CN111232286A

CN111232286A - Twisted candy packaging machine

Info

Publication number: CN111232286A
Application number: CN202010087189.8A
Authority: CN
Inventors: 石庆东
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-02-11
Filing date: 2020-02-11
Publication date: 2020-06-05

Abstract

The invention discloses a twisted candy packaging machine, which structurally comprises a candy discharging plate, twisting pincers, a belt conveyor, packaging paper, a paper roll, a frame and a wax wrapping sealing device, and has the following effects: the candy after double-twist packaging falls into a wax wrapping sealing device under the conveying of a belt conveyor, a sugar paper wax wrapping structure formed by combining a sugar screening mechanism and a sugar paper wax wrapping mechanism can enable a plurality of packaged candies to be arranged in a line along the axial direction of a wax wrapping pipe and output one by one, the surface of double-twist packaging paper wrapped outside the candies is uniformly wrapped with edible wax in the conveying process, the candy falls into a sugar collecting box by means of air convection at the output moment, the edible wax distributed on the surface of the packaging paper is rapidly hardened into a whole under the action of the air convection, and therefore narrow and small gaps exist between the sealed packaging paper and the candies, outside air and mosquitoes can not contact the candies through the gaps, and the quality guarantee period of the candies is greatly prolonged.

Description

Twisted candy packaging machine

Technical Field

The invention relates to the field of twisting type packaging machines, in particular to a twisting type candy packaging machine.

Background

The main material of the twist package is converted from original PVC into an environment-friendly material PET twisted film, the twist package is the package mode with the longest history of candy package, the material is paper and the package is hand-made, along with the appearance and popularization of a mechanical pillow type packing machine, the pillow type package is pretty due to low cost, but pillow type products are always limited without any aesthetic package, so that high-grade and high-quality candies are more packaged by using individualized and stronger twist, wherein the twist package method is divided into single twist and double twist, the existing double twist candy packing machine is easy to cause a gap between the packing paper and the candies in the candy packing process, and the outside air can be directly contacted with the candies through the gap, thereby the shelf life of greatly reduced candy, when candy is stored inadequately in addition, still attract the mosquito easily from the sugar fragrance that the gap effuses, consequently need develop a novel kink formula candy packagine machine, solve current two kink formula candy packagine machine and often make to have narrow and small gap between wrapping paper and the candy easily to candy packaging in-process with this, make external air pass through the gap can directly contact with the candy, thereby the shelf life of greatly reduced candy, when candy is stored inadequately in addition, the problem of attracting the mosquito still easily from the sugar fragrance that the gap effuses.

Summary of the invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: the utility model provides a kink formula candy wrapping machine, its structure is including unloading sugar dish, kinking pincers, band conveyer, wrapping paper, paper roll, frame, wrapping up in wax sealing device, the frame top be equipped with unload the sugar dish, unload sugar dish and frame looks lock, unload sugar dish below be equipped with band conveyer, band conveyer with unload the sugar dish and install on the frame, band conveyer top be equipped with kinking pincers, kinking pincers install on the frame, kinking pincers and band conveyer cooperate, band conveyer below be equipped with the paper roll, paper roll and band conveyer install on the frame, the paper roll on be equipped with the wrapping paper, the paper roll pass through wrapping paper and band conveyer cooperation, wrapping up in wax sealing device locate paper roll below, wrap up in wax sealing device and install on the frame.

As a further optimization of the technical scheme, the wax wrapping sealing device is composed of a sugar screening mechanism, a sugar paper wax wrapping mechanism, a base and a sugar collecting box, the base and the frame are welded, the sugar screening mechanism is arranged at the top of the base, the sugar paper wax wrapping mechanism is arranged at the front end of the sugar screening mechanism, the sugar screening mechanism is matched with the sugar paper wax wrapping mechanism, the sugar paper wax wrapping mechanism is provided with the sugar collecting box below, and the sugar collecting box is in sliding fit with the base.

