CN211960806U - Chocolate nut mixing and pouring device - Google Patents

Abstract

The utility model discloses a mixing and pouring device for chocolate nuts, which comprises a pouring machine with a plunger mechanism and a pouring hopper, and is characterized in that it further comprises a mixing and feeding mechanism arranged above one side of the pouring machine through a bracket, which comprises an upper and lower part of the pouring machine. The distributed single-screw conveying mechanism for nuts and the mixing twin-screw conveying mechanism for chocolate nuts, the former includes a horizontally arranged nut feeding cylinder, a first nut feeding port located on the upper part of the nut and a first nut feeding port located at the lower part and connected with the first The kernel feeding port is staggered and distributed in the horizontal direction; the latter includes a horizontally arranged mixing feeding cylinder, the upper part of which is provided with a second nut feeding port connected with the nut discharging port through a pipeline, and the lower part is A mixing discharge port is provided that is staggered and distributed in the horizontal direction with the second nut feeding port, and also includes a chocolate feeding port located between the second nut feeding port and the mixing discharge port. The device can make the crushed nuts and the chocolate slurry fully mixed before pouring, thereby enhancing the quality and taste of the final product.

Description

Chocolate Nut Mixing and Pouring Device

technical field

The utility model relates to a mixing and pouring device for chocolate nuts.

Background technique

At present, pure chocolate food often cannot satisfy the taste pursuit of a class of people. For this reason, a chocolate-nut mixed food made by adding crushed nuts to pure chocolate was born.

The original production method of chocolate and nut food in the industry is often to sprinkle crushed nuts on the surface of the chocolate, that is, first use the pouring equipment and template to shape the chocolate and convey it with the belt, and at the same time use the nuts placed above the belt. The plate equipment spreads the nuts on the surface of the chocolate. Apparently, chocolate praline mixes cannot be made with this mechanism and method. The real chocolate nut mixed food should be the food formed by pulverizing the nut and adding it into the chocolate slurry, and then fully mixing it evenly and finally pouring it.

In order to make the above-mentioned chocolate nut food, some existing manufacturers directly add the chocolate slurry and the nut into the hopper above the pouring equipment, so that the two are mixed and then extruded from the lower pouring hole together. However, the actual implementation effect is poor, because some large nut particles are not broken, and larger lumps are formed after the chocolate slurry is adhered and agglomerated, which often causes the pouring hole to be blocked.

Of course, for some existing pouring equipment, a stirring mechanism is often installed in the hopper, which can stir the added chocolate and nuts, but still cannot pulverize the large particles of nuts, and there is still agglomeration, and the nuts are inside the chocolate. The dispersion uniformity is poor, which ultimately affects the quality and taste of the chocolate-nut mixed food.

SUMMARY OF THE INVENTION

The purpose of the utility model is to provide a mixing and pouring device for chocolate nuts, which can make the crushed nuts and the chocolate slurry fully mixed before pouring, and effectively improve the dispersion uniformity of the crushed nuts in the chocolate slurry, thereby enhancing the final product. Quality and taste.

The technical scheme of the utility model is: a mixing and pouring device for chocolate nuts, comprising a pouring machine, the pouring machine includes a plunger mechanism and a pouring feeding hopper arranged thereon, and is characterized in that it further comprises a support provided on a pouring machine through a bracket. The mixing and feeding mechanism on the upper side, the mixing and feeding mechanism includes a single-screw conveying mechanism for nuts located at the upper part and a double-screw conveying mechanism for mixing chocolate nuts at the lower part. The first nut feeding port on the upper part and the nut discharging port which are arranged in the lower part of the nut feeding cylinder and are dislocated in the horizontal direction with the first nut feeding port; and the chocolate nut mixing twin screw conveying mechanism includes a horizontal The set mixing feeding cylinder, the upper part is provided with a second nut feeding port which is connected with the nut discharge port through a pipeline, and the lower part is provided with a second nut feeding port which is staggered in the horizontal direction and is located in the pouring inlet. The mixing outlet above the hopper, and the upper part of the mixing and feeding cylinder is also provided with a chocolate inlet, which is located between the second nut inlet and the mixing outlet.

Further, a nut adding hopper is fixed on the first nut feeding port described in the present utility model.

Further, the pouring machine described in the present invention further includes a pouring and stirring mechanism arranged in the pouring hopper.

