；11, capsicum storage cylinder；111, feed inlet；112, discharge port；12, cover board；13, One electric pushrod；2, red pepper cleaning machine structure；21, purge tank；211, capsicum cleans inlet port；212, capsicum washing outlet；213, Through hole；22, spray head；23, shaft is cleaned；24, hopper；25, annulus hairbrush；26, first motor；27, filter plate；271, it installs Seat；28, water recovery device is cleaned；281, the second water pump；282, drainpipe；29, the first U-shaped coulisse；3, capsicum dewatering device； 31, dewatering box；311, capsicum is dehydrated inlet port；312, capsicum dehydrated outlet；32, the first conveyer belt；33, air blower；34, electricity adds Backing；35, ultraviolet disinfecting；36, collecting pit；37, the second U-shaped coulisse；38, third motor；381, eccentric disk；39, first Rack；4, chopped hot pepper mechanism；41, the second rack；42, the second conveyer belt；43, cutting tool；431, mounting rack；432, blade； 433, the second motor；434, rotor plate；435, raised；436, connecting rod；44, transition plates；5, capsicum particle transport mechanism；51, Third conveyer belt；52, surge drum；6, restriction plate is fed；61, feeding-passage；62, live-roller；7, sliding plate；71, spring；72, Second electric pushrod.

Specific embodiment

In order to make those skilled in the art more fully understand technical solution of the present invention, 1-10 is to this hair with reference to the accompanying drawing It is bright to be described in detail, the description of this part be only it is exemplary and explanatory, should not have to protection scope of the present invention any Restriction effect.

A kind of full-automatic chopped hot pepper manufacturing and processing equipment, as Figure 1-10 shows, including capsicum stocking mechanism 1, capsicum cleaning Mechanism 2, capsicum dewatering device 3, chopped hot pepper mechanism 4, capsicum particle transport mechanism 5, in which:

As shown in Fig. 2, capsicum stocking mechanism 1 includes capsicum storage cylinder 11, feed inlet is set at the top of capsicum storage cylinder 11 111,11 bottom of capsicum storage cylinder is provided with discharge port 112, and discharge port 112, which slides, to be connected with for covering the lid for closing discharge port 112 Plate 12, cover board 12 are driven by the first electric pushrod 13 and are moved；Cover board 12 and the first electric pushrod 13 are horizontally disposed, capsicum storage 11 bottom outer walls of cylinder are provided with the sliding slot slid for cover board 12, and 13 one end of the first electric pushrod connect with cover board 12, the other end and The connection of 11 bottom of capsicum storage cylinder, the first electric pushrod 13 are controlled by control switch, the first electric pushrod 13 and control switch Electrical connection realizes the flexible of the first electric pushrod 13 by connection power supply, and capsicum storage cylinder 11 is supported by bracket and erect.

