JP6831954B1 - How to process cosmetic glass bottles - Google Patents
How to process cosmetic glass bottles Download PDFInfo
- Publication number
- JP6831954B1 JP6831954B1 JP2020118128A JP2020118128A JP6831954B1 JP 6831954 B1 JP6831954 B1 JP 6831954B1 JP 2020118128 A JP2020118128 A JP 2020118128A JP 2020118128 A JP2020118128 A JP 2020118128A JP 6831954 B1 JP6831954 B1 JP 6831954B1
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- JP
- Japan
- Prior art keywords
- glass bottle
- cleaning
- cleaning brush
- chamber
- cosmetic
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto
- B08B9/08—Cleaning containers, e.g. tanks
- B08B9/20—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought
- B08B9/28—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought the apparatus cleaning by splash, spray, or jet application, with or without soaking
- B08B9/30—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought the apparatus cleaning by splash, spray, or jet application, with or without soaking and having conveyors
- B08B9/32—Rotating conveyors
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto
- B08B9/08—Cleaning containers, e.g. tanks
- B08B9/20—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought
- B08B9/36—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought the apparatus cleaning by using brushes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto
- B08B9/08—Cleaning containers, e.g. tanks
- B08B9/20—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought
- B08B9/42—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought the apparatus being characterised by means for conveying or carrying containers therethrough
- B08B9/44—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought the apparatus being characterised by means for conveying or carrying containers therethrough the means being for loading or unloading the apparatus
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B25/00—Annealing glass products
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03C—CHEMICAL COMPOSITION OF GLASSES, GLAZES OR VITREOUS ENAMELS; SURFACE TREATMENT OF GLASS; SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS, MINERALS OR SLAGS; JOINING GLASS TO GLASS OR OTHER MATERIALS
- C03C1/00—Ingredients generally applicable to manufacture of glasses, glazes, or vitreous enamels
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03C—CHEMICAL COMPOSITION OF GLASSES, GLAZES OR VITREOUS ENAMELS; SURFACE TREATMENT OF GLASS; SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS, MINERALS OR SLAGS; JOINING GLASS TO GLASS OR OTHER MATERIALS
- C03C1/00—Ingredients generally applicable to manufacture of glasses, glazes, or vitreous enamels
- C03C1/002—Use of waste materials, e.g. slags
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Mechanical Engineering (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- General Chemical & Material Sciences (AREA)
- Geochemistry & Mineralogy (AREA)
- Cleaning In General (AREA)
- Containers Having Bodies Formed In One Piece (AREA)
Abstract
【課題】水資源を節約できる化粧品用ガラス瓶の加工方法を提供する。【解決手段】石英砂を所定の粒度に研磨すること、ガラス瓶を所定の粒度に研磨すること、研磨後の石英砂、研磨後のカレット、ホウ砂、ソーダ、食塩を混合してストックを得ること、溶融ストックを融解炉に入れて加熱して溶融させて、液体ガラスを得ること、成形液体ガラスを成形モジュールに移入して、化粧品用成形瓶を得ること、得られた化粧品用成形瓶をアニール装置に搬送してガラス瓶をアニール処理すること、洗浄洗浄装置によりガラス瓶の内面における汚染物を洗浄すること、乾燥搬送ガラス瓶を乾燥箱を搬送して、乾燥箱により化粧品用ガラス瓶の内外面を乾燥すここと、を含む。【選択図】図１PROBLEM TO BE SOLVED: To provide a method for processing a glass bottle for cosmetics which can save water resources. SOLUTION: Polishing quartz sand to a predetermined particle size, polishing a glass bottle to a predetermined particle size, mixing polished quartz sand, polished cullet, borosand, soda, and salt to obtain a stock. , Put the molten stock in a melting furnace and heat to melt it to obtain liquid glass, transfer the molded liquid glass to a molding module to obtain a cosmetic molding bottle, anneal the obtained cosmetic molding bottle Transfer to the device to anneal the glass bottle, clean the inner surface of the glass bottle with a cleaning device, transport the dry transport glass bottle to the drying box, and dry the inner and outer surfaces of the cosmetic glass bottle with the drying box. That includes. [Selection diagram] Fig. 1
Description
本発明は、化粧品の加工技術に関し、特に化粧品用ガラス瓶の加工方法に関する。 The present invention relates to a cosmetic processing technique, and more particularly to a processing method of a cosmetic glass bottle.
化粧品用のガラス瓶の生産ラインでは、ガラス瓶を掃除し、生産過程で入った瓶内のホコ
リなどのゴミを除去する必要がある。掃除の過程の中で多くの水を直接に用いて清掃する
が、付着が強いのホコリの清浄が困難である。同時に、空圧機を通じて水を加圧する必要
がある。設備のコストが増え、掃除する時に水の量が十分にコントロールできず、水資源
の浪費をもたらす。例えば、液体飲料が透明容器に充填された透明容器入り飲料であって
、少なくとも褐色液体と耐光性の劣るビタミン類とを含有することを特徴とする透明容器
入り飲料が開示されております。透明容器に充填された飲料に光に不安定なビタミン類を
配合させた際、安価な方法で、そのビタミン類の安定性を向上させることが可能な透明容
器入り飲料を提供するという効果があります（特許文献１参照）。包装容器としてガラス
瓶１を用い、当該瓶中に脱酸素剤５を投入し、瓶の口部にインナーシール３をしてクロレ
ラ食品４の保管容器を構成する。容器はアルミニウム箔とポリエチレンフイルムなどの樹
脂フイルムからなるインナーシールによって瓶内を密封するクロレラ食品用包装容器が開
示されております。ガラス瓶に脱酸素剤の添加と瓶の包装にインナーシールを用いて、ク
ロレラ食品の風味と変色を防ぐことができるクロレラ食品用包装容器を提供するという効
果があります（特許文献2参照）。
［先行技術文献］
［特許文献］
［特許文献1］特開2006-262735号公報
［特許文献2］登録実用新案3147280号公報
In the production line of glass bottles for cosmetics, it is necessary to clean the glass bottles and remove dust and other debris in the bottles that entered during the production process. A lot of water is used directly in the cleaning process, but it is difficult to clean the dust with strong adhesion. At the same time, it is necessary to pressurize the water through a pneumatic machine. The cost of equipment increases, and the amount of water cannot be controlled sufficiently when cleaning, resulting in waste of water resources. For example, a liquid beverage is a beverage in a transparent container filled in a transparent container.
A transparent container characterized by containing at least a brown liquid and vitamins having poor light resistance.
Beverages containing are disclosed. Light-unstable vitamins in beverages filled in transparent containers
Transparency that can improve the stability of its vitamins in an inexpensive way when blended
It has the effect of providing beverages in bowls (see Patent Document 1). Glass as a packaging container
Using the bottle 1, put the oxygen scavenger 5 into the bottle, put an inner seal 3 on the mouth of the bottle, and chlorite.
It constitutes a storage container for food 4. The container is made of aluminum foil and polyethylene film.
Chlorella food packaging container that seals the inside of the bottle with an inner seal made of fat film opens
It is shown. Add oxygen scavenger to the glass bottle and use the inner seal to wrap the bottle.
The effect of providing a packaging container for chlorella foods that can prevent the flavor and discoloration of lorella foods.
There is a fruit (see Patent Document 2).
[Prior art literature]
[Patent Document]
[Patent Document 1] Japanese Unexamined Patent Publication No. 2006-262735
[Patent Document 2] Registered Utility Model No. 3147280
本発明は従来の技術の不足を克服でき、適宜に水量を制御することができ、水を節約する
ととともに、化粧品用ガラス瓶の洗浄結果はよりきれいになる。空圧機器に代わって、機
械手段を採用して、デバイス全体のコストを低減することができる。
The present invention can overcome the deficiencies of the prior art, can control the amount of water as appropriate, save water, and improve the cleaning result of the cosmetic glass bottle. Mechanical means can be used instead of pneumatic equipment to reduce the cost of the entire device.
上記の目的を達成するために、本発明は以下の技術方案を採用する。 In order to achieve the above object, the present invention adopts the following technical plan.
