CN-224221182-U - Artificial snow production device with two-way heating structure

CN224221182UCN 224221182 UCN224221182 UCN 224221182UCN-224221182-U

Abstract

The utility model provides an artificial snow production device with a bidirectional heating structure, which comprises a bearing assembly component, a raw material accommodating component, an ink applying component, an inner side heating component and an outer side heating component, wherein the bidirectional heating structures of the inner side heating component and the outer side heating component of the artificial snow production device can heat the inner side and the outer side of the raw material accommodating component simultaneously, ensure that the raw material of artificial snow is heated uniformly in the stirring process, improve the production efficiency and the product quality, the outside heating element passes through adjustable heating arc board of swing joint structure and holds the interval between the jar body, realizes different heating effect, and the printing ink is applyed the subassembly and is applyed the cooperation of hose and printing ink supply equipment through applying the artificial snow raw materials, makes colored artificial snow become the milky coating parcel that printing ink constitutes by water, and can become transparent at the back milky coating of meeting water, makes the color of artificial snow itself show through, is favorable to reinforcing the visual expression of artificial snow.

Inventors

WANG MING
ZHANG CHENGYU
ZHOU QINHUA

Assignees

浙江三赢新材料有限公司

Dates

Publication Date: 20260512
Application Date: 20250516

Claims (8)

1. An artificial snow producing device having a bi-directional heating structure, comprising: A load bearing assembly having an assembly space therein; The raw material accommodating assembly is arranged in the bearing assembly through a rotating structure and can rotate in the bearing assembly, an accommodating space for accommodating the raw material of the artificial snow is formed in the raw material accommodating assembly, and the raw material accommodating assembly drives the raw material of the artificial snow to be stirred and mixed; An ink applying assembly installed in the carrier assembly, communicating with the ink supply device through a pipe, and cooperating with the raw material accommodating assembly, the ink applying assembly being supplied with ink by the ink supply device, and the ink applying assembly applying ink to the artificial snow raw material in the raw material accommodating assembly, so that the ink and the artificial snow raw material are mixed with each other; The inner side heating assembly is arranged in the bearing assembly and corresponds to the inner side position of the raw material accommodating assembly, and the inner side heating assembly heats the inner side of the raw material accommodating assembly and the artificial snow raw material carried by the raw material accommodating assembly; The outside heating assembly is installed in the bearing assembly through the movable connection structure and corresponds to the outer side position of the raw material containing assembly, the relative position of the outside heating assembly and the raw material containing assembly can be adjusted in the bearing assembly, and the outside of the raw material containing assembly and the raw material containing assembly of the outside heating assembly carry out heating.
2. An artificial snow producing device having a bi-directional heating structure according to claim 1, wherein the load bearing assembly comprises: The bearing substrate is transversely arranged, the bottom of the bearing substrate is provided with an adjustable supporting foot block, and the supporting foot block is used for adjusting the height of the bearing substrate; The assembly frame is formed by enclosing a rod piece and a plate, is arranged at the top of the bearing substrate and extends to the upper side of the bearing substrate, and is provided with an assembly inclined plane at the top, wherein the assembly inclined plane is arranged along an inclined direction, and the raw material accommodating assembly is positioned at the assembly inclined plane.
3. An artificial snow producing device having a bi-directional heating structure according to claim 2, wherein the raw material accommodating assembly comprises: The holding tank body, this holding tank body open-top forms artificial snow raw materials accommodation space in its inside, and holding tank body bottom sets up rotates the dabber, rotates the dabber and is perpendicular with the assembly inclined plane, and it runs through the back from the assembly inclined plane and stretches into inside the assembly frame to through transmission structure and driving motor cooperation, it rotates to drive holding tank body by driving motor, and carries its inside artificial snow raw materials stirring by holding tank body and mix.
4. A snowmaking device having a bi-directional heating structure according to claim 3 wherein the ink application assembly comprises: and a pair of application hoses, each of which is installed in the assembly frame, has an inner end communicating with the ink supply device through a pipe, and an outer end extending toward the inside of the accommodating tank, and applies ink to the artificial snow material in the accommodating tank by the application hoses.
5. A device for producing artificial snow with a two-way heating structure according to claim 3, wherein the inside heating assembly comprises: And the inner air pipe is arranged in the assembly frame, the inner end of the inner air pipe is communicated with the hot air blower in the assembly frame, the outer end of the inner air pipe extends to the inner side of the accommodating tank body, and the inner air pipe heats the inner side of the accommodating tank body and the artificial snow raw material carried by the accommodating tank body.
6. A device for producing artificial snow with a bi-directional heating structure according to claim 3 wherein the outboard heating assembly comprises: The transverse beam frame is arranged on the side part of the assembly frame through a connecting piece, is positioned below the accommodating tank body, is transversely arranged, and is provided with an assembly through hole extending vertically at the tail end; The vertical upright post is positioned between the accommodating tank body and the transverse beam frame, the bottom of the vertical upright post extends into the assembly through hole, and the position of the vertical upright post can be vertically adjusted in the assembly hollow hole; The locking pin bolt is screwed in from the lateral part of the transverse beam frame through a threaded structure and then is abutted against the vertical column, and the installation position of the vertical column is positioned by the locking pin bolt; The heating arc plate is positioned below the accommodating tank body and is connected to the top of the vertical upright post, the installation position can be adjusted along with the vertical upright post, an electric heating wire connected with a power supply in a guiding way is arranged in the heating arc plate, and the heating arc plate is used for heating the outer side of the accommodating tank body and the artificial snow raw material carried by the accommodating tank body.
7. An artificial snow producing device having a bi-directional heating structure according to claim 4, wherein the ink application assembly further comprises: The liquid draining valves are provided with a pair, each liquid draining valve is respectively arranged at the joint part of the application hose and the assembly frame, the liquid draining valves are used as manual valves, and the on-off state of the application hose is switched by the liquid draining valves; The liquid inlet valves are provided with a pair, each liquid inlet valve is respectively arranged at the side part of the assembly frame and positioned in a pipeline between the liquid discharge valve and the ink supply equipment, the liquid inlet valves are used as electromagnetic valves, and the liquid inlet valves are used for switching the on-off state of the pipeline between the liquid discharge valve and the ink supply equipment.
8. An artificial snow producing device having a bi-directional heating structure according to claim 4, wherein the ink application assembly further comprises: The switching keys are provided with a pair of switching keys, each switching key is respectively arranged at the top of the assembly frame and is connected with the liquid inlet valve in a guiding way through a control circuit, and the switching keys are used for switching the on-off state of the liquid inlet valve.

