201034876 .六、發明說明： 【發明所屬之技術領域】 本發明係關於一種多重靜電中和器，尤指一種車用多 重靜電中和器。 【先前技術】 一般車輛引擎在運轉時，係藉由燃燒引擎吸入的空氣， 以推動活塞進行來回運動，然而活塞在運動的同時，常因 〇 引擎吸入的空氣在引擎的岐管内與岐管内壁摩擦，以及汽 車行駛時空氣與車身摩擦，而在車體上產生正離子，長此 下來，將使整個車體佈滿靜電，如此不但令駕駛人或乘客 在接觸車體，尤其開車門時，容易被電到，且車上的電子 產品，例如行車電腦或音響裝置’亦有可能因此而受到影 響，一旦電子產品上有靜電吸附，不但可能會影響到其功 能運作’亦可能導致電子產品的壽命減短。 現有的解決方案，主要是在車底或車身設置-接地線， D該接地線一般多以銅線或鐵線構成，並自車體上垂放而與 地面接觸，藉此將車身上的靜電排放掉。然而因接地線長 期與地面摩擦，將使接地線内的銅或鐵材質裸露而容易氧 ^一旦接地線氧化，則會其導引靜電的效果亦會變差。 疋以，仍有待進一步檢#，並謀求可行的解決方案。 【發明内容】 為有效地去除車體上所吸附的正離子，本發明之主要 3 .201034876 目的在提供一種車用多重 .導負離子而中和正離子。 0益，其可藉由排放與傳 為達成前述目的所採取之 多重靜電中和器包括： 竞筏術手奴係令則述車用 :盛载盒’其内兩相對處係 鐵片係以同性磁極相對科署 鐵片該兩磁 複數負離子陶瓷體； 執乃义間係。又有 複數傳導線，係與該盛載盒接觸。 Ο Ο 利用上述技術手段，只要將傳導線連接 附正離子之部件，例如 早〜易及 々 拏車體、進氣系統（岐管）、水 相” f池之負極或任何會因與車體摩擦而產生正離 子之部件’藉由該兩磁鐵片因同性磁極相對設置所產生的 磁場’利用磁場帶動負離子陶竟體上的負離子，令負離子 遍佈盛載盒内，進而可透過該傳導線傳送負離子至車體 上’或由該傳導線將車體上的正離子傳至盛载盒，以達到 中和正離子而除去靜電的效果。 【實施方式】 關於本發明之一較佳實施例，請參閱第一與二圖所示， 係包括一外殼（1〇)、一盛載盒（20)及複數傳導線（30)。 上述外殼（10)係包括： 一上蓋（11),係呈矩形片狀，又該上蓋（11)之兩長邊 係分別向下一體形成一側壁（111 )，各側壁（11彳）係呈倒U 字形； 複數中空螺柱（12)，係供一螺絲（121)穿過上蓋（11)而 4 201034876 螺入螺柱（12)之頂部，而各螺柱（12)之底面係形成有一螺 管（122); 一底座（13)，係呈矩形片狀，且該底座（彳3)上係形成 有複數對應上蓋（11)之穿孔（111)的螺孔（13彳），供該複數 螺柱（12)底面之螺牙（122)螺入固定，又該底座（13)之兩長 邊係分別向上一體形成一側壁（132)，各側壁（1.32)之頂部 係與該上蓋（11)之側壁（111)對應，且該兩側壁（彳32)之頂 部係對向地形成有兩個平台（133)，因該上蓋（1彳）之側壁 0 (11 1)係呈倒U字形，故與底座（13)上對應平台（1 33)之間 係形成穿槽（14);及 兩側蓋（15)，係分設於該上蓋（1彳）及底座（13)的兩短邊 上，又該兩側蓋（1 5)上係分別水平延伸形成有一固定座 (151)，令該兩側蓋（151)分別以其固定座（151)穿入該上蓋 (1 1)及底座（1 3)的兩短邊所形成的缺口而封閉該缺口，且 該兩側蓋（15)的固定座（151)係對應地分別由該複數螺柱 (12)穿過，以固定該兩側蓋（15)。 Ο 上述盛載盒（2〇)係固定於該外殼（10)内，且該盛載盒 (20)内兩相對處係分設有一磁鐵片（2〇1)，請進一步參閱第 二圖所示，該兩磁鐵片（2〇1)係以同性磁極相對設置，且於 該兩磁鐵片（201)之間係設有複數負離子陶瓷體（2〇2)及複 數遠紅外線陶竟體（203);此外，各磁鐵片（2〇1)係一端為 S極’ 一端為N極’於本實施例中係在磁鐵片（2〇1)的上半 部為N極，下半部為s極，且該兩磁鐵片（2〇1)係以s極 對S極、N極對N極而對應設置於該盛載盒（2〇)内兩相對 處，另該負離子陶瓷體（202)係呈圓柱狀而整齊地排列於該 5 .201034876 盛載盒（20)内且位於該兩磁鐵片（201)之間，而該遠紅外線 -陶瓷體（203)則是呈球狀，並設於該複數負離子陶瓷體（202) 之間的間隙中’又該盛載盒（20)係包括： 一盒體（21 )，係供該磁鐵片（201 )、該負離子陶瓷體（2〇2) 及該遠紅外線陶瓷體（2〇3)設置，且其高度係與該底座（1 3) 之平台（1 33)平齊； 一蓋體（22>，係呈片狀並蓋設於該盒體（21 >上，且一 併覆蓋該底座（1 3)之平台（1 33);此外，該蓋體（22)於對應 〇 該底座（彳3)上螺孔（131)處係一體形成有複數固定件 (221)’各固定件（221)係供對應螺柱（12)之螺牙（122)穿過， 以令該對應螺柱（12)之螺牙（122)可與底座（13)上螺孔（131) 螺合固定，且該固定件（221)可配合底座（13)之平台（133) 將該盒體（21)擋止固定於外殼（1〇)内。 上述複數傳導線（30)係與該盛載盒（2〇)接觸；於本實 施例中，各傳導線（30)之一端部係穿過該外殼上的穿 槽（14)，並以一螺絲（3 ”將該傳導線（3〇)之端部與該盛載盒 〇 (20)之蓋體（22)及底座（13)之平台（1 33)螺合 則供延伸連接至車體内會吸附正離子之部件上，例= 擎、車體、進氣系統（岐管）、水箱（架）或與車體會因摩擦而 產生正離子部件及蓄電池（4〇)之負極（如第四圖所示〉等。 由於負離子陶0(202)可自然地散發出負離子，因此 上述車用多重靜電中和益係利用該兩磁鐵片（2叫上對應設 置之同性磁極之間所產生的排斥力磁場，而帶動負離子遍 佈至盛載盒（20)内，再透過傳導線（3〇)將負離子傳送至車 體上’或以傳導線（30)將車f /竹早體部件的正離子傳至盛载盒 6 .201034876 (2〇)，以中和車體上的正離子，而達到靜電中和之作用； 遠紅外線陶究體_)所發出之遠紅外線具 有促進使用者體内的新陳代謝和血液循環的功效，因此本201034876. VI. Description of the Invention: [Technical Field] The present invention relates to a multiple electrostatic neutralizer, and more particularly to a multi-static electrostatic neutralizer for vehicles. [Prior Art] When the general vehicle engine is running, the air sucked