As in Figure 2-4, red pepper cleaning machine structure 2 includes purge tank 21, spray head 22, cleaning shaft 23, and purge tank 21 is in square Body shape, purge tank 21 are located at immediately below capsicum storage cylinder 11, and capsicum cleaning inlet port 211 is offered at the top of purge tank 21, peppery Green pepper cleaning inlet port 211 is located at the underface of discharge port 112, and the two is connected to by hopper 24, and hopper 24 is in cone tube shape, and It to be wide at the top and narrow at the bottom, is connected at the top of 24 lower end of hopper and purge tank 21, end section is greater than 112 section of discharge port on hopper 24, can be with Guarantee that capsicum entirely falls in purge tank 21 from discharge port 112.Multiple horizontal and parallel cleanings are provided in purge tank 21 to turn Axis 23, each cleaning shaft 23 are equipped with annulus hairbrush 25, and there are gaps between two neighboring annulus hairbrush 25, one of them is clear The shaft end of shaft 23 and the output axis connection of first motor 26 are washed, one end that one of cleaning shaft 23 stretches out purge tank 21 connects It is connected to gear, 21 outer wall of purge tank is equipped with first motor 26, is connected with gear on the output shaft of first motor 26, two gears are nibbled Setting is closed, the other end of each cleaning shaft 23 is mutually driven by sprocket wheel with chain, equipped with being obliquely installed in purge tank 21 Filter plate 27, purge tank 21, which is located at filter plate 27 lower side side wall and offers, to be contacted one end upper surface with filter plate 27 and flushes Capsicum washing outlet 212,21 bottom of purge tank are connected with cleaning water recovery device 28, and cleaning water recovery device 28 includes the second water 281, drainpipe 282 are pumped, the second water pump 281 is placed on 21 bottom of purge tank, and the second water pump 281 is connect with drainpipe 282, cleaning The through hole 213 that supply and discharge water pipe 282 passes through is offered on 21 side wall of tank, the diameter of through hole 213 is greater than the straight of drainpipe 282 Diameter, through hole 213 are located at 27 lower section of filter plate, when the second water pump 281 is slower to the drainage speed of purge tank 21, purge tank 21 Interior ponding is gradually accumulated, and through hole 213 can guide discharge to ponding, and 21 top inner wall of purge tank is provided with multiple sprays First 22, spray head 22 is connected with water source；Multiple spray heads 22 are connected by pipeline and are connect with water inlet pipe, and the other end of water inlet pipe is connected with First water pump, the first water pump are placed in water tank, and the first water pump realizes the opening and closing of itself by control switch, for mentioning It sprays water for spray head 22；22 quantity of spray head is two times for cleaning 23 quantity of shaft, and the surface of each cleaning shaft 23 is provided with Two spray heads 22, and be located at cleaning 23 both ends 1/3 of shaft, the cleaning shaft 23 of first motor 26 is connected with as actively Axis, remaining cleaning shaft 23 is driven shaft, and the cleaning shaft 23 for being connected with first motor 26 is located at side side, and each cleaning turns The other end of axis 23 is respectively connected with sprocket wheel, is realized and is driven by chain between multiple sprocket wheels.

As shown in Fig. 3,5,6, capsicum dewatering device 3 includes dewatering box 31, the first conveyer belt 32, air blower 33, electric heating Piece 34, ultraviolet disinfecting 35, collecting pit 36,31 side of dewatering box offer capsicum dehydration inlet port 311, and the first conveyer belt 32 is set In in dewatering box 31, and it is horizontally disposed, multiple filter hole are uniformly provided on the first conveyer belt 32, collecting pit 36 is set to dewatering box In 31, and it is located at immediately below the first conveyer belt 32, passes through inclination between capsicum washing outlet 212 and capsicum dehydration inlet port 311 The first U-shaped coulisse 29 connection being arranged, the first U-shaped coulisse 29 pass through capsicum dehydration inlet port 311 and enter dewatering box 31 1 End is located at the surface of 32 input terminal of the first conveyer belt, and the first U-shaped coulisse 29 is connected and fixed with 21 outer wall of purge tank, the first U Shape coulisse 29 connects 21 one end of purge tank and is higher than the other end, and capsicum washing outlet 212 is located on capsicum dehydration inlet port 311 It is square, multiple electric heating sheets 34 are provided in 31 top inner wall of dewatering box, multiple electric heating sheets 34 are along 32 side of transmission of the first conveyer belt To distribution, multiple ultraviolet disinfectings 35 are also distributed with along its circumferential direction in 31 inner sidewall of dewatering box, and 31 inner sidewall of dewatering box is along it The air blower 33 that multiple the first conveyer belts of direction 32 are dried also is distributed in circumferential direction, and it is defeated that dewatering box 31 is located at the first conveyer belt 32 Outlet side side wall offers capsicum dehydrated outlet 312, and the second U-shaped coulisse being obliquely installed is additionally provided in dewatering box 31 37, the second U-shaped coulisse 37 stretches out 312 one end of capsicum dehydrated outlet and is lower than the other end；Electric heating sheets 34 are real by connection power supply Existing heating function, air blower 33 by connection power supply realize blowing can, ultraviolet disinfecting 35 by power supply realization sterilizing function, Electric heating piece, air blower 33, ultraviolet disinfecting 35 are electrically connected with the second control switch, and the second control switch controls electric heating piece, drum The opening and closing of blower 33, ultraviolet disinfecting 35.

