TW200413104A - Adhesive coating using electrostatic charged spraying - Google Patents

Adhesive coating using electrostatic charged spraying Download PDF

Info

Publication number
TW200413104A
TW200413104A TW92101445A TW92101445A TW200413104A TW 200413104 A TW200413104 A TW 200413104A TW 92101445 A TW92101445 A TW 92101445A TW 92101445 A TW92101445 A TW 92101445A TW 200413104 A TW200413104 A TW 200413104A
Authority
TW
Taiwan
Prior art keywords
powder
metal plate
patent application
scope
item
Prior art date
Application number
TW92101445A
Other languages
Chinese (zh)
Other versions
TW586972B (en
Inventor
Jakov Makover
Bar Cochva Mardlx
Yaacov Sadeh
Original Assignee
Orisol Asia Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Orisol Asia Ltd filed Critical Orisol Asia Ltd
Priority to TW92101445A priority Critical patent/TW586972B/en
Application granted granted Critical
Publication of TW586972B publication Critical patent/TW586972B/en
Publication of TW200413104A publication Critical patent/TW200413104A/en

Links

Landscapes

  • Application Of Or Painting With Fluid Materials (AREA)
  • Electrostatic Spraying Apparatus (AREA)

Abstract

A method and means to spray hot melt adhesive on a desired non metallic surface by means of using charges adhesive powder sprayed from a powder gun sprayer. The powder is charged in advance with electrostatic charge. A metallic surface is placed behind the surface which the powder has not coat. The metallic surface is connected to high DC voltage and generates an electrostatic field that attracts the sprayed charged particles. As a result of the charged powder accelerating to the metal plates, it hits the non metallic surface standing in the way and coats it with a layer of hot melt adhesive powder. The high speed impact of the powder particles with the surface generate heat that melts the adhesive into active state.

Description

200413104 五、發明說明(1) 【發明所屬之技術領域- 本發明係有關於-種喷出熱熔黏膠於 上的方法及裝置,乃是利用一從粉末喷 _金屬表面 粉末。 水贺知贺出的電荷黏著性 【先前技術】 作用熱炫黏踢在一表面上的傳續古 在所希望的表面上。 貫饴將d液體賀射 不^這種傳統方法具有下列的缺點: 須要加熱黏膠至超過攝氏州度的高溫,此必 貝要求叩貝的加熱系統一直對噴搶加熱。 在該=上噴=?:艮喷射方向去控制且均勻地噴射 更難操作,為了以=㈡有三次元表面時將 須根據該表面形狀為各射的表面’該喷霧操作必 【發明内容】為各個方向的移動。 冷的服了傳統方法的缺點,利用喷射 各帶電粒子及金屬子,乃無需預先加熱該黏膠。 各帶電粒子之加速器用,連接到高壓電位當作是該 作用在各金屬板的雷m可靠著操作各金屬板的位置及方向及 有關本發便隨意引導該粉末束。 並配合圖式詳細說明上述之目的,茲舉一較佳可行實施例 構、特徵及操作方法,σ后二期使貴審查委員對本發明之結 '’都能有更進一步之瞭解與認識。200413104 V. Description of the invention (1) [Technical field to which the invention belongs-The present invention relates to a method and a device for spraying hot-melt adhesive on the surface, which uses a powder spraying metal powder from a metal surface. Charge Adhesiveness of Mizuka Chiga [Prior Art] The role of hot sticky kicks on the surface of the ancient is on the desired surface. This traditional method has the following disadvantages: It is necessary to heat the glue to a high temperature above Celsius. This requires that the heating system of the shellfish is always heating the spray gun. It is more difficult to control and spray uniformly in this = up spray = ?: In order to have a three-dimensional surface, it will be necessary to spray the surface according to the shape of the surface. The spray operation must be [inventive content] For movement in all directions. The cold suits the disadvantages of the traditional method. By spraying the charged particles and metal particles, it is not necessary to heat the glue in advance. For the accelerator of each charged particle, it is connected to the high-voltage potential as the thunder that acts on each metal plate to reliably operate the position and direction of each metal plate and to guide the powder beam at will. In conjunction with the drawings to explain the above purpose in detail, here is a preferred and feasible embodiment of the structure, features and operating methods. The second two phases of σ will allow your reviewers to have a better understanding and understanding of the present invention.

