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Glove blow molding and film making forming linkage production method and glove blow molding and film making forming machine

A production method and molding machine technology, applied in household components, household appliances, other household appliances, etc., can solve the problems of defective gloves flowing into finished products, reducing production efficiency, and covering a wide area, so as to avoid defects that are not easy to be found, improve Product yield and the effect of reducing floor space

Pending Publication Date: 2019-02-01
ZHANGJIAGANG BOLAIKE RUBBER & PLASTIC PROD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] There are many disadvantages in the production method of the above-mentioned film gloves. One: the production of films and gloves are managed separately, requiring two sets of personnel, and the labor cost is high; Marking and explaining on the product flow card, but due to the long length of a roll of film, it is difficult to accurately describe the specific location of the defect on the roll of film, and even if the glove-making staff knows that there is a defect in the re-roll film, it will be due to A roll of film runs for a long time and it is difficult to find or miss the discovery, which causes defective gloves to flow into the finished product, which increases the defective rate of the entire batch of products; third: the number of equipment is large and requires a turnover warehouse, resulting in a large area and high investment costs. Large, increasing the financing leverage and cost of the enterprise, which is not conducive to the healthy survival of the enterprise; Fourth: After the two rolls of film are molded, the film roll needs to be replaced. The film roll is heavy. If the material is lifted manually, it is easy to cause injury to the workers. Feeding increases the cost of equipment investment, and the time for replacing film rolls is divided into production time, which reduces production efficiency

Method used

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  • Glove blow molding and film making forming linkage production method and glove blow molding and film making forming machine
  • Glove blow molding and film making forming linkage production method and glove blow molding and film making forming machine
  • Glove blow molding and film making forming linkage production method and glove blow molding and film making forming machine

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0045] Such as figure 1 , figure 2 As shown, the glove film forming linkage production method includes the following specific steps:

[0046] a. Film making: use the film blowing mechanism 4 to make a continuous cylindrical film belt.

[0047] b. Finishing: introduce the tubular film strip into a pair of guide rollers 6 that abut against each other and rotate in opposite directions, and use these two guide rollers 6 to flatten the tubular film strip into a sheet-like double-layer film strip 7;

[0048] b1, cutting: the double-layer film belt 7 is cut into a plurality of double-layer sub-film belts 7-1 along the conveying direction;

[0049] c. Molding: use the traction mechanism to introduce the double-layer sub-film belt 7-1 into the glove forming mechanism 3 for hot pressing to form gloves. The glove forming mechanism 3 adopts a drum compression molding machine, and the commonly used drum compression molding machine is a PE glove machine.

[0050] The film blowing mechan...

Embodiment 2

[0066] Such as image 3 with Figure 4 As shown, the glove film forming linkage production method includes the following specific steps:

[0067] a. Film making: use the film blowing mechanism 4 to make a continuous cylindrical film belt.

[0068] b. Finishing: introduce the tubular film strip into a pair of guide rollers 6 that abut against each other and rotate in opposite directions, and use these two guide rollers 6 to flatten the tubular film strip into a sheet-like double-layer film strip 7;

[0069] c. Molding: The traction mechanism 2 is used to introduce the double-layer film belt 7 into the glove forming mechanism 3 for hot pressing to form gloves. The glove forming mechanism 3 adopts a roller molding machine, and the commonly used roller molding machine is a PE glove machine.

[0070] The film blowing mechanism 4 described in step a includes a barrel 4-1 for plasticizing and extruding the resin, a die head 4-2 communicated with the barrel 4-1, and a melter correspon...

Embodiment 3

[0082] Such as Figure 5 , Image 6 As shown, the glove film forming linkage production method includes the following specific steps:

[0083] a, film making: Utilize the film blowing mechanism 4 to make a continuous cylindrical film strip; wherein, the film blowing mechanism 4 includes a machine barrel 4-1, a die head 4-2 connected with the machine barrel 4-1, and the machine barrel In 4-1, the plasticized resin is extruded into the die head 4-2 through the screw. The die head 4-2 includes a ring-shaped outer mold and a ring-shaped inner mold coaxially arranged. A ring-shaped cavity is formed between the inner and outer molds. There is a fan, one end of the annular cavity communicates with the machine barrel, and the other end is the extrusion end. The barrel plasticizes the resin and squeezes it into the cavity and extrudes from the extrusion end of the cavity, and forms a cylinder under the cooling of the fan. film strips.

[0084] b. Finishing: introduce the tubular fil...

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Abstract

The invention relates to a glove blow molding and film making forming linkage production method and a glove blow molding and film making forming machine. The method comprises the following specific steps of film making, wherein a film blow molding mechanism is utilized for making a continuous cylindrical film belt; tidying, wherein the cylindrical film belt is compressed into a double-layer film belt; and forming, wherein the double-layer film belt is introduced into the glove forming mechanism to be subjected to hot pressing to form gloves. The glove blow molding and film forming machine comprises a rack, a film blow molding mechanism, a glove forming mechanism and a traction mechanism. The film blow molding mechanism comprises a machine cylinder, a die head and a melt metering pump. Theglove forming mechanism comprises a hot pressing die and a drive mechanism. Double-layer films formed by the die head enter the corresponding glove forming mechanism through the traction mechanism tobe subjected to hot pressing to form the gloves. According to the method and the machine, the film making function and the glove hot pressing function can be combined, after the films are made, the films directly enter the glove forming machine to be subjected to hot pressing to form the gloves, the films do not need to be stored, the storage area and the storage cost are saved, and the productionefficiency is improved.

Description

Technical field: [0001] The invention belongs to the technical field of film glove manufacturing, and in particular relates to a glove blowing and film forming linkage production method and a glove blowing film forming machine. Background technique: [0002] Film gloves are a low-cost cleaning product, widely used in various industries such as medicine, hygiene, catering, housekeeping, etc. Due to the huge customer base, the demand is correspondingly huge. [0003] Film gloves are generally made of two layers of overlapping films that are heat-pressed by a molding machine to form a glove shape, and then cut to form gloves. The specific film glove production steps are divided into two parts, one is to make a film, and the specific method is to use a cast film machine or The film blowing machine is used for film production, and then the finished film is rolled up and stored for later use. The other piece is used to make film gloves, specifically, the stock film roll is install...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B29C69/00B29C55/28B29C51/00B29L31/48
CPCB29C51/00B29C55/28B29C69/001B29L2031/4864
Inventor 黄辉
Owner ZHANGJIAGANG BOLAIKE RUBBER & PLASTIC PROD
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