As shown in Fig. 5,7-9, chopped hot pepper mechanism 4 include the second rack 41, the second conveyer belt 42, cutting tool 43, second Conveyer belt 42 is mounted in the second rack 41, and the second U-shaped coulisse 37 stretches out 312 one end of capsicum dehydrated outlet and is located at the second transmission Right above 42 input terminal of band, second conveyer belt, 42 direction of transfer is provided with inclined charging restriction plate 6 in the second rack 41, into Expect that restriction plate 6 is higher than the other end close to 42 input terminal one end of the second conveyer belt, feeds restriction plate 6 and 42 junction of the second conveyer belt Between form feeding-passage 61, feed and be rotatably connected to multiple live-rollers 62 in restriction plate 6, live-roller 62 is along charging restriction plate 6 Length direction distribution, the pivot center of live-roller 62 is parallel with the pivot center of the second conveyer belt 42, separate second conveyer belt Driving motor (not shown) is sequentially connected on the live-roller 62 of 42 output ends, driving motor is decelerating motor, driving electricity Machine rotation drives live-roller 62 to rotate, and is sequentially connected between multiple live-rollers 62 by sprocket wheel, and live-roller 62 turns The direction of transfer of dynamic direction and the second conveyer belt 42 is connected with cutting tool 43, cutting tool on the contrary, sliding in the second rack 41 43 move back and forth along the vertical direction.

As shown in Fig. 7,10, capsicum particle transport mechanism 5 includes third conveyer belt 51, surge drum 52, the second rack 41 Second conveyer belt, 42 output end one end is provided with inclined transition plates 44, transition plates 44 connects 41 one end of the second rack and is higher than separately One end, 44 other end of transition plates are located at right above 51 input terminal of third conveyer belt, and surge drum 52 is located at the output of third conveyer belt 51 Rectify lower section.

As shown in Figure 3-4, filter plate 27 is rotatablely connected close to 212 side of capsicum washing outlet and 21 inner wall of purge tank, is turned Shaft line is horizontally disposed, and filter plate 27 is connected with sliding plate 7 far from 212 1 side slip of capsicum washing outlet, and glide direction is along mistake The inclined direction of filter plate 27 is arranged, and 7 one end of sliding plate is protruded into filter plate 27, and is provided in filter plate 27 in compressive state Spring 71,71 one end of spring connect with filter plate 27, and 71 other end of spring is connect with sliding plate 7, provides sliding plate 7 far from mistake The elastic force of filter plate 27, the sliding connection of filter plate 27 7 side of sliding plate are connected with mounting base 271, are connected at the top of purge tank 21 perpendicular The second electric pushrod 72 being directly arranged, the other end of the second electric pushrod 72 are connect with mounting base 271.Second electric pushrod 72 Both ends are hinged with purge tank 21 and mounting base 271 respectively, and mounting base 271 and filter plate 27 are clamped, and 27 upper surface of filter plate is along it Inclined direction offers elongated slot, and long slot cross-section is T shape, and 271 bottom of mounting base is provided with the sliding block with elongated slot cooperation, mounting base 271 were realized after the second electric pushrod 72 is connected to power supply by the second the flexible of electric pushrod 72 along 27 sliding motion of filter plate The rotation of filter plate 27 and 21 inner wall of purge tank changes the tilt angle of filter plate 27.The hole of filter plate 27 is perpendicular to filter plate 27 Setting, so that the drainage rate excessively of filter plate 27 is not also identical, thus it is possible to vary filtering when the tilt angle difference of filter plate 27 The speed of water.

