Glitter powder blowing equipment for coating powder on products in batches

Abstract

The glitter powder blowing equipment for batch powder coating of products comprises an air inlet assembly, a powder blowing and coating assembly and an equipment upper cover, the air inlet assembly comprises an equipment base, an air inlet pipe and a fan, and the air inlet pipe is used for connecting the fan and the equipment base; each equipment base is matched with two fans; the powder blowing and coating assembly comprises an air inlet pore plate, an air outlet gauze, an isolation plate, a visible window and a powder box, the powder blowing and coating assembly and the air inlet assembly are connected and fixed through a hasp, and a sealing strip is arranged between the powder blowing and coating assembly and the air inlet assembly, so that the sealing performance of equipment is guaranteed; the equipment upper cover comprises a powder box upper cover and a dustproof cloth bag, one side of the equipment upper cover is connected with the powder blowing and coating assembly through a hinge and can be opened by a flip cover, the other side of the equipment upper cover is fixedly connected with the powder blowing and coating assembly through a hasp, and a sealing strip is also arranged between the equipment upper cover and the powder blowing and coating assembly; and the dustproof cloth bag is fixed on the powder box upper cover.

Description

TECHNICAL FIELD

[0001] The utility model relates to gold powder field, especially to a kind of gold powder equipment for product batch powdering. BACKGROUND

[0002] Many festival supplies' hanging pieces need to cover a layer of gold powder on product surface, and many relatively large hanging pieces need to be covered with powder as a whole, since product shape will exist dead angle and product needs to cover powder area is very large, and to ensure that the surface is flat after powdering, product surface needs to be wrapped with glue before powdering, which needs a process of waiting for glue to flow flat, which will make manual powdering or powdering a product very time-consuming, and will generate very high labor cost. SUMMARY

[0003] To solve the above problems, the utility model discloses a kind of gold powder equipment for product batch powdering, a large amount of glue can be put into the equipment after flow flat treatment Product, then powdering, and then a large amount of product surface powdering work can be realized at one time, and incomplete powdering or uneven surface after covering can not occur.

[0004] The specific technical scheme of the utility model is as follows:

[0005] A kind of gold powder equipment for product batch powdering includes air inlet component 1, blow powder powdering component 2 and equipment upper cover 3;The air inlet component 1 is located below the blow powder powdering component 2, sealing strip 4 is arranged at the connection of the two, to ensure sealing, and the other side is sealed and fixed by means of hasp, so that equipment upper cover 3 is fixed above the blow powder powdering component 2.

[0006] The air inlet component 1 includes equipment base 11, air inlet pipe 12 and fan 13, the equipment base 11 is provided with partition plate 111, the upper part of the equipment base 11 is divided into four areas, an air outlet seat 112 is arranged in each area, and the air outlet seat 112 is located at the center of the area;A plurality of small holes are arranged on the air outlet seat 112, and the small holes are arranged around the air outlet seat surface, more in the middle and less in the periphery, which can make the air inlet position mainly located in the middle of the area, so that the pressure difference between the center and the edge of the area is generated, the air circulation in the area is accelerated, and the gold powder is floated;An air inlet 113 is arranged below each air outlet seat 112 for air flow into the equipment base 11, and then flows out from the air outlet seat 112;The air inlet pipe 12 is used to connect the fan 13 and the air inlet 113;Each fan 13 is connected with two air inlets 113 to realize air inlet of two air outlet seats 112, and each equipment base 11 is equipped with two fans 13 to ensure that the air flow size can make sufficient gold powder float, and a large amount of products can be covered with powder at one time.