前記ステップeの洗浄装置は、第1溜水箱と、第1溜水箱内に設けられる第2溜水箱と、洗浄
ユニットと、洗浄ユニットを回転させるための駆動ユニットとを含む。前記駆動ユニット
は、駆動軸と、駆動軸の上端に固定的に設けられる化粧品用ガラス瓶を搬送するための搬
送盤と、搬送盤の直下に位置される回転盤と、搬送盤と回転盤の間に位置され回転盤に回
動自在に設置される大歯車と、駆動軸を回動駆動するためのモータとを含む。モータによ
り駆動軸を回動駆動する。それに連動して回転盤と搬送盤が同時に回動する。搬送盤が化
粧品用ガラス瓶を搬送する。搬送過程中で洗浄ユニットにより化粧品用ガラス瓶を洗浄す
る。本発明において、モータにより駆動軸を回動駆動し、前記回転盤と搬送盤を駆動軸に
固定的に設けることにより、回転盤と搬送盤が同時に回動でき、搬送盤の回転過程で化粧
品用ガラス瓶の搬送動作を実施する。洗浄ユニットが搬送過程中で化粧品用ガラス瓶を洗
浄する。洗浄ユニットによって適宜に水量を制御することができ、水を節約するとととも
に、化粧品用ガラス瓶の洗浄結果はよりきれいとなる。空圧機器に代わって、機械手段を
採用して、デバイス全体のコストを低減することができる。洗浄後の汚水は、第1溜水箱
中に入り、また濾過を経て第2溜水箱中に入る。第2溜水箱中の水は、化粧品用ガラス瓶の
洗浄用に提供する。
The cleaning device in step e includes a first water storage box, a second water storage box provided in the first water storage box, a cleaning unit, and a drive unit for rotating the cleaning unit. The drive unit is located between a drive shaft, a transport plate fixedly provided at the upper end of the drive shaft for transporting a glass bottle for cosmetics, a rotary disc located directly below the transport disc, and the transport disc and the rotary disc. Includes a large gear located on the turntable and rotatably installed on the turntable, and a motor for rotationally driving the drive shaft. The drive shaft is rotationally driven by a motor. In conjunction with this, the turntable and the conveyor turn around at the same time. The transport board transports the cosmetic glass bottle. The cosmetic glass bottle is washed by the washing unit during the transportation process. In the present invention, the drive shaft is rotationally driven by a motor, and the rotary plate and the conveyor plate are fixedly provided on the drive shaft, so that the rotary plate and the conveyor plate can be rotated at the same time. Carry out the transfer operation of the glass bottle. The cleaning unit cleans the cosmetic glass bottle during the transport process. The amount of water can be appropriately controlled by the cleaning unit, which saves water and makes the cleaning result of the cosmetic glass bottle cleaner. Mechanical means can be used instead of pneumatic equipment to reduce the cost of the entire device. The sewage after cleaning enters the first reservoir box, and after filtration, enters the second reservoir box. The water in the second reservoir box is provided for cleaning the cosmetic glass bottle.
前記搬送盤は、盤体と、盤体に等距離にて環形に配布される複数個の弧形溝と、盤体に回
動自在に設置され且つ弧形溝ごとに位置される第1ローラおよび第2ローラと、盤体の外側
に設けられる弧形板と、第1ローラの上端に固定的に設けられる第1位置限定リングと、第
2ローラの上端に固定的に設けられる第2位置限定リングと、弧形板の内側に固定的に設け
られる化粧品用ガラス瓶の転動用のゴム転動溝とを含む。化粧品用ガラス瓶が盤体の弧形
溝に係入される。盤体の回動に連動して化粧品用ガラス瓶が盤体を軸心として公転搬送さ
れる。搬送過程中でゴム転動溝と化粧品用ガラス瓶が摩擦して化粧品用ガラス瓶が自転す
る。第1位置限定リングおよび第2位置限定リングとゴム転動溝により化粧品用ガラス瓶を
位置限定する。化粧品用ガラス瓶を盤体の弧形溝に係入する。このように、盤体の回動に
連動して化粧品用ガラス瓶を盤体を軸心として公転搬送させて、搬送過程中でゴム転動溝
と化粧品用ガラス瓶が摩擦することにより化粧品用ガラス瓶を自転させて、第1位置限定
リングおよび第2位置限定リングとゴム転動溝により化粧品用ガラス瓶を位置限定するこ
とによって、化粧品用ガラス瓶が、回転と洗浄の過程中でより安定的に保持される。それ
により、洗浄は、均一に行わうことができ、その洗浄結果は、よりきれいとなる。化粧品
用ガラス瓶とゴム転動溝を接触させることにより摩擦力を増加する。それによって、化粧
品用ガラス瓶が回動する。第1ローラと第2ローラを設けることにより、化粧品用ガラス瓶
と弧形溝の間の摩擦を減少させ、化粧品用ガラス瓶の回動効果を向上する。
The transport board includes a board, a plurality of arc-shaped grooves distributed in a ring shape at equal distances to the board, and a first roller rotatably installed in the board and located for each arc-shaped groove. And the second roller, the arc plate provided on the outside of the board, the first position limiting ring fixedly provided on the upper end of the first roller, and the first
2 Includes a second position limiting ring fixedly provided at the upper end of the roller and a rubber rolling groove for rolling the cosmetic glass bottle fixedly provided inside the arcuate plate. A cosmetic glass bottle is engaged in the arc groove of the board. The cosmetic glass bottle is revolved around the board in conjunction with the rotation of the board. During the transportation process, the rubber rolling groove and the cosmetic glass bottle rub against each other, causing the cosmetic glass bottle to rotate. The position of the cosmetic glass bottle is limited by the first position limiting ring, the second position limiting ring, and the rubber rolling groove. Insert the cosmetic glass bottle into the arc groove of the board. In this way, the cosmetic glass bottle is revolved around the board in conjunction with the rotation of the board, and the rubber rolling groove and the cosmetic glass bottle rub against each other during the transport process to rotate the cosmetic glass bottle. By positioning the cosmetic glass bottle with the first position limiting ring, the second position limiting ring and the rubber rolling groove, the cosmetic glass bottle is held more stably during the process of rotation and washing. Thereby, the cleaning can be performed uniformly, and the cleaning result becomes more beautiful. The frictional force is increased by bringing the cosmetic glass bottle into contact with the rubber rolling groove. As a result, the cosmetic glass bottle rotates. By providing the first roller and the second roller, the friction between the cosmetic glass bottle and the arc-shaped groove is reduced, and the rotational effect of the cosmetic glass bottle is improved.
前記ステップbの融解炉加熱過程中で、融解炉に外気を注入すると同時に、融解炉内の気
体を排出させるように繰り返して注気と吸気を行う。酸素ガスをガラス液に補充して、融
解炉中の気圧が絶えずに変化する。気圧差により外気を加熱炉内に進入させることにより
、適時的に酸素ガスを補充することができ、ガラス液の酸素性溶融が可能になり、ガラス
の溶融効果に有利である。
During the heating process of the melting furnace in step b, the outside air is injected into the melting furnace, and at the same time, the gas in the melting furnace is repeatedly injected and inhaled so as to be discharged. By replenishing the glass solution with oxygen gas, the air pressure in the melting furnace changes constantly. By allowing the outside air to enter the heating furnace due to the difference in atmospheric pressure, oxygen gas can be replenished in a timely manner, oxygenation of the glass solution becomes possible, which is advantageous for the melting effect of glass.