第5頁 200413104 五、發明說明(2) 【實施方式】 請參閱第一圖所示,嘴霧 係利用管子(4 )連接於一裝填 powder tank )(1)處。該粉、; pump )(9) 所加壓正處於高氣 該粉末槽(1 )被壓出而進入到 係連接於高壓源(3 )之正電位 過該噴霧頭(2 )帶有正電荷。 由乾性黏著性粒子所組成者。 一表面(5 )必須有該粉末 的下面。第一金屬板(7)係連 第'一金屬板(6 )係定位在該表 (6 )係連接於高壓源(3 )之負 即會在該喷霧頭(2 )與該第二 該存在於喷霧頭(2)之f 朝向該第二金屬板(6)。因為 與該第二金屬板(6 )之路線間 多數的粉末粒子即會撞擊該表 這種衝擊的結果是熱所i 放的。這種熱融化了該各黏著 即會覆上一層黏膠層。 頭(powder spray head) (2) 有黏著性粉末之粉末槽( (槽(1)為氣體幫浦(air 壓狀態下。於是該粉末即會從 喷霧頭(2 )中。該噴霧頭(2 ) 處’此電壓使粉末粒子充電通 值得注意的是,該粉末可以是 作用在上面,是被放置在喷搶 接於高壓源(3)之正電位處。 面(5)下面。該第二金屬板 電位處。結果,一強的靜電場 金屬板(6 )之間形成。 嘴帶電的粉末粒子,於是加速 該表面(5 )係在該噴霧頭(2 ) ,當在靜電場中被加速時,大 面(5)。 生的,由於能量在碰撞時被釋 性粉末粒子,於是該表面(5 ) 第二圖係記述一種第一圖所述方法及裝置的綜合,此處 除了該第二金屬板(6)之外,該各金屬板(61) 、(62)、 (63)、(64)則圍繞在該表面(5)的四周。該各金屬板(61 )Page 5 200413104 V. Description of the invention (2) [Embodiment] As shown in the first figure, the mouth mist is connected to a filling powder tank (1) by a pipe (4). The powder, pump) (9) is under high pressure and the powder tank (1) is pressed out and enters a positive potential connected to a high voltage source (3). The spray head (2) has a positive charge . Composed of dry adhesive particles. One surface (5) must have the underside of the powder. The first metal plate (7) is connected to the first metal plate (6), which is positioned on the table (6), which is connected to the high voltage source (3). The negative will be between the spray head (2) and the second The f existing in the spray head (2) faces the second metal plate (6). Because most of the powder particles between the route with the second metal plate (6) will hit the watch, the result of this impact is heat. This heat melts the adhesives and is covered with an adhesive layer. Powder spray head (2) a powder tank with adhesive powder ((the tank (1) is a gas pump (air pressure). The powder will then come out of the spray head (2). The spray head ( 2) At this voltage, the powder particles are charged. It is worth noting that the powder can act on it and be placed on the positive potential of the spray source connected to the high voltage source (3). Below the surface (5). This section At the potential of the two metal plates. As a result, a strong electrostatic field is formed between the metal plates (6). The charged particles in the mouth accelerate the surface (5) to the spray head (2), and when they are charged in the electrostatic field When accelerating, the large surface (5) is born, because the energy is released by the powder particles during the collision, so the surface (5) The second picture describes a synthesis of the method and device described in the first picture, except for this In addition to the second metal plate (6), the metal plates (61), (62), (63), (64) surround the surface (5). The metal plates (61)

