Production line applied to impregnation method latex product

Abstract

The invention relates to the technical field of latex product production, and provides a production line applied to impregnation-method latex products aiming at the problem that a forming mold of a meteorological balloon production line is inconvenient to clean, the production line comprises a coagulator pool, a latex impregnation pool, a flushing pool, a hot water pool, a demolding pool, a forming mold and a carrying mechanism; the forming mold comprises a mold frame, and a plurality of ball molds are vertically arranged at the bottom of the mold frame. The carrying mechanism is used for hanging the forming mold, and the carrying mechanism can move to and fro among the coagulator pool, the latex dipping pool, the flushing pool, the hot water pool and the demolding pool; the flushing pool is further provided with a flushing support and a cleaning assembly, and the flushing support is used for being in lap joint with a mold frame of the forming mold. And the cleaning assembly comprises two supporting plates, the two supporting plates are arranged on the two opposite sides of the flushing support in a supported mode correspondingly, and a plurality of flushing water pipes are installed on the opposite sides of the two supporting plates correspondingly. The forming mold has the effect of facilitating cleaning of the forming mold.

Description

Technical Field

[0001] The present application relates to the field of latex product production, and in particular to a production line for latex products produced by a dipping process. Background Art

[0002] Weather balloons are the main tool for high-altitude meteorological detection. Such latex products are usually processed and manufactured by a production line using an immersion process. In the relevant technology, the production line mainly includes a coagulant tank, a latex immersion tank, a hot water tank, a demoulding tank, a molding mold, and a transport mechanism; wherein the transport mechanism is used to suspend the molding mold and to travel back and forth between the above-mentioned tanks.

[0003] When the production line is running, the conveying mechanism immerses the ball mold of the forming hanger into the coagulant pool so that the coagulant adheres to the surface of the ball mold of the forming mold; then the conveying mechanism immerses the ball mold of the forming mold into the latex immersion pool and stays for a certain period of time to complete the immersion treatment, so that the glue solidifies on the surface of the ball mold through the coagulant to form a sphere; then the conveying mechanism immerses the forming mold together with the formed sphere into the hot water pool, and uses hot water to leach the sphere to remove excess coagulant on the sphere; finally, the conveying mechanism transfers the forming mold to the demolding pool, and the sphere is manually removed from the ball mold to complete the demolding treatment.

[0004] With regard to the above-mentioned related technologies, after the ball mold of the molding mold is demolded, some coagulant will remain on its surface, which may easily cause the surface of the ball mold to be uneven and affect the molding quality of the next batch of spheres. Before using it again, the coagulant remaining on the ball mold needs to be cleaned; the current method of cleaning the ball mold is usually to use a conveying mechanism to transfer the molding mold as a whole to the cleaning area, and then manually rinse the ball mold of the molding mold with a handheld water pipe. The operation is inconvenient and the rinsing efficiency is low. Therefore, there is room for improvement. Summary of the invention

[0005] In order to facilitate the flushing and cleaning of the molding mold ball mold of the weather balloon production line, the present application provides a production line for dipping latex products.

[0006] The present application provides a production line for dipping latex products, which adopts the following technical solution: A production line for dipping latex products, comprising a coagulant tank, a latex dipping tank, a flushing tank, a hot water tank, a demoulding tank, a molding mold and a conveying mechanism; The forming mold comprises a mold frame, and a plurality of ball molds are vertically arranged at the bottom of the mold frame; The transport mechanism is used to suspend the molding mold, and the transport mechanism can move back and forth between the coagulant tank, the latex immersion tank, the rinsing tank, the hot water tank and the demoulding tank; A flushing bracket and a cleaning assembly are also provided above the flushing pool. The flushing bracket is used for overlapping the mold frame of the forming mold; the cleaning assembly includes two support plates, and the two support plates are respectively supported on the opposite sides of the flushing bracket, and a plurality of flushing water pipes are installed on the opposite sides of the two support plates.

[0007] By adopting the above technical solution, after the operator takes the formed sphere off the ball mold, the conveying mechanism transfers the forming mold to be cleaned to the flushing bracket of the flushing tank, and then sprays water toward the ball mold through a number of flushing pipes on the support plates on both sides of the flushing bracket to remove the coagulant remaining on the ball mold, so as to realize automatic cleaning of the ball mold. Compared with the traditional method of manual hand-held water pipe flushing, it is beneficial to improve the cleaning efficiency of the ball mold of the forming mold.