前記洗浄ユニットは、弧形溝に対応して回転盤に設けられる複数個の洗浄部材を含む。前
記洗浄部材は、回転盤に設けられる進水管と、進水管の上端に回動自在に設けられる回転
管と、回転管に固定的に外套されるピニオンギアと、回転管の上端に設けられる2グルー
プの伸縮水管群と、一方の伸縮水管群に設けられる第1洗浄ブラッシュと、他方の伸縮水
管に設けられる第2洗浄ブラッシュと、一端が第1洗浄ブラッシュに回動自在に設けられ、
他端が回転管に移動可能に接続される第3洗浄ブラッシュと、第2溜水箱に設けられるイン
ナーラックと、を含む。前記第1洗浄ブラッシュと第3洗浄ブラッシュが中継部位を介して
連通する。第2洗浄ブラッシュと第1洗浄ブラッシュが回転管に連通する。前記第1洗浄ブ
ラッシュ、第2洗浄ブラッシュと第3洗浄ブラッシュに複数個の出水口が設けられる。回転
盤の回転に連動して複数個の洗浄ユニットを回転盤を軸心として公転させる。それととも
に、洗浄ユニットが上昇して、第1洗浄ブラッシュ、第2洗浄ブラッシュ、第3洗浄ブラッ
シュが化粧品用ガラス瓶内まで上昇すると、ピニオンギアとインナーラックが噛み合って
ピニオンギアが回動する。前記ピニオンギアが回転管に固定されることにより、回転管が
連動して回動する。即ち、それに連動して該第1洗浄ブラッシュ、第2洗浄ブラッシュ、第
3洗浄ブラッシュが回動して、化粧品用ガラス瓶の内面をブラッシュ洗浄する。それとと
もに、複数個の出水口によりフラッシュ洗浄する。回転盤の回転に連動して複数個の洗浄
ユニットを回転盤を軸心として公転させて、所定の位置に回転すると洗浄ユニットが上昇
して、第1洗浄ブラッシュ、第2洗浄ブラッシュ、第3洗浄ブラッシュが化粧品用ガラス瓶
内まで上昇すると、ピニオンギアとインナーラックが噛み合うとピニオンギアを回動させ
る。前記ピニオンギアが回転管に固定されることにより、回転管を回動させる場合に、大
歯車とピニオンギアの噛合とピニオンギアとインナーラックの噛合によって、ピニオンギ
アの回動過程中で受力が均一で、ピニオンギアに連動して回転管が安定的に回動する。回
転管が回動すると、それに連動して第1洗浄ブラッシュ、第2洗浄ブラッシュ、第3洗浄ブ
ラッシュが回動して、化粧品用ガラス瓶の内面をブラッシュ洗浄する。回転管が安定的に
回動するので、第1洗浄ブラッシュ、第2洗浄ブラッシュ和第3洗浄ブラッシュが化粧品用
ガラス瓶をブラッシュ洗浄することがより均一であり、ブラッシュ洗浄効果を向上する。
また、複数個の出水口によりフラッシュ洗浄することにより、第1洗浄ブラッシュ、第2洗
浄ブラッシュと第3洗浄ブラッシュへの汚染物付着による二次汚染を避けることができ、
洗浄効果を向上する。ピニオンギアに連動して回転管が回動する方向が、化粧品用ガラス
瓶自身の自転方向と反方向となるので、大幅に洗浄効率を向上する。第1洗浄ブラッシュ
、第2洗浄ブラッシュ、第3洗浄ブラッシュを設けることにより、化粧品用ガラス瓶内全体
をブラッシュ洗浄することができ、洗浄の不十分を避けられる。2グループの伸縮水管群
を設けることにより、化粧品用ガラス瓶の内壁が変わった場合では自動適応が可能になっ
て、さらに第3洗浄ブラッシュを設けるとともに、自動調整を行うことにより、化粧品用
ガラス瓶の内壁に適宜に貼り合うことができ、化粧品用ガラス瓶の内壁全体を十分に洗浄
することができる。
The cleaning unit includes a plurality of cleaning members provided on the turntable corresponding to the arcuate groove. The cleaning member is provided at the launching pipe provided on the rotating disk, the rotating pipe rotatably provided at the upper end of the launching pipe, the pinion gear fixedly mounted on the rotating pipe, and the upper end of the rotating pipe2. A group of telescopic water pipes, a first cleaning brush provided on one telescopic water pipe group, a second cleaning brush provided on the other telescopic water pipe, and one end rotatably provided on the first cleaning brush.
It includes a third cleaning brush whose other end is movably connected to a rotating pipe, and an inner rack provided in the second reservoir box. The first cleaning brush and the third cleaning brush communicate with each other via a relay site. The second cleaning brush and the first cleaning brush communicate with the rotating tube. A plurality of outlets are provided in the first cleaning brush, the second cleaning brush, and the third cleaning brush. A plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk. At the same time, when the cleaning unit rises and the first cleaning brush, the second cleaning brush, and the third cleaning brush rise into the cosmetic glass bottle, the pinion gear and the inner rack mesh with each other to rotate the pinion gear. By fixing the pinion gear to the rotating tube, the rotating tube rotates in conjunction with each other. That is, in conjunction with this, the first cleaning brush, the second cleaning brush, and the second cleaning brush
3 The cleaning brush rotates to clean the inner surface of the cosmetic glass bottle. At the same time, flush cleaning is performed with a plurality of outlets. A plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk, and when the cleaning unit is rotated to a predetermined position, the cleaning unit is raised to perform the first cleaning brush, the second cleaning brush, and the third cleaning. When the brush rises into the glass bottle for cosmetics, the pinion gear and the inner rack are engaged to rotate the pinion gear. When the rotating pipe is rotated by fixing the pinion gear to the rotating pipe, the receiving force is applied during the rotating process of the pinion gear by the meshing of the large gear and the pinion gear and the meshing of the pinion gear and the inner rack. The rotating tube is uniform and rotates stably in conjunction with the pinion gear. When the rotary tube rotates, the first cleaning brush, the second cleaning brush, and the third cleaning brush rotate in conjunction with the rotation to brush-clean the inner surface of the cosmetic glass bottle. Since the rotating tube rotates stably, the first cleaning brush, the second cleaning brush sum, and the third cleaning brush are more uniform in brush cleaning the cosmetic glass bottle, and the brush cleaning effect is improved.
In addition, by flush cleaning with multiple outlets, it is possible to avoid secondary contamination due to contaminants adhering to the first cleaning brush, the second cleaning brush, and the third cleaning brush.
Improves cleaning effect. Since the direction in which the rotating tube rotates in conjunction with the pinion gear is opposite to the rotation direction of the cosmetic glass bottle itself, the cleaning efficiency is greatly improved. By providing the first cleaning brush, the second cleaning brush, and the third cleaning brush, the entire inside of the cosmetic glass bottle can be brush-cleaned, and insufficient cleaning can be avoided. By providing two groups of telescopic water pipes, it is possible to automatically adapt when the inner wall of the cosmetic glass bottle changes, and by providing a third cleaning brush and performing automatic adjustment, the inner wall of the cosmetic glass bottle is provided. The entire inner wall of the cosmetic glass bottle can be sufficiently washed.
前記洗浄ユニットはさらに、進水管に設けられる上位置限定ブロックおよび下位置限定ブ
ロックと、進水管内に移動可能に設けられる移動板と、移動板に設けらえる複数個の第1
貫通孔と、複数個の第1貫通孔を封止するための第1封止部材と、第1封止部材と移動板の
接続のための第1バネと、移動板に固定的に設けられる押圧ロッドと、押圧ロッドに外套
され且つ進水管の下端に固定的に設けられる固定板と、固定板に設けらる複数個の第2貫
通孔と、複数個の第2貫通孔を封止するための第2封止部材と、第2封止部材の上方に設け
られる基台と、基台と第2封止部材の接続のための2個の第2バネと、第1チャンバーと、第
2チャンバーと、第2溜水箱内に設けられる一周滑動溝とを含む。前記第1チャンバーは、
移動板、進水管および回転管により囲まれる。前記第2チャンバーは、移動板、進水管お
よび固定板により囲まれる。前記滑動溝における一段が上向きに凸起してアーチ段を形成
する。回転盤の回転に連動して複数個の洗浄ユニットを回転盤を軸心として公転させて、
また前記押圧ロッドが滑溝内に設けられるため、洗浄ユニットが連動して滑動溝に沿って
移動する。挿棒がアーチ段に移動すると洗浄ユニットが上昇する。そして、進水管の下位
置限定ブロックが回転盤に抵触すると、挿棒が移動板を推圧しながら進水管内へ上向きに
移動させる。第1封止部材が移動板の第1貫通孔を封止する。第1チャンバー内の水が第1洗
浄ブラッシュ、第2洗浄ブラッシュおよび第3洗浄ブラッシュから噴出する。第2チャンバ
ーにバキュームが生じる。第2封止部材が上向きに移動して、第2貫通孔と第2溜水箱が連
通する。第2溜水箱中の水が第2チャンバー内に入って、挿棒が下向きに移動して移動板が
下方向に移動する。第2バネにより第2封止部材が第2貫通孔を封止する。第2チャンバーの
内圧が増加する。第1封止部材向が上向きに移動すると、第1貫通孔が開口され、第1チャ
ンバーと第2チャンバーが連通する。これにより第2チャンバー内の水が移動板の第1貫通
孔を介して第1チャンバー内に入って、第1チャンバーの注水動作を実施して、上記動作を
繰り返して複数個の洗浄ユニットが上昇して噴水動作を行う。このように、回転盤の回転
に連動して複数個の洗浄ユニットを回転盤を軸心として公転させて、また前記押圧ロッド
が滑溝内に設けられるため、洗浄ユニットが連動して滑動溝に沿って移動して、挿棒がア
ーチ段に移動すると、洗浄ユニットが上昇して、そして、進水管の下位置限定ブロックが
回転盤に抵触すると、挿棒が移動板を推圧しながら進水管内へ上向きに移動させて、第1
封止部材が移動板の第1貫通孔を封止して、第1チャンバー内の水が第1洗浄ブラッシュ、
第2洗浄ブラッシュおよび第3洗浄ブラッシュから噴出して、第2チャンバーにバキューム
が生じることによって、第2封止部材が上向きに移動して第2貫通孔と第2溜水箱が連通し
て、第2溜水箱中の水が第2チャンバー内に入る。挿棒が下向きに移動して移動板が下方向
に移動して、第2バネにより第2封止部材が第2貫通孔を封止する。第2チャンバーの内圧が
増加する。第1封止部材が上向きに移動すると、第1貫通孔が開口され、第1チャンバーと
第2チャンバーが連通する。これにより、第2チャンバー内の水が移動板の第1貫通孔を介
して第1チャンバー内に入って、第1チャンバーの注水動作を実施する。上記動作を繰り返
して複数個洗の浄ユニットが上昇して噴水動作を行う。このように構成されると、噴水の
量を制御でき、水の用量を節約することができ、最少の水で化粧品用ガラス瓶をきれいに
洗浄することができ、従来のエアポンプに比べて、構成が簡単で、実用的であり、コスト
を低減させて、もっと多くの利益をもたらす。
The cleaning unit further includes an upper position limiting block and a lower position limiting block provided on the launching pipe, a moving plate movably provided in the launching pipe, and a plurality of first units provided on the moving plate.
