CN111418866A - Infrared radiation ration heating puffed rice machine - Google Patents

Abstract

The invention discloses an infrared radiation quantitative heating popcorn machine, which comprises a frame, a material storage box is arranged at the feeding end of the frame, and a material storage box is penetrated in the material storage box for corn kernels to move from bottom to top. A feeding module, the outer casing of the feeding module is provided with a sleeve to form a feeding port for the corn kernels to enter, the discharging end of the frame is provided with a discharging cylinder, and the space between the storage box and the discharging cylinder is A heating furnace is provided, the sleeve and the discharge cylinder are respectively communicated with the heating furnace through different pipes, a carbon heating module is arranged at the bottom of the heating furnace, and a blast module is connected to the bottom of the carbon heating module. In the invention, the corn kernels in the storage box are quantitatively moved into the heating furnace through the feeding module, and the infrared radiation is used for uniform heating to rapidly produce quantitative popcorn.

Description

A kind of infrared radiation quantitative heating popcorn machine

technical field

The invention belongs to the technical field of food processing, in particular to an infrared radiation quantitative heating popcorn machine.

Background technique

Popcorn is crunchy and easy to digest. It is usually formed by heating and popping corn kernels. As a daily delicious snack, popcorn is sold in entertainment venues such as movie theaters. The traditional popcorn is made by a hand-cranked oven, which has a high risk, and the equipment is expensive to make, not easy to sell, and lacks automation. , Due to its high degree of mechanization, there are defects such as partial heating, unstable structure, and excessively long popping time, resulting in the phenomenon of charring and non-popping of popcorn. On the other hand, the corn kernels directly enter the heating furnace for centralized heating, Once popped to form popcorn, it is necessary to manually control the amount of corn kernels put in to control the single production amount of popcorn. If too much is produced at one time and the storage time is too long, it will directly affect the crispy taste of the popcorn, which is not conducive to the quality of the popcorn. Sales.

Therefore, the inventors have devoted themselves to designing a popcorn machine to solve the above-mentioned problems.

SUMMARY OF THE INVENTION

The purpose of the present invention is to: provide a kind of infrared radiation quantitative heating popcorn machine, which quantitatively moves the corn kernels in the storage box to the heating furnace through the feeding module, and utilizes infrared radiation to heat uniformly to quickly produce quantitative popcorn.

In order to achieve the above object, the technical scheme adopted in the present invention is:

An infrared radiation quantitative heating popcorn machine includes a frame, a feeding end of the frame is provided with a storage box, and a feeding module for corn kernels to move from bottom to top is penetrated in the storage box, so the The outer casing of the feeding module is provided with a sleeve to form a feeding port for the corn kernels to enter. , the sleeve and the discharging cylinder are respectively communicated with the heating furnace through different pipes, the bottom of the heating furnace is provided with a carbon heating module, and the bottom of the carbon heating module is connected with a blowing module.

The corn kernels in the storage box enter the casing from the material introduction port. Under the action of the feeding module, they move from bottom to top along the casing, and enter the heating furnace through the conduit. The blast module blows out the blast, and the blast passes through the carbon The heating module is heated into hot air and enters the heating furnace. The hot air directly heats the corn kernels in the heating furnace, pops the corn kernels to form popcorn, and blows the hot air into the discharge cylinder.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, the feeding module includes a screw for the corn kernel to move upward, and the screw is vertically accommodated in the casing and is rotatably arranged on the The bottom of the storage box, and the top of the sleeve abuts the storage box.

The invention utilizes the rotation of the screw to transport the corn kernels on the screw thread from bottom to top, which helps to control the heating amount of the popcorn, prevents the popcorn from being heated too much, affects the taste of the popcorn and causes food waste.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, at least one thread at the lower end of the screw is exposed on the sleeve to form the helical material guide port, so that the corn kernels in the storage box can be self-guided from the material guide port. Enter the screw and move up the casing.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, the storage box is located above the heating furnace, the bottom surface of the storage box is inclined from the outside to the inside, and the feeding module is located on the bottom surface of the storage box. The lowest position in order to increase the speed of corn kernels entering the guide port.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, the carbon heating module includes a mounting seat, and a carbon heating tube and an air guide sheet are sequentially accommodated in the mounting seat from top to bottom. The element heating pipe and the air guide sheet are separated by a plurality of support sheets, and a plurality of air guide holes are spaced around the air guide sheet, and the air guide holes correspond to the positions of the carbon element heating pipe.

