JPH01101071U

JPH01101071U -

Info

Publication number: JPH01101071U
Application number: JP19284787U
Authority: JP
Priority date: 1987-12-21
Filing date: 1987-12-21
Publication date: 1989-07-06

Description

[Brief explanation of the drawing]

３―１―イは図Ａ―１、図Ａ―２、３―１―ロ
は図Ａ―３、３―１―ホは図Ｂ、３―１―ヘは図
Ｃ。１……燃料貯蔵部分、２……炎風防、３……燃
料噴出口、４……炎、５……発火輪、６……操作
金口、７……発火石、８……燃料管、９……高圧
ガス部分、１０……粉末吹つけ管、１１，３―１
―ロの粉末、１２……上から見た図（炎に直接線
、網をあて加熱）、１３……上から見た図（炎に
直接板をあて加熱）。 3-1-A is Figure A-1, 3-1-B is Figure A-3, 3-1-E is Figure B, 3-1-H is Figure C. 1...Fuel storage part, 2...Flame windshield, 3...Fuel spout, 4...Flame, 5...Ignition ring, 6...Operation cap, 7...Flint, 8...Fuel pipe, 9... High pressure gas part, 10... Powder blowing tube, 11, 3-1
- Powder of Ro, 12...A view from above (heated by placing a wire directly on the flame and a net), 13...A view from above (heating by placing a plate directly on the flame).

補正昭６３．７．２３図面の簡単な説明を次のように補正する。Correction: July 23, 1986 The brief description of the drawing has been amended as follows.

【図面の簡単な説明】第１図は網又は板を直接ライターの炎で加熱す
る方法を表すライターの側面図である。第２図は
金属の水素化物等の粉末を高圧ガスにより直接ラ
イターの炎に吹きつける方法を表すライターの側
面図である。第３図はライターの発火輪を銅、バ
リウム等の金属の合金としその発火輪を指で回転
し発火石との摩擦により着火する方法を表すライ
ターの側面図である。第４図はライターの燃料に
メチルアルコールエチルアルコールやその他の溶
媒に３―１―イの説明による塩、水酸化物、酸化
物等を溶かした燃料を使いその燃焼によりそれに
含まれている塩、水酸化物、酸化物等が加熱され
炎色反応による緑、青、赤色等の炎を見る方法を
表すライターの側面図である。第５図はライター
の風防を金属の代わりに着色透明ガラス又はプラ
スチツクに代え、ライターの炎をこの風防を通し
て、外側から見た場合に石油系燃料を使つた場合
のオレンジ色炎以外の色に見える方法を表すライ
ターの側面図である。第６図はライターの風防を
金属の代りにカツトグラス様きざみ、凹凸又は結
晶状の無色又は着色透明ガラス又はプラスチツク
に代えライターの炎をこの風防を通して外側から
見た場合プリズムの原理等により炎が輝やいて見
える方法を表すライターの側面図である。１……燃料貯蔵部分、２……炎風防、２―イ…
…着色風防、２―ロ……きざみ入り、凹凸又は結
晶状風防、３……燃料噴出口、４……炎、５……
発火輪、５―イ……燃料噴出操作板、６……操作
金口、７……発火石、８……燃料管、９……線・
網又は板のホールダー、１０……線・網又は板、
１１は発火輪のホールダー、１２……燃料貯蔵部
分隔離部分、１２―イ……燃料と高圧ガス隔離部
分、１３……燃料入出穴、１５……燃料管ホール
ダー、１６……粉末送込管、１７……粉末噴出口
、１８……高圧ガス室。BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view of a lighter showing a method of directly heating a net or plate with the flame of the lighter. FIG. 2 is a side view of a lighter showing a method of blowing powder such as a metal hydride directly onto the flame of the lighter using high-pressure gas. FIG. 3 is a side view of a lighter showing a method in which the ignition ring is made of an alloy of metals such as copper and barium, and the ignition ring is rotated with a finger to ignite the lighter through friction with a flint. Figure 4 shows the salt, hydroxide, oxide, etc. dissolved in methyl alcohol, ethyl alcohol, and other solvents as described in 3-1-a. FIG. 2 is a side view of a lighter showing a method of seeing green, blue, red, etc. flames due to a flame color reaction when hydroxides, oxides, etc. are heated; Figure 5 shows that the lighter's windshield is made of colored transparent glass or plastic instead of metal, and when viewed from the outside through the lighter's flame, it appears to have a color other than the orange flame that occurs when petroleum-based fuel is used. FIG. 3 is a side view of a lighter illustrating the method. Figure 6 shows that the lighter's windshield is made of cut glass-like increments, uneven or crystalline colorless or colored transparent glass or plastic instead of metal, and when the flame of the lighter is viewed from the outside through the windshield, the flame shines due to the prism principle, etc. FIG. 2 is a side view of the lighter showing how it appears when it is lit. 1...Fuel storage part, 2...Flame windshield, 2-i...
...Colored windshield, 2-Ro...notched, uneven or crystalline windshield, 3...Fuel spout, 4...Flame, 5...
Ignition ring, 5-a...fuel jet operation plate, 6...operation cap, 7...flint, 8...fuel pipe, 9...wire/
Net or board holder, 10... wire, net or board,
11 is a ignition ring holder, 12...a fuel storage part isolation part, 12-a...a fuel and high pressure gas isolation part, 13...a fuel inlet/outlet hole, 15...a fuel pipe holder, 16...a powder feed pipe, 17...Powder spout, 18...High pressure gas chamber.

Claims

[Scope of Claim for Utility Model Registration] (1) A method of chemically changing the color of a lighter's flame by using the flame color reaction of elements; (a) A method of changing the color of a lighter's flame by chemically utilizing the flame color reaction of elements; Apply heat directly to color. (b) Heat color by spraying metal hydride, salt, hydroxide, or oxide powder onto the flame of a lighter. (c) Colored sparks produced by the friction caused by the operation of the ignition ring made by combining the flint of a lighter with other metals or by combining other metals. 2. Coloring using a metal salt such as alcohol dissolved in the heating material of a lighter. (2) A method of physically changing the color of the flame by passing it through a flame windshield such as plastic; (f) Instead of a metal windshield, the flame can be seen to change color or shine through a piece of clear or colored plastic with cut glass-like scratches.