As a further optimization of the technical scheme, the sugar sieving mechanism comprises a sieving disc, a fan cover, a driving spiral bevel gear, a rotating shaft, an air outlet nozzle, a centrifugal impeller and an air inlet, wherein the fan cover is arranged at the center of the bottom of the sieving disc and welded with the sieving disc, the centrifugal impeller is arranged at the center of the inside of the fan cover, the rotating shaft is arranged at the center of the centrifugal impeller and connected with the centrifugal impeller, the driving spiral bevel gear is arranged at the bottom of the centrifugal impeller and connected with the rotating shaft, the air inlet is arranged above the centrifugal impeller, the air inlet is arranged at the rear end of the fan cover, the air outlet nozzle is arranged below the centrifugal impeller and arranged at the front end of the fan cover, and the rotating shaft is matched with the sieving disc.

As the further optimization of the technical scheme, the screening sugar tray consists of a material collecting tray, a push plate, a guide cover and a material pipe, the guide cover is arranged at the center inside the material collecting tray and connected with the rotating shaft, the push plate is arranged on the outer ring of the guide cover and welded with the guide cover, the material pipe is arranged at the center of the front end of the material collecting tray, and the material pipe is connected with the material collecting tray.

As a further optimization of the technical scheme, the candy wrapper wax mechanism consists of a driven spiral bevel gear, an electric heating wax box, an electric heating wax outlet pipe, an electric heating wax return pipe, a wrapping wax pipe and a wax collecting ring pipe, wherein the driven spiral bevel gear is arranged at the top end of the wrapping wax pipe and matched with the wrapping wax pipe, the wax collecting ring pipe is arranged at the bottom end of the wrapping wax pipe and matched with the wrapping wax pipe, the electric heating wax return pipes are arranged on two sides of the wax collecting ring pipe, the electric heating wax boxes are arranged on two sides of the wrapping wax pipe, the electric heating wax outlet pipe is arranged on one side of the electric heating wax box, the electric heating wax box is connected with the wrapping wax pipe through the electric heating wax outlet pipe, and the electric heating wax box is connected with the wax collecting ring pipe through the electric heating wax return pipe.

As a further optimization of the technical scheme, the wax wrapping pipe consists of a circular ring, an outer fixed pipe, an inner movable pipe, a wax outlet hole, a spiral groove, a spiral blade and a spiral line, the inner wall of the outer fixed pipe is provided with a spiral groove which is welded with the outer fixed pipe, the inner fixed tube is internally provided with an inner movable tube, the outer wall of the outer fixed tube is provided with helical blades, the helical blade is welded with the outer fixed pipe and is meshed with the helical groove, the top end of the inner movable tube is provided with a ring, the ring is welded with the inner movable tube and is buckled with the driven spiral bevel gear, the inner wall of the inner movable pipe is provided with spiral grains, the spiral grains and the inner movable pipe are of an integrated structure, the surface of the spiral grain is distributed with wax outlet holes, and the wax outlet holes and the spiral grain are of an integrated structure.

As a further optimization of the technical scheme, the wax collecting ring pipe consists of an upper wax collecting joint, an electric heating ring pipe, a lower wax collecting joint and a one-way wax inlet inner cover, the upper wax collecting joint is arranged at the center of the top of the electric heating ring pipe, the lower wax collecting joint is arranged at the center of the bottom of the electric heating ring pipe, the upper wax collecting joint and the lower wax collecting joint are installed on the electric heating ring pipe, the one-way wax inlet inner cover is arranged between the upper wax collecting joint and the lower wax collecting joint, and the one-way wax inlet inner cover is matched with the upper wax collecting joint and the lower wax collecting joint.

As a further optimization of the technical scheme, the wax wrapping pipe is obliquely arranged at the center of the front end of the screening plate from top to bottom, and the inclined angle formed by the wax wrapping pipe is the same as the inclined angle formed by the air outlet nozzle.