The carbon heating tube is a heating tube with high-purity carbon structure as the base material. The power source is high temperature resistant molybdenum sheet and molybdenum stem, which is heated by electric energy through the carbon body substrate to generate infrared radiation, which has the characteristics of long life, energy saving and environmental protection.

The air guide sheet guides the blast air generated by the blast module to the carbon heating tube evenly through the air guide holes, and the carbon heating tube converts the blast air into hot air to heat the corn kernels in the heating furnace.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, a quartz glass is provided on the upper cover of the mounting seat, the center of the quartz glass is concave and a plurality of dispersion holes are arranged on it at intervals.

The function of quartz glass is to conduct heat and disperse the hot air around the carbon heating tube, so that the hot air in the heating furnace is evenly dispersed, so that the corn kernels are heated evenly.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, the blowing module includes a blower, and the blower communicates with the mounting seat through an air supply duct.

The invention utilizes the blower to generate the blast, and accelerates the popping time of the corn kernels in the heating furnace and the discharging time of the popcorn.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, at least one automatic barrel ejection module is provided on one side of the frame, and the automatic barrel ejection module includes a ring-shaped rotatable positioning gear. The outer teeth are meshed with a plurality of barrel ejection gears, and the barrel ejection gears drive the popcorn barrel to rotate out through the helical groove, so as to realize automatic barrel taking.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, at least one seasoning delivery module is provided on the side of the discharge cylinder, and the seasoning delivery module has a seasoning box. The material cylinder is communicated, and a push plate is slidably connected in the seasoning box, and the push plate divides the inner cavity of the seasoning box into two parts.

The seasoning box of the present invention is used for accommodating seasonings such as paste-like sauces, syrups, etc. The inner cavity of the seasoning box is divided into two parts by the push plate, and the seasoning is placed in the inner cavity of the seasoning box close to the end of the discharge cylinder. , directly press the seasoning in the seasoning box into the discharge barrel.

As an improvement of the infrared radiation quantitative heating popcorn machine of the present invention, the push plate is pushed by a push rod and slides along the inner wall of the seasoning box, and the push rod is internally threaded with a rotatable inner screw.

Compared with the prior art, the infrared radiation quantitative heating popcorn machine of the present invention moves the corn kernels in the storage box from bottom to top along the casing through the feeding module, and slides down into the heating furnace quantitatively. The carbon heating module uses Infrared radiation converts the blast air blown by the blast module into hot air, uniformly heats the corn kernels in the heating furnace to form popcorn and blows the popcorn to the discharge cylinder, realizes rapid production of quantitative popcorn, maintains the taste of popcorn, and saves production. time and cost.

Description of drawings:

Fig. 1 is the perspective view of infrared radiation quantitative heating popcorn machine of the present invention;

Fig. 2 is the perspective view that infrared radiation quantitative heating popcorn machine of the present invention removes front cover and side cover;

3 is a perspective view of the internal structure of the infrared radiation quantitative heating popcorn machine of the present invention;

Fig. 4 is another perspective view of the internal structure of the infrared radiation quantitative heating popcorn machine of the present invention;

Fig. 5 is an enlarged view at A in Fig. 4;

Fig. 6 is the sectional view of infrared radiation quantitative heating popcorn machine of the present invention;

Fig. 7 is an enlarged view at B in Fig. 6;

Figure 8 is a three-dimensional exploded enlarged view of the carbon heating module and the heating furnace of the present invention;

Fig. 9 is a left side enlarged view and a partial cross-sectional view of the seasoning delivery module of the present invention;

Fig. 10 is an enlarged perspective view of the automatic barrel ejecting module of the present invention.

Illustration description:

100, automatic popcorn machine, 1, rack, 11, bucket cans, 12, pickup door, 13, coin slot machine, 14, protective cover, 141, rotating motor, 15, feeding door, 16, lamp post, 2. Storage box, 21, Feed port, 3, Feeding module, 31, Screw, 311, Feed port, 32, Feed motor, 4, Casing, 41, Feed pipe, 5, Heating furnace, 51, Carbon heating module, 511, quartz glass, 512, carbon heating tube, 513, air guide plate, 5131, air guide hole, 514, mounting seat, 6, discharge cylinder, 61, discharge pipe, 62, discharge Port, 7, Seasoning feeding module, 71, Seasoning box, 72, Fixed seat, 73, Push plate, 74, Worm, 75, Turbine, 76, Inner screw, 77, Push rod, 78, Push motor, 8, Blower Module, 81, blower, 82, air supply duct, 9, automatic barrel ejection module, 91, positioning gear, 92, barrel ejection gear, 93, drive mechanism, 931, transition gear, 932, drive belt, 933, barrel ejection motor , 200, popcorn bucket, 300, seasoning.

