A lollipop dispensing device

Abstract

The application discloses a candy packaging and stick inserting device, which comprises a frame, a candy material module, a sugar paper module, a candy material rotating module, a candy material moving module, a candy material drilling module, a candy material pushing stick module and a candy stick installing module are arranged on the frame, a candy stick is installed in the candy stick installing module, the candy material module is used for conveying candy material to the candy material rotating module, the sugar paper module is used for conveying sugar paper to the vicinity of the candy material, the candy material is wrapped under the rotation of the candy material rotating module, the wrapped candy material is conveyed by the candy material moving module and sequentially passes through the candy material drilling module and the candy material pushing stick module, and the hole drilling of the candy material and the installation of the candy stick are completed. The candy packaging and stick inserting device can complete the candy packaging and stick inserting operation at one time and saves the candy production and processing time.

Description

TECHNICAL FIELD

[0001] The application belongs to the technical field of candy production and packaging, and particularly relates to a candy packaging stick inserting device. BACKGROUND

[0002] In the production and packaging process of sugar materials, film wrapping and stick inserting operations are often required to form lollipop structures. The speed of the film and the accuracy of the stick inserting directly affect the speed and quality of the sugar material production and processing. In the existing sugar material packaging equipment production and processing process, during the process of inserting the sugar stick into the sugar material, the sugar stick and the sugar material are often damaged due to equipment operation problems, thereby affecting the quality of the entire processing process.

[0003] The traditional manual installation of the sugar stick is low in efficiency and low in good product rate, and finally leads to poor quality of the finished product. In the existing stick inserting device, the sugar stick is easily broken during the stick inserting operation, and due to the disorderly arrangement of the sugar stick during installation, the sugar stick cannot be normally matched with the sugar material, which finally leads to poor finished product effect of the sugar material and large waste. SUMMARY

[0004] The purpose of the present application is to solve the above problems, and provide a candy packaging stick inserting device which is simple in structure, convenient to use, high in integration, and capable of completing the packaging and stick inserting of the sugar material at one time.

[0005] To solve the above technical problems, the technical scheme of the present application is as follows: a candy packaging stick inserting device, comprising a rack, a sugar material module, a sugar paper module, a sugar material rotating module, a sugar material moving module, a sugar material drilling module, a sugar material stick inserting module and a sugar stick installing module are arranged on the rack, a sugar stick is installed in the sugar stick installing module, the sugar material module delivers the sugar material to the sugar material rotating module, the sugar paper module delivers the sugar paper to the vicinity of the sugar material, the sugar material is wrapped under the rotation of the sugar material rotating module, and the wrapped sugar material is delivered by the sugar material moving module and sequentially passes through the sugar material drilling module and the sugar material stick inserting module, so as to complete the hole drilling of the sugar material and the installation of the sugar stick.

[0006] Preferably, the sugar material module comprises a sugar material groove, a sugar material first push rod, a sugar material second push rod and a sugar material cutting knife, the sugar material is placed in the sugar material groove, pushed to the middle of the sugar material cutting knife by the sugar material first push rod, cut off, and then pushed to the sugar material rotating module by the sugar material second push rod.

[0007] Preferably, the sugar paper module comprises a sugar paper roller, a sugar paper transmission roller and a sugar paper conveying end, the sugar paper is wound on the sugar paper roller, the end of the sugar paper passes through the sugar paper transmission roller and then enters the sugar material rotating module through the sugar paper conveying end.

[0008] Preferably, the sugar material rotating module comprises a sugar material rotating frame, a sugar paper fixing piece, a sugar paper twisting component and a sugar paper folding component, the sugar material rotating frame drives the sugar material to move and contact with the sugar paper, the sugar material is folded on the sugar paper by the sugar paper fixing piece and the sugar paper folding component when the sugar material moves with the sugar paper, and the folded sugar paper wraps the sugar material by the sugar paper twisting component.

[0009] Preferably, the sugar material moving module comprises a sugar material moving support and a sugar material moving piece, the sugar material moving piece is installed on the sugar material moving support, and the packaged sugar material moves on the sugar material moving support by the sugar material moving piece.

[0010] Preferably, the sugar material drilling module comprises a sugar material drilling motor, a sugar material transmission gear and a sugar material drill bit, the sugar material drilling motor drives the sugar material drill bit to rotate by the sugar material transmission gear, and the drilling of the sugar material is completed.