Description

Artificial snow production device with two-way heating structure Technical Field The utility model relates to production equipment of a macromolecule water-absorbent resin product, in particular to a device for producing artificial snow with a bidirectional heating structure. Background The artificial snow with super absorbent resin (SAP) is one kind of artificial snow material produced with super absorbent resin and water and may be used widely in decoration, film and television special effect, education experiment and other fields. The main raw material of the artificial snow material is super absorbent resin (such as sodium polyacrylate), and the super absorbent resin has extremely strong water absorption capacity, can expand rapidly after meeting water, and can increase the volume by hundreds of times to form fluffy snow-like substances. In the production process of the color artificial snow, water-changing ink needs to be applied to the surface of the sodium polyacrylate snow flake, the sodium polyacrylate snow flake is wrapped to form a milky coating, the color of the artificial snow is temporarily covered, and the milky coating formed by the water-changing ink becomes transparent after the artificial snow meets water. The common production equipment adopts a rotary stirring structure, the solution adding process is inconvenient to operate, and due to the fact that a certain time is needed in the drying process, sodium polyacrylate materials are easy to agglomerate, and the performance of finished artificial snow products is affected. Therefore, there is a need to design an artificial snow producing device to overcome the above drawbacks. Disclosure of utility model The utility model aims to provide an artificial snow production device with a bidirectional heating structure, so as to improve the production efficiency and the product quality. The utility model adopts the technical proposal for solving the technical problems that: an artificial snow producing device having a bi-directional heating structure, comprising: A load bearing assembly having an assembly space therein; The raw material accommodating assembly is arranged in the bearing assembly through a rotating structure and can rotate in the bearing assembly, an accommodating space for accommodating the raw material of the artificial snow is formed in the raw material accommodating assembly, and the raw material accommodating assembly drives the raw material of the artificial snow to be stirred and mixed; An ink applying assembly installed in the carrier assembly, communicating with the ink supply device through a pipe, and cooperating with the raw material accommodating assembly, the ink applying assembly being supplied with ink by the ink supply device, and the ink applying assembly applying ink to the artificial snow raw material in the raw material accommodating assembly, so that the ink and the artificial snow raw material are mixed with each other; The inner side heating assembly is arranged in the bearing assembly and corresponds to the inner side position of the raw material accommodating assembly, and the inner side heating assembly heats the inner side of the raw material accommodating assembly and the artificial snow raw material carried by the raw material accommodating assembly; The outside heating assembly is installed in the bearing assembly through the movable connection structure and corresponds to the outer side position of the raw material containing assembly, the relative position of the outside heating assembly and the raw material containing assembly can be adjusted in the bearing assembly, and the outside of the raw material containing assembly and the raw material containing assembly of the outside heating assembly carry out heating. Specifically, the load bearing assembly includes: The bearing substrate is transversely arranged, the bottom of the bearing substrate is provided with an adjustable supporting foot block, and the supporting foot block is used for adjusting the height of the bearing substrate; The assembly frame is formed by enclosing a rod piece and a plate, is arranged at the top of the bearing substrate and extends to the upper side of the bearing substrate, and is provided with an assembly inclined plane at the top, wherein the assembly inclined plane is arranged along an inclined direction, and the raw material accommodating assembly is positioned at the assembly inclined plane. The raw material containing assembly includes: The holding tank body, this holding tank body open-top forms artificial snow raw materials accommodation space in its inside, holding tank body bottom sets up rotates the dabber, it is perpendicular with the assembly inclined plane to rotate the dabber, it runs through the back from the assembly inclined plane and stretches into inside the assembly frame, and through transmission structure and driving motor cooperation, it rotates to hold the tank body to drive by driving motor, and