[0007] The blowing and powdering assembly 2 comprises an air inlet hole plate 21, an air outlet screen 22, a separation plate 23, a visible window 24 and a powder box 25 for placing gold powder, and the air inlet hole plate 21, the air outlet screen 22 and the separation plate 23 are fixed at the lower end inside the powder box 25, which is the main part of the blowing and powdering assembly 2, the air inlet hole plate 21 is installed at the lowermost end of the powder box 25 and is connected with the air inlet assembly 1, the air inlet hole plate 21 is a stainless steel plate provided with closely arranged small holes, which is used for uniformly distributing the airflow output by the air inlet assembly 1 into the blowing and powdering assembly 2; the air outlet screen 22 is a stainless steel screen with a hole diameter of 0.03 mm, which is laid above the air inlet hole plate 21 and is used for dispersing the airflow passing through the air inlet hole plate 21 into fine and uniform airflow; the separation plate 23 is a stainless steel screen with a hole diameter of 1 mm, which is installed at a position 1-2 cm above the air outlet screen 22, the separation plate 23 is used to ensure that the product does not directly contact the air outlet screen 22 during the operation of the equipment, so as to prevent the air outlet screen 22 from being damaged due to friction with the product or being blocked due to the adhesive on the product, prolong the service life of the air outlet screen 22, reduce the production cost, and further ensure the powdering effect; the visible window 24 is a transparent acrylic plate, which is arranged on one side of the powder box 25 close to the upper cover 31 of the powder box and is used for observing the completion of the powdering of the product in the powder box 25 during production.

[0008] The upper cover 3 of the equipment comprises a powder box upper cover 31 and a dust cloth bag 32, the powder box upper cover 31 is fixed above the blowing and powdering assembly 2, and the powder box upper cover 31 is provided with a dust cloth bag fixing buckle 311 and a dust cloth bag mounting hole 312; the dust cloth bag 32 is provided with a fixing ring on the bag opening, the fixing ring is sleeved into the dust cloth bag fixing buckle 311, and the dust cloth bag 32 can be fixed on the powder box upper cover 31; the dust cloth bag 32 is not only used for preventing the gold powder in the powder box 25 from flying out of the equipment and affecting the environment, but also used for enhancing the airflow circulation in the powder box 25, so that the gold powder in the powder box 25 floats and uniformly covers the product surface, thereby improving the powdering effect.

[0009] The production process of the gold powder drumming and powdering equipment for batch powdering of products is as follows:

[0010] The fan 13 is connected with the equipment base 11 through the air inlet pipe 12, the blowing and powdering assembly 2 is installed above the equipment base 11 of the air inlet assembly 1, and the buckle is locked and fixed after alignment;

[0011] A sufficient amount of gold powder to be covered is introduced into the powder box 25 of the blowing and powdering assembly 2;

[0012] The product which needs to be covered with powder and finished with coating is introduced into the powder box 25 of the powder blowing and covering assembly 2;

[0013] The dust cloth bag 32 is buckled into the dust cloth bag fixing buckle 311 on the upper cover 31 of the powder box, and the dust cloth bag 32 is pulled out of the dust cloth bag mounting port 312;

[0014] The equipment upper cover 3 with the dust cloth bag 32 installed is covered above the powder box 25, and the buckle is locked and fixed;

[0015] After checking the buckle, the fan 13 is opened;

[0016] It is observed whether the dust cloth bag 32 is blown up, whether the gold powder in the powder box 25 is floating through the visible window 24, and whether the powder covering is normal is confirmed;

[0017] The powder covering situation of the product in the powder box is confirmed through the visible window 24, and the time when the fan 13 is closed is confirmed;

[0018] After the powder covering is completed, the fan 13 is closed, the equipment upper cover 3 is opened, the buckle between the powder blowing and covering assembly 2 and the equipment base 11 is unlocked, and the whole powder blowing and covering assembly 2 is lifted up;

[0019] The buckle between the equipment upper cover 3 and the powder box 25 is unlocked, the equipment upper cover 3 is opened, and the product and the gold powder in the powder box are all poured out;

[0020] The product in the gold powder is picked out, and the powder covering is completed. BRIEF DESCRIPTION OF DRAWINGS

