Three-workshop type firework production equipment

Abstract

The invention discloses three-workshop type firework production equipment which comprises a manual outer cylinder placing station, an explosive loading station and a packaging workshop, the side end of the manual outer cylinder placing station communicates with the explosive loading station, the side end of the explosive loading station communicates with an explosive loading visual detection station, the explosive loading station is arranged in a closed mode through an inward-opening type metal explosion-proof door, and the explosive loading visual detection station communicates with the packaging workshop. The side end of the explosive charging visual detection station is provided with a bottom paper pressing station in a communicating mode, the bottom paper pressing station is provided with a first roll paper feeding station, the side end of the bottom paper pressing station is provided with an automatic inner cylinder loading station, the automatic inner cylinder loading station is provided with a manual inner cylinder placing station in a communicating mode, the side end of the automatic inner cylinder loading station is provided with a surface paper pressing station, and the surface paper pressing station is provided with a second roll paper feeding station. A second roll paper feeding station is arranged on the face paper pressing station. The firework production equipment is three-workshop type firework production equipment, and the purpose of firework production is achieved through structural arrangement.

Description

Technical Field

[0001] The invention relates to the technical field of fireworks production equipment, in particular to a three-workshop type fireworks production equipment. Background Art

[0002] The fireworks production equipment can carry out integrated fireworks production work, thereby facilitating automated fireworks production work and improving production efficiency.

[0003] According to Chinese patent publication number CN115432216A, it relates to the technical field of fireworks production equipment. The present invention relates to a fireworks intelligent packaging machine, comprising a frame, a first conveying device, a peripheral surface packaging device, and a second conveying device, wherein the first conveying device is provided at the rear end of the frame, the peripheral surface packaging device is provided in the middle of the frame, and the second conveying device is provided at the front end of the frame, the first conveying device conveys the fireworks body to the peripheral surface packaging device, the peripheral surface packaging device packages the fireworks body, and then the second conveying device outputs the packaged fireworks body;

[0004] However, currently, fireworks production equipment often requires a large amount of manual labor to cooperate. This solution improves the fireworks production equipment by changing it into a three-workshop structure, which can be processed in sections to facilitate streamlined processing and make the fireworks production equipment more automatic. Summary of the invention

[0005] The object of the present invention is to provide a three-workshop fireworks production device to solve the problems raised in the above background technology.

[0006] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a three-workshop fireworks production equipment, including a manual outer tube placing station, a charge charging station and a packaging workshop, the side end of the manual outer tube placing station is connected to a charge charging station, the side end of the charge charging station is connected to a charge charging visual inspection station, and the charge charging station is closed by an inward-opening metal explosion-proof door, the side end of the charge charging visual inspection station is connected to a bottom paper pressing station, and the bottom paper pressing station is provided with a paper roll feeding station 1, and the side end of the bottom paper pressing station is provided with There is an automatic inner cylinder loading station, the automatic inner cylinder loading station is connected to a manual inner cylinder placing station, the side end of the automatic inner cylinder loading station is provided with a surface paper pressing station, the surface paper pressing station is provided with a second roll paper loading station, the side end of the surface paper pressing station is connected to a finished product discharging and docking outer packaging equipment, and the finished product discharging and docking outer packaging equipment is arranged inside the packaging workshop, and a hydraulic system placement area is installed in the packaging workshop, and the hydraulic system placement area is used for hydraulic drive operations of the bottom paper pressing station and the surface paper pressing station.

[0007] Specifically, a charge unqualified station is provided at the front end of the charge visual inspection station for transmitting unqualified materials.

[0008] Specifically, the automatic inner cylinder loading station, the surface paper pressing station, the second roll paper feeding station, and the manual inner cylinder placing station are in a separate workshop.

[0009] Specifically, the charge visual inspection station, bottom paper pressing station, roll paper loading station 1, and manual outer tube placement station are also in a separate workshop.

[0010] Specifically, the charging station is sealed and protected by an inwardly opening metal explosion-proof door to prevent explosion.

[0011] Specifically, the packaging workshop adopts reinforcement treatment.