Detailed ways

The embodiments of the present invention will be explained in detail below with reference to the accompanying drawings. The accompanying drawings are only used for reference and description, and do not limit the scope of the patent protection of the present invention.

1 to 10, a quantitative infrared radiation heating popcorn machine 100, including a rack 1, a storage box 2, a feeding module 3, a heating furnace 5, a carbon heating module 51, a blast module 8. A set of pipes 4, a material discharge barrel 6, at least one seasoning feeding module 7 and at least one automatic barrel discharging module 9, the storage box 2 is located at the feeding end of the rack 1, and the feeding module 3 is passed through the storage box 2, the feeding module 3 is used to drive the corn kernels to move from bottom to top, the casing 4 is sleeved outside the feeding module 3 to form a material guide port 311 for the corn kernels to enter, and the discharging cylinder 6 is located at the discharge of the rack 1. At the end, the heating furnace 5 is arranged between the material storage box 2 and the discharging cylinder 6, the sleeve 4 and the discharging cylinder 6 are respectively communicated with the heating furnace 5 through different pipes, and the carbon heating module 51 is arranged at the bottom of the heating furnace 5, The blowing module 8 is connected to the bottom of the carbon heating module 51 , a plurality of seasoning feeding modules 7 are arranged on the discharging barrel 6 , and at least one automatic barrel discharging module 9 is arranged on one side of the frame 1 .

Referring to FIGS. 1 , 2 and 6 , a pickup door 12 is provided on the front side of the rack 1 , and a protective cover 14 for protecting the popcorn bucket 200 in an n-shape is provided behind the pickup door 12 , and the bottom of the protective cover 14 is The fixed frame is provided with a platform (not marked) for placing the popcorn bucket 200, and the bottom of the platform is provided with a rotary motor 141 for controlling the rotation of the platform, thereby driving the popcorn bucket 200 on the platform to rotate, and below the pickup door 12 There is a storage drawer, an automatic barrel ejecting module 9 is arranged on the other side of the front of the rack 1, and the rear end of the automatic barreling module 9 is correspondingly provided with a barrel 11 for storing the popcorn barrel 200, and the bottom of the barrel 11 is provided with a barrel 11. The spring is used to push out a plurality of superimposed popcorn buckets 200 in the bucket 11. A coin slot machine 13 for buying popcorn is provided below the automatic bucket ejecting module 9, and a change window is arranged below the coin slot machine 13. , the upper cover of the cavity on the back of the rack 1 is provided with a feeding door 15 for throwing corn kernels, and a plurality of n-type lamp posts 16 are fixed at intervals from front to back in the rack 1. The width gradually increases.

3 , 4 and 6 , the storage box 2 is used to store unpopped corn kernels. The top of the storage box 2 is provided with a feeding port 21 , which is connected to the back of the rack 1 . The cavities are connected, and the feeding door 15 is opened, and corn kernels can be added to the storage box 2 directly through the feeding port 21. The bottom surface of the storage box 2 is inclined from the outside to the inside, so that the corn kernels in the storage box 2 can be automatically gathered. The lowest part of the bottom of the storage box 2 is convenient for feeding corn kernels.

4 , 5 and 6 , the feeding module 3 is used to introduce the corn kernels collected at the bottom of the storage box 2 into the heating furnace 5 , the feeding module 3 includes a rotatable screw 31 and a feeding motor 32 , the feeding motor 32 is fixed on the support frame below the storage box 2, the screw 31 is vertically arranged in the storage box 2 and passes through the lowest part of the bottom of the storage box 2, the screw 31 is connected with the feeding motor 32 in a driving manner, and the sleeve 4 Set on the screw 31, the top of the casing 4 abuts the upper wall of the storage box 2 to prevent the corn kernels in the casing 4 from leaking from the top of the casing 4. distance, so that at least one thread at the lower end of the screw 31 is exposed on the casing 4 to form a helical material guide port 311. The helical thread of the material guide port 311 is protruded with a protrusion with a triangular cross-section to prevent it from being located in the material guide port 311. The corn kernels roll down, the feeding motor 32 drives the screw 31 to rotate, and then drives the corn kernels at the material guide port 311 to move up in the casing 4 along the thread of the screw 31.