Advantageous effects

The twisted candy packaging machine is reasonable in design and strong in functionality, and has the following beneficial effects:

the candy particles vertically fall on the packaging paper conveyed on the surface of a belt conveyor one by one through a candy unloading plate, the candies are subjected to double-twist package through two twist pincers which are arranged on two sides in an axisymmetric structure, the candies after double-twist package fall into a wax wrapping sealing device under the conveying of the belt conveyor, a sugar paper wax wrapping structure formed by combining a sugar screening mechanism and a sugar paper wax wrapping mechanism can enable a plurality of packaged candies to be arranged in a line along the axial direction of a wax wrapping pipe and output one by one, the surface of the double-twist packaging paper wrapped outside the candies in the conveying process is uniformly wrapped with edible wax, the edible wax falls into a candy collecting box through air convection at the output moment, the edible wax distributed on the surface of the packaging paper is rapidly hardened to form a whole under the action of air convection, so that a narrow gap is formed between the packaging paper and the candies, and external air and mosquitoes can not contact the candies through the gap, thereby greatly prolonging the shelf life of the candy;

the invention has the advantages that the material collecting disc, the push plates, the guide covers and the material pipe form a material guiding structure, the guide covers rotate along with the rotating lead of the rotating shaft, the guide covers drive the push plates to rotate along the material collecting disc in the circumferential direction in the rotating process, candy after twisted packaging is dispersed under the separation structure formed by the push plates, the candy is pushed under the action of the circumferential motion of the push plate, so that the candy grains fall into the wax wrapping pipe through the material pipe to carry out wax wrapping operation, the candy falling into the material collecting plate is prevented from being stacked and blocked, the centrifugal impeller rotates along with the rotating lead of the rotating shaft through an air convection structure formed by the fan cover, the rotating shaft, the air outlet nozzle, the centrifugal impeller and the air inlet, the centrifugal impeller is used for supplying air from the air inlet in the clockwise rotation process and exhausting air from the air outlet nozzle, and the exhausted air moves axially along the wax wrapping pipe under the arrangement of the structure that the air outlet nozzle is inclined, so that the edible wax distributed on the surface of the wrapping paper is quickly hardened into a whole under the action of air convection;

the invention discloses an electric heating wax box, an electric heating wax outlet pipe, an electric heating wax return pipe, a wax wrapping pipe and a wax collecting ring pipe form a molten wax circulating fluid flow structure, an inner movable pipe rotates along with a lead rotated by a rotating shaft under a transmission structure formed by a circular ring, a driven spiral bevel gear and a driving spiral bevel gear, the inner movable pipe is in reciprocating spiral meshing with a spiral blade through a spiral groove and generates negative pressure suction force in spiral motion, molten edible wax in the electric heating wax box is sucked by the wax outlet pipe, the edible wax is uniformly distributed in an outer fixed pipe along with the spiral motion track of the spiral groove and the spiral blade, the structure of a wax outlet hole and spiral lines is uniformly permeated on the inner wall of the inner movable pipe, double-twisted wrapping paper wrapped outside a candy is uniformly wrapped with the edible wax on the surface in conveying, and the redundant molten edible wax is in a liquid collecting structure formed by an upper wax collecting joint and a lower wax collecting joint, the wax flows back to the wax outlet pipe through the electric heating ring pipe and the electric heating wax return pipe, thereby reducing the waste of the edible wax.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a front view of a twist-on candy wrapping machine according to the present invention;

FIG. 2 is a schematic front view of a wax-wrapped seal according to the present invention;

FIG. 3 is a schematic cross-sectional front view of a sugar sifting mechanism according to the present invention;

FIG. 4 is a schematic top view of a sifting tray according to the present invention;

FIG. 5 is a schematic cross-sectional front view of the sugar paper wax wrapping mechanism of the present invention;

FIG. 6 is a schematic side sectional view of the wax wrapped tube according to the present invention;

fig. 7 is a schematic side sectional view of a wax collecting grommet according to the present invention.