[0012] Compared with the prior art, the present invention has the following beneficial effects:

[0013] 1. By installing a manual outer cylinder placing station, the raw material outer cylinder is introduced into the manual outer cylinder placing station, and then it arrives at the charging station for mechanized loading, and then it is transmitted to the charging visual inspection station for visual inspection. Unqualified products can be exported, and qualified products arrive at the bottom paper pressing station. At this time, the paper roll loading station supplies paper material to the bottom paper pressing station, and the bottom paper pressing processing work is carried out through the bottom paper pressing station.

[0014] 2. By installing the bottom paper pressing station, when the fireworks reach the automatic inner tube loading station, the manual inner tube placing station can assemble the inner tube to cooperate with the outer tube, and then reach the surface paper pressing station. At this time, the roll paper loading station 2 presses the paper again through the automatic inner tube loading station. At this time, the top paper pressing work is carried out, and then the finished product is discharged and connected to the outer packaging equipment for drainage. The structure adopts a three-workshop setting, which can be separated and protected, and the setting of the inward-opening metal explosion-proof door helps to protect the loading station and prevent it from affecting the outside world. The setting of the packaging workshop is convenient for centralized packaging work. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the main structure of the present invention;

[0016] Figure 2 It is a plan view of the main body of the present invention.

[0017] In the figure: 1- visual inspection station for charging; 2- bottom paper pressing station; 3- automatic inner tube loading station; 4- surface paper pressing station; 5- hydraulic system placement area; 6- finished product discharge docking outer packaging equipment; 7- roll paper loading station 2; 8- manual inner tube placement station; 9- roll paper loading station 1; 10- manual outer tube placement station; 11- inward-opening metal explosion-proof door; 12- charging station; 13- packaging workshop. DETAILED DESCRIPTION

[0018] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0019] See also Figure 1-2 The present invention provides a technical solution: a three-workshop fireworks production equipment, including a manual outer tube placing station 10, a charge charging station 12 and a packaging workshop 13, the side end of the manual outer tube placing station 10 is connected to a charge charging station 12, the side end of the charge charging station 12 is connected to a charge charging visual inspection station 1, and the charge charging station 12 is closed by an inward opening metal explosion-proof door 11, the side end of the charge charging visual inspection station 1 is connected to a bottom paper pressing station 2, by installing the bottom paper pressing station 2, when the fireworks reach the automatic inner tube loading station 3, the manual placing of the fireworks at this time The inner cylinder station 8 can assemble the inner cylinder so as to cooperate with the outer cylinder, and then reach the position of the surface paper pressing station 4. At this time, the roll paper feeding station 2 7 presses the paper again through the automatic inner cylinder station 3. At this time, the top paper pressing work is carried out, and then the finished product is discharged and connected to the outer packaging equipment 6 for drainage. The structure adopts a three-workshop setting, which can be separated and protected. The setting of the inner-opening metal explosion-proof door 11 helps to carry out the protection work of the charging station 12 to prevent it from being affected by the outside world. The setting of the packaging workshop 13 is convenient for collection. The packaging work is carried out in the middle, and the bottom paper pressing station 2 is provided with a roll paper feeding station 1 9, the side end of the bottom paper pressing station 2 is provided with an automatic inner cylinder loading station 3, the automatic inner cylinder loading station 3 is connected with a manual inner cylinder placing station 8, the side end of the automatic inner cylinder loading station 3 is provided with a surface paper pressing station 4, the surface paper pressing station 4 is provided with a roll paper feeding station 2 7, the side end of the surface paper pressing station 4 is connected with a finished product discharge docking external packaging equipment 6, and the finished product discharge docking external packaging equipment 6 is arranged inside the packaging workshop 13, and the packaging workshop 13 is installed with a hydraulic system placement area 5, The hydraulic system placement area 5 is used for the hydraulic drive operation of the bottom paper pressing station 2 and the surface paper pressing station 4. By installing the manual outer cylinder placing station 10, the manual outer cylinder placing station 10 imports the raw material outer cylinder, and then arrives at the charging station 12 position for mechanized loading work, and then is transmitted to the charging visual inspection station 1 position for visual inspection. Unqualified products can be exported, and qualified products arrive at the bottom paper pressing station 2 position. At this time, the paper roll loading station 9 supplies paper material to the bottom paper pressing station 2, and the bottom paper pressing processing work is performed through the bottom paper pressing station 2.