As shown in Figure 3-4, spring 71 is two, is located at sliding plate 7 and protrudes into 27 side both ends of filter plate, spring 71 is straight Diameter is identical as 7 thickness of sliding plate, and the putting hole for preventing spring 71 is offered in filter plate 27, and sliding plate 7 stretches out filter plate 27 side side sections are semicircle shape, so that the second electric pushrod 72, in telescopic process, sliding plate 7 can by the effect of spring 71 Preferably do sliding motion.

As seen in figs. 5-6, the first conveyer belt 32 is connect by the first rack 39 with dewatering box 31, and the first rack 39 is positioned at the One conveyer belt, 32 input terminal side and dewatering box 31 are hinged, and the first conveyer belt 32, which has, is in horizontal first state and first 32 output of conveyer belt passes through third motor 38 in the second state for being higher than 32 input terminal of the first conveyer belt, the first conveyer belt 32 It moves back and forth.

As seen in figs. 5-6, third motor 38 is connect with 31 inner wall of dewatering box, is connected on the output shaft of third motor 38 partially Core 381, third motor 38 are decelerating motor, and third motor 38 connects the starting of realization third motor 38 after power supply, eccentric disk 381 are arranged along the length direction of the first conveyer belt 32, and the first rack 39 is located at 32 output end side of the first conveyer belt and is placed on partially On core 381.When output shaft distalmost end of the eccentric disk 381 from third motor 38 is located at the surface of 38 output shaft of third motor When, the first conveyer belt 32 is in the second state, when eccentric disk 381 is located at third motor 38 from 38 output shaft most proximal end of third motor When the surface of output shaft, the first conveyer belt 32 is in first state.

As seen in figs. 5-6, the first conveyer belt 32 is mounted in the first rack 39, passes through 39 one end of the first rack and dewatering box 31 is hinged, and the other end forms free end, and the rotation of third motor 38 drives eccentric disk 381 to rotate, since the bias of eccentric disk 381 is set It sets, so that distalmost end of the eccentric disk 381 from its pivot center and most proximal end are alternately in the surface of 38 output shaft of third motor, To allow the first conveyer belt 32 to convert repeatedly between first state and the second state.The first rack is driven by third motor 38 39 free end moves reciprocatingly, and realizes the vertical tremor of the first conveyer belt 32, can play on the first conveyer belt 32 of shake The effect of capsicum changes the positional relationship between capsicum, to improve the drying effect of capsicum.

As Figure 7-9, cutting tool 43 includes mounting rack 431, blade 432, the second motor 433, rotor plate 434, peace It shelves 431 to be vertically arranged, and slides and connect with the second rack 41, mounting rack 431 is two, is separately positioned on the second rack 41 Two sides, 431 section of mounting rack be it is rectangular-shaped, the two sides of the second rack 41 offer with 431 section of mounting rack cooperation slot, installation Frame 431 is connected by slot and the sliding of the second rack 41, and blade 432 is mounted on mounting rack 431, blade 432 vertically and perpendicular to The setting of second conveyer belt, 42 length direction, 432 both ends of blade and two mounting racks 431 are bolted fixation；Second motor 433 It is mounted in the second rack 41, the output shaft of the second motor 433 is connected with rotor plate 434, is extended on rotor plate 434 cylindric Protrusion 435, protrusion 435 are hinged with connecting rod 436, and 436 other end of connecting rod and 431 bottom of mounting rack are hinged.Pass through connecting rod 436 both ends are hinged with protrusion 435 and mounting rack 431 respectively, realize that the rotation of rotor plate 434 drives mounting rack 431 along vertical side To reciprocating motion, the two sides of the second rack 41 are provided with baffle, for preventing the capsicum on the second conveyer belt 42 from its two sides It falls.

As Figure 7-9, the second motor 433 is dual-axle motor, and the second motor 433 is located between two mounting racks 431 Underface, two rotor plates 434 respectively with two output axis connections of the second motor 433.The output shaft and knife of second motor 433 The length direction of piece 432 is consistent, and two output shafts of the second motor 433 are connect with two rotor plates 434 respectively, keeps the second machine The synchronization of two mounting racks 431 of 41 two sides of frame, and turn since two rotor plates 434 are synchronous, two mounting racks 431 are perpendicular Histogram to reciprocating motion be consistent, thus guarantee blade 432 back and forth cut chop during, 432 both ends of blade are able to maintain Level does not tilt.