In the figure: a sugar unloading tray-1, a twisting clamp-2, a belt conveyor-3, packing paper-4, a paper roll-5, a frame-6, a wax wrapping sealing device-7, a screening sugar outlet mechanism-71, a screening tray-71 a, a material collecting tray-71 a1, a push plate-71 a2, a guide cover-71 a3, a material pipe-71 a4, a fan cover-71 b, a driving spiral bevel gear-71 c, a rotating shaft-71 d, an air outlet nozzle-71 e, a centrifugal impeller-71 f, an air inlet-71 g, a sugar paper wax wrapping mechanism-72, a driven spiral bevel gear-72 a, an electric heating wax box-72 c, an electric heating wax outlet pipe-72 b, an electric heating wax return pipe-72 d, a wax wrapping pipe-72 e, a circular ring-72 e1, an outer fixed pipe-72 e2, an inner movable pipe-72 e3, a wax outlet pipe-72 b, a wax outlet pipe-72, Wax outlet-72 e4, spiral groove-72 e5, spiral blade-72 e6, spiral line-72 e7, wax collecting ring pipe-72 f, upper wax collecting joint-72 f1, electric heating ring pipe-72 f2, lower wax collecting joint-72 f3, one-way wax inlet inner cover-72 f4, base-73 and sugar collecting box-74.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Example 1

Referring to fig. 1-5, the present invention provides an embodiment of a twisted candy wrapping machine:

referring to fig. 1, a twisted candy wrapping machine structurally comprises a candy discharging plate 1, twisting pincers 2, a belt conveyor 3, wrapping paper 4, paper rollers 5, a frame 6 and a wax wrapping sealing device 7, wherein the candy discharging plate 1 is arranged at the top of the frame 6, the candy discharging plate 1 is buckled with the frame 6, the belt conveyor 3 is arranged below the candy discharging plate 1, the belt conveyor 3 and the candy discharging plate 1 are parallel to each other and are arranged on the frame 6, two twisting pincers 2 are arranged above the belt conveyor 3 in an axisymmetric structure, the twisting pincers 2 are arranged on the frame 6, the twisting pincers 2 are matched with the belt conveyor 3, the paper rollers 5 are arranged below the belt conveyor 3, the paper rollers 5 and the belt conveyor 3 are parallel to each other and are arranged on the frame 6, the wrapping paper rollers 4 are arranged on the paper rollers 5, the belt rollers 5 are matched with the belt conveyor 3 through the wrapping paper 4, the wax-wrapped sealing device 7 is arranged below the paper roller 5, and the wax-wrapped sealing device 7 is arranged on the frame 6.

Referring to fig. 2, the wax wrapping and sealing device 7 is composed of a sugar screening mechanism 71, a sugar paper wax wrapping mechanism 72, a base 73 and a sugar collecting box 74, the base 73 is welded to the frame 6, the sugar screening mechanism 71 is arranged at the top of the base 73, the sugar paper wax wrapping mechanism 72 is arranged at the front end of the sugar screening mechanism 71, the sugar screening mechanism 71 is matched with the sugar paper wax wrapping mechanism 72, the sugar collecting box 74 is arranged below the sugar paper wax wrapping mechanism 72, and the sugar collecting box 74 is in sliding fit with the base 73.

Referring to fig. 3, the sugar sieving mechanism 71 is composed of a sieving disc 71a, a fan cover 71b, a driving spiral bevel gear 71c, a rotating shaft 71d, an air outlet 71e, a centrifugal impeller 71f and an air inlet 71g, the fan cover 71b is arranged at the center of the bottom of the sieving disc 71a, the fan cover 71b is welded with the sieving disc 71a, the centrifugal impeller 71f is arranged at the center of the inside of the fan cover 71b, the rotating shaft 71d is arranged at the center of the centrifugal impeller 71f, the rotating shaft 71d is connected with the centrifugal impeller 71f, the driving spiral bevel gear 71c is arranged at the bottom of the centrifugal impeller 71f, the driving spiral bevel gear 71c is connected with the rotating shaft 71d, the air inlet 71g is arranged above the centrifugal impeller 71f, the air inlet 71g is arranged at the rear end of the fan cover 71b, the air outlet 71e is arranged below the centrifugal impeller 71f, the air outlet 71e is mounted at the front end of the air hood 71b, the bottom end of the rotating shaft 71d extends out of the bottom of the air hood 71b and rotates through torque generated by the motor, and the top end of the rotating shaft 71d is matched with the screening disc 71 a.