A through hole, a first sealing member for sealing a plurality of first through holes, a first spring for connecting the first sealing member and the moving plate, and fixedly provided on the moving plate. Seal the pressing rod, the fixing plate that is cloaked by the pressing rod and fixedly provided at the lower end of the launch pipe, the plurality of second through holes provided in the fixing plate, and the plurality of second through holes. A second sealing member for the purpose, a base provided above the second sealing member, two second springs for connecting the base and the second sealing member, a first chamber, and a first
Includes 2 chambers and a circular sliding groove provided in the 2nd reservoir box. The first chamber
Surrounded by moving plates, launch pipes and rotating pipes. The second chamber is surrounded by a moving plate, a launch pipe and a fixing plate. One step in the sliding groove protrudes upward to form an arch step. A plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk.
Further, since the pressing rod is provided in the sliding groove, the cleaning unit interlocks and moves along the sliding groove. The cleaning unit rises as the rod moves to the arch. Then, when the lower position limiting block of the launching pipe conflicts with the turntable, the insertion rod pushes the moving plate and moves it upward into the launching pipe. The first sealing member seals the first through hole of the moving plate. Water in the first chamber is ejected from the first wash brush, the second wash brush and the third wash brush. Vacuum occurs in the second chamber. The second sealing member moves upward, and the second through hole and the second reservoir box communicate with each other. The water in the second reservoir enters the second chamber, the insertion rod moves downward, and the moving plate moves downward. The second sealing member seals the second through hole by the second spring. The internal pressure of the second chamber increases. When the direction of the first sealing member moves upward, the first through hole is opened and the first chamber and the second chamber communicate with each other. As a result, the water in the second chamber enters the first chamber through the first through hole of the moving plate, the water injection operation of the first chamber is performed, and the above operation is repeated to raise a plurality of cleaning units. And perform the fountain operation. In this way, a plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk, and since the pressing rod is provided in the sliding groove, the cleaning units are interlocked in the sliding groove. Moving along, as the insert rod moves to the arch, the cleaning unit rises, and when the lower position limiting block of the launch tube hits the turntable, the insert rod pushes the moving plate into the launch tube. Move upwards to the first
The sealing member seals the first through hole of the moving plate, and the water in the first chamber is the first cleaning brush.
A vacuum is generated in the second chamber by ejecting from the second cleaning brush and the third cleaning brush, so that the second sealing member moves upward and the second through hole and the second reservoir box communicate with each other. 2 The water in the reservoir box enters the second chamber. The insertion rod moves downward and the moving plate moves downward, and the second sealing member seals the second through hole by the second spring. The internal pressure of the second chamber increases. When the first sealing member moves upward, the first through hole is opened and the first chamber and the second chamber communicate with each other. As a result, the water in the second chamber enters the first chamber through the first through hole of the moving plate, and the water injection operation of the first chamber is performed. By repeating the above operation, the purification unit for multiple washings rises to perform the fountain operation. With this configuration, the amount of fountain can be controlled, the amount of water can be saved, the glass bottle for cosmetics can be cleaned with the least amount of water, and the configuration is simpler than the conventional air pump. It is practical, reduces costs and brings more benefits.
本発明は以下の利点がある。モータにより駆動軸を回動させるように駆動する。回転盤と
搬送盤を駆動軸に固定的に設けることにより、回転盤と搬送盤が同時に回動できる。搬送
盤の回転過程中で化粧品用ガラス瓶の搬送動作を実施する。洗浄ユニットにより搬送過程
中における化粧品用ガラス瓶を洗浄する。洗浄ユニットによって適宜に水量を制御するこ
とができ、水を節約するととともに、化粧品用ガラス瓶の洗浄結果はよりきれいになる。
空圧機器に代わって、機械手段を採用して、デバイス全体のコストを低減することができ
る。洗浄後の汚水は、第1溜水箱中に入り、また濾過を経て第2溜水箱中に入る。第2溜水
箱中の水は、化粧品用ガラス瓶の洗浄用に提供する。
The present invention has the following advantages. It is driven by a motor so as to rotate the drive shaft. By fixedly providing the rotary disk and the transfer disk on the drive shaft, the rotary disk and the transfer disk can rotate at the same time. The operation of transporting the cosmetic glass bottle is performed during the rotation process of the transport plate. The cleaning unit cleans the cosmetic glass bottles during the transport process. The amount of water can be appropriately controlled by the cleaning unit, which saves water and makes the cleaning result of the cosmetic glass bottle cleaner.
Mechanical means can be used instead of pneumatic equipment to reduce the cost of the entire device. The sewage after cleaning enters the first reservoir box, and after filtration, enters the second reservoir box. The water in the second reservoir box is provided for cleaning the cosmetic glass bottle.
本発明の実質的形態をよりよく理解するために、以下では、本発明の実施形態の図面を用
いて、本発明の実施形態における技術的な態様を明確かつ完全に説明する。説明した実施
形態は、全ての実施形態ではなく、本発明の一部の実施形態にすぎないことは明らかであ
る。本発明の実施形態に基づいて、当業者は、創造的な労働がなされていない前提で得ら
れた他の実施形態のすべては、本発明の保護の範囲に属するべきである。
In order to better understand the substantive embodiments of the present invention, the technical embodiments of the embodiments of the present invention will be clearly and completely described below with reference to the drawings of the embodiments of the present invention. It is clear that the embodiments described are not all embodiments, but only some embodiments of the present invention. Based on the embodiments of the present invention, those skilled in the art should have all other embodiments obtained on the premise that no creative work has been done belong to the scope of protection of the present invention.
化粧品用ガラス瓶の加工方法であって、下記のステップ：
a ストック準備
石英砂を所定の粒度に研磨すること、ガラス瓶を所定の粒度に研磨すること、研磨後の石
英砂、研磨後のカレット、ホウ砂、ソーダ、食塩を混合してストックを得ること、
b 溶融
ストックを融解炉に入れて加熱して溶融させて、液体ガラスを得ること、
c 成形
液体ガラスを成形モジュールに移入して、化粧品用成形瓶を得ること、
d アニール
得られた化粧品用成形瓶をアニール装置に搬送してガラス瓶をアニール処理すること、
e 洗浄
洗浄装置によりガラス瓶の内面における汚染物を洗浄すること、
f 乾燥
搬送ガラス瓶を乾燥箱を搬送して、乾燥箱により化粧品用ガラス瓶の内外面を乾燥すここ
と、
を含む。
How to process a glass bottle for cosmetics, the following steps:
a Stock preparation Polishing quartz sand to a predetermined particle size, polishing a glass bottle to a predetermined particle size, mixing polished quartz sand, polished cullet, broom sand, soda, and salt to obtain stock,
b Put the molten stock in a melting furnace and heat it to melt it to obtain liquid glass.
c Transfer the molded liquid glass into the molding module to obtain a cosmetic molding bottle,
d Annealing Transport the obtained cosmetic molding bottle to an annealing device to anneal the glass bottle.
e Cleaning Cleaning of contaminants on the inner surface of the glass bottle with a cleaning device,
f Dry transport Transport the glass bottle to the drying box and dry the inner and outer surfaces of the cosmetic glass bottle with the drying box.
including.