Furthermore, the pouring and stirring mechanism in the present invention includes a stirring deceleration motor fixed outside the pouring hopper, a transverse stirring shaft rotatably arranged in the pouring hopper and connected to the output shaft of the stirring deceleration motor at one end, and a fixed agitator shaft. Several radial stirring wings are distributed at equal angular intervals on the horizontal stirring shaft, and the setting direction of the horizontal stirring shaft is perpendicular to the mixing feeding cylinder, and the mixing feeding cylinder and the nut feeding cylinder are arranged parallel to each other.

Further, the single-screw conveying mechanism for nuts in the present utility model also includes a nut feeding screw arranged in the nut feeding barrel, and the pitch of the nut feeding screw is d1=80~100mm; and the chocolate nut mixing twin-screw The conveying mechanism also includes two mixing feeding screws arranged in the mixing feeding barrel and arranged in parallel, and the pitches of the two mixing feeding screws are both d2, d2=40~60mm, but the two mixing feeding screws are arranged at the front and rear dislocations, The dislocation spacing is s, s=20~30mm.

Preferably, in the present invention, d1=90mm, d2=50mm, and s=25mm. In the design scheme of the present invention, the single-screw conveying mechanism for nuts is mainly responsible for the conveying and preliminary crushing functions of the nuts, and the optimal limit value of the above-mentioned screw pitch d1 ensures the best balance between the crushing efficiency and the conveying efficiency. In addition to the conveying function, the chocolate nut mixing twin-screw conveying mechanism also plays a very important role in crushing the nuts and fully mixing the crushed nuts and the chocolate slurry. The above-mentioned optimal limits for the pitch d2 and the spacing s ensure optimal efficiency in the delivery of the mixed slurry, the further comminution of the nut and its mixing with the chocolate slurry.

Further, the single-screw conveying mechanism for nuts described in the present utility model also includes a front end cover of the nut feeding cylinder, a rear end cover of the nut feeding cylinder, a sealed bearing sleeve and a nut feeding deceleration motor, and one end of the nut feeding cylinder is fixed. The front end cover of the nut feeding cylinder is fixed, and the other end is fixed with the sealed bearing sleeve, and the outer side of the sealed bearing sleeve is fixed with the rear end cover of the nut feeding cylinder. The front end cover and the bearing support in the sealed bearing sleeve, the nut feeding gear motor is fixed with the rear end cover of the nut feeding barrel, and its output shaft passes through the opening provided on the rear end cover of the nut feeding barrel and the nut feeding screw. connected at one end;

The chocolate nut mixing twin-screw conveying mechanism also includes a front end cover of the mixing barrel and a rear end cover of the mixing barrel fixed at both ends of the mixing barrel, and a mixing feeding decelerator connected to the rear end cover of the mixing barrel via a synchronous gear transmission box. The motor, the front end cover of the mixing feeding barrel and the rear end cover of the mixing feeding barrel are equipped with a number of bearings for supporting the mixing feeding screw corresponding to each mixing feeding screw; two transmission gears meshing with each other are arranged in the synchronous gear transmission box. The gear shafts of the two transmission gears are respectively connected with the two mixing feed screws, and the output shaft of the mixing feed reduction motor is connected with the gear shaft of one of the transmission gears.

Still further preferably, the pouring and feeding hopper described in the present invention is provided with a liquid level sensor, and also includes a PLC controller, the liquid level sensor is electrically connected with the PLC controller, and the PLC controller is simultaneously connected with the nut feeding deceleration motor and the nut feeding deceleration motor. The mixed feeding deceleration motors are all electrically connected. When the liquid level sensor detects that the liquid level exceeds the set threshold, it will send a signal to the PLC controller, which will drive and control the nut feeding deceleration motor and the mixed feeding deceleration motor to stop running.

Still further preferably, in the sealed bearing sleeve of the present invention, a sealing chamber is provided inside the bearing, and a plurality of nut feeding cylinder sealing rings are set on the nut feeding screw in the sealing chamber.

Still further preferably, in the present invention, the front end cover of the mixing feeding cylinder and the rear end cover of the mixing feeding cylinder are provided with a mixing feeding cylinder sealing ring sleeved on the mixing feeding screw corresponding to each mixing feeding screw.