Referring to fig. 4, the sugar screening tray 71a is composed of a material collecting tray 71a1, a push plate 71a2, a guide cover 71a3 and a material pipe 71a4, the guide cover 71a3 is arranged at the center of the inner portion of the material collecting tray 71a1, six push plates 71a2 are uniformly arranged on the outer ring of the guide cover 71a3 at equal intervals, the push plates 71a2 and the guide cover 71a3 are welded, the material pipe 71a4 is arranged at the center of the front end of the material collecting tray 71a1, and the material pipe 71a4 is connected with the material collecting tray 71a 1.

Referring to fig. 5, the candy wrapper wax mechanism 72 is composed of a driven spiral bevel gear 72a, an electric heating wax box 72c, an electric heating wax outlet pipe 72b, an electric heating wax return pipe 72d, a wax wrapping pipe 72e, and a wax collecting ring pipe 72f, wherein the top end of the wax wrapping pipe 72e is provided with the driven spiral bevel gear 72a, the driven spiral bevel gear 72a is matched with the wax wrapping pipe 72e, the bottom end of the wax wrapping pipe 72e is provided with the wax collecting ring pipe 72f, the wax collecting ring pipe 72f is matched with the wax wrapping pipe 72e, two electric heating wax return pipes 72d are arranged on two sides of the wax collecting ring pipe 72f, two electric heating wax boxes 72c are arranged on two sides of the wax wrapping pipe 72e in an axisymmetric structure, an electric heating wax outlet pipe 72b is arranged on one side of the electric heating wax box 72c, the electric heating wax box 72c is connected with the wax wrapping pipe 72e through the electric heating wax return pipe 72d, the wax wrapping pipe 72e is obliquely arranged at the center of the front end of the screening disc 71a from top to bottom, and the inclination angle formed by the wax wrapping pipe 72e is the same as the inclination angle formed by the air outlet nozzle 71 e.

The guide cover 71a3 is in a hollow conical structure, the bottom of the guide cover is in sliding fit with the material collecting tray 71a1, and the guide cover 71a3 is connected with the rotating shaft 71 d.

The wax wrapping pipe 72e is meshed with the driving spiral bevel gear 71c through the driven spiral bevel gear 72 a.

When the candy wrapping machine is used, a material guiding structure is formed by the material collecting tray 71a1, the push plate 71a2, the guide cover 71a3 and the material pipe 71a4, the guide cover 71a3 rotates along with the lead of the rotation of the rotating shaft 71d, the guide cover 71a3 drives each push plate 71a2 to circumferentially rotate along the material collecting tray 71a1 in the rotation process, the candy which is twisted and packaged is separated under the separation structure formed by each push plate 71a2 is pushed under the circumferential motion action of the push plate 71a2, the candy drops into the wax wrapping pipe 72e one by one through the material pipe 71a4 to carry out wax wrapping operation, the candy which drops into the material collecting tray 71a1 is prevented from being mutually accumulated and blocked, the air convection structure formed by the wind shield 71b, the rotating shaft 71d, the air outlet 71e, the centrifugal impeller 71f and the air inlet 71g, the centrifugal impeller 71f rotates along with the lead of the rotating shaft 71d, and the centrifugal impeller 71f rotates clockwise by the air inlet 71g, the air is exhausted by the air outlet nozzle 71e, and the exhausted air moves along the axial direction of the wax wrapping pipe 72e under the arrangement of the inclined structure of the air outlet nozzle 71e, so that the edible wax distributed on the surface of the packaging paper is quickly hardened into a whole under the action of air convection.