3, 4 and 6, the heating furnace 5 is located below the storage box 2 for heating the corn kernels entering the heating furnace 5. The lamp post 16 is arranged outside the heating furnace 5, and the heating furnace 5 passes through a The feed pipe 41 is communicated with the upper end of the casing 4, the lower end of the feed pipe 41 extends into the heating furnace 5 and its outlet faces the side wall of the heating furnace 5, and the outlet of the feed pipe 41 is also covered with a valve (not marked), The valve is hinged with the feeding pipe 41, and the corn kernels in the feeding pipe 41 can open the valve, and the top of the heating furnace 5 is in the shape of a tower apex, which prevents the popcorn from staying in the heating furnace 5. The top of the heating furnace 5 is provided with an outlet. The heating furnace 5 and the discharging cylinder 6 are connected through the discharging pipeline 61. The carbon heating module 51 is located at the bottom of the heating furnace 5. The carbon heating module 51 includes a quartz glass 511, a carbon heating tube 512, an air guide piece 513 and a mounting seat 514, the mounting seat 514 is installed at the bottom of the heating furnace 5, the carbon heating tube 512 and the air guide piece 513 are accommodated in the mounting seat 514 from top to bottom, around the air guide piece 513 A plurality of air guide holes 5131 are arranged at intervals, and the carbon heating tube 512 and the air guide sheet 513 are separated by a plurality of support sheets (not marked). The quartz glass 511 is covered on the mounting seat 514, and the center of the quartz glass 511 is concave, so that the corn kernels are cohesive, which is conducive to the tumbling and uniform heating of the corn kernels heated by the blast. The quartz glass 511 is provided with a plurality of dispersion holes ( not marked), used to disperse the hot air.

3, 4 and 6, the blower module 8 includes a blower 81 and an air supply duct 82. The blower 81 is driven by a motor (not shown) to blow out air, and the blower 81 is controlled by a circuit board (not shown). ), in the production of popcorn, a multi-speed adjustment is used. When the low speed is used, the corn kernels are heated to make them roll. When the high speed is used, the maximum blast volume sends the popcorn into the barrel, so the main function of the blower 81 is to Transfer heat energy and feed material, one end of the air supply duct 82 is communicated with the outlet of the blower 81, and the other end is trumpet-shaped and communicated with the mounting seat 514, so as to connect the blower 81 with the heating furnace 5, when the blower 81 blows out the air, the air passes through The air supply duct 82 enters the mounting seat 514 , and the blast air is dispersed by the air guide holes 5131 on the air guide plate 513 , and blows evenly through the carbon heating tube 512 . The dispersing hole disperses the hot air evenly, and enters the heating furnace 5 to uniformly heat the corn kernels.

Referring to FIG. 6 , the discharge cylinder 6 is used to receive popcorn, the discharge cylinder 6 is fixed on the protective cover 14, the side wall of the discharge cylinder 6 is communicated with the discharge pipe 61, and the lower end of the discharge cylinder 6 is provided with a discharge Port 62, the popcorn exploded in the heating furnace 5 enters the discharge barrel 6 through the discharge pipe 61 under the blowing of the hot air, which not only accelerates the discharge of the popcorn, but also makes the popcorn in the discharge barrel 6 keep a certain amount. temperature to dissolve the seasoning.

