阅读说明：本技术 全自动进料电磁爆谷机 (Full-automatic feeding electromagnetic popcorn machine ) 是由 张磊磊 颜英杰 张娜娜 杨琴琴 陈洪 李飞 于 2020-07-08 设计创作，主要内容包括：本发明公开了全自动进料电磁爆谷机,属于机械设备技术领域,包括电磁锅体、电磁锅体支架、物料支架和控制箱,电磁锅体的二侧中间对称设有旋转臂,旋转臂通过旋转轴进行旋转,物料支架上对称设有二组轨道分别为轨道I和轨道II,轨道轮I和轨道轮II与轨道I和轨道II相对应卡合,料箱框架I内设有料箱III和料箱IV,料箱框架II内设有料箱I和料箱II,电磁加热主机与电磁锅体的电磁加热线圈相连接,电磁锅体支架的中间位置上还设有旋转搅拌臂,油泵支架上分别设有电加热齿轮油泵I和电加热齿轮油泵II,物料支架下部对称设有电加热糖浆箱和电加热油箱。解决了现有设备加料不方便的技术问题,主要应用于爆米花设备的加工生产方面。(The invention discloses a full-automatic feeding electromagnetic popcorn machine, which belongs to the technical field of mechanical equipment and comprises an electromagnetic pot body, an electromagnetic pot body support, a material support and a control box, wherein rotating arms are symmetrically arranged in the middle of two sides of the electromagnetic pot body and rotate through rotating shafts, two groups of tracks, namely a track I and a track II, are symmetrically arranged on the material support, the track I and the track II are correspondingly clamped with the track I and the track II, a material box III and a material box IV are arranged in a material box frame I, a material box I and a material box II are arranged in the material box frame II, an electromagnetic heating host machine is connected with an electromagnetic heating coil of the electromagnetic pot body, a rotary stirring arm is further arranged in the middle of the electromagnetic pot body support, an electric heating gear oil pump I and an electric heating gear oil pump II are respectively arranged on the oil pump support, and an electric heating syrup box. The technical problem of the existing equipment that the feeding is inconvenient is solved, and the method is mainly applied to the processing and production aspects of popcorn equipment.)

