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Latex balloon sealing device and method for applying same

A sealing device and balloon technology, which can be used in entertainment, toys, toy airplanes, etc., and can solve problems such as labor-intensive, easy to buckle the cord, and easy air leakage of the balloon

Inactive Publication Date: 2014-01-22
王众
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Use the latex balloon mouth self-winding sealing method: this method can only be used for thin-skinned, small-diameter, long-mouthed, and small-weight balloons, and the balloon can only be inflated for eight minutes, and the sealing is laborious and inefficient.
[0004] Use thread or rope to tighten the mouth of latex balloons: This method has less winding and fastening times, and the elastic force of the balloon mouth makes the thread easy to buckle back, and the balloon is not easy to fasten; although more winding and fastening times can make the balloon not leak Gas, but also labor-intensive, laborious, and inefficient
[0005] The vertical plastic clip is elastically clamped by the plastic itself to seal the mouth of the balloon (see Figure 88 ): When using this method, the mouth of the inflated balloon must be twisted and tightened and put into the clamping groove. The mouth of the balloon is thick and the clip cannot lock itself
[0006] The method that the plastic sheet has an arc slot to clamp the mouth of the balloon (see Figure 89 , Figure 90 ): In this method, the balloon end and the balloon mouth end are easy to pop out, and the balloon is easy to leak, and the balloon mouth is required to be long enough, and the size of the balloon cannot be used universally. , the winding system is more troublesome, and it is also labor-intensive, labor-intensive, and inefficient
[0007] Patents: multifunctional balloon sealing device (patent application number: 200420120819.3), a balloon sealing method (patent application number: 201210208380.9), a balloon sealing device (patent application number: 210210218539.5), these technologies have complex structures and cumbersome operations
[0008] In summary of the above points, the existing latex balloon sealing technology has the following problems: low sealing efficiency, cumbersome operation, complex structure, sealing, combination, and modeling can only be completed after multiple operations

Method used

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  • Latex balloon sealing device and method for applying same
  • Latex balloon sealing device and method for applying same
  • Latex balloon sealing device and method for applying same

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1～ Embodiment 48

[0051] select Figure 37 ~ Figure 84 The structural features of each figure are taken as a kit (1), the thickness of the kit (1) is 0.3mm~1.8mm, the diameter of the clamping hole (11) is 1.5mm~6.5mm; the material is plastic (ABS), and the processing method is injection molding;

[0052] select Figure 26 Structural features As the lead wire (2), the lead wire (2) adopts one of the wires such as silk thread, glue wire, rubber-coated steel wire, etc., with a diameter of 0.25mm~0.6mm. The wire is broken into 60mm~180mm long, folded , tie the two ends together and pass through the card hole (11) on the kit (1) to form a latex balloon sealing device;

[0053] Depend on Figure 26 as leads (2) respectively and Figure 37 ~ Figure 84 (A total of 48 types) The kit (1) consists of 48 types of latex balloon sealing devices (refer to figure 1 ).

[0054] After the balloon is inflated, wrap the unknotted end of the lead wire (2) around the mouth of the balloon (3), and pull the mout...

Embodiment 49～ Embodiment 96

[0056] select Figure 37 ~ Figure 84 The structural features of each figure are taken as a kit (1), the thickness of the kit (1) is 1.2mm-2.5mm, and the diameter of the clamping hole (11) is 1.5mm-6.5mm; the material is rubber; the processing method is molded or stamped.

[0057] select Figure 27 Structural features As the lead wire (2), the lead wire (2) adopts one of the oblate O-shaped rubber needles, and the oblate O-shaped rubber needle consists of a rubber needle head (21) and a flat O-shaped wire ring. The rubber needle thread (22) is composed of; the diameter of the rubber needle head (21) is 0.6mm-1.2mm, and the length is 7mm-10mm; the diameter of the rubber needle thread (22) is 0.3mm-0.6mm, and the cumulative length is 50mm-200mm; the material is nylon (PA), the processing method is injection molding, and it is processed in groups, with 30 to 100 pieces in each group.

[0058] Use a glue needle gun to drive the glue needle (21) on the lead wire (2) into the hole ...

Embodiment 97～ Embodiment 144

[0062] select Figure 37 ~ Figure 84 Structural features of each picture are taken as a kit (1), the thickness of the kit (1) is 2.0mm~3.2mm, and the diameter of the clamping hole (11) is 1.2mm~6.5mm; the material is wood veneer wood chips or bamboo chips; the processing method is laser Cut to shape.

[0063] select Figure 28 Structural features As the lead wire (2), the lead wire (2) adopts one of the sheet-shaped ring O-shaped rubber needles, and the sheet-shaped ring O-shaped rubber needle consists of 1 rubber needle head (21) and 1 sheet-shaped circular needle. The rubber needle thread (22) of the ring is formed; the diameter of the rubber needle head (21) is 0.6 mm to 1.2 mm, and the length is 7 mm to 11 mm; the diameter of the rubber needle thread (22) is 0.3 mm to 0.6 mm, and the cumulative length is 20 mm to 120 mm;

[0064] The material is polypropylene (PP), the processing method is injection molding, and it is processed in groups, with 40 to 100 pieces in each gr...

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Abstract

The invention discloses a latex balloon sealing device which comprises a sleeve (1) and a lead (2). The latex balloon sealing device is characterized in that a clamp hole (11) is formed in the sleeve (1), and the lead (2) comprises a plastic pin or a linear object; each inflated balloon nozzle can be drawn into the clamp hole (11) in the sleeve (1) by the aid of the lead (2), and one to five balloons can be closed by resilience force of the double-layer balloon nozzles and can be sealed at one step; flexible wires or colored ribbons or tubular objects can penetrate a closed ring on the lead (2) or a connecting hole (12) in the sleeve (1), or leads (2) can be connected with one another and are combined and shaped. The latex balloon sealing device has the advantages that when the latex balloon sealing device is used for sealing the balloons, the balloon sealing speed is 1.5-2 times higher than that of a method for sealing balloons by means of winding balloon nozzles around balloons and tying the balloons by the balloon nozzles, and is 2.5-3 times higher than that of the traditional method for sealing balloons by tying the balloons by threads, and the balloon combining and shaping speed is 4.5-6 times faster than that of the traditional method.

Description

technical field [0001] The invention relates to a balloon sealing device and a using method, in particular to a latex balloon sealing device and a using method. Background technique [0002] Existing latex balloon sealing accessories, sealing device and sealing method are summarized as follows. [0003] Use the latex balloon mouth self-winding sealing method: this method can only be used for thin-skinned, small-diameter, long-mouthed, and small-weight balloons, and the balloon can only be inflated for eight minutes, and the sealing is laborious and inefficient. [0004] Use thread or rope to tighten the mouth of latex balloons: This method has less winding and fastening times, and the elastic force of the balloon mouth makes the thread easy to buckle back, and the balloon is not easy to fasten; although more winding and fastening times can make the balloon not leak Gas, but also labor-intensive, laborious, and inefficient. [0005] The vertical plastic clip is elastically ...

Claims

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Application Information

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IPC IPC(8): A63H27/10
Inventor 王众
Owner 王众
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