[0011] Preferably, the sugar stick pushing module comprises a pushing motor and a pushing support, the rotating shaft end of the pushing motor penetrates through the pushing support, the pushing motor is fixedly connected with the pushing support, a pushing first connecting block is installed on the rotating shaft end of the pushing motor, a pushing connecting rod is connected with the pushing first connecting block, a pushing sliding block is rotatably connected to the other end of the pushing connecting rod, a pushing rod is installed on the pushing sliding block, a pushing sliding rail is installed on the pushing support, the pushing sliding block is slidably connected with the pushing sliding rail, and the pushing rod moves by the pushing first connecting block, the pushing connecting rod and the pushing sliding block when the pushing motor works.

[0012] Preferably, the sugar stick installing module comprises a sugar stick installing box and a sugar stick rotating wheel, the bottom of the sugar stick installing box is connected with the sugar stick rotating wheel, the sugar stick is installed in the sugar stick installing box and sequentially enters the sugar stick rotating wheel, and the sugar stick is installed on the sugar material by the sugar stick pushing module.

[0013] The sugar candy packaging and stick inserting device provided by the application can complete the packaging and stick inserting of the sugar candy at one time, saves the time for the production and processing of the sugar candy, has high comprehensive integration, can avoid the matching error between multiple devices, makes the quality of the final sugar material higher, saves time, reduces the maintenance cost in the later period, and can meet the requirement of batch production. BRIEF DESCRIPTION OF DRAWINGS

[0014] Figure 1 is a structural schematic view of the sugar candy packaging and stick inserting device;

[0015] Figure 2 is a structural schematic view of the sugar material cutting knife;

[0016] Figure 3 is a structural schematic view of the sugar material rotating module and the sugar material moving module;

[0017] Figure 4 is the structural schematic diagram of the sugar material drilling module of the present application;

[0018] Figure 5 is the structural schematic diagram of the sugar material pushing stick module of the present application;

[0019] Figure 6 is the structural schematic diagram of the sugar material rotating frame of the present application;

[0020] Figure 7 is the structural schematic diagram of the sugar stick installation module of the present application.

[0021] BRIEF DESCRIPTION OF DRAWINGS 1, sugar material module; 2, sugar paper module; 3, sugar material rotating module; 4, sugar material moving module; 5, sugar material drilling module; 6, sugar material pushing stick module; 7, sugar stick installation module; 10, sugar material groove; 11, sugar material first pushing rod; 12, sugar material second pushing rod; 13, sugar material cutting knife; 20, sugar paper roller; 21, sugar paper transmission roller; 22, sugar paper conveying end; 30, sugar material rotating frame; 31, sugar paper fixing piece; 32, sugar paper twisting part; 33, sugar paper folding part; 40, sugar material moving support; 41, sugar material moving part; 50, sugar material drilling motor; 51, sugar material drill bit; 61, pushing stick motor; 62, pushing stick support; 71, sugar stick installation box; 72, sugar stick rotating wheel; 321, sugar paper twisting main shaft; 322, sugar paper twisting end; 330, sugar paper folding rotating main shaft; 331, sugar paper folding rotating transmission shaft; 332, sugar paper folding first connecting rod; 333, sugar paper folding second connecting rod; 334, sugar paper folding rotating shaft; 335, sugar paper folding third connecting rod; 336, sugar paper folding paper piece; 611, pushing stick first connecting block; 612, pushing stick connecting rod; 613, pushing stick sliding block; 614, pushing stick rod; 620, pushing stick sliding rail; 621, pushing stick support first block; 622, pushing stick support second block; 623, pushing stick support third block; 6131, pushing stick sliding block connecting piece; 6132, pushing stick sliding block main body plate; 6133, pushing stick sliding block main body; 6134, pushing stick sliding block installation block. DETAILED DESCRIPTION

[0022] The present application will be further described below in combination with the drawings and specific embodiments:

[0023] As Figures 1 to 7As shown, the candy packaging stick device provided by the present application comprises a rack, a candy material module 1, a candy paper module 2, a candy material rotating module 3, a candy material moving module 4, a candy material drilling module 5, a candy material pushing stick module 6 and a candy stick installing module 7 are arranged on the rack, a candy stick is installed in the candy stick installing module 7, the candy material module 1 delivers candy material to the candy material rotating module 3, the candy paper module 2 delivers candy paper to the vicinity of the candy material, the candy material is wrapped under the rotation of the candy material rotating module 3, the wrapped candy material is delivered by the candy material moving module 4 and sequentially passes through the candy material drilling module 5 and the candy material pushing stick module 6, and the drilling of the candy material and the installation of the candy stick are completed.