200413104200413104

、(62)、(63)、(64)係個別連接於高壓電極提供高壓電位。 該各電極均連接於高壓分配器(丨〇 ),該高壓分配器(丨〇 )係可 選擇地將各金屬板(61) 、(62)、(63)、(64)在不°同的時段^ 連接到高壓,具有不同的電壓位準。所以,在該各金屬板又 (61) 、(62)、(63)、(64)與該噴霧頭(2)之間所形成的靜 電場是可利用該分配器(d i s t r i b u t 〇 r )(電壓發生器〈 voltage generator >) (10)隨時間及形狀而變化。結果, 該各粉末粒子的加速路線,從該噴霧頭(2 )之噴嘴加速,能 夠為該分配器(電壓發生器)(1 0 )所隨意引導控制,該分= 器(ίο)可更進一步為微處理器(microprocess〇r )(14)栌 制。 u工 定時的順序及分配於各不同 (6 3 )、( 6 4 )的高壓位準係提供當 在任何電腦資料儲存媒體上,例 (data device )(12)讀出,該 片讀取機被連接於微處理器(i 4 ) 操作員所控制,利用由資料進入 來控制,該資料進入裝置例如一 電月& 監測器'(computer monitor 第三圖係記述本發明之另一 乃利用三次元的表面(5)(可為 是板子’該板子係連接於—V電 元待塗覆的表面(5)可以是一鞋 該表面(5)首先是塗覆一導 金屬板(61 (62) 作是一種運算程式, 如磁碟片,且透過資 資料裝置(1 2 )可以是 。該微處理器(1 4 )更 裝置所組成的控制單 鍵盤及一顯示裝置, )皆可。 實施例。在這個實施 任意的幾何造型)本 位。值得注意的是, 子的鞋底。 電層。該塗層通常是 被儲存 料裝置 一磁碟 可為一 元(16) 例如- 例中 身當作 該三次 利用商, (62), (63), (64) are individually connected to a high-voltage electrode to provide a high-voltage potential. Each electrode is connected to a high-voltage distributor (丨 〇), and the high-voltage distributor (丨 〇) is optionally a metal plate (61), (62), (63), (64) at different degrees Period ^ is connected to high voltage and has different voltage levels. Therefore, the electrostatic field formed between the metal plates (61), (62), (63), (64) and the spray head (2) can use the distributor (distribut) (voltage Generator (voltage generator >) (10) Changes with time and shape. As a result, the acceleration path of each powder particle is accelerated from the nozzle of the spray head (2), and can be guided and controlled at will by the distributor (voltage generator) (1 0), and the distributor = (ίο) can be further advanced. Controlled by a microprocessor (microprocessor) (14). The sequence of the working timing and the high voltage levels assigned to the different (6 3), (6 4) are provided when read on any computer data storage medium, such as (data device) (12), the chip reader It is controlled by the operator connected to the microprocessor (i 4) and is controlled by data entry, such as a computer monitor & The three-dimensional surface (5) (may be a board. The board is connected to the surface to be coated by the -V electric element (5) may be a shoe. The surface (5) is first coated with a conductive metal plate (61 ( 62) It is an operation program, such as a magnetic disk, and the data device (1 2) can be. The microprocessor (1 4) can be a control keyboard and a display device composed of the device. Example. In this implementation of any geometric shape) standard. It is worth noting that the sole of the child. The electrical layer. The coating is usually a storage device. A magnetic disk can be one yuan (16) For example-as the example in the example Three-time quotient

第7頁 200413104 五、發明說明(4) 業上可適用的各種傳導性喷霧器製成。高壓源(3 )被連接是 用它的-V 電位直接連接於該表面(5),因此直接在該表面 (5 )與該第一金屬板(7 )之間形成靜電場,而該第一金屬板 (7 )是連接於該噴霧頭(2 )者。 有關本發明裝置之技術内容其功能性的說明從上面的敘 述應可清楚地瞭解,惟文中的圖式及說明並不能用以限制本 發明。Page 7 200413104 V. Description of the invention (4) Made of various conductive sprayers applicable in the industry. The high-voltage source (3) is connected directly to the surface (5) with its -V potential, so an electrostatic field is formed directly between the surface (5) and the first metal plate (7), and the first The metal plate (7) is connected to the spray head (2). The functional description of the technical content of the device of the present invention should be clearly understood from the above description, but the drawings and description in the text should not be used to limit the present invention.

第8頁 200413104 圖式簡單說明 【圖式說明 第一圖 第二圖 第三圖 係本發明第一實施例基本構造之示意圖 係本發明第二實施例之示意圖。 係本發明第三實施例之示意圖。Page 8 200413104 Brief description of the drawings [Explanation of the drawings The first figure The second figure The third figure is a schematic diagram of the basic structure of the first embodiment of the present invention It is a schematic diagram of the second embodiment of the present invention. It is a schematic diagram of the third embodiment of the present invention.

【圖號說明】 (1) 粉末槽 (2) 喷霧頭 (3) 高壓源 (4) 管子 (5) 表面 (6) 第二金屬板 (61) 金屬板 (62) 金屬板 (63) 金屬板 (64) 金屬板 (7) 第一金屬板 (9) 幫浦 (10) 分配器 (12) 資料裝置 (14) 微處理器 (16) 控制單元 第9頁[Illustration of drawing number] (1) Powder tank (2) Spray head (3) High voltage source (4) Pipe (5) Surface (6) Second metal plate (61) Metal plate (62) Metal plate (63) Metal Plate (64) metal plate (7) first metal plate (9) pump (10) distributor (12) data device (14) microprocessor (16) control unit page 9

Claims (1)