[0020] A charge failure station is provided at the front end of the charge visual inspection station 1 for the transmission of failed materials.

[0021] The automatic inner tube loading station 3, the surface paper pressing station 4, the roll paper feeding station 2 7, and the manual inner tube placing station 8 are in a separate workshop.

[0022] The charging visual inspection station 1, the bottom paper pressing station 2, the roll paper loading station 9, and the manual outer tube placement station 10 are also in a separate workshop.

[0023] The charging station 12 is sealed and protected by an inwardly opening metal explosion-proof door 11 to prevent explosion.

[0024] Packing workshop 13 is reinforced.

[0025] Working principle: When work is needed, the user installs the manual outer cylinder placing station 10, the manual outer cylinder placing station 10 imports the raw material outer cylinder, and then arrives at the charging station 12 position for mechanized loading work, and then transmits it to the charging visual inspection station 1 position for visual inspection. Unqualified products can be exported, and qualified products arrive at the bottom paper pressing station 2 position. At this time, the paper rolling station 19 supplies paper material to the bottom paper pressing station 2, and the bottom paper pressing processing work is carried out through the bottom paper pressing station 2. By installing the bottom paper pressing station 2, when the fireworks arrive at the automatic inner cylinder loading station 3, the person at this time The inner cylinder placing station 8 can assemble the inner cylinder so as to cooperate with the outer cylinder, and then reach the position of the surface paper pressing station 4. At this time, the roll paper loading station 2 7 presses the paper again through the automatic inner cylinder loading station 3. At this time, the top paper pressing work is carried out, and then the finished product is discharged and connected to the outer packaging equipment 6 for drainage. The structure adopts a three-workshop setting, which can be separated and protected. The setting of the inward-opening metal explosion-proof door 11 helps to carry out the protection work of the charging station 12 to prevent it from being affected by the outside world. The setting of the packaging workshop 13 is convenient for centralized packaging work to complete the work.

[0026] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A three-workshop fireworks production equipment, Features: The invention comprises a manual outer cylinder placing station (10), a charge station (12) and a packaging workshop (13), wherein the side end of the manual outer cylinder placing station (10) is connected to a charge station (12), the side end of the charge station (12) is connected to a charge visual inspection station (1), and the charge station (12) is closed by an inwardly opening metal explosion-proof door (11), the side end of the charge visual inspection station (1) is connected to a bottom paper pressing station (2), and a roll paper feeding station (9) is provided on the bottom paper pressing station (2), the side end of the bottom paper pressing station (2) is provided with an automatic inner cylinder loading station (3), and the automatic The inner cylinder loading station (3) is connected to a manual inner cylinder placing station (8), the side end of the automatic inner cylinder loading station (3) is provided with a face paper pressing station (4), the face paper pressing station (4) is provided with a second paper roll loading station (7), the side end of the face paper pressing station (4) is connected to a finished product discharge docking outer packaging device (6), and the finished product discharge docking outer packaging device (6) is arranged inside a packaging workshop (13), and a hydraulic system placement area (5) is installed on the packaging workshop (13), and the hydraulic system placement area (5) is used for hydraulic drive operations of the bottom paper pressing station (2) and the face paper pressing station (4).

2. A three-workshop fireworks production equipment according to claim 1, Features: A charge rejection station is provided at the front end of the charge visual inspection station (1) for transmitting rejected materials.

3. A three-workshop fireworks production equipment according to claim 2, Features: The automatic inner cylinder loading station (3), the surface paper pressing station (4), the second paper roll loading station (7), and the manual inner cylinder placing station (8) are located in a separate workshop.

4. The three-workshop fireworks production equipment according to claim 3, Features: The medicine charging visual inspection station (1), the bottom paper pressing station (2), the paper roll loading station 1 (9), and the manual outer cylinder placing station (10) are also located in a separate workshop.

5. The three-workshop fireworks production equipment according to claim 4, Features: The charging station (12) is sealed and protected by an inwardly opening metal explosion-proof door (11) to prevent explosion.

6. The three-workshop fireworks production equipment according to claim 5, Features: The packaging workshop (13) is reinforced.

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