When the utility model is actually used, the conventional food elevator is used to send the nuts to the top of the nut adding hopper and fall into the nut feeding barrel. In the mixing feeding barrel, and the chocolate feeding port on the mixing feeding barrel has been connected to the chocolate slurry storage barrel through a pipeline in advance, at this time, the feeding pump is turned on to drive the chocolate slurry into the mixing feeding barrel. Under the action of the two mixing and feeding screws inside the chocolate nut mixing twin-screw conveying mechanism, the nuts are further broken, and fully mixed with the chocolate slurry and then transported into the pouring hopper, and finally poured by the plunger mechanism. The mould is conveyed by the belt under the casting machine to form.

The advantages of the present utility model are:

1. The utility model further designs a mixing and feeding mechanism on the basis of the pouring machine. The mixing and feeding mechanism combines the single-screw conveying mechanism for nuts and the mixing twin-screw conveying mechanism for chocolate nuts, which can further break the nuts and make the broken fruit The kernels and the chocolate slurry are fully mixed and then poured, which effectively improves the dispersion uniformity of the broken nuts in the chocolate slurry, thereby enhancing the quality and taste of the final product.

2. The chocolate nut mixing twin-screw conveying mechanism in the utility model adopts the design of twin-screw dislocation distribution, and this design can improve the pulverization of the nut and the effect of mixing and stirring with the chocolate slurry.

3. In the design scheme of the present utility model, the single-screw conveying mechanism for nuts is mainly responsible for the conveying and preliminary crushing functions of the nuts, and the optimal balance between the crushing efficiency and the conveying efficiency can be ensured by optimizing the pitch d1 of the nut feeding screw . At the same time, the chocolate nut mixing twin-screw conveying mechanism is designed not only for the conveying function, but also for the purpose of crushing the nuts and fully mixing the crushed nuts and the chocolate slurry. The dislocation distance between the two can also further ensure the optimal balance of the conveying efficiency of the mixed slurry, the further crushing efficiency of the nuts and the mixing efficiency with the chocolate slurry.

4. In the utility model, a liquid level sensor is further arranged in the pouring hopper, which is electrically connected with the nut feeding deceleration motor and the mixing feeding deceleration motor through the PLC controller. Once the liquid level sensor detects that the liquid level in the pouring hopper exceeds the set threshold, it can immediately send a signal to the PLC controller, which drives and controls the nut feeding gear motor and the mixed feeding gear motor to stop running to avoid pouring. The material in the feeding hopper is spilled, causing environmental pollution in the workshop and waste of raw materials, which further improves the working reliability of the device.

5. The design of the single-screw conveying mechanism for nuts and the double-screw conveying mechanism for mixing chocolate and nuts in the utility model has better sealing performance, which can avoid the leakage of nuts or chocolate slurry, thereby improving the working reliability of the device.

Description of drawings

Below in conjunction with accompanying drawing and embodiment, the utility model is further described:

Fig. 1 is a structural front view of a specific embodiment of the present utility model;

Fig. 2 is A-A sectional view in Fig. 1;

FIG. 3 is a structural front view of another specific embodiment of the present invention.

Among them: 1, plunger mechanism; 2, pouring hopper; 3, bracket; 4, nut feeding cylinder; 4a, the first nut feeding port; 4b, nut discharge port; 5, mixing feeding cylinder; 5a, the second nut feeding port; 5b, the mixing outlet; 5c, the chocolate feeding port; 6, the pipeline; 7, the nut adding hopper; 8, the stirring gear motor; 9, the horizontal stirring shaft; 10, the diameter 11. Nut feeding screw; 12. Mixing feeding screw; 13. Front end cover of nut feeding cylinder; 14. Back end cover of nut feeding cylinder; 15. Sealed bearing sleeve; 16. Nut feeding deceleration motor; 17. Bearing; 18. Front end cover of mixing feeding cylinder; 19. Back end cover of mixing feeding cylinder; 20. Synchronous gear transmission box; 21. Mixing feeding reduction motor; 22. Transmission gear; 25. Sealing chamber; 26. Sealing ring for nut feeding cylinder; 27. Sealing ring for mixing feeding cylinder.

Detailed ways

Embodiment 1: A specific embodiment of the mixing and pouring device for this kind of chocolate nuts provided by the present utility model is described as follows in conjunction with FIG. 1 to FIG. 2 :

This chocolate praline mixing and pouring device has the same part as the conventional art, namely a pouring machine, which has a plunger mechanism 1 and a pouring hopper 2 provided thereon.