[0024] The candy material module 1 comprises a candy material groove 10, a candy material first pushing rod 11, a candy material second pushing rod 12 and a candy material cutting knife 13, the candy material is placed in the candy material groove 10, is pushed to the middle of the candy material cutting knife 13 by the candy material first pushing rod 11, is cut off, and is then pushed to the candy material rotating module 3 by the candy material second pushing rod 12.

[0025] In the embodiment, the candy material first pushing rod 11, the candy material second pushing rod 12 and the candy material cutting knife 13 are all driven by the existing power source equipment installed on the rack through gear transmission, so that the candy material first pushing rod 11, the candy material second pushing rod 12 and the candy material cutting knife 13 move correspondingly. The candy material cutting knife 13 is an up-and-down opening-and-closing structure and can cut off the candy material located in the middle.

[0026] The candy paper module 2 comprises a candy paper roller 20, a candy paper transmission roller 21 and a candy paper delivery end 22, the candy paper is wound on the candy paper roller 20, the end of the candy paper passes through the candy paper transmission roller 21 and then enters the candy material rotating module 3 through the candy paper delivery end 22.

[0027] The candy material rotating module 3 comprises a candy material rotating frame 30, a candy paper fixing piece 31, a candy paper twisting component 32 and a candy paper folding component 33, the candy material rotating frame 30 drives the candy material to move and contact with the candy paper, the candy paper is folded on the candy material by the candy paper fixing piece 31 and the candy paper folding component 33 when the candy material moves and contacts with the candy paper, and the folded candy paper wraps the candy material by the candy paper twisting component 32.

[0028] The candy paper twisting component 32 comprises a candy paper twisting main shaft 321 and a candy paper twisting end 322, the candy paper twisting end 322 is fixedly connected with the end of the candy paper twisting main shaft 321, and the candy paper twisting main shaft 321 drives the candy paper twisting end 322 to rotate when rotating. The candy paper twisting end 322 comprises two symmetrical candy paper twisting blocks, and the candy paper twisting blocks are in circular arc structure.

[0029] The twisting main shaft 321 of the sugar paper is connected with the power source device on the frame through gear transmission. The end of the sugar paper twisting end 322 is in the shape of "U" type opening and closing structure. The sugar paper is located between the sugar paper twisting end 322. The twisting of the sugar paper is completed through the rotation of the sugar paper twisting main shaft 321.

[0030] The sugar paper folding part 33 comprises a sugar paper folding rotation main shaft 330, a sugar paper folding rotation transmission block, a sugar paper folding rotation transmission shaft 331, a sugar paper folding first connecting rod 332, a sugar paper folding second connecting rod 333, a sugar paper folding rotating shaft 334, a sugar paper folding third connecting rod 335 and a sugar paper folding super paper piece 336. The sugar paper folding rotation transmission block is installed at the end of the sugar paper folding rotation main shaft 330. The sugar paper folding rotation transmission block is connected with the end of the sugar paper folding first connecting rod 332 through the sugar paper folding rotation transmission shaft 331. The other end of the sugar paper folding first connecting rod 332 is connected with the end of the sugar paper folding second connecting rod 333. The sugar paper folding second connecting rod 333 is fixedly connected with the end of the sugar paper folding rotating shaft 334. The other end of the sugar paper folding rotating shaft 334 is arranged in the sugar paper folding third connecting rod 335 and is fixedly connected. The sugar paper folding super paper piece 336 is installed at the end of the sugar paper folding third connecting rod 335. When the sugar paper folding rotation main shaft 330 rotates, it drives the sugar paper folding super paper piece 336 to move through the sugar paper folding rotation transmission block, the sugar paper folding rotation transmission shaft 331, the sugar paper folding first connecting rod 332, the sugar paper folding second connecting rod 333, the sugar paper folding rotating shaft 334 and the sugar paper folding third connecting rod 335 in sequence. The sugar paper folding super paper piece 336 is in a flat structure. The rotation of the sugar paper folding rotation main shaft 330 is driven by the existing power source device through the existing transmission member. When the sugar material abuts against the sugar paper and the sugar paper wraps the sugar material, the super paper operation of the sugar paper is completed through the movement of the sugar paper folding super paper piece 336, so as to complete the wrapping of the sugar material.