1. Full-automatic feeding electromagnetism popcorn machine, including the electromagnetism pot body (12), electromagnetism pot body support (8), material support (10) and control box (6), be equipped with control panel (23), its characterized in that on control box (6): evenly winding electromagnetic heating coils in an electromagnetic pot body (12), symmetrically arranging rotating arms (15) in the middle of two sides of the electromagnetic pot body (12), enabling the rotating arms (15) to rotate through a rotating shaft (14), connecting the middle position of each rotating arm (15) with the upper part of a hydraulic rod I (43), arranging the lower part of the hydraulic rod I (43) in an electromagnetic pot body support (8), arranging supporting blocks (13) on the rotating arms (15), clamping the supporting blocks (13) on two sides of the electromagnetic pot body support (8), symmetrically arranging two groups of tracks I (49) and II (50) on a material support (10), symmetrically arranging a material box frame I (11) and a material box frame II (19) on the material support (10), arranging two groups of track wheels I (57) and II (53) on the lower parts of the material box frame I (11) and II (19), track wheel I (57) and track wheel II (53) and track I (49) and track II (50) corresponding block, be equipped with workbin III (3) and workbin IV (4) in workbin frame I (11), be equipped with workbin I (1) and workbin II (2) in workbin frame II (19), workbin I (1), workbin II (2), workbin III (3) and workbin IV (4) are equipped with screw conveyor I (16) respectively, screw conveyor II (31), screw conveyor III (18) and screw conveyor IV (17), screw conveyor I (16), screw conveyor II (31), screw conveyor III (18) and screw conveyor IV (17) match respectively with respective motor and carry out the screw rod pay-off, the advancing and retreating of workbin frame I (11) and workbin frame II (19) are driven through electric push rod I (47) and electric push rod II (58) respectively to workbin frame I (11) and workbin frame II (19), the middle positions of the material box frame I (11) and the material box frame II (19) and the respective material box connection are respectively provided with a group of weighing modules (20), the weighing modules (20) are a group of weighing sensors, the electromagnetic heating host (44) is connected with an electromagnetic heating coil of the electromagnetic pot body (12), the middle position of the electromagnetic pot body support (8) is also provided with a rotary stirring arm (51), the rotary stirring arm (51) is connected with the electromagnetic pot body support (8) through an arm raising shaft (35), the rotary stirring arm (51) comprises a base (54), a stirring motor (36) and a shell, the middle position of the base (54) is fixedly provided with the stirring motor (36), the stirring motor (36) is connected with a driving chain wheel (37), the left side of the rotary stirring arm (51) is provided with a driven chain wheel (39), and the driving chain wheel (37) is connected with the driven chain wheel (39), the lower part of a driven chain wheel (39) is connected with a driven rotating shaft (55), the driven rotating shaft (55) is connected with a gear box (26), the lower part of the gear box (26) is provided with a stirring shaft (27), the lower part of the stirring shaft (27) is provided with a telescopic rod (28), the front part of the telescopic rod (28) is provided with a bracket, a stirring plate I (29) and a stirring plate II (30) are obliquely and symmetrically arranged on the bracket, the rotating radiuses of the stirring plate I (29) and the stirring plate II (30) are not overlapped, the rotating radius of the stirring plate I (29) is larger than that of the stirring plate II (30), the stirring shaft (27) and the vertical direction form a certain included angle and are obliquely arranged, the stirring plate I (29) and the stirring plate II (30) revolve around the driven rotating shaft (55) and also rotate around the stirring shaft (27), a hydraulic rod II (59) is arranged below the base (54), the lower part of the hydraulic rod II (, the upper part of a hydraulic rod II (59) is connected with a base (54), the base (54) is further provided with a limiting support (32), two ends of the limiting support (32) are fixed on an electromagnetic pot body support (8), the limiting support (32) is arc-shaped, the material support (10) is further provided with an oil pump support (52), the oil pump support (52) is respectively provided with an electric heating gear oil pump I (33) and an electric heating gear oil pump II (34), the electric heating gear oil pump I (33) and the electric heating gear oil pump II (34) are respectively of an electric heating structure and have the same structure, the electric heating gear oil pump I (33) is formed by winding a heating belt at the head part of the oil pump through the gear oil pump, the lower part of the material support (10) is symmetrically provided with an electric heating syrup box (9) and an electric heating oil tank, the electric heating syrup box (9) and the electric heating oil tank have the same structure, the bottom of the electric heating syrup box (9) is provided with a, the heating part of the heating pipe is arranged in the box body, the heating pipe is connected in the junction box in a parallel mode, the box body is sequentially provided with a liquid level instrument I, a liquid level instrument II, a liquid level instrument III and a liquid level instrument IV from top to bottom, the liquid level instrument IV is positioned at the lowest warning position of the alarm material at the upper part of the heating pipe, a discharging port and a sewage discharging port of the electric heating syrup box (9) are positioned at the bottom of the electric heating syrup box (9), a filter is arranged at the discharging port, the inlets of the electric heating gear oil pump I (33) and the electric heating gear oil pump II (34) are respectively connected with the electric heating syrup box (9) and the electric heating oil tank through electric heating hoses, the outlets of the electric heating gear oil pump I (33) and the electric heating gear oil pump II (34) are respectively connected with the electric heating flowmeter through the electric heating hoses, and the electric heating flowmeter are respectively connected with the oil pipe (38, oil pipe (38) and syrup pipe (56) are arranged side by side and are connected with pot cover (5), electromagnetic heating host computer (44), agitator motor (36), weighing sensor, electrical heating gear oil pump I (33), electrical heating gear oil pump II (34), level gauge I, level gauge II, level gauge III and level gauge IV, heating pipe are connected with PLC (45) through the circuit respectively, and PLC (45) are connected with control box (6).

2. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: the electromagnetic pot body (12) is provided with an electromagnetic coil heat dissipation opening (42) and a heat dissipation fan (41).

3. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: the control box (6) is provided with a heat dissipation port (24).

4. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: the pot cover (5) is provided with vent holes (46) which are uniformly arranged.

5. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: an auxiliary bin (21) is also arranged on the bin frame I (11).

6. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: proximity switches are arranged at the front and the rear of the bin frame I (11) and the bin frame II (19), and the advancing and retreating distances of the bin frame I (11) and the bin frame II (19) are controlled through the proximity switches.

7. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: the material of the material box frame I (11), the material box frame II (19), the material box I (1), the material box II (2), the material box III (3) and the material box IV (4) are all made of stainless steel materials.

8. The fully automatic feed electromagnetic popcorn machine according to claim 1, characterized in that: the electric heating hose is used for heating a circle of heating tape wound or attached on the pipe body, the heating tape is connected with the temperature switch, and the number of the heating tapes can be two and wound on the pipe body together.

Technical Field

The invention belongs to the technical field of machinery, and particularly relates to a full-automatic feeding electromagnetic popcorn machine.

Background

Generally, all the processes of making the popcorn are completed by manual feeding, the traditional manual feeding is increasingly unable to meet the pace of modern industrial development along with the progress and development of society and the shortage of human resources, how to improve the working efficiency of equipment is an urgent and important matter in the process of large-scale enterprise production, and in order to survive in the industry, how to improve the working efficiency and reduce the human cost is a key point, the traditional manual feeding method is feasible in small equipment, but if the popcorn is to be produced in a large scale, the existing manual feeding mode is required to be changed to improve the working efficiency, and an automatic feeding method is required to be improved, so that the working efficiency of the whole popcorn equipment can be improved, the labor cost can be reduced while the work efficiency is improved, and particularly on the popcorn maker equipment, an automatic feeding device is needed to replace manual feeding to improve the work efficiency.

Disclosure of Invention

In order to solve the problems, the invention provides a full-automatic feeding electromagnetic popcorn machine, which adopts the following technical scheme:

a full-automatic feeding electromagnetic popcorn machine comprises an electromagnetic pot body, an electromagnetic pot body support, a material support and a control box, wherein the control box is provided with a control panel, and is characterized in that electromagnetic heating coils are uniformly wound in the electromagnetic pot body, rotary arms are symmetrically arranged in the middles of two sides of the electromagnetic pot body and rotate through a rotating shaft, the middle positions of the rotary arms are connected with the upper part of a hydraulic rod I, the lower part of the hydraulic rod I is arranged in the electromagnetic pot body support, the rotary arms are provided with supporting blocks which are clamped on two sides of the electromagnetic pot body support, two groups of tracks I and II are symmetrically arranged on the material support, a material box frame I and a material box frame II are symmetrically arranged on the material support, two groups of track wheels I and II are respectively arranged on the lower parts of the material box frame I and the material box frame II, the track wheels I and II are correspondingly clamped with the track I, thereby the material frame I and the material frame II can freely slide on the track I and the track II, the material box frame I is internally provided with a material box III and a material box IV, the material box frame II is internally provided with a material box I and a material box II, the material box I, the material box II, the material box III and the material box IV are respectively provided with a spiral conveying device I, a spiral conveying device II, a spiral conveying device III and a spiral conveying device IV, the spiral conveying device I, the spiral conveying device II, the spiral conveying device III and the spiral conveying device IV are respectively matched with respective motors to carry out screw feeding, the material box frame I and the material box frame II are respectively driven to move forwards and backwards by an electric push rod I and an electric push rod II, a group of weighing modules are respectively arranged at the middle positions of the connection of the material box frame I and the material box frame II and the respective material box, the weighing modules are a group of weighing sensors, the electromagnetic heating host is, the middle position of the electromagnetic pot body support is also provided with a rotary stirring arm, the rotary stirring arm is connected with the electromagnetic pot body support through an arm lifting shaft, the rotary stirring arm comprises a base, a stirring motor and a shell, the stirring motor is fixedly arranged at the middle position of the base and is connected with a driving chain wheel, the left side of the rotary stirring arm is provided with a driven chain wheel, the driving chain wheel is connected with the driven chain wheel through a chain, the lower part of the driven chain wheel is connected with a driven rotating shaft, the driven rotating shaft is connected with a gear box, the lower part of the gear box is provided with a stirring shaft, the lower part of the stirring shaft is provided with a telescopic rod, the front part of the telescopic rod is provided with a support, the support is obliquely and symmetrically provided with a stirring plate I and a stirring plate II, the rotating radiuses of the stirring plate I and the stirring plate II are not overlapped, the stirring plate I and the stirring plate II revolve around a driven rotating shaft and simultaneously rotate around a stirring shaft, a hydraulic rod II is arranged below a base, the lower part of the hydraulic rod II is positioned in an electromagnetic pot body support, the upper part of the hydraulic rod II is connected with the base, a limiting support is further arranged on the base, two ends of the limiting support are fixed on the electromagnetic pot body support, the limiting support is arc-shaped, an oil pump support is further arranged on a material support, an electric heating gear oil pump I and an electric heating gear oil pump II are respectively arranged on the oil pump support, the electric heating gear oil pump I and the electric heating gear oil pump II are respectively of an electric heating structure and have the same structure, the electric heating gear oil pump I is formed by winding a heating belt on the head part of the oil pump through the gear oil pump to form an electric heating structure, an electric heating syrup box and an electric heating oil box are symmetrically arranged on the lower part of the, the bottom of the electric heating syrup box is provided with a row of heating pipes, the heating parts of the heating pipes are arranged in the box body, the heating pipes are connected in the junction box in a parallel mode, the box body is sequentially provided with a liquid level instrument I, a liquid level instrument II, a liquid level instrument III and a liquid level instrument IV from top to bottom, the liquid level instrument IV is positioned at the lowest warning position of an alarm material at the upper part of the heating pipe, a discharging port and a sewage discharging port of the electric heating syrup box are positioned at the bottom of the electric heating syrup box, a filter is arranged at the discharging port, the inlets of the electric heating gear oil pump I and the electric heating gear oil pump II are respectively connected with the electric heating syrup box and the electric heating oil tank through electric heating hoses, the outlets of the electric heating gear oil pump I and the electric heating gear oil pump II are respectively connected with an electric heating flowmeter through the electric heating hoses, the electric heating flowmeter is respectively connected with the oil pipe and the syrup pipe, electromagnetic heating host computer, agitator motor, weighing sensor, electrical heating gear oil pump I, electrical heating gear oil pump II, level gauge I, level gauge II, level gauge III and level gauge IV, heating pipe are connected with PLC through the circuit respectively, and PLC is connected with the control box.