Example 2

Referring to fig. 1-7, the present invention provides an embodiment of a twisted candy wrapping machine:

Referring to fig. 6, the wax wrapped tube 72e is composed of a circular ring 72e1, an outer fixed tube 72e2, an inner movable tube 72e3, a wax outlet hole 72e4, a spiral groove 72e5, a spiral blade 72e6 and a spiral line 72e7, the inner wall of the outer fixed tube 72e2 is provided with a spiral groove 72e5, the spiral groove 72e5 is welded with the outer fixed tube 72e2, the inner movable tube 72e3 is arranged inside the outer fixed tube 72e2, the outer wall of the outer fixed tube 72e2 is provided with a spiral blade 72e6, the spiral blade 72e6 is welded with the outer fixed tube 72e2, the spiral blade 72e6 is engaged with the spiral groove 72e5, the top end of the inner movable tube 72e5 is provided with a circular ring 72e5, the circular ring 72e5 e is welded with the inner movable tube 72e5, the inner wall of the movable tube 72e5 is provided with an integral structure of the spiral line 5 e5 and the inner wall of the spiral line 5 e5, wax outlet holes 72e4 are uniformly distributed on the surface of the spiral texture 72e7, and the wax outlet holes 72e4 and the spiral texture 72e7 are of an integrated structure.

Referring to fig. 7, the wax collecting ring pipe 72f is composed of an upper wax collecting joint 72f1, an electric heating ring pipe 72f2, a lower wax collecting joint 72f3 and a unidirectional wax inlet inner cover 72f4, an upper wax collecting joint 72f1 is arranged at the center of the top of the electric heating ring pipe 72f2, a lower wax collecting joint 72f3 is arranged at the center of the bottom of the electric heating ring pipe 72f2, the upper wax collecting joint 72f1 and the lower wax collecting joint 72f3 are arranged on the electric heating ring pipe 72f2 in an axisymmetric structure, a unidirectional wax inlet joint 72f4 is arranged between the upper wax collecting joint 72f1 and the lower wax collecting joint 72f3, the unidirectional wax inlet inner cover 72f4 is matched with the upper wax collecting joint 72f1 and the lower wax collecting joint 72f3, and the electric heating ring pipe 72f2 is connected with the electric heating wax return pipe 72 d.

The device also comprises an outer fixed pipe 72e2 fixedly connected with the material pipe 71a 4.

The circular ring 72e1 is buckled with the driven spiral bevel gear 72 a.

The electric heating ring pipe 72f2 is connected with the outer fixed pipe 72e2 and the inner movable pipe 72e3 through an upper wax collecting joint 72f1 and a lower wax collecting joint 72f3 to form a meshing cavity.

When in use, in combination with the first embodiment, a molten wax circulating fluid flow structure is formed by the electric heating wax box 72c, the electric heating wax outlet pipe 72b, the electric heating wax return pipe 72d, the wax wrapping pipe 72e and the wax collecting ring pipe 72f, the inner movable pipe 72e3 rotates along with the rotating lead of the rotating shaft 71d under the transmission structure formed by the circular ring 72e1, the driven spiral bevel gear 72a and the driving spiral bevel gear 71c, at the time, the inner movable pipe 72e3 is in reciprocating spiral engagement with the spiral blade 72e6 through the spiral groove 72e5, negative pressure suction force is generated in spiral motion, molten edible wax in the electric heating wax box 72c is sucked by the wax outlet pipe 72b, so that the edible wax is uniformly distributed in the outer fixed pipe 72e2 along the spiral motion track of the spiral groove 72e5 and the spiral blade 72e6, and the structures of the wax outlet hole 72e4 and the spiral blade 72e7 are uniformly penetrated on the inner wall of the inner movable pipe 72e3, the double-twist wrapping paper wrapped outside the candy is uniformly wrapped with the edible wax on the surface during conveying, and the redundant molten edible wax flows back to the wax outlet pipe 72b through the electric heating ring pipe 72f2 and the electric heating wax return pipe 72d under the liquid collecting structure formed by the upper wax collecting joint 72f1 and the lower wax collecting joint 72f3, so that the waste of the edible wax is reduced.