[0021] Figure 1 It is a general assembly view of a gold powder drumming equipment for batch powder covering of products;

[0022] Figure 2 It is a schematic view of an equipment base structure of a gold powder drumming equipment for batch powder covering of products;

[0023] Figure 3 It is a schematic view of an air inlet assembly structure of a gold powder drumming equipment for batch powder covering of products;

[0024] Figure 4 It is an exploded view of a powder blowing and covering assembly of a gold powder drumming equipment for batch powder covering of products;

[0025] Figure 5 It is a schematic view of an equipment upper cover structure of a gold powder drumming equipment for batch powder covering of products.

[0026] Figures 1-5The marks of each component are as follows: 1, air inlet assembly; 11, equipment base; 111, partition plate; 112, air outlet seat; 113, air inlet; 12, air inlet pipe; 13, fan; 2, powder blowing and covering assembly; 21, air inlet hole plate; 22, air outlet screen gauze; 23, isolation plate; 24, visual window; 25, powder box; 3, equipment upper cover; 31, powder box upper cover; 311, dust cloth bag fixing buckle; 312, dust cloth bag mounting port; 32, dust cloth bag; 4, sealing strip. DETAILED DESCRIPTION

[0027] The embodiments of the present application will be described clearly and completely below in connection with the drawings, and the embodiments are only a part of the embodiments of the present application, but not all the embodiments. Based on the embodiments in the present application, the advantages and features of the present application can be more easily understood by the person skilled in the art, so that the protection scope of the present application can be defined more clearly and explicitly.

[0028] Please refer to Figures 1-5 , Figure 1 It is a general assembly view of a drum gold onion powder equipment for product batch powder covering. Figure 2 It is a schematic view of an equipment base structure of a drum gold onion powder equipment for product batch powder covering. Figure 3 It is a schematic view of an air inlet assembly structure of a drum gold onion powder equipment for product batch powder covering. Figure 4 It is an exploded view of a powder blowing and covering assembly of a drum gold onion powder equipment for product batch powder covering. Figure 5 It is a schematic view of an equipment upper cover structure of a drum gold onion powder equipment for product batch powder covering.

[0029] The drum gold onion powder equipment for product batch powder covering comprises an air inlet assembly 1, a powder blowing and covering assembly 2 and an equipment upper cover 3; the air inlet assembly 1 is located below the powder blowing and covering assembly 2, a sealing strip 4 is arranged at the connection position of the two, so as to ensure the sealing property, and one side of the two is connected by a hinge, so that the equipment upper cover 3 is fixed above the powder blowing and covering assembly 2, and the other side is sealed and fixed by a buckle.

[0030] The air inlet assembly 1 comprises a device base 11, an air inlet pipe 12 and a fan 13. The device base 11 is provided with a partition plate 111, which divides the upper part of the device base 11 into four equal areas. Each area is provided with an air outlet seat 112, which is located at the center of the area. The air outlet seat 112 is provided with a plurality of small holes, which are distributed on the surface of the air outlet seat 112 and arranged more in the periphery and less in the middle. This design can make the air inlet position mainly located in the middle of the area, thereby generating a pressure difference between the center and the edge of the area, accelerating the airflow circulation in the area and realizing the floating of the gold powder.