A kind of method of chopped hot pepper production and processing, comprising the following steps:

Fresh capsicum is put into capsicum storage cylinder 11 by the first step by feed inlet 111；

Second step, the first electric pushrod 13 of starting, movable cover plate 12 to discharge port 112 expose 1/2 opening；

Third step, starting first motor 26, control cleaning shaft 23 revolving speed be 200r/min, spray head 22 to cleaning shaft 23 carry out water spray processing, and water spray total amount is 20 l/min, and spray head 22 sprays the sodium chloride solution that water is concentration 1.2g/100ml, opens Dynamic second electric pushrod 72, adjusting to 27 tilt angle of filter plate is 45 °；

4th step, the first conveyer belt 32 of starting, the transmission speed of the first conveyer belt 32 are 20mm/min, open electric heating sheets 34,34 surface temperature of electric heating sheets is 450 DEG C, opens air blower 33, and 33 wind-force of air blower is 20m3/min, starts third motor 38, the output shaft revolving speed of control third motor 38 is 60r/min；

5th step, the second conveyer belt 42 of starting, the transmission speed of the second conveyer belt 42 are 20-30mm/min, live-roller 62 Velocity of rotation be 120-180 r/min, the output shaft revolving speed of the second motor 433 is 300-360r/min, opens ultraviolet disinfection Lamp 35；

6th step, starting third conveyer belt 51, the transmission speed of third conveyer belt 51 are 80-100mm/min.

Working principle:

Staff passes through the retraction of the first electric pushrod 13 by being stored in capsicum in 111 capsicum storage cylinder 11 of feed inlet Discharge port 112 is opened, capsicum is entered in purge tank 21 by discharge port 112, and spray head 22 carries out spraying-rinsing, the first electricity to capsicum Annulus hairbrush 25 in the driving cleaning rotation of shaft 23 of machine 26 scrubs capsicum, and water falls into 21 bottom of purge tank from filter plate 27 Portion, capsicum enters in the first U-shaped coulisse 29 to the lower Slideslip of filter plate 27, and by capsicum washing outlet 212, and falls On the first conveyer belt 32, the first conveyer belt 32 drives capsicum disposed thereon mobile to output end, due to the first conveyer belt 32 Filter hole is provided on itself, the water filtering that can be fallen together with capsicum is fallen in collecting pit 36, and multiple electric heating sheets 34 are right Capsicum carries out heating, drying, and air blower 33 accelerates the transmitting of heat, and it is past that third motor 38 drives 32 output end of the first conveyer belt to do Multiple movement, capsicum is dropped down on the second U-shaped coulisse 37 by the output end of the first reception and registration band, and is fallen on the second conveyer belt 42, Second motor 433 does vertical direction and back and forth cut with cutting blade 432 chops movement, minces the capsicum particle of completion from through blade 432 The output end of two conveyer belts 42 falls in inclined transition plates 44, then falls on third conveyer belt 51 from transition plates 44, most Enter in surge drum 52 afterwards, completes the production of entire chopped hot pepper.

It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row His property includes, so that the process, method, article or equipment for including a series of elements not only includes those elements, and And further include other elements that are not explicitly listed, or further include for this process, method, article or equipment institute it is intrinsic Element.

Used herein a specific example illustrates the principle and implementation of the invention, the explanation of above example It is merely used to help understand method and its core concept of the invention.The above is only the preferred embodiment of the present invention, should refer to Out, due to the finiteness of literal expression, and objectively there is unlimited specific structure, for the ordinary skill people of the art For member, without departing from the principle of the present invention, can also make it is several improve, retouching or variation, can also will be above-mentioned Technical characteristic is combined in the right way；These improve retouching, variation or combination, or the not improved design by invention and Technical solution directly applies to other occasions, is regarded as protection scope of the present invention.