[0008] Preferably, both ends of the mold frame are connected with connecting blocks; the flushing bracket includes two vertically supported first support rods, the two first support rods are respectively located at both ends of the flushing pool, and the tops of the first support rods are formed with first support notches, which are used for the connecting blocks at the ends of the mold frame to be embedded.

[0009] By adopting the above technical solution, the conveying mechanism moves the forming mold to the top of the flushing bracket, and the connecting blocks at both ends of the mold frame are respectively inserted into the first support notches on the top of the two first support rods, so that the mold frame can be firmly supported above the flushing bracket, which is convenient for the subsequent flushing water pipes on the two support plates to flush the forming mold ball mold on the flushing bracket.

[0010] Preferably, the top ends of the ball molds are rotatably connected to the mold frame; the mold frame is provided with a plurality of rotary driving members corresponding to the ball molds, and the rotary driving members are drivably connected to the corresponding ball molds for driving the corresponding ball molds to rotate.

[0011] By adopting the above technical solution, while water is sprayed toward the ball mold through the flushing water pipe on the support plate, the ball mold is driven to rotate through the rotary drive component so that the water flow sprayed from the flushing water pipe can contact the outer periphery of the ball mold more evenly, thereby facilitating better cleaning of the coagulant remaining on the outer periphery of the ball mold.

[0012] Preferably, the flushing pool is provided with two lifting drive members corresponding to the two first support rods, and the lifting drive members are drivingly connected to the corresponding first support rods for driving the corresponding first support rods to lift and lower the corresponding first support rods vertically.

[0013] By adopting the above technical scheme, after the early transport mechanism hangs the forming mold on the flushing bracket, the lifting drive component can first drive the flushing bracket to drive the forming mold downward until the ball mold is immersed in the flushing pool, and cooperate with the rotary drive component to drive the ball mold to reciprocate forward and reverse, so that part of the coagulant adhering to the ball mold can fall off the ball mold. At a later stage, the ball mold parts on the forming mold are sprayed with water through the flushing water pipes on the two support plates, and the flushing bracket is driven by the lifting drive component to drive the forming mold to move up and down, so that the flushing water pipe can more thoroughly flush the ball mold parts, which is beneficial to reduce the generation of dead corners in the cleaning of the ball mold.

[0014] Preferably, wind knives are supported on opposite sides of the two support plates, and the wind knife tuyere on the two support plates are arranged opposite to each other.

[0015] By adopting the above technical solution, after the ball mold is flushed, compressed air is blown toward the ball mold through the wind knives on the opposite sides of the two support plates to blow away the water droplets adhering to the ball mold from the ball mold, thereby achieving drying of the ball mold and reducing the residual water droplets on the molding mold from dripping to the ground or into the coagulant pool when the subsequent handling mechanism lifts the molding mold, causing ground pollution or dilution of the coagulant.

[0016] Preferably, the transport mechanism comprises a sliding track and two transport components; The sliding track includes two track beams arranged in parallel, and the coagulant pool, the latex immersion pool, the flushing pool, the hot water pool and the demoulding pool are all located below the two track beams; The transport assembly includes a slide, both ends of which are slidably connected to the two rail beams through an electric rail car; a sling is also provided on the slide, and the sling is used to suspend the forming mold; A transfer bracket is also provided above the flushing pool, and the transfer bracket is used for overlapping the mold frame of the forming mold.

[0017] By adopting the above technical scheme and setting up two transport components, one group of transport components can be responsible for lifting the molding mold and moving it back and forth between the rinsing tank and the coagulant tank, and the other group of transport components can be responsible for lifting the molding mold and moving it back and forth between the rinsing tank and the demoulding tank. During the actual operation of the production line, the slide of one group of transport components cooperates with the hoist to transfer the molding mold from the latex immersion tank to the transfer bracket, and then the cleaning completed molding mold of the previous production batch located on the rinsing bracket in the cleaning tank is lifted into the coagulant tank for the next round of production and processing of meteorological balloons; at the same time, the slide of another group of transport components cooperates with the hoist to transfer the molding mold located on the transfer bracket from the transfer bracket to the hot water tank and the demoulding tank in turn, so as to respectively perform leaching and demoulding of the sphere, and after completing the demoulding, the molding mold is transferred to the flushing bracket of the rinsing tank, so that the cleaning component can flush and clean the ball mold of the molding mold. The cooperation of the two transport components is conducive to better improving the production efficiency of the production line.