200413104 六、申請專利範圍 1· 一種粉末贺霧在一幾何表面上 、 氣體加壓槽被推出,進入到一狹窄的喷 ^ ’該粉末是從一 通過喷霧頭之喷嘴時帶有靜電荷,該附’該粉末當位移 喷嘴是連接在直流高壓正電位上,^者 金屬板之喷霧頭的 一位於喷霧方向的金屬板上,該各 負電位疋連接在 位金屬板,而一幾何表面則是定位在1 皮加速朝向負電 場中,於是即會被該各碰撞的粉末粒子所2所形成的靜電 產生的熱自會使得^粉末粒子黏 碰撞所 括,-種實施粉末喷霧在—幾何表面上二置,包 一氣體加壓槽 吕子及一喷嘴,經由此即可推出該粉 =第-金屬板上,該喷嘴與第一金屬板兩者都;= "IL咼C正電位上,如此即可促使該各粉末粒子帶有正電 荷; 一第二金屬板,是連接在一高壓負電位上,且定位在該 ^嘴下,,俾便在該第一金屬板與該第二金屬板之間形成一 南強度靜電場’如此將可促使該所喷霧的粉末在該第二金屬 板的方向加速; 一待塗覆的表面,係定位在該第一金屬板與該第二金屬 板之間’如是該所噴霧的粉末即會以高衝擊撞擊該待塗覆的 表面。 ^•依據申請專利範圍第2項所述之裝置,其中該各金屬 板更可成型在各種不同的三次元形狀表面處,對準修正該靜 第10頁 六、申請專利範圍 電%以更理想的引導該各粉末粒子至該塗覆的表面。 更勺入依ί申請專利範圍第2項或第3項所述之裝置,其中 j饭建接到—不同的負電位上。 屬此仏ΐ據申請專利範圍第4項所述之裝置,其中該多數金 可# ^、接到一電壓發生器,該電壓發生器在不同的時段即 來二而Ζ ϋ的電位至各金屬板,如此即可形成一個隨時間及 心狀而變化的靜電場。 哭#6批Γ: ΐ申請專利範圍第5 ’所述之裝置,其中一微處理 的時段於子 I生°。’依據不同電位之預定程式順序在不同 噴霖/#、、不同的電位至各金屬板,如此即可形成一個粉末 、 q塗覆表面上的電腦化程序。 黏膠7的範圍第1項所述之方法,其中該塗覆有 壓電位2 導電性材料所製成,係被直接連接到高 板盥嗜含考:極上,如此即會直接在該噴嘴與其相連的金屬 0 復表面本身之間形成一個靜電場。 該塗覆利範圍第2項或第3項所述之裝置,其中 連接到表Γ是由導電性材料所製成,係被直接 連的第_全屬盥:,上,如此即會直接在該噴嘴與其相 9.依i = 之間形成-個靜電場。 〇晋依據申請專利範圍第2、 之“,其中該粉末係由乾性黏著性粒二 200413104 六、申請專利範圍 11.依據申請專利範圍第1、7或第9項所述之方法,其中 該三次元待塗覆的表面是一鞋子的鞋底。 1 2.依據申請專利範圍第2、3、4、5、6、8或第1 0項所述 之裝置,其中該三次元待塗覆的表面是一鞋子的鞋底。200413104 VI. Scope of patent application 1. A powder mist is pushed on a geometric surface, a gas pressure tank is pushed into a narrow spray ^ 'The powder is electrostatically charged when passing through a nozzle of a spray head, The attached nozzle of the powder is connected to a DC high voltage positive potential, a metal plate of the spray head is located on the metal plate in the spray direction, the negative potentials are connected to the metal plate, and a geometric The surface is positioned in a negative electric field with acceleration accelerating toward the skin, so that the heat generated by the static electricity formed by the colliding powder particles 2 will cause the powder particles to stick and collide. —Two sets on the geometric surface, including a gas pressure tank and a nozzle, through which the powder can be pushed out = the-metal plate, both the nozzle and the first metal plate; = " IL 咼 C On the positive potential, this will cause the powder particles to have a positive charge; a second metal plate is connected to a high voltage negative potential and is positioned under the mouth, and then the first metal plate and Between the second metal plate A south-intensity electrostatic field 'will accelerate the sprayed powder in the direction of the second metal plate; a surface to be coated is positioned between the first metal plate and the second metal plate' If it were the sprayed powder, it would hit the surface to be coated with a high impact. ^ • The device according to item 2 of the scope of patent application, wherein the metal plates can be formed on various different three-dimensional surface shapes, and the alignment is corrected. Page 10 The powder particles are guided to the coated surface. Furthermore, the device according to item 2 or item 3 of the scope of patent application is applied, in which the rice is connected to a different negative potential. It belongs to the device described in item 4 of the scope of the patent application, where the majority of gold can be connected to a voltage generator, and the voltage generator has a potential of ϋ to different metals at different periods. Plate, so as to form an electrostatic field that changes with time and heart shape. Cry # 6 batch Γ: The device described in Patent Application Scope No. 5 ', in which a micro-processing period occurs at a sub-degree. ’According to a predetermined program sequence of different potentials, different spray potentials / #, and different potentials are applied to each metal plate, so that a computerized program can be formed on the powder-coated surface. The method of item 1 of the range of viscose 7, wherein the conductive material coated with the piezoelectric potential 2 is made directly connected to the high-end toilet, including the pole, so that it will be directly at the nozzle. An electrostatic field is formed between the metal 0 complex surface connected to it. The coating device described in item 2 or item 3, wherein the connection to the table Γ is made of a conductive material and is directly connected to the _ all belong to the bathroom :, so that it will be directly in An electrostatic field is formed between the nozzle and its phase 9. i =. 〇Jin according to the scope of the patent application No. 2, "", wherein the powder is made of dry adhesive particles II 200413104 VI. The scope of the patent application 11. According to the method described in the scope of the patent application No. 1, 7 or 9, wherein the three times The surface to be coated is the sole of a shoe. 1 2. According to the device described in claims 2, 3, 4, 5, 6, 8 or 10, wherein the three-dimensional surface to be coated is It is the sole of a shoe. 第12頁Page 12
TW92101445A 2003-01-23 2003-01-23 Adhesive coating using electrostatic charged spraying TW586972B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW92101445A TW586972B (en) 2003-01-23 2003-01-23 Adhesive coating using electrostatic charged spraying

