TW555708B - Crystal glass density connection manufacturing method - Google Patents

Abstract

This invention relates to a type of crystal glass density connection manufacturing method, especially the one melting into high density connection body, in which a lump of ring component is obtained from melting one end of a hollow glass tube, a liquid lump ball is obtained from an end of another glass rod, an adequate melting point of 1200 DEG is used when the lump of ring component and the liquid ball are set to opposite to each other and melted into a connection body, the rod lump component is used to push the joint liquid at 20 mm towards hollow region so that the melting joint surface protrudes towards the inner center to show an arc parabolic shape conformal to the joint thickness of the lump ring component, and the rod component is pulled back so that the connection body forms uniform thickness insides and outsides with high melting joint density, does not easily deform or crack.

Description

555708

A kind of crystal glass density connection manufacturing method, special body combined with enhanced quality production and carefully developed, so that two links 'shape: broken glass linked hook thickness and fusion density stomach, not easily deformed, split evenly connected :: benefit' is to carry The technology of the glass industry is more sophisticated and quality is multiplied by: The glass texture is transparent and crystal clear, and the beautiful beauty is made into jewelry, which occupies a very important popular usage rate and is favored by the public. It is already a major asset of the people's biomass life. The investigation of the formation of glass ornaments is to use the glass rods to twist the sculptured shapes one by one according to the general concept after melting and melting. The ordinary glass and crystal glass are distinguished by purely hand-operated with flame operation and processing. Covering the glass after melting In the process of thermal expansion and contraction, due to the expansion system, it is easy to split when it cools down. This is especially the most common glass phenomenon. The only one is: (The glass density is not high and it is easy to melt and manufacture quickly, but it is also relatively poor waste. It does not meet the cost requirements. The crystal glass is hard in nature, and the operation process is different. One: ΐϊ: Adopt, the crystal glass production technology related to the present invention is the inventor's creative idea, and he adheres to the advanced spirit of the patent and the glass jewelry. With many years of experience and experience, Suo Si has constructed a modest research in the past. Over the years: sleepless experiments, failures and improvements, the ultimate pioneers.% Χ The main purpose of the present invention is to provide a crystal glass density connection manufacturing method, which mainly lies in One end of the hollow glass tube burns and melts to form a circle, and the other glass rod end melts into a liquid ball. The circle and the liquid ball are opposite to form an appropriate melting point of 1 200. Degrees, so that the two opposing contact piece properties were sintered into 0 4 2002.06.21,004 555708

Cheng Xingzheng Zhenggui's review committee understands the invention of this case, including the examples, examples, and the system. He hereby sets up a flowchart to explain the narrative as follows. · The connection and uniformity 'system: i: ί As shown in the drawing, the present invention creates a crystal glass close-knit production method in a sequential order as follows: () The glass parts at both ends are individually thermally melted; (1) the inner circle is recessed at one end, and the other end forms a liquid mass The state of the ball (3) The two ends of the butt joints are fused to form a conjoined body; (4) The same circle at the front of the rod is kneaded into a liquid and pushed in; (5) The surface at an appropriate distance is projected into an arc The parabolic drawing is immediately pulled back (six). The fused liquid portion of the drawn back phase forms a compliant bonding angle surface and a uniform surface, and is completed. That is to say, the manufacturing method of the present invention can make the process clearer according to the following procedures: Raw glass-hot-baking into a liquid mass-butt fusion and internal extrusion at an appropriate distance-the convex arc angle is pulled back 4 to form a conforming arc surface-the finished product | The hollow glass tube 5 at one end burns and heats out an indented circle portion 151, and the other glass rod 6 is melted into a liquid ball shape 61, and the circle portion is opposite to the other ball group at 1200 ° When the appropriate melting point heat is used, the two opposite sides are fused and joined to form a conjoined body. At the same time, the glass rod body end is used to knead the synthetic liquid boat-push the appropriate distance of about 20 to the hollow inside the glass to make the phases fuse. Mission

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555708 Case No. 90118976-^ Brief description of the drawing | The first drawing is a drawing of the hot-melt steps of the present invention. Adding m ------------------------------- The second picture is a schematic diagram of the butt fusion welding made by the present invention. The third picture is a diagram showing the radian of proper distance pushed inwardly produced by the present invention. The fourth figure is a sequential flowchart of making blocks according to the present invention. Brief description of the symbols ... Hollow glass tube 5 Ring section 51 Glass rod 6

Round ball 61 thickness 66

I

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Claims (1)

Hard · hard · hundred 90118976 Process is year i. A kind of crystal glass density connection raw material glass-hot-melt-liquid agglomeration-butt fusion-inside extrusion proper distance-protruding arc angle-pull back-finished into a curved surface through the above process, can In addition, as described in the following steps, (1) the glass parts at both ends are individually thermally melted; (2) the state where the single end is recessed in one end and the other end forms a liquid pellet; (3) the two ends are docked with 1 2 0 0 ° The melting point phase fuses into conjoinedness; (4) Knead the liquid in the same circle in front of one end of the rod and push it into 20 °; (5) Immediately push the appropriate distance from the surface to protrude into a radian curve. Drawing back; (six) forming a compliant bonding angle surface and a uniform thickness surface in the drawing back melt zone. Page 8 2002.06.21.008