[0018] Preferably, the sling includes a hanging beam and a lifting winch, the hanging beam is located below the slide, a connecting piece is also provided at the bottom of the hanging beam, and the connecting piece is used to connect the formwork; the lifting winch cable is connected to the top of the hanging beam; both ends of the slide are vertically downwardly provided with limiting slide grooves, and the two ends of the hanging beam are respectively slidably connected in the two limiting slide grooves.

[0019] By adopting the above-mentioned technical scheme, the hanging beam connecting piece is connected and matched with the connecting block at the end of the mold frame, so as to achieve a stable connection between the hanging beam and the forming mold, which is convenient for the subsequent handling assembly to lift and move the forming mold; by making the two ends of the hanging beam slide and connect them in two limiting grooves respectively, the two limiting grooves are used to limit the hanging beam, so as to limit the shaking of the hanging beam when the subsequent winch drives the hanging beam to rise and fall, which is conducive to the handling assembly to more smoothly immerse the ball mold of the forming mold into the coagulant pool and the latex immersion pool.

[0020] Preferably, connecting arms are vertically arranged downward at both ends of the slide, an operating table is arranged on the connecting arms, an electric control box is arranged on the operating table, and the electric rail car and the lifting winch are electrically connected to the electric control box.

[0021] By adopting the above technical solution, when the production line is running, the operator can control the operation of the transport component through the electric control box on the operating platform, which is conducive to improving the operating convenience of the transport mechanism.

[0022] In summary, the present application includes at least one of the following beneficial technical effects: 1. A flushing bracket is supported on the flushing tank and a cleaning component is set. After the demolding is completed, the molding mold is transferred to the flushing bracket through a conveying mechanism. Then, water is sprayed toward the ball mold on the molding mold through the flushing water pipes on the opposite sides of the two support plates of the cleaning component to remove the coagulant remaining on the molding mold, thereby realizing automatic cleaning of the molding mold.

[0023] 2. The flushing bracket can be raised and lowered, and a rotary driving component for driving the corresponding ball mold to rotate is provided on the mold frame. Before flushing the ball mold through the flushing water pipe, the flushing bracket can be used to drive the forming mold to move downward so that the ball mold is immersed in the flushing, and the rotary driving component can be used to drive the corresponding ball mold to reciprocate forward and reverse to remove some of the coagulant remaining on the ball mold; when flushing the ball mold through the flushing water pipe, the flushing bracket can be used to drive the forming mold to move back and forth up and down, and the rotary driving component can be used to drive the corresponding ball mold to rotate, which is conducive to the flushing water pipe to more thoroughly flush the ball mold and reduce the generation of cleaning dead corners.

[0024] 3. By supporting air knives on opposite sides of two support plates, after the ball mold is flushed, compressed air can be blown toward the ball mold through the air knives on the two support plates to blow away the residual water droplets on the ball mold, thereby achieving drying of the ball mold. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a schematic diagram of the overall structure of a weather balloon production line used to illustrate an embodiment of the present application.

[0026] Figure 2 It is a structural schematic diagram used to illustrate the forming mold in an embodiment of the present application.

[0027] Figure 3 It is a structural schematic diagram used to illustrate the transport mechanism in an embodiment of the present application.

[0028] Figure 4 yes Figure 3 Enlarged schematic diagram of part A in the middle.

[0029] Figure 5 yes Figure 3 Enlarged schematic diagram of part B in the middle.

[0030] Figure 6 It is a schematic diagram of the structure of a flushing pool used to illustrate an embodiment of the present application.

[0031] Figure 7 yes Figure 6 Enlarged schematic diagram of part C in the middle.

[0032] Figure 8 It is a schematic diagram of an embodiment of the present application used to illustrate the state of flushing a molding die through a cleaning component.