The core improved structure of the present invention is that a mixing and feeding mechanism is provided above one side of the pouring machine through the bracket 3. This mixing and feeding mechanism consists of a single-screw conveying mechanism for nuts located at the upper part and a double-screw conveying mechanism for mixing chocolate nuts at the lower part. constitute.

Specifically, as shown in FIG. 1 , the nut single-screw conveying mechanism adopts a horizontally arranged nut feeding cylinder 4. The upper part of the nut feeding cylinder 4 is provided with a first nut feeding port 4a, and in this embodiment, the first nut feeding port 4a is provided. A nut adding hopper 7 is also fixed on the feeding port 4a. The lower part of the nut feeding cylinder 4 is provided with a nut discharge port 4b which is staggered and distributed in the horizontal direction with the first nut feeding port 4a.

At the same time, the structure of the nut single screw conveying mechanism also includes a nut feeding screw 11, a front end cover 13 of the nut feeding cylinder, a rear end cover 14 of the nut feeding cylinder, a sealed bearing sleeve 15 and a nut feeding deceleration motor 16. One end of the nut feeding cylinder 4 is fixed with the front end cover 13 of the nut feeding cylinder, while the other end is fixed with the sealed bearing sleeve 15, and the outer side of the sealed bearing sleeve 15 is fixed with the rear end cover 14 of the nut feeding cylinder, and the nut feeding screw 11 is placed in the nut feeding cylinder. The kernel feeding cylinder 4 is supported by the bearings 17 respectively arranged in the front end cover 13 of the nut feeding cylinder and the sealed bearing sleeve 15. The nut feeding deceleration motor 16 is fixed with the rear end cover 14 of the nut feeding cylinder, and its output shaft passes through The opening provided on the rear end cover 14 of the nut feeding cylinder is connected to one end of the nut feeding screw 11 . Moreover, as shown in FIG. 1 , the sealed bearing sleeve 15 is provided with a sealing chamber 25 inside the bearing 17 , and the sealing chamber 25 is provided with two nut feeding cylinder sealing rings 26 sleeved on the nut feeding screw 11 .

As shown in FIG. 1 , the pitch d1 of the nut feeding screw 11 in this embodiment is 90 mm.

1 and 2, the chocolate nut mixing twin-screw conveying mechanism in this embodiment has a mixing feeding cylinder 5 that is horizontally arranged and parallel to the nut feeding cylinder 4, and the upper part of this mixing feeding cylinder 5 is provided with. The second nut inlet 5a is connected with the nut outlet 4b through the pipeline 6, and the lower part is provided with the second nut inlet 5a and the second nut inlet 5a is dislocated in the horizontal direction and is located above the pouring hopper 2. At the same time, the upper part of the mixing and feeding cylinder 5 is also provided with a chocolate feeding port 5c, and the chocolate feeding port 5c is located between the second nut feeding port 5a and the mixing feeding port 5b.

Specifically, as shown in FIG. 2 , the chocolate nut mixing twin-screw conveying mechanism also has two mixing and feeding screws 12 arranged in the mixing and feeding barrel 5 and arranged in parallel, and the pitches of the two mixing and feeding screws 12 are both d2 and d2 = 50mm, but the two mixing and feeding screws 12 are dislocated before and after, and the dislocation spacing is s, s=25mm. The chocolate and nut mixing twin-screw conveying mechanism also has a front end cover 18 and a rear end cover 19 of the mixing barrel that are respectively fixed at both ends of the mixing barrel 5, and are connected and fixed to the rear end cover 19 of the mixing barrel through a synchronous gear transmission box 20. The mixing feed reduction motor 21, the front end cover 18 of the mixing feed cylinder and the rear end cover 19 of the mixing feed cylinder are equipped with two bearings 17 for supporting the mixing feed screw 12 corresponding to each mixing feed screw 12; the synchronous gear transmission box 20 There are two transmission gears 22 that mesh with each other. The gear shafts of the two transmission gears 22 are respectively connected with the two mixing feed screws 12, and the output shaft of the mixing feed reduction motor 21 is connected with the gear shaft of one of the transmission gears 22. .

In this embodiment, each mixing and feeding screw 12 is provided with a mixing and feeding cylinder sealing ring 27 sleeved on the mixing and feeding screw 12 in the front end cover 18 of the mixing and feeding cylinder and the rear end cover 19 of the mixing and feeding cylinder.