The specific realization principle is as follows:

sugar particles vertically fall on a packing paper 4 conveyed on the surface of a belt conveyor 3 one by one through a sugar unloading plate 1, double-twist package is carried out on the candies through two twist tongs 2 with two sides in an axisymmetric structure, the candies after double-twist package fall into a wax wrapping sealing device 7 under the conveying of the belt conveyor 3, a sugar paper wax wrapping structure formed by combining a sugar separating mechanism 71 and a sugar paper wax wrapping mechanism 72 is screened out, a plurality of packaged candies can be arranged in a line along the axial direction of a wax wrapping pipe 72e and output one by one, the surface of the double-twist packing paper wrapped outside the candies in the conveying process is uniformly wrapped with edible wax, the candies fall into a sugar collecting box 74 at the output moment by means of air convection, the edible wax distributed on the surface of the packing paper is rapidly hardened into a whole under the action of the air convection, so that gaps exist between the packing paper and the candies in a sealing mode, and external air and mosquitoes can not contact with the candies narrowly through the gaps, further, the shelf life of the candies is greatly prolonged, because the material collecting tray 71a1, the push plate 71a2, the guide cover 71a3 and the material pipe 71a4 form a material guiding structure, the guide cover 71a3 rotates along with the lead of the rotation of the rotating shaft 71d, the guide cover 71a3 drives each push plate 71a2 to circumferentially rotate along the material collecting tray 71a1 in the rotation process, the candies after being twisted and packaged are scattered under the blocking structure formed by each push plate 71a2, and are pushed under the action of the circumferential motion of the push plate 71a2, so that the candies wrap the wax pipe 71a4 to wrap the wax pipe 72e one by one to avoid the candies falling into the material collecting tray 71a1 from being mutually stacked and blocked, the centrifugal impeller 71f rotates along with the lead of the rotation of the rotating shaft 71d, the air convection structure formed by the air hood 71b, the rotating shaft 71d, the air outlet 71e, the centrifugal impeller 71f and the air inlet 71g, the centrifugal impeller 71f rotates clockwise in the rotation process of the centrifugal impeller 71g, the air is exhausted by the air outlet nozzle 71e, the exhausted air moves along the axial direction of the wax wrapping pipe 72e under the arrangement of the inclined structure of the air outlet nozzle 71e, so that the edible wax distributed on the surface of the wrapping paper is quickly hardened to form a whole under the action of air convection, because the electric heating wax box 72c, the electric heating wax outlet pipe 72b, the electric heating wax return pipe 72d, the wax wrapping pipe 72e and the wax collecting ring pipe 72f form a molten wax circulating liquid flow structure, the inner movable pipe 72e3 rotates along with the lead rotated by the rotating shaft 71d under the transmission structure formed by the circular ring 72e1, the driven spiral bevel gear 72a and the driving spiral bevel gear 71c, at the moment, the inner movable pipe 72e3 is in reciprocating spiral meshing with the spiral groove 72e5 and the spiral blade 72e6, negative pressure suction is generated in the spiral motion, the wax outlet pipe 72b sucks the molten edible wax in the electric heating wax box 72c, and enables the edible wax to be uniformly distributed in the outer fixed pipe 2 along with the spiral groove 72e5 5 and the spiral blade 72e5, the inner wall of the inner movable tube 72e3 is uniformly penetrated through the structure of the wax outlet hole 72e4 and the spiral grain 72e7, so that the surface of double-twisted wrapping paper wrapped outside the candy is uniformly wrapped by edible wax during conveying, and redundant molten edible wax flows back to the wax outlet tube 72b through the electric heating ring tube 72f2 and the electric heating wax return tube 72d under a liquid collecting structure formed by the upper wax collecting joint 72f1 and the lower wax collecting joint 72f3, so that the waste of the edible wax is reduced.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. The utility model provides a kink formula candy packagine machine, its structure is including unloading sugar dish (1), kinking pincers (2), band conveyer (3), wrapping paper (4), paper roll (5), frame (6), wrapping up in wax sealing device (7), its characterized in that:

frame (6) top be equipped with unload sugared dish (1), unload sugared dish (1) below be equipped with band conveyer (3), band conveyer (3) top be equipped with kinking pincers (2), band conveyer (3) below be equipped with paper roll (5), paper roll (5) on be equipped with wrapping paper (4), wrapping up in wax sealing device (7) locate paper roll (5) below.