Claims (8)

1. a kind of full-automatic chopped hot pepper manufacturing and processing equipment, which is characterized in that including capsicum stocking mechanism (1), red pepper cleaning machine Structure (2), capsicum dewatering device (3), chopped hot pepper mechanism (4), capsicum particle transport mechanism (5), in which:

The capsicum stocking mechanism (1) includes capsicum storage cylinder (11), and feed inlet is arranged at the top of the capsicum storage cylinder (11) (111), capsicum storage cylinder (11) bottom is provided with discharge port (112), and discharge port (112) sliding is connected with for covering The cover board (12) of the discharge port (112) is closed, the cover board (12) is driven by the first electric pushrod (13) and moved；

The red pepper cleaning machine structure (2) includes purge tank (21), spray head (22), cleaning shaft (23), purge tank (21) top Portion offers capsicum cleaning inlet port (211), capsicum cleaning inlet port (211) be located at the discharge port (112) just under Side, and the two is connected to by hopper (24), and multiple horizontal and parallel cleaning shafts are provided in the purge tank (21) (23), each cleaning shaft (23) is equipped with annulus hairbrush (25), between the two neighboring annulus hairbrush (25) there are Gap, the shaft end of one of them cleaning shaft (23) and the output axis connection of first motor (26), each cleaning turn The other end of axis (23) is mutually driven by sprocket wheel with chain, and the filter plate being obliquely installed is equipped in the purge tank (21) (27), the purge tank (21), which is located at the lower side side wall of the filter plate (27) and offers, contacts one with the filter plate (27) The capsicum washing outlet (212) that end upper surface flushes, purge tank (21) bottom are connected with cleaning water recovery device (28), institute It states purge tank (21) top inner wall and is provided with multiple spray heads (22), the spray head (22) is connected with water source；

The capsicum dewatering device (3) include dewatering box (31), the first conveyer belt (32), air blower (33), electric heating sheets (34), Ultraviolet disinfecting (35), collecting pit (36), dewatering box (31) side offer capsicum dehydration inlet port (311), and described the One conveyer belt (32) is set in the dewatering box (31), is uniformly provided with multiple filter hole, institute on first conveyer belt (32) Collecting pit (36) are stated in the dewatering box (31), and are located at immediately below first conveyer belt (32), the capsicum cleaning It is connected between outlet (212) and capsicum dehydration inlet port (311) by the first U-shaped coulisse (29) being obliquely installed, institute It states capsicum washing outlet (212) to be located above capsicum dehydration inlet port (311), be set in dewatering box (31) top inner wall Multiple electric heating sheets (34) are equipped with, dewatering box (31) inner sidewall is also distributed with multiple described ultraviolet along its circumferential direction Sterilamp (35), dewatering box (31) inner sidewall are also distributed with multiple towards first conveyer belt (32) along its circumferential direction The air blower (33) of blowing, the dewatering box (31) are located at the first conveyer belt (32) output end side side wall and offer Capsicum dehydrated outlet (312), is additionally provided with the second U-shaped coulisse (37) being obliquely installed in the dewatering box (31), and described the Two U-shaped coulisses (37) stretch out described capsicum dehydrated outlet (312) one end and are lower than the other end；

The chopped hot pepper mechanism (4) includes the second rack (41), the second conveyer belt (42), cutting tool (43), and described second passes Band (42) is sent to be mounted on second rack (41), the second U-shaped coulisse (37) stretches out the capsicum dehydrated outlet (312) one end is located at right above the second conveyer belt (42) input terminal, along second conveyer belt on second rack (41) (42) direction of transfer is provided with inclined charging restriction plate (6), and the charging restriction plate (6) is close to second conveyer belt (42) Input terminal one end is higher than the other end, and charging is formed between the charging restriction plate (6) and second conveyer belt (42) junction Channel (61) is rotatably connected to multiple live-rollers (62) on the charging restriction plate (6), the rotation direction of the live-roller (62) The cutting tool is connected on the contrary, sliding in second rack (41) with the direction of transfer of second conveyer belt (42) (43), the cutting tool (43) moves back and forth along the vertical direction；