In addition, as shown in FIG. 1 , a pouring and stirring mechanism is provided in the pouring and feeding hopper 2 of the pouring machine in this implementation. The transverse stirring shaft 9 which is arranged in the pouring hopper 2 and whose one end is connected with the output shaft of the stirring deceleration motor 8 and the three radial stirring wings 10 which are fixed on the transverse stirring shaft 9 and are distributed at equal angular intervals are formed together, and the transverse stirring shaft 9 is formed. The setting direction of the stirring shaft 9 is perpendicular to the mixing and feeding cylinder 5 .

When the utility model is actually used, the conventional food elevator is used to send the nuts to the top of the nut adding hopper 7 and fall into the nut feeding barrel 4. The nuts are firstly transported and preliminarily minced through the nut single screw conveying mechanism, and then It falls into the mixing feeding barrel 5, and the chocolate feeding port 5c on the mixing feeding barrel 5 has been connected to the chocolate slurry storage tank through a pipeline in advance. At this time, the feeding pump is turned on to drive the chocolate slurry into the mixing feeding barrel 5. Inside. Under the action of the two mixing and feeding screws 12 inside the chocolate and nut mixing twin-screw conveying mechanism, the nut is further broken, and fully mixed with the chocolate slurry and then transported into the pouring hopper 2, and finally by the plunger mechanism 1 Pouring into the mould conveyed by the belt under the casting machine to form.

Example 2: As shown in FIG. 3, compared with Example 1, this example adds a liquid level sensor 23 located in the pouring hopper 2, and also adds a PLC controller 24 on one side of the bracket 3, and the liquid level sensor 23 It is electrically connected to the PLC controller 24, and the PLC controller 24 is electrically connected to the nut feeding deceleration motor 16 and the mixed feeding deceleration motor 21 at the same time. When the liquid level sensor 23 detects that the liquid level exceeds the set threshold value, it sends a 24 sends a signal, which is driven to control the nut feeding deceleration motor 16 and the mixed feeding deceleration motor 21 to stop running, so as to avoid the spillage of the material in the pouring hopper 2, causing environmental pollution in the workshop and waste of raw materials, and further improving the work of the device reliability. The rest of the structure of this embodiment is the same as that of Embodiment 1, and its structure description can be referred to.

Of course, the above-mentioned embodiments are only for illustrating the technical concept and characteristics of the present invention, and the purpose thereof is to enable those who are familiar with the technology to understand the content of the present invention and implement accordingly, and cannot limit the protection scope of the present invention with this. All modifications made according to the spirit and essence of the main technical solutions of the present invention should be covered within the protection scope of the present invention.

Claims (10)