[0033] Description of reference numerals: 1. Coagulant tank; 2. Latex immersion tank; 3. Flushing tank; 31. Flushing bracket; 311. First support rod; 312. First support gap; 32. Transfer bracket; 321. Second support rod; 322. Second support gap; 33. Lifting cylinder; 4. Hot water tank; 5. Demolding tank; 6. Forming mold; 60. Connecting block; 61. Mold frame; 62. Ball mold; 63. Rotating motor; 7. Transport mechanism; 71. Track beam; 72. Slide; 721. Electric rail car; 73. Hanging beam; 731. Connecting rod; 732. Connecting seat; 733. Card interface; 74. Lifting winch; 75. Connecting arm; 751. Limiting slide; 752. Operating table; 753. Electric control box; 8. Cleaning assembly; 80. Support plate; 81. Water distribution pipe; 82. Flushing water pipe; 83. Air knife. DETAILED DESCRIPTION

[0034] The following is combined with Figure 1-8 This application is described in further detail.

[0035] The present application embodiment discloses a production line for dipping latex products, referring to Figure 1 and Figure 2 , including a coagulant pool 1, a latex immersion pool 2, a rinsing pool 3, a hot water pool 4, a demoulding pool 5, a molding mold 6 and a transport mechanism 7; the molding mold 6 includes a mold frame 61 and a plurality of ball molds 62, the ball molds 62 are vertically arranged at the bottom of the mold frame 61, in this embodiment, the number of ball molds 62 is ten, and each group of five ball molds 62 is respectively located on both sides of the bottom of the mold frame 61. The transport mechanism 7 can move back and forth between the coagulant pool 1, the latex immersion pool 2, the rinsing pool 3, the hot water pool 4 and the demoulding pool 5; the transport mechanism 7 is used to suspend the molding mold 6. A rinsing bracket 31, a transfer bracket 32 ​​and a cleaning component 8 are supported above the rinsing pool 3, the rinsing bracket 31 and the transfer bracket 32 ​​are both used for overlapping the mold frame 61 of the molding mold 6, and the cleaning component 8 is used to rinse the ball mold 62 of the molding mold 6 located on the rinsing bracket 31.

[0036] After the ball mold 62 of the subsequent molding mold 6 is demolded, the conveying mechanism 7 transfers the molding mold 6 to the flushing bracket 31 above the flushing pool 3, and the cleaning component 8 is used to flush the ball mold 62 of the molding mold 6 located on the flushing bracket 31 to remove the coagulant remaining on the ball mold 62, thereby automatically cleaning the ball mold 62 of the molding mold 6.

[0037] Reference Figure 1 and Figure 3The transport mechanism 7 includes a sliding track and two transport components. The sliding track includes two parallel rail beams 71. The coagulant pool 1, the latex immersion pool 2, the flushing pool 3, the hot water pool 4 and the demoulding pool 5 are all located below the two rail beams 71. The transport component includes a slide 72. Both ends of the slide 72 are slidably connected to the two rail beams 71 through an electric rail car 721, so that the slide 72 can slide along the two rail beams 71. A hanger for hanging the molding mold 6 is also provided on the slide 72.

[0038] By setting up two transport components, one group of transport components can be responsible for lifting the molding mold 6 and moving back and forth between the coagulant pool 1, the latex immersion pool 2 and the flushing pool 3, and the other group of transport components can be responsible for lifting the molding mold 6 and moving back and forth between the flushing pool 3, the hot water pool 4 and the demoulding pool 5. During the actual operation of the production line, one group of transport components transfers the molding mold 6 in which the ball mold 62 has been immersed from the latex immersion pool 2 to the transfer bracket 32 ​​of the flushing pool 3, and transfers the molding mold 6 of the previous batch that has been cleaned and is located on the flushing bracket 31 of the flushing pool 3 to the coagulant pool 1 for the production of the next batch of meteorological balloons; the other group of transport components transfers the molding mold 6 located on the transfer bracket 32 ​​at this time to the hot water pool 4, the demoulding pool 5 and the flushing bracket 31 in turn, so as to continue to complete the steps of hot water leaching of the sphere, demoulding of the sphere and cleaning of the ball mold 62 respectively. The cooperation of the two transport components is conducive to better improving the production efficiency of the production line.