2. The twisted candy wrapping machine of claim 1 wherein: wrap up in wax sealing device (7) by screening play sugar mechanism (71), sugar paper wrap up in wax mechanism (72), base (73), collection sugar case (74) and constitute, base (73) top be equipped with screening play sugar mechanism (71), screening play sugar mechanism (71) front end be equipped with sugar paper wrap up in wax mechanism (72), sugar paper wrap up in wax mechanism (72) below be equipped with collection sugar case (74).

3. The twisted candy wrapping machine of claim 2 wherein: the sugar screening and discharging mechanism (71) is composed of a screening disc (71a), a fan cover (71b), a driving spiral bevel gear (71c), a rotating shaft (71d), a wind outlet nozzle (71e), a centrifugal impeller (71f) and a wind inlet (71g), the bottom of the screening disc (71a) is provided with the fan cover (71b), the inside of the fan cover (71b) is provided with the centrifugal impeller (71f), the central position of the centrifugal impeller (71f) is provided with the rotating shaft (71d), the bottom of the centrifugal impeller (71f) is provided with the driving spiral bevel gear (71c), the wind inlet (71g) is arranged above the centrifugal impeller (71f), and the wind outlet nozzle (71e) is arranged below the centrifugal impeller (71 f).

4. The twisted candy wrapping machine of claim 3 wherein: screening sugar dish (71a) constitute by collecting tray (71a1), push pedal (71a2), guide cover (71a3), material pipe (71a4), collecting tray (71a1) inside be equipped with guide cover (71a3), guide cover (71a3) outer lane on be equipped with push pedal (71a2), collecting tray (71a1) front end be equipped with material pipe (71a 4).

5. The twisted candy wrapping machine of claim 2 wherein: the sugar paper wax wrapping mechanism (72) is composed of a driven spiral bevel gear (72a), an electric heating wax box (72c), an electric heating wax outlet pipe (72b), an electric heating wax return pipe (72d), a wax wrapping pipe (72e) and a wax collecting ring pipe (72f), the driven spiral bevel gear (72a) is arranged at the top end of the wax wrapping pipe (72e), the wax collecting ring pipe (72f) is arranged at the bottom end of the wax wrapping pipe (72e), the electric heating wax return pipes (72d) are arranged on two sides of the wax collecting ring pipe (72f), the electric heating wax box (72c) is arranged on two sides of the wax wrapping pipe (72e), and the electric heating wax outlet pipe (72b) is arranged on one side of the electric heating wax box (72 c).

6. The twisted candy wrapping machine of claim 5 wherein: wrap up in wax pipe (72e) by ring (72e1), outer fixed tube (72e2), interior activity pipe (72e3), go out wax hole (72e4), spiral groove (72e5), helical blade (72e6), spiral line (72e7) and constitute, outer fixed tube (72e2) inner wall on be equipped with spiral groove (72e5), outer fixed tube (72e2) inside be equipped with interior activity pipe (72e3), outer fixed tube (72e2) outer wall on be equipped with helical blade (72e6), interior activity pipe (72e3) top be equipped with ring (72e1), interior activity pipe (72e3) inner wall on be equipped with spiral line (72e7), spiral line (72e7) surface on distribute and go out wax hole (72e 4).

7. The twisted candy wrapping machine of claim 5 wherein: the wax collecting ring pipe (72f) consists of an upper wax collecting joint (72f1), an electric heating ring pipe (72f2), a lower wax collecting joint (72f3) and a unidirectional wax inlet inner cover (72f4), the upper wax collecting joint (72f1) is arranged at the top of the electric heating ring pipe (72f2), the lower wax collecting joint (72f3) is arranged at the bottom of the electric heating ring pipe (72f2), and the unidirectional wax inlet inner cover (72f4) is arranged between the upper wax collecting joint (72f1) and the lower wax collecting joint (72f 3).

8. The twisted candy wrapping machine of claim 5 wherein: the wax wrapping pipe (72e) is obliquely arranged at the center of the front end of the screening disc (71a) from top to bottom, and the inclination angle formed by the wax wrapping pipe (72e) is the same as the inclination angle formed by the air outlet nozzle (71 e).