1. A mixing and pouring device for chocolate nuts, comprising a pouring machine, the pouring machine comprising a plunger mechanism (1) and a pouring hopper (2) provided thereon, characterized in that it also comprises a support (3) provided on the A mixing and feeding mechanism above one side of the pouring machine, the mixing and feeding mechanism includes a single-screw conveying mechanism for nuts located at the upper portion and a twin-screw conveying mechanism for mixing chocolate nuts at the lower portion, the former including a horizontally arranged nut feeding cylinder (4), The first nut feeding port (4a) located in the upper part of the nut feeding cylinder (4) and the first nut feeding port (4a) are arranged in the lower part of the nut feeding cylinder (4) and are distributed horizontally displaced from the first nut feeding port (4a). The nut discharge port (4b); and the chocolate and nut mixing twin-screw conveying mechanism includes a horizontally arranged mixing feeding cylinder (5), the upper part of which is connected with the nut discharge port (4b) through a pipeline (6). The second nut feeding port (5a), and the lower part is provided with a mixing outlet (5b) that is horizontally displaced from the second nut feeding port (5a) and located above the pouring hopper (2). At the same time, the upper part of the mixing and feeding cylinder (5) is also provided with a chocolate feeding port (5c), and the chocolate feeding port (5c) is located between the second nut feeding port (5a) and the mixing outlet (5b). 2 . The chocolate nut mixing and pouring device according to claim 1 , wherein a nut adding hopper ( 7 ) is fixed on the first nut feeding port ( 4 a ). 3 . 3 . The mixing and pouring device for chocolate nuts according to claim 1 , wherein the pouring machine further comprises a pouring and stirring mechanism arranged in the pouring hopper ( 2 ). 4 . 4. The chocolate nut mixing and pouring device according to claim 3, characterized in that the pouring and stirring mechanism comprises a stirring and deceleration motor (8) fixed outside the pouring hopper (2), and a rotary motor (8) arranged in the pouring and feeding hopper. (2) a transverse stirring shaft (9) with one end connected to the output shaft of the stirring deceleration motor (8) and several radial stirring wings (10) fixed on the transverse stirring shaft (9) and distributed at equal angular intervals, and The setting direction of the transverse stirring shaft (9) is perpendicular to the mixing feeding cylinder (5), and the mixing feeding cylinder (5) and the nut feeding cylinder (4) are arranged parallel to each other. 5 . The mixing and pouring device for chocolate nuts according to claim 1 , wherein the single screw conveying mechanism for nuts further comprises a nut feeding screw ( 11 ) arranged in the nut feeding cylinder ( 4 ). The pitch d1 of the kernel feeding screw (11) is 80~100 mm; and the chocolate kernel mixing twin-screw conveying mechanism also includes two mixing feeding screws (12) arranged in the mixing feeding barrel (5) and arranged in parallel, and the two The pitches of the mixing and feeding screws (12) are all d2, d2=40~60mm, but the two mixing and feeding screws (12) are arranged in front and rear dislocation, and the dislocation spacing is s, s=20~30mm. 6 . The mixing and pouring device for chocolate nuts according to claim 5 , wherein d1=90mm, d2=50mm, and s=25mm. 7 . 7. The mixing and pouring device for chocolate nuts according to claim 5, characterized in that the single-screw conveying mechanism for nuts further comprises a front end cover (13) for a nut feeding cylinder, a rear end cover (14) for the nut feeding cylinder, The sealed bearing sleeve (15) and the nut feeding gear motor (16), one end of the nut feeding cylinder (4) is fixed with the front cover (13) of the nut feeding cylinder, and the other end is fixed with the sealed bearing sleeve (15), and the sealed bearing The outer side of the sleeve (15) is fixed with the rear end cover (14) of the nut feeding cylinder, and the nut feeding screw (11) is placed in the nut feeding cylinder (4) and is respectively provided on the front end cover (13) and the nut feeding cylinder. The bearing (17) in the sealed bearing sleeve (15) is supported, the nut feeding deceleration motor (16) is fixed with the rear end cover (14) of the nut feeding cylinder, and its output shaft passes through the rear end cover (14) of the nut feeding cylinder The opening provided on it is connected with one end of the nut feeding screw (11); The chocolate and nut mixing twin-screw conveying mechanism also includes a front end cover (18) and a rear end cover (19) of the mixing feed cylinder, which are respectively fixed at both ends of the mixing feed cylinder (5), The rear end cover (19) of the mixing feed cylinder is connected to the fixed mixing feed reduction motor (21). The front end cover (18) of the mixing feed cylinder and the rear end cover (19) of the mixing feed cylinder are installed corresponding to each mixing feed screw (12). There are several bearings (17) for supporting the mixing and feeding screw (12); two transmission gears (22) meshing with each other are arranged in the synchronous gear transmission box (20), and the gear shafts of the two transmission gears (22) are respectively It is connected with two mixing and feeding screws (12), and the output shaft of the mixing and feeding reduction motor (21) is connected with the gear shaft of one of the transmission gears (22). 8. The mixing and pouring device for chocolate nuts according to claim 7, characterized in that a liquid level sensor (23) is provided in the pouring hopper (2), and further comprises a PLC controller (24), a liquid level sensor (23) is electrically connected with the PLC controller (24), and the PLC controller (24) is electrically connected with the nut feeding deceleration motor (16) and the mixing feeding deceleration motor (21) at the same time. When the liquid level sensor (23) detects When the liquid level exceeds the set threshold, a signal is sent to the PLC controller (24), which drives and controls the nut feeding deceleration motor (16) and the mixed feeding deceleration motor (21) to stop running. 9 . The mixing and pouring device for chocolate nuts according to claim 7 , wherein a sealing chamber ( 25 ) is provided inside the bearing ( 17 ) of the sealing bearing sleeve ( 15 ), and a sealing chamber ( 25 ) is provided with a sealing chamber ( 25 ). Several sealing rings (26) of the nut feeding cylinder are set on the nut feeding screw (11). 10. The mixing and pouring device for chocolate nuts according to claim 7, characterized in that the front end cover (18) of the mixing feeding cylinder and the rear end cover (19) of the mixing feeding cylinder are provided with corresponding each mixing feeding screw (12). A mixing and feeding cylinder sealing ring (27) sleeved on the mixing and feeding screw (12).

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