[0039] Reference Figure 3 and Figure 4 The sling includes a hanging beam 73 and a lifting winch 74. The hanging beam 73 is located at the bottom of the slide 72. Connectors are provided at both ends of the bottom of the hanging beam 73, and the connecting pieces are used to connect and cooperate with the connecting block 60 at the end of the mold frame 61. The lifting winch 74 is installed above the slide 72 through a bracket. The cable of the lifting winch 74 is connected to the hanging beam 73. The lifting winch 74 can subsequently retract and release the cable to realize the up and down movement of the hanging beam 73.

[0040] The two ends of the mold frame 61 are welded with connecting blocks 60. The connecting parts include two connecting rods 731 vertically connected to the bottom of the hanging beam 73, the two connecting rods 731 are located at the two ends of the hanging beam 73, and the bottoms of the two connecting rods 731 on the opposite side are welded with connecting seats 732, and the connecting seats 732 are provided with card interfaces 733, and the card interfaces 733 are used for the connecting blocks 60 to be embedded.

[0041] When the formwork 61 is connected through the connecting parts, the two connecting seats 732 at the bottom of the hanging beam 73 are respectively located under the connecting blocks 60 at both ends of the formwork 61 through the cooperation of the slide 72 and the winch, and then the hanging beam 73 is driven by the winch to drive the two connecting seats 732 to move up until the connecting block 60 at the end of the formwork 61 is embedded in the card interface 733 of the connecting seat 732, so that a stable connection between the hanging beam 73 and the formwork 61 can be achieved.

[0042] Both ends of the bottom of the slide 72 are vertically connected to connecting arms 75 downward, and the two connecting arms 75 are vertically installed with limited sliding grooves 751 on the opposite sides, and both ends of the hanging beam 73 are slidably connected to the two limited sliding grooves 751 through pulleys. The pulleys at the ends of the hanging beam 73 cooperate with the corresponding limited sliding grooves 751 to limit the position of the hanging beam 73, which is conducive to the hanging beam 73 being able to be lifted and lowered vertically stably.

[0043] Reference Figure 3 and Figure 5 An operating table 752 is also provided on the outside of the connecting arm 75 at one end of the slide 72, and an electric control box 753 is installed on the operating table 752. The electric rail car 721 and the lifting winch 74 are electrically connected to the electric control box 753, so that the operator can control the operation of the electric rail car 721, the lifting winch 74 and other components through the electric control box 753.

[0044] Reference Figure 6 and Figure 7 The cleaning assembly includes two support plates 80 arranged opposite to each other, and the two support plates 80 are respectively located on opposite sides of the flushing bracket 31. Water distribution pipes 81 are arranged on opposite sides of the two support plates 80. The water distribution pipes 81 are arranged horizontally and connected to a water source through a high-pressure water pump. The water distribution pipes 81 are connected to a plurality of flushing water pipes 82, and the outlets of the flushing water pipes 82 are all arranged toward the flushing bracket 31.

[0045] After the subsequent transport assembly transfers the molding mold 6 to be cleaned to the flushing bracket 31, the flushing water pipes 82 on the two support plates 80 can spray water toward the ball mold 62 of the molding mold 6 located on the flushing bracket 31 to remove the coagulant remaining on the ball mold 62.

[0046] Reference Figure 2 and Figure 8 The top ends of the ball molds 62 are rotatably mounted on the mold frame 61 through bearings. A number of rotary driving components are arranged on the tops of the ball molds 62 corresponding to the ball molds 62. The specific rotary driving component is a rotary motor 63. The rotary motor 63 is mounted on the mold frame 61 through a motor bracket, and the output end of the rotary motor 63 is connected to the top end of the ball mold 62 through a coupling, so that the rotary driving component is driven and connected to the corresponding ball mold 62, and the corresponding ball mold 62 can be driven to rotate by the rotary motor 63 later.

[0047] The flushing bracket 31 includes two vertically arranged first support rods 311, and the two first support rods 311 are respectively located at the opposite ends of the flushing pool 3; the top of the first connecting rod 731 is formed with a first support notch 312, and then the forming mold 6 is hung on the flushing bracket 31 through the conveying assembly, and the connecting blocks 60 at both ends of the mold frame 61 are respectively embedded in the support notches at the top of the two first support rods 311, so that the forming mold 6 can be set on the flushing bracket 31.