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW92101445A TW586972B (en) 2003-01-23 2003-01-23 Adhesive coating using electrostatic charged spraying

Publications (2)

Publication Number Publication Date
TW586972B TW586972B (en) 2004-05-11
TW200413104A true TW200413104A (en) 2004-08-01

Family

ID=34058973

Family Applications (1)

Application Number Title Priority Date Filing Date
TW92101445A TW586972B (en) 2003-01-23 2003-01-23 Adhesive coating using electrostatic charged spraying

Country Status (1)

Country Link
TW (1) TW586972B (en)

Also Published As

Publication number Publication date
TW586972B (en) 2004-05-11

Similar Documents

Publication Publication Date Title
AU716733B2 (en) Dispensing device
BR0009993A (en) Directionally controlled electrohydrodynamic aerosol sprayer, electrically neutral aerosol droplet release device, therapeutic aerosol droplet release device, aerosol droplet release process, and aerosol release device
ATE121970T1 (en) ELECTROSTATIC SPRAY METHOD.
EP1728558A3 (en) Improved particulate material applicator and pump
JPS60156574A (en) Electrostatic coating device and method
EP2800634B1 (en) System and method for delivering sprayed particles by electrospraying
HK1011311A1 (en) Electrostatic spraying of particulate material
JP2011070803A (en) Ion generator and cosmetic device equipped with the same
ATE264144T1 (en) ELECTROSTATIC SPRAYING
MX2010009886A (en) Circuit for displaying the relative voltage at the output electrode of an electrostatically aided coating material atomizer.
US20200275758A1 (en) Devices and methods for electrostatic application of cosmetics
TW200413104A (en) Adhesive coating using electrostatic charged spraying
JP2505509B2 (en) Nebulizer
JP2010172659A (en) Mist generator
US20050212879A1 (en) Replaceable electrostatically sprayable material reservoir for use with a electrostatic spraying device
TW200300366A (en) Devices and processes for powder coating
JP5802787B1 (en) Liquid coating method and liquid coating apparatus
WO2005105318A1 (en) Adhesive coating formed by spraying with electrostatic charge
JP5014756B2 (en) Fine particle coating method and fine particle coating system
JPH0661530B2 (en) Aerosol application method
CN108906418A (en) A kind of ship's fitments surface processing device
CN108095854A (en) A kind of animal epidemic prevention device
US20080156895A1 (en) Flux overspray reduction apparatus, systems, and methods
JPH0785790B2 (en) Aerosol application method
TWI296544B (en) Replaceable electrostatically sprayable material reservoir for use with a electrostatic spraying device

Legal Events

Date Code Title Description
MM4A Annulment or lapse of patent due to non-payment of fees