Referring to Fig. 3, Fig. 4, Fig. 6 and Fig. 9, each described seasoning putting module 7 is used for putting seasoning into the discharging cylinder 6 to adjust the taste of popcorn, and the seasoning putting module 7 comprises a seasoning box 71, a push Plate 73, a fixing seat 72 and a pushing mechanism (not marked), the fixing seat 72 is fixed on the outer side of the discharging cylinder 6, and the seasoning box 71 is obliquely arranged on the side of the discharging cylinder 6 through the fixing seat 72 and communicates with the discharging cylinder 6, The push plate 73 is accommodated in the seasoning box 71 and is slidably connected with the seasoning box 71. The push plate 73 divides the inner cavity of the seasoning box 71 into two parts, and the inner cavity of the seasoning box 71 close to the discharge cylinder 6 is filled with seasoning 300 ( 9), when the push plate 73 pushes forward, the push plate 73 squeezes the seasoning 300 into the discharge barrel 6, and the push mechanism includes a worm 74, a turbine 75, an inner screw 76, a push rod 77 and a push motor 78, the push rod 77 is fixed on the push plate 73, one end of the push rod 77 is accommodated in the inner screw 76 and is threadedly connected with the inner screw 76, the other end of the push rod 77 is fixed on the turbine 75, and the turbine 75 is engaged with the worm 74, The worm 74 is connected with the push motor 78, and the push motor 78 drives the worm 74 to rotate, and the worm 74 drives the inner screw 76 to rotate through the turbine 75, which in turn drives the push rod 77 to move obliquely. The seasoning 300 in the box 71 is extruded into the discharge cylinder 6 .

1 and 10 , the automatic barrel-out module 9 is used to automatically turn out the popcorn bucket 200, which is convenient for users to use. A gear 91, a plurality of barrel ejection gears 92 and a driving mechanism 93, the positioning gear 91 is coaxial with the barrel 11, the positioning gear 91 is annular and is sleeved outside the multiple stacked popcorn barrels 200, the positioning gear The external teeth of 91 mesh with a plurality of barrel ejection gears 92 arranged at intervals, and the barrel ejection gear 92 is provided with a spiral groove. The barrel gear 92 drives the single popcorn barrel 200 to rotate out through the helical groove. The driving mechanism 93 includes a transition gear 931, a drive belt 932 and a barrel discharge motor 933. The transition gear 931 is a straight tooth at one end and a positioning gear 91. The other end of the straight teeth meshes with the inner teeth of the driving belt 932, and the driving belt 932 is driven to rotate by the output gear (not shown) of the barrel discharging motor 933.

1 to 10, the working principle of the infrared radiation quantitative heating popcorn machine of the present invention is: take out a popcorn bucket 200 and place it in the protective cover 14, open the feeding door 15, and throw it into the feeding port 21 of the storage box 2 Corn kernels and corn kernels slide to the lowest part of the storage box 2, enter the casing 4 through the material guide port 311, and move from bottom to top along the thread of the screw 31 until they enter the heating furnace 5 from the feeding pipe 41 and enter the heating furnace 5. Converging on the quartz glass 511, the blower 81 sends air to the carbon heating module 51 through the air supply duct 82, and the air is guided to the carbon heating pipe 512 by the heat-conducting sheet 513, and the low-grade air sent by the blower 81 is converted into hot air. Quartz glass 511 conducts heat and disperses the heat, uniformly heats the corn kernels in the heating furnace 5. When the corn kernels are heated to a certain temperature, they burst to form popcorn. The popcorn in the heating furnace 5 is blown into the discharge cylinder 6, so that the popcorn in the discharge cylinder 6 has a certain amount of heat and falls into the popcorn bucket 200 controlled to rotate by the rotary motor 141, and at the same time, the motor 78 is pushed through. The worm screw controls the rotation of the inner screw 76, and drives the push rod 77 to move obliquely, so that the push plate 73 slides along the inner wall of the seasoning box 71, and the seasoning 300 in the seasoning box 71 is squeezed into the discharge barrel 6. The material opening 62 falls into the rotating popcorn bucket 200 , and the seasoning 300 is melted on the popcorn surface with residual heat in the popcorn bucket 200 .

In order to achieve the best explosion effect and the shortest production time, the heating furnace 5 of the present invention uses the principle of infrared radiation heating, which is superior to the traditional heating method, and the infrared radiation heating of the carbon tube not only provides the bottom infrared direct irradiation heating , and the heat energy generated by infrared rays is heated evenly by the bottom-up effect of the blast, and the double heating form solves the problem of scorching and uneven heating, and can achieve the best effect of popcorn production.

The present invention accelerates the popping speed of corn by double heating of infrared radiation and thermal energy, improves the success rate of popping, and provides various flavors of popcorn. Therefore, the material of the heating surface is quartz glass, which has high light transmission performance, good thermal stability, and has the characteristics of high temperature resistance and corrosion resistance, and the seasoning box is made of food-grade plastic material, and the screw mouth is connected, which is convenient for changing the box and feeding. , The operation is simple, and the feeding method of the feeding rack body replaces the traditional gear column with the feeding screw, which prevents the phenomenon of material jamming and material blocking, which is conducive to the feeding of the seasoning. The blast module plays the following key roles in the whole production process: (1), transfer the heat energy generated by the carbon heating tube to the heating furnace to heat the corn kernels; (2), make the corn kernels roll and heat evenly; (3), Carry the popcorn into the discharge barrel, and along with the residual temperature, the seasoning can be better dissolved in the popcorn.