Preferably: the electromagnetic pot body is provided with an electromagnetic coil heat dissipation port and a heat dissipation fan, the control box is provided with a heat dissipation port pot cover which is provided with exhaust holes which are uniformly arranged and used for exhausting hot air, the material box frame II is further provided with an auxiliary material box, and the auxiliary material box is used for adding some special raw materials to improve the taste of the popcorn.

Preferably: and proximity switches are arranged at the front and the rear of the material box frame I and the material box frame II, and the advancing and retreating distances of the material box frame I and the material box frame II are controlled through the proximity switches. The material of the material box frame I, the material box frame II, the material box I, the material box II, the material box III and the material box IV are all made of stainless steel materials.

Preferably: the electric heating hose is used for heating a circle of heating tape wound or attached on the pipe body, the heating tape is connected with the temperature switch, and the number of the heating tapes can be two and wound on the pipe body together.

The invention has the following advantages:

the novel design is unique, and is rational in infrastructure, can improve the work efficiency of equipment widely, has reduced the cost of labor when improving automatic material conveying, has established solid foundation for the intelligent integration production of enterprise. The operation is convenient and fast, two to five materials can be simultaneously provided, and the mechanical feeding is continuous and continuous, so that the device is suitable for comprehensive popularization and application.

Drawings

Fig. 1 is a perspective view I of the full-automatic feeding electromagnetic popcorn machine of the present invention.

Fig. 2 is an internal structure diagram I of the full-automatic feeding electromagnetic popcorn machine of the present invention.

Fig. 3 is a side view I of the fully automatic feed electromagnetic popcorn machine of the present invention.

Fig. 4 is a partial structure diagram of the stirring device of the full-automatic feeding electromagnetic popcorn machine of the invention.

Fig. 5 is a perspective structural view II of the full-automatic feeding electromagnetic popcorn machine of the present invention.

Fig. 6 is a partially enlarged view of fig. 5.

Fig. 7 is a top view I of the full-automatic feeding electromagnetic popcorn machine of the present invention.

Fig. 8 is a top view II of the full-automatic feeding electromagnetic popcorn machine of the present invention.

Fig. 9 is a side view II of the fully automatic feed electromagnetic popcorn machine of the present invention.

Fig. 10 is a front view of the fully automatic feed electromagnetic popcorn machine of the present invention.

Fig. 11 is a structural view of an electrically heated syrup tank of the full automatic feed electromagnetic popcorn machine of the present invention.

Detailed Description