[0031] The powder blowing and covering assembly 2 comprises an air inlet hole plate 21, an air outlet mesh 22, a partition plate 23, a visual window 24 and a powder box 25. The powder box 25 is used to place the gold powder, and the air inlet hole plate 21, the air outlet mesh 22 and the partition plate 23 are all fixed to the lower end of the powder box 25, which is the main part of the powder blowing and covering assembly 2. The air inlet hole plate 21 is installed at the lowermost end of the powder box 25 and is connected with the air inlet assembly 1. The air inlet hole plate 21 is a stainless steel plate provided with closely arranged small holes, which is used to uniformly distribute the airflow output by the air inlet assembly 1 into the powder blowing and covering assembly 2. The air outlet mesh 22 is a stainless steel mesh with a hole diameter of 0.03 mm, which is laid above the air inlet hole plate 21 and is used to disperse the airflow passing through the air inlet hole plate 21 into fine and uniform airflow. The partition plate 23 is a stainless steel mesh screen with a hole diameter of 1 mm, which is installed 1-2 cm above the air outlet mesh 22. The partition plate 23 is used to ensure that the product does not directly contact the air outlet mesh 22 during the operation of the device, so as to prevent the air outlet mesh 22 from being damaged due to product friction or the mesh holes from being blocked due to the adhesive on the product, thereby prolonging the service life of the air outlet mesh 22, reducing the production cost and further ensuring the powder covering effect. The visual window 24 is a transparent acrylic plate, which is arranged on one side of the powder box 25 close to the upper cover 31 of the powder box 25 and is used to observe the completion of the powder covering of the product in the powder box 25 during production.

[0032] The device upper cover 3 includes a powder box upper cover 31 and a dust cloth bag 32, the powder box upper cover 31 is fixed above the powder blowing and covering assembly 2, and the powder box upper cover 31 is provided with a dust cloth bag fixing buckle 311 and a dust cloth bag mounting port 312; the bag opening of the dust cloth bag 32 is provided with a fixing ring, the fixing ring is sleeved into the dust cloth bag fixing buckle 311, and the dust cloth bag 32 can be fixed on the powder box upper cover 31; the dust cloth bag 32 is not only used for preventing the gold and onion powder in the powder box 25 from flying out of the device and affecting the environment, but also used for enhancing air circulation in the powder box 25, making the gold and onion powder in the powder box 25 float, ensuring that the product surface can be uniformly covered with powder, and improving the powder covering effect.

[0033] The production process of the gold and onion powder blowing and covering device for product batch powder covering is as follows:

[0034] The fan 13 is connected with the device base 11 through the air inlet pipe 12, the powder blowing and covering assembly 2 is installed above the device base 11 of the air inlet assembly 1, and the buckle is locked and fixed after alignment;

[0035] A sufficient amount of gold and onion powder to be covered is introduced into the powder box 25 of the powder blowing and covering assembly 2;

[0036] The product to be covered with powder and completed with rubber coating is introduced into the powder box 25 of the powder blowing and covering assembly 2;

[0037] The dust cloth bag 32 is buckled into the dust cloth bag fixing buckle 311 on the powder box upper cover 31, and the dust cloth bag 32 is pulled out of the dust cloth bag mounting port 312;

[0038] The device upper cover 3 with the installed dust cloth bag 32 is covered above the powder box 25, and the buckle is locked and fixed;

[0039] After checking the buckle, the fan 13 is opened;

[0040] It is observed whether the dust cloth bag 32 is blown up, whether the gold and onion powder in the powder box 25 is floated is observed through the visible window 24, and it is confirmed that the powder covering is normally carried out;

[0041] The powder covering situation of the product in the powder box is confirmed through the visible window 24, and the time when the fan 13 is closed is confirmed;

[0042] After the powder covering is completed, the fan 13 is closed, the device upper cover 3 is opened, the buckle between the powder blowing and covering assembly 2 and the device base 11 is unlocked, and the whole powder blowing and covering assembly 2 is lifted up;

[0043] The buckle between the device upper cover 3 and the powder box 25 is unlocked, the device upper cover 3 is opened, and the product and the gold and onion powder in the powder box are all poured out;

[0044] Pick out the product in the gold onion powder, complete the powder.