The capsicum particle transport mechanism (5) includes third conveyer belt (51), surge drum (52), and second rack (41) is located at Described second conveyer belt (42) output end one end is provided with inclined transition plates (44), transition plates (44) connection described second Rack (41) one end is higher than the other end, and transition plates (44) other end is located at the third conveyer belt (51) and inputs on proper Side, the surge drum (52) are located at immediately below third conveyer belt (51) output end.

2. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 1, which is characterized in that the filter plate (27) it is rotatablely connected close to capsicum washing outlet (212) side and the purge tank (21) inner wall, pivot center level is set It sets, the filter plate (27) is connected with sliding plate (7), glide direction edge far from (212) one side slip of capsicum washing outlet The inclined direction of the filter plate (27) is arranged, and described sliding plate (7) one end is protruded into the filter plate (27), and the filtering It is provided with the spring (71) in compressive state in plate (27), described spring (71) one end is connect with filter plate (27), the bullet Spring (71) other end is connect with the sliding plate (7), provides the elastic force of the sliding plate (7) far from the filter plate (27), institute It states filter plate (27) sliding connection sliding plate (7) side to be connected with mounting base (271), connection at the top of the purge tank (21) There is the second electric pushrod (72) being vertically arranged, the other end of second electric pushrod (72) and the mounting base (271) are even It connects.

3. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 2, which is characterized in that the spring (71) It is two, spring (71) diameter is identical as the sliding plate (7) thickness, offers in the filter plate (27) for preventing The putting hole of the spring (71), it is semicircle shape that the sliding plate (7), which stretches out filter plate (27) the side side cross-section,.

4. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 1, which is characterized in that first transmission Band (32) is connect by the first rack (39) with the dewatering box (31), and first rack (39) is located at first conveyer belt (32) hingedly, first conveyer belt (32), which has, is in horizontal first state for input terminal side and the dewatering box (31), And the first conveyer belt (32) output in be higher than the first conveyer belt (32) input terminal the second state, described first Conveyer belt (32) is moved back and forth by third motor (38).

5. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 4, which is characterized in that the third motor (38) it connect with the dewatering box (31) inner wall, is connected with eccentric disk (381) on the output shaft of the third motor (38), it is described Eccentric disk (381) is arranged along the length direction of first conveyer belt (32), and first rack (39) is located at described first and passes Band (32) output end side is sent to be placed on the eccentric disk (381).

6. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 1, which is characterized in that the cutting tool It (43) include mounting rack (431), blade (432), the second motor (433), rotor plate (434), the mounting rack (431) sets vertically It sets, and slides and connect with the second rack (41), the blade (432) is mounted on the mounting rack (431), second motor (433) it being mounted on second rack (41), the output shaft of second motor (433) is connected with the rotor plate (434), It is extended with cylindrical bump (435) on the rotor plate (434), the protrusion (435) is rotatably connected to connecting rod (436), institute Connecting rod (436) other end is stated to connect with the mounting rack (431) lower rotation.

7. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 6, which is characterized in that second motor It (433) is dual-axle motor, second motor (433) is located at the underface between two mounting racks (431), described in two Rotor plate (434) respectively with two output axis connections of second motor (433).

8. a kind of full-automatic chopped hot pepper manufacturing and processing equipment according to claim 1, which is characterized in that the ejected wash water is returned Receiving apparatus (28) includes the second water pump (281), drainpipe (282), and second water pump (281) is arranged at purge tank (21) bottom Portion, second water pump (281) connect with the drainpipe (282), are offered on purge tank (21) side wall for the row The through hole (213) that water pipe (282) passes through, the diameter of the through hole (213) are greater than the diameter of drainpipe (282), and described Through hole (213) is located at below the filter plate (27).