In addition, the control system of the circuit board accurately controls the amount of corn kernels, the amount of air blowing and the amount of seasoning, which ultimately points to the taste and amount of popcorn, as well as the retention and cleaning problems of popcorn residue. The control of the amount of corn kernels comes from the feeding motor, and DC or stepper motors can be selected. The width and cylinder diameter are obtained through actual testing to obtain accurate data to determine the maximum output of a bucket of popcorn and the best popping effect. In the same way, determine the combination of the amount of seasoning and the amount of popcorn driven by the blast, so as to achieve the best effect of dissolving the seasoning in the popcorn and give consumers the best taste.

The above disclosures are only the preferred embodiments of the present invention, which cannot be used to limit the protection scope of the present invention. Therefore, equivalent changes made according to the scope of the patent application of the present invention are still within the scope of the present invention.

Claims (10)

1. an infrared radiation quantitative heating popcorn machine, comprising a rack, is characterized in that, the feed end of the rack is provided with a storage box, and in the storage box, there is a bottom-up supply for corn kernels. A moving feeding module, the outer casing of the feeding module is provided with a sleeve to form a feeding port for the corn kernels to enter, the discharging end of the frame is provided with a discharging cylinder, the storage box and the discharging cylinder are There is a heating furnace in between, the sleeve and the discharge cylinder are respectively communicated with the heating furnace through different pipes, the bottom of the heating furnace is provided with a carbon heating module, and the bottom of the carbon heating module is connected with a blast module. 2. The infrared radiation quantitative heating popcorn machine according to claim 1, wherein the feeding module comprises a screw for the corn kernel to move upward, and the screw is vertically accommodated in the casing and can be moved upward. The rotating one is arranged at the bottom of the storage box, and the top of the sleeve abuts the storage box. 3 . The infrared radiation quantitative heating popcorn machine according to claim 2 , wherein at least one thread at the lower end of the screw is exposed on the sleeve to form the helical material guide port. 4 . 4. The infrared radiation quantitative heating popcorn machine according to claim 1 is characterized in that, the storage box is located above the heating furnace, the bottom surface of the storage box is inclined from the outside to the inside, and the feeding module is located at the top of the heating furnace. The bottom surface of the storage box is the lowest. 5. The infrared radiation quantitative heating popcorn machine according to claim 1, wherein the carbon heating module comprises a mounting seat, and a carbon heating tube and a guide are housed in the mounting seat from top to bottom sequentially. Air fins, the carbon heating tube and the air guide fins are separated by a plurality of support sheets, and a plurality of air guide holes are spaced around the air guide fins, and the air guide holes and the carbon The position of the heating tube corresponds. 6 . The infrared radiation quantitative heating popcorn machine according to claim 5 , wherein a quartz glass is provided on the upper cover of the mounting seat, the center of the quartz glass is concave and a plurality of dispersion holes are arranged on it at intervals. 7 . 7 . The infrared radiation quantitative heating popcorn machine according to claim 5 , wherein the blowing module comprises a blower, and the blower communicates with the mounting seat through an air supply duct. 8 . 8. The infrared radiation quantitative heating popcorn machine according to claim 1, wherein at least one automatic barrel-out module is provided on one side of the frame, and the automatic barrel-out module comprises a ring-shaped rotatable positioning gear The outer teeth of the positioning gear are meshed with a plurality of barrel ejection gears, and the barrel ejection gear drives the popcorn barrel to rotate out through the helical groove. 9. infrared radiation quantitative heating popcorn machine according to claim 1, is characterized in that, the side of described discharging cylinder is provided with at least one seasoning putting module, and described seasoning putting module has a seasoning box, and described seasoning box is inclined A push plate is slidably connected inside the seasoning box, and the push plate divides the inner cavity of the seasoning box into two parts. 10. The infrared radiation quantitative heating popcorn machine according to claim 9, wherein the push plate is pushed by a push rod and slides along the inner wall of the seasoning box, and the push rod is threadedly connected with a rotatable one. of the inner screw.

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