[0031] The sugar material moving module 4 comprises a sugar material moving support 40 and a sugar material moving member 41. The sugar material moving member 41 is installed on the sugar material moving support 40. The packaged sugar material moves on the sugar material moving support 40 through the sugar material moving member 41.

[0032] In the embodiment, a sugar material moving power device is installed in the sugar material moving support 40. The sugar material moving power device is connected with the sugar material moving member 41. The sugar material moving power device drives the sugar material moving member 41 to move, thereby transporting the sugar material. The sugar material moving power device comprises a sugar material moving power motor, a sugar material roller and a sugar material moving belt. The sugar material roller is rotatably connected with the sugar material moving support 40. The sugar material moving power motor is connected with the sugar material roller and drives the sugar material roller to rotate. The sugar material moving belt is sleeved on the sugar material roller. The sugar material moving member 41 is connected with the sugar material moving belt and moves with the sugar material moving belt.

[0033] The sugar moving member 41 is in a plate shape, and the sugar moving member 41 is in a "U" shape, and the sugar is located at the top of the sugar moving member 41.

[0034] The sugar drilling module 5 comprises a sugar drilling motor 50, a sugar transmission gear and a sugar drill bit 51, and the sugar drilling motor drives the sugar drill bit 51 to rotate through the sugar transmission gear, thereby completing the drilling of the sugar.

[0035] In the embodiment, the sugar transmission gear is a transmission mechanism in which existing gears are meshed with each other, and the sugar transmission gear comprises a sugar transmission first gear 52 and a sugar transmission second gear 53, the sugar transmission first gear 52 is meshed with the sugar transmission second gear 53, the sugar transmission second gear 53 is a helical gear, and the sugar transmission second gear 53 is sleeved on the end of the sugar drill bit 51.

[0036] A sugar transmission first shaft is arranged in the middle of the sugar transmission first gear 52 and is fixedly connected, the end of the sugar transmission first shaft is connected with the sugar drilling motor 50, the sugar drilling motor 50 drives the sugar transmission first gear 52 to rotate when working, and then drives the sugar transmission second gear 53 to move, thereby realizing the self-rotation and axial extension and contraction of the sugar drill bit 51. The rotation of the sugar drilling motor 50 is transmitted to the sugar drill bit 51, and the drilling of the sugar is realized.

[0037] As shown in Figure 5 The sugar pushing stick module 6 comprises a pushing stick motor 61 and a pushing stick support 62, the rotating shaft end of the pushing stick motor 61 passes through the pushing stick support 62, the pushing stick motor 61 is fixedly connected with the pushing stick support 62, a pushing stick first connecting block 611 is installed on the rotating shaft end of the pushing stick motor 61, a pushing stick connecting rod 612 is connected on the pushing stick first connecting block 611, a pushing stick sliding block 613 is rotatably connected on the other end of the pushing stick connecting rod 612, a pushing stick rod 614 is installed on the pushing stick sliding block 613, a pushing stick sliding rail 620 is installed on the pushing stick support 62, the pushing stick sliding block 613 is slidably connected with the pushing stick sliding rail 620, and the pushing stick motor 61 drives the pushing stick rod 614 to move through the pushing stick first connecting block 611, the pushing stick connecting rod 612 and the pushing stick sliding block 613 when working.

[0038] The push stick support 62 comprises a push stick support first block 621, a push stick support second block 622 and a push stick support third block 623 which are sequentially and integrally connected. The push stick support first block 621 is in a plate structure, and a push stick support first block through hole is arranged at the top of the push stick support first block 621. The shaft end of the push stick motor 61 is arranged at the top of the push stick support first block 621, and the motor end of the push stick motor 61 is integrally connected with the push stick support first block 621. The push stick support second block 622 is in a block structure, and the cross section of the push stick support second block 622 is in an "L" shape structure. The push stick slide rail 620 is installed at the top of the push stick support second block 622 and is integrally connected. The push stick support third block 623 is in a block structure, and the cross section of the push stick support third block 623 is in an "L" shape structure. The push stick support second block 622 and the push stick support third block 623 are oppositely arranged, and the push stick support third block 623 is integrally connected with the end of the push stick support second block 622.