図1〜9に示されるよに、前記ステップeの洗浄装置は、第1溜水箱1と、第1溜水箱内に設け
られる第2溜水箱2と、洗浄ユニット3と、洗浄ユニットを回転させるための駆動ユニット4
とを含む。前記駆動ユニット4は、駆動軸41と、駆動軸の上端に固定的に設けられる化粧
品用ガラス瓶を搬送するための搬送盤42と、搬送盤の直下に位置される回転盤43と、搬送
盤と回転盤の間に位置され回転盤に回動自在に設置される大歯車44と、駆動軸を回動駆動
するためのモータ45とを含む。モータにより駆動軸を回動駆動する。それに連動して回転
盤と搬送盤が同時に回動する。搬送盤が化粧品用ガラス瓶を搬送する。搬送過程中で洗浄
ユニットにより化粧品用ガラス瓶を洗浄する。本発明において、モータにより駆動軸を回
動駆動し、前記回転盤と搬送盤を駆動軸に固定的に設けることにより、回転盤と搬送盤が
同時に回動でき、搬送盤の回転過程で化粧品用ガラス瓶の搬送動作を実施する。洗浄ユニ
ットが搬送過程中で化粧品用ガラス瓶を洗浄する。洗浄ユニットによって適宜に水量を制
御することができ、水を節約するととともに、化粧品用ガラス瓶の洗浄結果はよりきれい
となる。空圧機器に代わって、機械手段を採用して、デバイス全体のコストを低減するこ
とができる。洗浄後の汚水は、第1溜水箱中に入り、また濾過を経て第2溜水箱中に入る。
第2溜水箱中の水は、化粧品用ガラス瓶の洗浄用に提供する。
As shown in FIGS. 1 to 9, the cleaning device in step e rotates the first reservoir box 1, the second reservoir box 2 provided in the first reservoir box, the cleaning unit 3, and the cleaning unit. Drive unit 4 for
And include. The drive unit 4 includes a drive shaft 41, a transport plate 42 fixedly provided at the upper end of the drive shaft for transporting a glass bottle for cosmetics, a rotary plate 43 located directly below the transport plate, and a transport plate. It includes a large gear 44 located between the turntables and rotatably installed on the turntable, and a motor 45 for rotationally driving the drive shaft. The drive shaft is rotationally driven by a motor. In conjunction with this, the turntable and the conveyor turn around at the same time. The transport board transports the cosmetic glass bottle. The cosmetic glass bottle is washed by the washing unit during the transportation process. In the present invention, the drive shaft is rotationally driven by a motor, and the rotary plate and the conveyor plate are fixedly provided on the drive shaft, whereby the rotary plate and the conveyor plate can be rotated at the same time, and are used for cosmetics in the rotation process of the conveyor plate. Carry out the transfer operation of the glass bottle. The cleaning unit cleans the cosmetic glass bottle during the transport process. The amount of water can be appropriately controlled by the cleaning unit, which saves water and makes the cleaning result of the cosmetic glass bottle cleaner. Mechanical means can be used instead of pneumatic equipment to reduce the cost of the entire device. The sewage after cleaning enters the first reservoir box, and after filtration, enters the second reservoir box.
The water in the second reservoir box is provided for cleaning the cosmetic glass bottle.
前記搬送盤42は、盤体421と、盤体に等距離にて環形に配布される複数個の弧形溝422と、
盤体に回動自在に設置され且つ弧形溝ごとに位置される第1ローラ423および第2ローラ424
と、盤体の外側に設けられる弧形板425と、第1ローラの上端に固定的に設けられる第1位
置限定リング426と、第2ローラの上端に固定的に設けられる第2位置限定リング427と、弧
形板の内側に固定的に設けられる化粧品用ガラス瓶の転動用のゴム転動溝428とを含む。
化粧品用ガラス瓶が盤体の弧形溝に係入される。盤体の回動に連動して化粧品用ガラス瓶
が盤体を軸心として公転搬送される。搬送過程中でゴム転動溝と化粧品用ガラス瓶が摩擦
して化粧品用ガラス瓶が自転する。第1位置限定リングおよび第2位置限定リングとゴム転
動溝により化粧品用ガラス瓶を位置限定する。化粧品用ガラス瓶を盤体の弧形溝に係入す
る。このように、盤体の回動に連動して化粧品用ガラス瓶を盤体を軸心として公転搬送さ
せて、搬送過程中でゴム転動溝と化粧品用ガラス瓶が摩擦することにより化粧品用ガラス
瓶を自転させて、第1位置限定リングおよび第2位置限定リングとゴム転動溝により化粧品
用ガラス瓶を位置限定することによって、化粧品用ガラス瓶が、回転と洗浄の過程中でよ
り安定的に保持される。それにより、洗浄は、均一に行わうことができ、その洗浄結果は
、よりきれいとなる。化粧品用ガラス瓶とゴム転動溝を接触させることにより摩擦力を増
加する。それによって、化粧品用ガラス瓶が回動する。第1ローラと第2ローラを設けるこ
とにより、化粧品用ガラス瓶と弧形溝の間の摩擦を減少させ、化粧品用ガラス瓶の回動効
果を向上する。
The transport board 42 includes a board body 421, a plurality of arc-shaped grooves 422 distributed in a ring shape at equal distances to the board body, and the like.
1st roller 423 and 2nd roller 424 rotatably installed on the board and located in each arc groove
The arc-shaped plate 425 provided on the outside of the board, the first position limiting ring 426 fixedly provided on the upper end of the first roller, and the second position limiting ring fixedly provided on the upper end of the second roller. Includes 427 and a rubber rolling groove 428 for rolling cosmetic glass bottles that is fixedly provided inside the arc plate.
A cosmetic glass bottle is engaged in the arc groove of the board. The cosmetic glass bottle is revolved around the board in conjunction with the rotation of the board. During the transportation process, the rubber rolling groove and the cosmetic glass bottle rub against each other, causing the cosmetic glass bottle to rotate. The position of the cosmetic glass bottle is limited by the first position limiting ring, the second position limiting ring, and the rubber rolling groove. Insert the cosmetic glass bottle into the arc groove of the board. In this way, the cosmetic glass bottle is revolved around the board in conjunction with the rotation of the board, and the rubber rolling groove and the cosmetic glass bottle rub against each other during the transport process to rotate the cosmetic glass bottle. By positioning the cosmetic glass bottle with the first position limiting ring, the second position limiting ring and the rubber rolling groove, the cosmetic glass bottle is held more stably during the process of rotation and washing. Thereby, the cleaning can be performed uniformly, and the cleaning result becomes more beautiful. The frictional force is increased by bringing the cosmetic glass bottle into contact with the rubber rolling groove. As a result, the cosmetic glass bottle rotates. By providing the first roller and the second roller, the friction between the cosmetic glass bottle and the arc-shaped groove is reduced, and the rotational effect of the cosmetic glass bottle is improved.
前記ステップbの融解炉加熱過程中で、融解炉に外気を注入すると同時に、融解炉内の気
体を排出させるように繰り返して注気と吸気を行う。酸素ガスをガラス液に補充して、融
解炉中の気圧が絶えずに変化する。気圧差により外気を加熱炉内に進入させることにより
、適時的に酸素ガスを補充することができ、ガラス液の酸素性溶融が可能になり、ガラス
の溶融効果に有利である。
During the heating process of the melting furnace in step b, the outside air is injected into the melting furnace, and at the same time, the gas in the melting furnace is repeatedly injected and inhaled so as to be discharged. By replenishing the glass solution with oxygen gas, the air pressure in the melting furnace changes constantly. By allowing the outside air to enter the heating furnace due to the difference in atmospheric pressure, oxygen gas can be replenished in a timely manner, oxygenation of the glass solution becomes possible, which is advantageous for the melting effect of glass.
前記洗浄ユニット3は、弧形溝に対応して回転盤に設けられる複数個の洗浄部材31を含む
。前記洗浄部材は、回転盤に設けられる進水管311と、進水管の上端に回動自在に設けら
れる回転管312と、回転管に固定的に外套されるピニオンギア313と、回転管の上端に設け
られる2グループの伸縮水管群314と、一方の伸縮水管群に設けられる第1洗浄ブラッシュ3
15と、他方の伸縮水管に設けられる第2洗浄ブラッシュ316と、一端が第1洗浄ブラッシュ
に回動自在に設けられ、他端が回転管に移動可能に接続される第3洗浄ブラッシュ317と、
第2溜水箱に設けられるインナーラック318と、を含む。前記第1洗浄ブラッシュと第3洗浄
ブラッシュが中継部位を介して連通する。第2洗浄ブラッシュと第1洗浄ブラッシュが回転
管に連通する。前記第1洗浄ブラッシュ、第2洗浄ブラッシュと第3洗浄ブラッシュに複数
個の出水口319が設けられる。回転盤の回転に連動して複数個の洗浄ユニットを回転盤を
軸心として公転させる。それとともに、洗浄ユニットが上昇して、第1洗浄ブラッシュ、
第2洗浄ブラッシュ、第3洗浄ブラッシュが化粧品用ガラス瓶内まで上昇すると、ピニオン
ギアとインナーラックが噛み合ってピニオンギアが回動する。前記ピニオンギアが回転管
に固定されることにより、回転管が連動して回動する。即ち、それに連動して該第1洗浄
ブラッシュ、第2洗浄ブラッシュ、第3洗浄ブラッシュが回動して、化粧品用ガラス瓶の内
面をブラッシュ洗浄する。それとともに、複数個の出水口によりフラッシュ洗浄する。回
転盤の回転に連動して複数個の洗浄ユニットを回転盤を軸心として公転させて、所定の位
置に回転すると洗浄ユニットが上昇して、第1洗浄ブラッシュ、第2洗浄ブラッシュ、第3
洗浄ブラッシュが化粧品用ガラス瓶内まで上昇すると、ピニオンギアとインナーラックが
噛み合うとピニオンギアを回動させる。前記ピニオンギアが回転管に固定されることによ
り、回転管を回動させる場合に、大歯車とピニオンギアの噛合とピニオンギアとインナー
ラックの噛合によって、ピニオンギアの回動過程中で受力が均一で、ピニオンギアに連動
して回転管が安定的に回動する。回転管が回動すると、それに連動して第1洗浄ブラッシ
ュ、第2洗浄ブラッシュ、第3洗浄ブラッシュが回動して、化粧品用ガラス瓶の内面をブラ
ッシュ洗浄する。回転管が安定的に回動するので、第1洗浄ブラッシュ、第2洗浄ブラッシ
ュ和第3洗浄ブラッシュが化粧品用ガラス瓶をブラッシュ洗浄することがより均一であり
、ブラッシュ洗浄効果を向上する。また、複数個の出水口によりフラッシュ洗浄すること
により、第1洗浄ブラッシュ、第2洗浄ブラッシュと第3洗浄ブラッシュへの汚染物付着に
よる二次汚染を避けることができ、洗浄効果を向上する。ピニオンギアに連動して回転管
が回動する方向が、化粧品用ガラス瓶自身の自転方向と反方向となるので、大幅に洗浄効
率を向上する。第1洗浄ブラッシュ、第2洗浄ブラッシュ、第3洗浄ブラッシュを設けるこ
とにより、化粧品用ガラス瓶内全体をブラッシュ洗浄することができ、洗浄の不十分を避
けられる。2グループの伸縮水管群を設けることにより、化粧品用ガラス瓶の内壁が変わ
った場合では自動適応が可能になって、さらに第3洗浄ブラッシュを設けるとともに、自
動調整を行うことにより、化粧品用ガラス瓶の内壁に適宜に貼り合うことができ、化粧品
用ガラス瓶の内壁全体を十分に洗浄することができる。
The cleaning unit 3 includes a plurality of cleaning members 31 provided on the turntable corresponding to the arcuate groove. The cleaning member includes a launch pipe 311 provided on the rotary plate, a rotary pipe 312 rotatably provided at the upper end of the launch pipe, a pinion gear 313 fixedly mounted on the rotary pipe, and the upper end of the rotary pipe. Two groups of telescopic water pipes 314 and one of the telescopic water pipes are provided with the first cleaning brush 3
15, the second cleaning brush 316 provided on the other telescopic water pipe, and the third cleaning brush 317, one end of which is rotatably provided on the first cleaning brush and the other end of which is movably connected to the rotating pipe.