[0048] A lifting drive component is provided in the flushing pool 3 corresponding to the first support rod 311. Specifically, the lifting drive component includes two vertically arranged lifting cylinders 33. The two lifting cylinders 33 are respectively located on the opposite sides of the first support rod 311, and the piston rods of the lifting cylinders 33 are connected to the outer side of the top of the first support rod 311, so that the lifting drive component is driven and connected to the first support rod 311, and then the first support rod 311 is driven to rise and fall vertically through the lifting cylinders 33.

[0049] Through the above arrangement, after the subsequent transport assembly transfers the molding mold 6 to be cleaned to the flushing bracket 31, the corresponding first support rod 311 is first driven downward by the lifting drive to immerse the ball mold 62 of the molding mold 6 on the flushing bracket 31 into the clean water of the flushing tank 3, and the corresponding ball mold 62 is driven back and forth by the rotary drive to remove part of the coagulant adhering to the ball mold 62. When the ball mold 62 is further rinsed and cleaned by the flushing water pipe 82, the corresponding first support rod 311 is driven back and forth by the lifting drive to move up and down, driving the molding mold 6 on the flushing bracket 31 to lift and lower between the two support plates 80; at the same time, the corresponding ball mold 62 is driven to rotate in coordination with the rotary drive, so that the flushing water pipe 82 can more thoroughly rinse and remove the coagulant remaining on the surface of the ball mold 62.

[0050] Reference Figure 6 and Figure 7 , wind knives 83 are installed on the opposite sides of the two support plates 80, and the air outlet of the wind knife 83 is set toward the flushing bracket 31. After the ball mold 62 located on the flushing bracket 31 is flushed, the corresponding first support rod 311 is driven up and down by the lifting drive member, and at the same time, the wind knives 83 on the two support plates 80 blow compressed air toward the ball mold 62 of the forming mold 6 located on the flushing bracket 31 to blow away the water droplets adhering to the ball mold 62, thereby achieving the drying treatment of the ball mold 62; this is conducive to reducing the situation in which the water droplets remaining on the ball mold 62 drip off during the subsequent handling component moving the cleaned forming mold 6 to the coagulant pool 1, causing ground pollution or the coagulant in the coagulant pool 1 to be diluted.

[0051] Reference Figure 1 and Figure 6The transfer bracket 32 ​​includes two second support rods 321 arranged vertically, and the two second support rods 321 are respectively installed at the opposite ends of the corresponding washing pool 3. The tops of the second support rods 321 are provided with second support notches 322, and the second support notches 322 are used for the connection blocks 60 at the ends of the mold frame 61 to be inserted. Subsequently, the forming mold 6 is suspended on the transfer bracket 32 ​​by the transport assembly, and the connection blocks 60 at the two ends of the mold frame 61 are respectively inserted into the second support notches 322 at the tops of the two second support rods 321, so that the forming mold 6 can be set on the transfer bracket 32.

[0052] The implementation principle of the embodiment of the present application is that when producing and processing meteorological balloons through a production line, the conveying mechanism 7 immerses the molding mold 6 into the coagulant pool 1, the latex immersion pool 2, the hot water pool 4 and the demolding pool 5 in sequence to complete the production steps of coagulant attachment, immersion, hot water leaching and demolding treatment in sequence.

[0053] Then, the conveying mechanism 7 transfers the demolding mold 6 from the demolding pool 5 to the flushing bracket 31, and first drives the flushing bracket 31 to drive the molding mold frame 61 downward through the lifting drive component until the ball mold 62 of the molding mold 6 is immersed in the flushing pool 3, and at the same time, cooperates with the rotary drive component on the mold frame 61 to drive the corresponding ball mold 62 to reciprocate forward and reverse to remove part of the residual coagulant on the periphery of the ball mold 62, and then drives the flushing bracket 31 to drive the molding mold 6 to move back and forth between the two support plates 80, cooperates with the rotary drive component on the mold frame 61 to drive the corresponding ball mold 62 to rotate, and the flushing water pipes 82 on the two support plates 80 spray water toward the ball mold 62 to further remove the residual coagulant on the ball mold 62.