[0039] The push stick slide block 613 comprises a push stick slide block connecting piece 6131, a push stick slide block main body plate 6132, a push stick slide block main body 6133 and a push stick slide block mounting block 6134. The push stick slide block connecting piece 6131 is installed on the push stick slide block main body plate 6132 and is integrally connected. The end of the push stick slide block main body plate 6132 is integrally connected with the push stick slide block mounting block 6134, the bottom of the push stick slide block main body plate 6132 is connected with the push stick slide block main body 6133, the push stick slide block main body 6133 is slidingly connected with the push stick slide rail 620, and the push stick rod 614 is installed in the push stick slide block mounting block 6134 and is integrally connected.

[0040] In use, the sugar material moved to the corresponding position of the push stick rod 614 after being bored by the sugar material drilling module 5, and the sugar stick to be pushed is transported to the parallel position of the push stick rod 614 by the sugar stick installation module 7. The sugar stick is located between the push stick rod 614 and the sugar material, and then the sugar stick is pushed into the sugar material by the movement of the push stick rod 614 driven by the push stick motor 61, thereby completing the installation of the sugar stick.

[0041] As shown in Figure 7 The sugar stick installation module 7 comprises a sugar stick installation box 71 and a sugar stick rotating wheel 72. The bottom of the sugar stick installation box 71 is connected with the sugar stick rotating wheel 72. The sugar stick is installed in the sugar stick installation box 71 and sequentially enters the sugar stick rotating wheel 72, and the installation of the sugar stick on the sugar material is completed by the sugar stick pushing module 6.

[0042] The sugar stick rotating wheel 72 is connected with the existing power source device through a transmission member, which is a gear transmission. The power is transmitted to the sugar stick rotating wheel 72, thereby driving the rotation of the sugar stick rotating wheel 72. The outer surface of the sugar stick rotating wheel 72 is provided with a sugar stick rotating wheel groove along the axial direction. In the rotation process of the sugar stick rotating wheel 72, the sugar stick installed in the sugar stick installation box 71 enters the sugar stick rotating wheel groove, and then the sugar stick is rotated to the processing position along with the rotation of the sugar stick rotating wheel 72.

[0043] In use, the sugar material to be processed is placed in the sugar material slot 10 and pushed by the first sugar material push rod 11 into the sugar material cutting knife 13 to complete the cutting of the sugar material. The cut sugar material is pushed by the second sugar material push rod 12 into the sugar material rotating module 3. At the same time, the sugar paper in the sugar paper module 2 passes through the sugar paper conveying end 22 and enters the sugar material rotating module 3 together with the sugar material. The sugar material with the sugar paper completes the packaging in the sugar material rotating module 3, moves to the position of the sugar material drilling module 5 through the sugar material moving piece 41, and completes the drilling of the sugar material. At the same time, the sugar material push stick module 6 completes the stick inserting operation of the sugar material.

[0044] Those skilled in the art will appreciate that the embodiments described herein are presented for the purpose of aiding the reader in understanding the principles of the present application and should be understood as not limiting the scope of protection of the present application to such specific recitations and embodiments. Those skilled in the art can make various other specific modifications and combinations according to the technical inspiration of the present application disclosed, without departing from the spirit of the present application, and these modifications and combinations are still within the scope of protection of the present application.