Includes the inner rack 318 provided in the second reservoir box. The first cleaning brush and the third cleaning brush communicate with each other via a relay site. The second cleaning brush and the first cleaning brush communicate with the rotating tube. A plurality of outlets 319 are provided in the first cleaning brush, the second cleaning brush, and the third cleaning brush. A plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk. At the same time, the cleaning unit rises, and the first cleaning brush,
When the second cleaning brush and the third cleaning brush rise into the cosmetic glass bottle, the pinion gear and the inner rack mesh with each other to rotate the pinion gear. By fixing the pinion gear to the rotating tube, the rotating tube rotates in conjunction with each other. That is, in conjunction with this, the first cleaning brush, the second cleaning brush, and the third cleaning brush rotate to brush-clean the inner surface of the cosmetic glass bottle. At the same time, flush cleaning is performed with a plurality of outlets. When a plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk and rotated to a predetermined position, the cleaning unit rises, and the first cleaning brush, the second cleaning brush, and the third cleaning unit are raised.
When the cleaning brush rises into the cosmetic glass bottle, the pinion gear and the inner rack engage to rotate the pinion gear. When the rotating pipe is rotated by fixing the pinion gear to the rotating pipe, the receiving force is applied during the rotating process of the pinion gear by the meshing of the large gear and the pinion gear and the meshing of the pinion gear and the inner rack. The rotating tube is uniform and rotates stably in conjunction with the pinion gear. When the rotary tube rotates, the first cleaning brush, the second cleaning brush, and the third cleaning brush rotate in conjunction with the rotation to brush-clean the inner surface of the cosmetic glass bottle. Since the rotating tube rotates stably, the first cleaning brush, the second cleaning brush sum, and the third cleaning brush are more uniform in brush cleaning the cosmetic glass bottle, and the brush cleaning effect is improved. Further, by flush cleaning with a plurality of outlets, it is possible to avoid secondary contamination due to the adhesion of contaminants to the first cleaning brush, the second cleaning brush and the third cleaning brush, and the cleaning effect is improved. Since the direction in which the rotating tube rotates in conjunction with the pinion gear is opposite to the rotation direction of the cosmetic glass bottle itself, the cleaning efficiency is greatly improved. By providing the first cleaning brush, the second cleaning brush, and the third cleaning brush, the entire inside of the cosmetic glass bottle can be brush-cleaned, and insufficient cleaning can be avoided. By providing two groups of telescopic water pipes, it is possible to automatically adapt when the inner wall of the cosmetic glass bottle changes, and by providing a third cleaning brush and performing automatic adjustment, the inner wall of the cosmetic glass bottle is provided. The entire inner wall of the cosmetic glass bottle can be sufficiently washed.
前記洗浄ユニット3はさらに、進水管に設けられる上位置限定ブロック51および下位置限
定ブロック52と、進水管内に移動可能に設けられる移動板53と、移動板に設けらえる複数
個の第1貫通孔54と、複数個の第1貫通孔を封止するための第1封止部材55と、第1封止部材
と移動板の接続のための第1バネ56と、移動板に固定的に設けられる押圧ロッド57と、押
圧ロッドに外套され且つ進水管の下端に固定的に設けられる固定板58と、固定板に設けら
る複数個の第2貫通孔59と、複数個の第2貫通孔を封止するための第2封止部材510と、第2
封止部材の上方に設けられる基台520と、基台と第2封止部材の接続のための2個の第2バネ
530と、第1チャンバー540と、第2チャンバー550と、第2溜水箱内に設けられる一周滑動溝
560とを含む。前記第1チャンバーは、移動板、進水管および回転管により囲まれる。前記
第2チャンバーは、移動板、進水管および固定板により囲まれる。前記滑動溝における一
段が上向きに凸起してアーチ段570を形成する。回転盤の回転に連動して複数個の洗浄ユ
ニットを回転盤を軸心として公転させて、また前記押圧ロッドが滑溝内に設けられるため
、洗浄ユニットが連動して滑動溝に沿って移動する。挿棒がアーチ段に移動すると洗浄ユ
ニットが上昇する。そして、進水管の下位置限定ブロックが回転盤に抵触すると、挿棒が
移動板を推圧しながら進水管内へ上向きに移動させる。第1封止部材が移動板の第1貫通孔
を封止する。第1チャンバー内の水が第1洗浄ブラッシュ、第2洗浄ブラッシュおよび第3洗
浄ブラッシュから噴出する。第2チャンバーにバキュームが生じる。第2封止部材が上向き
に移動して、第2貫通孔と第2溜水箱が連通する。第2溜水箱中の水が第2チャンバー内に入
って、挿棒が下向きに移動して移動板が下方向に移動する。第2バネにより第2封止部材が
第2貫通孔を封止する。第2チャンバーの内圧が増加する。第1封止部材向が上向きに移動
すると、第1貫通孔が開口され、第1チャンバーと第2チャンバーが連通する。これにより
第2チャンバー内の水が移動板の第1貫通孔を介して第1チャンバー内に入って、第1チャン
バーの注水動作を実施して、上記動作を繰り返して複数個の洗浄ユニットが上昇して噴水
動作を行う。このように、回転盤の回転に連動して複数個の洗浄ユニットを回転盤を軸心
として公転させて、また前記押圧ロッドが滑溝内に設けられるため、洗浄ユニットが連動
して滑動溝に沿って移動して、挿棒がアーチ段に移動すると、洗浄ユニットが上昇して、
そして、進水管の下位置限定ブロックが回転盤に抵触すると、挿棒が移動板を推圧しなが
ら進水管内へ上向きに移動させて、第1封止部材が移動板の第1貫通孔を封止して、第1チ
ャンバー内の水が第1洗浄ブラッシュ、第2洗浄ブラッシュおよび第3洗浄ブラッシュから
噴出して、第2チャンバーにバキュームが生じることによって、第2封止部材が上向きに移
動して第2貫通孔と第2溜水箱が連通して、第2溜水箱中の水が第2チャンバー内に入る。挿
棒が下向きに移動して移動板が下方向に移動して、第2バネにより第2封止部材が第2貫通
孔を封止する。第2チャンバーの内圧が増加する。第1封止部材が上向きに移動すると、第
1貫通孔が開口され、第1チャンバーと第2チャンバーが連通する。これにより、第2チャン
バー内の水が移動板の第1貫通孔を介して第1チャンバー内に入って、第1チャンバーの注
水動作を実施する。上記動作を繰り返して複数個洗の浄ユニットが上昇して噴水動作を行
う。このように構成されると、噴水の量を制御でき、水の用量を節約することができ、最
少の水で化粧品用ガラス瓶をきれいに洗浄することができ、従来のエアポンプに比べて、
構成が簡単で、実用的であり、コストを低減させて、もっと多くの利益をもたらす。
The cleaning unit 3 further includes an upper position limiting block 51 and a lower position limiting block 52 provided in the launching pipe, a moving plate 53 movably provided in the launching pipe, and a plurality of first units provided in the moving plate. A through hole 54, a first sealing member 55 for sealing a plurality of first through holes, a first spring 56 for connecting the first sealing member and the moving plate, and fixed to the moving plate. 57, a fixing plate 58 provided on the pressing rod and fixedly provided at the lower end of the launching pipe, a plurality of second through holes 59 provided in the fixing plate, and a plurality of second holes. A second sealing member 510 for sealing the through hole and a second
A base 520 provided above the sealing member and two second springs for connecting the base and the second sealing member.