[0054] After the ball mold 62 is rinsed, compressed air is blown toward the ball mold 62 at the bottom of the mold frame 61 through the wind knives 83 on the two support plates 80 to dry the ball mold 62 .

[0055] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A production line for dipping latex products, characterized in that: It comprises a coagulant tank (1), a latex immersion tank (2), a washing tank (3), a hot water tank (4), a demoulding tank (5), a molding mold (6) and a transport mechanism (7); The molding die (6) comprises a mold frame (61), and a plurality of ball molds (62) are vertically arranged at the bottom of the mold frame (61); The transport mechanism (7) is used to suspend the molding mold (6), and the transport mechanism (7) can move back and forth between the coagulant tank (1), the latex immersion tank (2), the washing tank (3), the hot water tank (4) and the demoulding tank (5); A flushing bracket (31) and a cleaning assembly (8) are also provided above the flushing pool (3); the flushing bracket (31) is used for overlapping the mold frame (61) of the forming mold (6); the cleaning assembly (8) comprises two support plates (80), the two support plates (80) are respectively supported on opposite sides of the flushing bracket (31), and a plurality of flushing water pipes (82) are installed on opposite sides of the two support plates (80).

2. The production line for dipping latex products according to claim 1, characterized in that: Both ends of the mold frame (61) are connected to connecting blocks (60); the flushing bracket (31) comprises two first support rods (311) vertically supported, the two first support rods (311) are respectively located at the two ends of the flushing pool (3), and the tops of the first support rods (311) are each formed with a first support notch (312), and the first support notch (312) is used for the connecting block (60) at the end of the mold frame (61) to be embedded.

3. The production line for dipping latex products according to claim 2, characterized in that: The top ends of the ball molds (62) are rotatably connected to the mold frame (61); the mold frame (61) is provided with a plurality of rotary driving components corresponding to the ball molds (62); the rotary driving components are drivably connected to the corresponding ball molds (62) for driving the corresponding ball molds (62) to rotate.

4. The production line for dipping latex products according to claim 3, characterized in that: The flushing pool (3) is provided with two lifting drive members corresponding to the two first support rods (311); the lifting drive members are drivingly connected to the corresponding first support rods (311) and are used to drive the corresponding first support rods (311) to rise and fall vertically.

5. The production line for dipping latex products according to claim 4, characterized in that: Wind knives (83) are supported on opposite sides of the two support plates (80), and the wind outlets of the wind knives (83) on the two support plates (80) are arranged opposite to each other.

6. A production line for dipping latex products according to any one of claims 1 to 5, characterized in that: The transport mechanism (7) comprises a sliding track and two transport components; The sliding track comprises two track beams (71) arranged in parallel, and the coagulant pool (1), the latex immersion pool (2), the flushing pool (3), the hot water pool (4) and the demoulding pool (5) are all located below the two track beams (71); The transport assembly comprises a slide (72), both ends of which are slidably connected to two rail beams (71) via electric rail vehicles (721); a sling is also provided on the slide (72), and the sling is used to sling the forming mold (6); A transfer bracket (32) is also provided above the flushing pool (3), and the transfer bracket (32) is used for overlapping the mold frame (61) of the forming mold (6).

7. The production line for dipping latex products according to claim 6, characterized in that: The sling comprises a suspension beam (73) and a lifting winch (74); the suspension beam (73) is located below the slide (72); a connecting piece is also provided at the bottom of the suspension beam (73), and the connecting piece is used to connect the mold frame (61); the lifting winch (74) cable is connected to the top of the suspension beam (73); both ends of the slide (72) are vertically downwardly provided with limiting slide grooves (751), and the two ends of the suspension beam (73) are respectively slidably connected in the two limiting slide grooves (751).

8. The production line for dipping latex products according to claim 7, characterized in that: Both ends of the slide (72) are provided with connecting arms (75) vertically downward, the connecting arms (75) are provided with an operating table (752), an electric control box (753) is provided on the operating table (752), and the electric rail car (721) and the lifting winch (74) are both electrically connected to the electric control box (753).

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