Claims

1. A candy packaging insert device, characterized in that: The machine includes a frame, on which are provided a sugar module (1), a sugar paper module (2), a sugar rotation module (3), a sugar moving module (4), a sugar drilling module (5), a sugar pusher module (6), and a sugar stick installation module (7). The sugar stick installation module (7) is equipped with sugar sticks. The sugar module (1) transports the sugar to the sugar rotation module (3), and the sugar paper module (2) transports the sugar paper to the vicinity of the sugar. The sugar is wrapped by the rotation of the sugar rotation module (3). The wrapped sugar is transported by the sugar moving module (4) and passes through the sugar drilling module (5) and the sugar pusher module (6) in sequence to complete the drilling of the sugar and the installation of the sugar sticks. The sugar module (1) includes a sugar trough (10), a first sugar push rod (11), a second sugar push rod (12), and a sugar cutting blade (13). The sugar is placed in the sugar trough (10), and is pushed to the middle of the sugar cutting blade (13) by the first sugar push rod (11) to complete the cutting of the sugar. Then, the sugar is pushed into the sugar rotating module (3) by the second sugar push rod (12). The candy wrapper module (2) includes a candy wrapper roller (20), a candy wrapper drive roller (21) and a candy wrapper conveying end (22). The candy wrapper is wound on the candy wrapper roller (20), and the end of the candy wrapper passes through the candy wrapper drive roller (21) and then enters the candy rotation module (3) through the candy wrapper conveying end (22). The sugar rotating module (3) includes a sugar rotating frame (30), a sugar paper fixing piece (31), a sugar paper twisting component (32), and a sugar paper folding component (33). The sugar rotating frame (30) drives the sugar to move and contact the sugar paper. When the sugar moves with the sugar paper, the sugar paper is folded on the sugar through the sugar paper fixing piece (31) and the sugar paper folding component (33). The folded sugar paper is wrapped around the sugar through the sugar paper twisting component (32). The candy wrapper twisting component (32) includes a candy wrapper twisting main shaft (321) and a candy wrapper twisting end (322). The candy wrapper twisting end (322) is fixedly connected to the end of the candy wrapper twisting main shaft (321). When the candy wrapper twisting main shaft (321) rotates, it drives the candy wrapper twisting end (322) to rotate. The candy wrapper twisting end (322) includes two symmetrically arranged candy wrapper twisting blocks, which are arc-shaped structures. The candy wrapper folding component (33) includes a candy wrapper folding rotating spindle (330), a candy wrapper folding rotating transmission block, a candy wrapper folding rotating transmission shaft (331), a candy wrapper folding first connecting rod (332), a candy wrapper folding second connecting rod (333), a candy wrapper folding rotating shaft (334), a candy wrapper folding third connecting rod (335), and a candy wrapper folding super paper sheet (336). The candy wrapper folding rotating transmission block is installed at the end of the candy wrapper folding rotating spindle (330), and the candy wrapper folding rotating transmission block is connected to the candy wrapper folding rotating transmission shaft. (331) Rotatably connected to the end of the first connecting rod (332) of the candy wrapper folding, the other end of the first connecting rod (332) of the candy wrapper folding is rotatably connected to the end of the second connecting rod (333) of the candy wrapper folding, the second connecting rod (333) of the candy wrapper folding is fixedly connected to the end of the candy wrapper folding rotating shaft (334), the other end of the candy wrapper folding rotating shaft (334) is inserted through the third connecting rod (335) of the candy wrapper folding and fixedly connected, and the candy wrapper folding super paper sheet (336) is installed at the end of the third connecting rod (335) of the candy wrapper folding; The sugar material moving module (4) includes a sugar material moving bracket (40) and a sugar material moving component (41). The sugar material moving component (41) is installed on the sugar material moving bracket (40), and the packaged sugar material moves on the sugar material moving bracket (40) through the sugar material moving component (41). The sugar drilling module (5) includes a sugar drilling motor (50), a sugar transmission gear and a sugar drill bit (51). The sugar drilling motor drives the sugar drill bit (51) to rotate through the sugar transmission gear to complete the drilling of the sugar.

2. The candy packaging insert device according to claim 1, characterized in that: The sugar pusher module (6) includes a pusher motor (61) and a pusher bracket (62). The shaft end of the pusher motor (61) passes through the pusher bracket (62), and the pusher motor (61) is fixedly connected to the pusher bracket (62). A pusher first connecting block (611) is installed on the shaft end of the pusher motor (61), and a pusher connecting rod (612) is connected to the pusher first connecting block (611). The other end of the pusher connecting rod (612) is rotatably connected to a pusher slider (613), and a pusher rod (614) is installed on the pusher slider (613). A pusher slide rail (620) is installed on the pusher bracket (62), and the pusher pusher slider (613) is slidably connected to the pusher slide rail (620). When the pusher motor (61) is working, it drives the pusher rod (614) to move through the pusher first connecting block (611), the pusher connecting rod (612), and the pusher slider (613).

3. The candy packaging insert device according to claim 1, characterized in that: The sugar stick installation module (7) includes a sugar stick installation box (71) and a sugar stick rotating wheel (72). The bottom of the sugar stick installation box (71) is connected to the sugar stick rotating wheel (72). The sugar sticks are installed in the sugar stick installation box (71) and enter the sugar stick rotating wheel (72) in sequence. The sugar sticks are installed on the sugar by the sugar pusher module (6).

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