530, 1st chamber 540, 2nd chamber 550, and a circular sliding groove provided in the 2nd reservoir box.
Includes 560 and. The first chamber is surrounded by a moving plate, a launch pipe and a rotating pipe. The second chamber is surrounded by a moving plate, a launch pipe and a fixing plate. One step in the sliding groove protrudes upward to form an arch step 570. A plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk, and since the pressing rod is provided in the sliding groove, the cleaning units are interlocked and move along the sliding groove. .. The cleaning unit rises as the rod moves to the arch. Then, when the lower position limiting block of the launching pipe conflicts with the turntable, the insertion rod pushes the moving plate and moves it upward into the launching pipe. The first sealing member seals the first through hole of the moving plate. Water in the first chamber is ejected from the first wash brush, the second wash brush and the third wash brush. Vacuum occurs in the second chamber. The second sealing member moves upward, and the second through hole and the second reservoir box communicate with each other. The water in the second reservoir enters the second chamber, the insertion rod moves downward, and the moving plate moves downward. The second sealing member seals the second through hole by the second spring. The internal pressure of the second chamber increases. When the direction of the first sealing member moves upward, the first through hole is opened and the first chamber and the second chamber communicate with each other. As a result, the water in the second chamber enters the first chamber through the first through hole of the moving plate, the water injection operation of the first chamber is performed, and the above operation is repeated to raise a plurality of cleaning units. And perform the fountain operation. In this way, a plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk, and since the pressing rod is provided in the sliding groove, the cleaning units are interlocked in the sliding groove. As you move along and the rod moves to the arch, the cleaning unit rises and
Then, when the lower position limiting block of the launch pipe conflicts with the turntable, the insertion rod pushes the moving plate upward and moves it upward into the launch pipe, and the first sealing member seals the first through hole of the moving plate. When stopped, the water in the first chamber is ejected from the first wash brush, the second wash brush and the third wash brush, and the vacuum is generated in the second chamber, so that the second sealing member moves upward. The second through hole and the second reservoir box communicate with each other, and the water in the second reservoir box enters the second chamber. The insertion rod moves downward and the moving plate moves downward, and the second sealing member seals the second through hole by the second spring. The internal pressure of the second chamber increases. When the first sealing member moves upward, the first
1 Through hole is opened and the 1st chamber and the 2nd chamber communicate with each other. As a result, the water in the second chamber enters the first chamber through the first through hole of the moving plate, and the water injection operation of the first chamber is performed. By repeating the above operation, the purification unit for multiple washings rises to perform the fountain operation. With this configuration, the amount of fountain can be controlled, the amount of water can be saved, the glass bottle for cosmetics can be cleaned with the least amount of water, and compared to conventional air pumps.
It is simple to configure, practical, reduces costs and brings more benefits.
Claims (1)
ステップａ ストック準備
石英砂を所定の粒度に研磨すること、ガラス瓶を所定の粒度に研磨すること、及び研磨後
の石英砂、研磨後のカレット、ホウ砂、ソーダ、食塩を混合してストックを得ること、
ステップｂ 溶融
ストックを融解炉に入れて加熱して溶融させて、液体ガラスを得ること、
ステップｃ 成形
液体ガラスを成形モジュールに移入して、化粧品用成形瓶を得ること、
ステップｄ アニール
得られた化粧品用成形瓶をアニール装置に搬送してガラス瓶をアニール処理すること、
ステップｅ 洗浄
洗浄装置によりガラス瓶の内面における汚染物を洗浄すること、
ステップｆ 乾燥
搬送ガラス瓶を乾燥箱を搬送して、乾燥箱により化粧品用ガラス瓶の内外面を乾燥するこ
と、を含み、
前記ステップｅの洗浄装置は、第１溜水箱（１）と、第１溜水箱内に設けられる第２溜
水箱（２）と、洗浄ユニット（３）と、洗浄ユニットを回転させるための駆動ユニット（
４）とを含み、前記駆動ユニット（４）は、駆動軸（４１）と、駆動軸の上端に固定的に
設けられる化粧品用ガラス瓶を搬送するための搬送盤（４２）と、搬送盤の直下に位置さ
れる回転盤（４３）と、搬送盤と回転盤の間に位置され回転盤に回動自在に設置される大
歯車（４４）と、駆動軸を回動駆動するためのモータ（４５）とを含み、モータにより駆
動軸を回動駆動し、それに連動して回転盤と搬送盤が同時に回動し、搬送盤が化粧品用ガ
ラス瓶を搬送し、搬送過程中で洗浄ユニットにより化粧品用ガラス瓶を洗浄し、
前記搬送盤（４２）は、盤体（４２１）と、盤体に等距離にて環形に配布される複数個
の弧形溝（４２２）と、盤体に回動自在に設置され且つ弧形溝ごとに位置される第１ロー
ラ（４２３）および第２ローラ（４２４）と、盤体の外側に設けられる弧形板（４２５）
と、第１ローラの上端に固定的に設けられる第１位置限定リング（４２６）と、第２ロー
ラの上端に固定的に設けられる第２位置限定リング（４２７）と、弧形板の内側に固定的
に設けられる化粧品用ガラス瓶の転動用のゴム転動溝（４２８）とを含み、化粧品用ガラ
ス瓶が盤体の弧形溝に係入され、盤体の回動に連動して化粧品用ガラス瓶が盤体を軸心と
して公転搬送され、搬送過程中でゴム転動溝と化粧品用ガラス瓶が摩擦して化粧品用ガラ
ス瓶が自転し、第１位置限定リングおよび第２位置限定リングとゴム転動溝により化粧品
用ガラス瓶の位置を限定し、
前記洗浄ユニット（３）は、弧形溝に対応して回転盤に設けられる複数個の洗浄部材（
３１）を含み、前記洗浄部材は、回転盤に設けられる進水管（３１１）と、進水管の上端
に回動自在に設けられる回転管（３１２）と、回転管に固定的に外套されるピニオンギア
（３１３）と、回転管の上端に設けられる２グループの伸縮水管群（３１４）と、一方の
伸縮水管群に設けられる第１洗浄ブラッシュ（３１５）と、他方の伸縮水管に設けられる
第２洗浄ブラッシュ（３１６）と、一端が第１洗浄ブラッシュに回動自在に設けられ、他
端が回転管に移動可能に接続される第３洗浄ブラッシュ（３１７）と、第２溜水箱に設け
られるインナーラック（３１８）と、を含み、前記第１洗浄ブラッシュと第３洗浄ブラッ
シュが中継部位を介して連通し、第２洗浄ブラッシュと第１洗浄ブラッシュが回転管に連
通し、前記第１洗浄ブラッシュ、第２洗浄ブラッシュと第３洗浄ブラッシュに複数個の出
水口（３１９）が設けられ、回転盤の回転に連動して複数個の洗浄ユニットを回転盤を軸
心として公転させ、それとともに、洗浄ユニットが上昇して、第１洗浄ブラッシュ、第２
洗浄ブラッシュ、第３洗浄ブラッシュが化粧品用ガラス瓶内まで上昇すると、ピニオンギ
アとインナーラックが噛み合ってピニオンギアが回動し、前記ピニオンギアが回転管に固
定されることにより、回転管が連動して回動し、即ち、それに連動して該第１洗浄ブラッ
シュ、第２洗浄ブラッシュ、第３洗浄ブラッシュが回動して、化粧品用ガラス瓶の内面を
ブラッシュ洗浄し、
前記洗浄ユニット（３）はさらに、進水管に設けられる上位置限定ブロック（５１）お
よび下位置限定ブロック（５２）と、進水管内に移動可能に設けられる移動板（５３）と
、移動板に設けられる複数個の第１貫通孔（５４）と、複数個の第１貫通孔を封止するた
めの第１封止部材（５５）と、第１封止部材と移動板の接続のための第１バネ（５６）と
、移動板に固定的に設けられる押圧ロッド（５７）と、押圧ロッドに外套され且つ進水管
の下端に固定的に設けられる固定板（５８）と、固定板に設けられる複数個の第２貫通孔
（５９）と、複数個の第２貫通孔を封止するための第２封止部材（５１０）と、第２封止
部材の上方に設けられる基台（５２０）と、基台と第２封止部材の接続のための２個の第
２バネ（５３０）と、第１チャンバー（５４０）と、第２チャンバー（５５０）と、第２
溜水箱内に設けられる一周滑動溝（５６０）とを含み、前記第１チャンバーは、移動板、
進水管および回転管により囲まれ、前記第２チャンバーは、移動板、進水管および固定板
により囲まれ、前記滑動溝における一段が上向きに凸起してアーチ段（５７０）を形成し
、回転盤の回転に連動して複数個の洗浄ユニットを回転盤を軸心として公転させて、また
前記押圧ロッドが滑溝内に設けられるため、洗浄ユニットが連動して滑動溝に沿って移動
し、挿棒がアーチ段に移動すると洗浄ユニットが上昇し、そして、進水管の下位置限定ブ
ロックが回転盤に抵触すると、挿棒が移動板を推圧しながら進水管内へ上向きに移動させ
、第１封止部材が移動板の第１貫通孔を封止し、第１チャンバー内の水が第１洗浄ブラッ
シュ、第２洗浄ブラッシュおよび第３洗浄ブラッシュから噴出し、第２チャンバーにバキ
ュームが生じ、第２封止部材が上向きに移動して、第２貫通孔と第２溜水箱が連通し、第
２溜水箱中の水が第２チャンバー内に入って、挿棒が下向きに移動して移動板が下方向に
移動し、第２バネにより第２封止部材が第２貫通孔を封止し、第２チャンバーの内圧が増
加し、第１封止部材向が上向きに移動すると、第１貫通孔が開口され、第１チャンバーと
第２チャンバーが連通し、これにより第２チャンバー内の水が移動板の第１貫通孔を介し
て第１チャンバー内に入って、第１チャンバーの注水動作を実施する、
ことを特徴とする化粧品用ガラス瓶の加工方法。 This is a processing method for cosmetic glass bottles.