Claims

1. A drumming device for bulk product dusting, characterized in that, The drum gold onion powder equipment for product batch powder covering comprises an air inlet assembly (1), a powder blowing and covering assembly (2) and an equipment upper cover (3); the air inlet assembly (1) is located below the powder blowing and covering assembly (2), and a sealing strip (4) is arranged at the joint of the two to ensure the sealing property; the air inlet assembly (1) and the powder blowing and covering assembly (2) are fixed by means of a buckle connection; the equipment upper cover (3) is located above the powder blowing and covering assembly (2), a sealing strip (4) is arranged at the joint of the equipment upper cover (3) and the powder blowing and covering assembly (2) to ensure the sealing property, and one side between the two is connected by means of a hinge, so that the equipment upper cover is fixed above the powder blowing and covering assembly, and the other side is sealed and fixed by means of a buckle.

2. A drumming device for bulk product according to claim 1, wherein, The air inlet assembly (1) comprises an equipment base (11), an air inlet pipe (12) and a fan (13), a partition plate (111) is arranged on the equipment base (11), the upper part of the equipment base (11) is equally divided into four areas, an air outlet seat (112) is arranged in each area and located at the center of the area, a plurality of small holes are arranged on the air outlet seat (112), and the small holes are arranged more around and less in the middle, so that the air circulation in the area is accelerated, and the floating of the gold onion powder is realized; an air inlet (113) is arranged below each air outlet seat (112) for making air flow into the equipment base (11) and flow out through the small holes on the air outlet seat (112); the air inlet pipe (12) is used for connecting the fan (13) and the air inlet (113); each fan (13) is connected with two air inlets (113), and the air inlets of two air outlet seats (112) are realized.

3. A drumming device for bulk product according to claim 1, wherein, The blowing and powdering assembly (2) comprises an air inlet hole plate (21), an air outlet mesh (22), a separation plate (23), a visual window (24) and a powder box (25). The powder box (25) is used for placing gold powder, and the air inlet hole plate (21), the air outlet mesh (22) and the separation plate (23) are fixed at the lower end inside the powder box (25). The powder box (25) is the main part of the blowing and powdering assembly (2). The air inlet hole plate (21) is installed at the lowermost end of the powder box (25) and is located above the air inlet assembly (1). The air inlet hole plate (21) is a stainless steel plate provided with closely arranged small holes, which is used for uniformly distributing the airflow output by the air inlet assembly (1) into the blowing and powdering assembly (2). The air outlet mesh (22) is a stainless steel mesh with a hole diameter of 0.03 mm, which is laid above the air inlet hole plate (21) and is used for dispersing the airflow passing through the air inlet hole plate (21) into fine and uniform airflow. The separation plate (23) is a stainless steel mesh, which is installed 1-2 cm above the air outlet mesh. The separation plate is used to ensure that the product does not directly contact the air outlet mesh (22) during equipment operation, so as to prevent the air outlet mesh (22) from being damaged due to product friction or the mesh holes from being blocked due to the adhesive on the product, thereby improving the service life of the air outlet mesh (22), reducing production cost, and further ensuring the powdering effect. The visual window (24) is a transparent acrylic plate, which is arranged on one side of the powder box (25) close to the upper cover (3) of the equipment and is used for observing the completion of powdering of the product in the powder box (25) during production.

4. A drumming device for bulk product according to claim 1, wherein, The upper cover (3) of the equipment comprises a powder box upper cover (31) and a dust cloth bag (32). The powder box upper cover (31) is fixed above the blowing and powdering assembly (2) and is connected with the blowing and powdering assembly (2) through a hinge. The powder box upper cover (31) is provided with a dust cloth bag fixing buckle (311) and a dust cloth bag mounting port (312). The dust cloth bag (32) is provided with a fixing ring on the bag opening. The fixing ring is sleeved into the dust cloth bag fixing buckle (311), so that the dust cloth bag (32) can be fixed on the powder box upper cover (31). The dust cloth bag (32) is not only used for preventing the gold powder in the powder box (25) from flying out of the equipment and affecting the environment, but also used for enhancing the airflow circulation in the powder box (25) to make the gold powder in the powder box (25) float, thereby ensuring uniform powdering on the surface of the product and ensuring the powdering effect.

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