Step a Stock preparation Polishing quartz sand to a predetermined particle size, polishing a glass bottle to a predetermined particle size, and mixing polished quartz sand, polished cullet, borosand, soda, and salt to obtain stock. thing,
Step b Put the molten stock in a melting furnace and heat it to melt it to obtain liquid glass.
Step c Transfer the molded liquid glass into the molding module to obtain a cosmetic molding bottle,
Step d Annealing Transfer the obtained cosmetic molding bottle to an annealing device to anneal the glass bottle.
Step e Cleaning of the contaminants on the inner surface of the glass bottle with a cleaning device,
Step f Dry transport Containing to transport the glass bottle to the drying box and drying the inner and outer surfaces of the cosmetic glass bottle with the drying box.
The cleaning device in step e includes a first reservoir box (1), a second reservoir box (2) provided in the first reservoir box, a cleaning unit (3), and a drive unit for rotating the cleaning unit. (
The drive unit (4) includes a drive shaft (41), a transport plate (42) fixedly provided at the upper end of the drive shaft for transporting a glass bottle for cosmetics, and a transport plate (42) directly below the transport plate. A rotary disk (43) located in, a large gear (44) located between the conveyor and the rotary disk and rotatably installed on the rotary disk, and a motor (45) for rotationally driving the drive shaft. ), The drive shaft is rotationally driven by a motor, and the rotating disk and the transfer disk rotate at the same time in conjunction with this, the transfer board conveys the cosmetic glass bottle, and the cleaning unit transports the cosmetic glass bottle during the transfer process. Wash and
The transport board (42) has a board body (421), a plurality of arc-shaped grooves (422) distributed in a ring shape at equal distances to the board body, and is rotatably installed in the board body and has an arc shape. The first roller (423) and the second roller (424) located for each groove, and the arc plate (425) provided on the outside of the board.
A first position limiting ring (426) fixedly provided at the upper end of the first roller, a second position limiting ring (427) fixedly provided at the upper end of the second roller, and inside the arcuate plate. The cosmetic glass bottle includes a rubber rolling groove (428) for rolling the cosmetic glass bottle, which is fixedly provided, and the cosmetic glass bottle is engaged in the arc-shaped groove of the board, and the cosmetic glass bottle is interlocked with the rotation of the board. Is revolved around the board, and during the transport process, the rubber rolling groove and the cosmetic glass bottle rub against each other, causing the cosmetic glass bottle to rotate, and the first position limiting ring, the second position limiting ring, and the rubber rolling groove Limit the position of the cosmetic glass bottle by
The cleaning unit (3) is a plurality of cleaning members (3) provided on the rotating disk corresponding to the arcuate groove.
31), the cleaning member includes a launch pipe (311) provided on the rotary disk, a rotary pipe (312) rotatably provided at the upper end of the launch pipe, and a pinion fixedly mounted on the rotary pipe. A gear (313), two groups of telescopic water pipes (314) provided at the upper end of the rotary pipe, a first cleaning brush (315) provided in one telescopic water pipe group, and a second telescopic water pipe provided in the other. The cleaning brush (316), the third cleaning brush (317), one end of which is rotatably provided on the first cleaning brush and the other end of which is movably connected to the rotating pipe, and the inner provided on the second reservoir box. The first cleaning brush and the third cleaning brush communicate with each other via the relay portion, the second cleaning brush and the first cleaning brush communicate with the rotary tube, and the first cleaning brush, including the rack (318). A plurality of outlets (319) are provided in the second cleaning brush and the third cleaning brush, and the plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the rotating disk, and at the same time, the cleaning unit. Rise, 1st wash brush, 2nd
When the cleaning brush and the third cleaning brush rise to the inside of the glass bottle for cosmetics, the pinion gear and the inner rack mesh with each other to rotate the pinion gear, and the pinion gear is fixed to the rotating tube, so that the rotating tube is interlocked. The first cleaning brush, the second cleaning brush, and the third cleaning brush rotate in conjunction with the rotation, that is, the inner surface of the glass bottle for cosmetics is brush-cleaned.
The cleaning unit (3) is further attached to an upper position limiting block (51) and a lower position limiting block (52) provided in the launch pipe, a moving plate (53) movably provided in the launch pipe, and a moving plate. A plurality of first through holes (54) provided, a first sealing member (55) for sealing the plurality of first through holes, and a connection between the first sealing member and the moving plate. The first spring (56), the pressing rod (57) fixedly provided on the moving plate, the fixing plate (58) provided on the pressing rod and fixedly provided on the lower end of the launch pipe, and the fixing plate. A plurality of second through holes (59), a second sealing member (510) for sealing the plurality of second through holes, and a base (520) provided above the second sealing member. ), Two second springs (530) for connecting the base and the second sealing member, the first chamber (540), the second chamber (550), and the second.
The first chamber includes a moving plate, including a circumferential sliding groove (560) provided in the reservoir box.
Surrounded by a launch tube and a rotary tube, the second chamber is surrounded by a moving plate, a launch tube and a fixed plate, and one step in the sliding groove protrudes upward to form an arch step (570), and the rotary disk A plurality of cleaning units are revolved around the rotating disk in conjunction with the rotation of the above, and since the pressing rod is provided in the sliding groove, the cleaning units are interlocked to move along the sliding groove and inserted. When the rod moves to the arch stage, the cleaning unit rises, and when the lower position limiting block of the launch pipe hits the turntable, the insertion rod pushes the moving plate and moves it upward into the launch pipe, and the first seal. A stop member seals the first through hole of the moving plate, water in the first chamber is ejected from the first cleaning brush, the second cleaning brush and the third cleaning brush, vacuum is generated in the second chamber, and the second chamber is vacuumed. The sealing member moves upward, the second through hole and the second reservoir box communicate with each other, the water in the second reservoir box enters the second chamber, the insertion rod moves downward, and the moving plate moves. When moving downward, the second sealing member seals the second through hole by the second spring, the internal pressure of the second chamber increases, and the direction of the first sealing member moves upward, the first through hole Is opened, and the first chamber and the second chamber communicate with each other, whereby the water in the second chamber enters the first chamber through the first through hole of the moving plate, and the water injection operation of the first chamber is performed. you,
A method of processing glass bottles for cosmetics, which is characterized by this.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911160726.0 | 2019-11-23 | ||
| CN201911160726.0A CN110698063B (en) | 2019-11-23 | 2019-11-23 | Method for processing glass bottle for cosmetics |
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| Publication Number | Publication Date |
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| JP6831954B1 true JP6831954B1 (en) | 2021-02-24 |
| JP2021079079A JP2021079079A (en) | 2021-05-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| JP2020118128A Active JP6831954B1 (en) | 2019-11-23 | 2020-07-09 | How to process cosmetic glass bottles |
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| CN (2) | CN111672853A (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP2021079079A (en) | 2021-05-27 |
| CN110698063A (en) | 2020-01-17 |
| CN111672853A (en) | 2020-09-18 |
| CN110698063B (en) | 2020-08-14 |
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