by the combustion engine is used to push the piston back and forth. However, while the piston is moving, the air sucked by the engine is often in the inside of the engine and the inner wall of the manifold. Friction, as well as the friction between the air and the body during driving, and the generation of positive ions on the body, which will cause the entire body to be filled with static electricity, so that not only the driver or passengers are in contact with the car body, especially when driving the door. It is easy to be electrically connected, and the electronic products on the car, such as driving computers or audio devices, may also be affected. Once there is electrostatic adsorption on the electronic products, it may not only affect its functional operation, but may also lead to electronic products. Life expectancy is reduced. The existing solution is mainly set in the bottom of the vehicle or the body-grounding wire. D. The grounding wire is usually composed of copper wire or iron wire, and is suspended from the vehicle body to be in contact with the ground, thereby electrostatically charging the vehicle body. Emitted. However, because the grounding wire is rubbed against the ground for a long period of time, the copper or iron material in the grounding wire is exposed and easily oxygenated. Once the grounding wire is oxidized, the effect of guiding static electricity is also deteriorated. I still have to wait for further inspections and seek a viable solution. SUMMARY OF THE INVENTION In order to effectively remove positive ions adsorbed on a vehicle body, the main object of the present invention is to provide a vehicle with multiple negative ions and neutralize positive ions. 0 benefits, which can be used to achieve the above purposes by the discharge and transmission of multiple electrostatic neutralizers include: 筏 筏 手 奴 系 系 : : : : : : : : : 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛 盛The same magnetic pole relative to the Department of Science and Technology iron sheet of the two magnetic complex anion ceramic body; There are also a plurality of conductive lines that are in contact with the container. Ο Ο Using the above technical means, as long as the conductive wire is connected to the component with positive ions, such as early and easy to pick up the car body, the intake system (the manifold), the water phase, the negative electrode of the pool or any friction with the car body. The positive ion generating component 'by the magnetic field generated by the relative magnet poles of the two magnet pieces' uses a magnetic field to drive the negative ions on the negative ion ceramic body, so that the negative ions are distributed in the loading box, and the negative ions can be transmitted through the conductive line. The positive ion on the vehicle body is transmitted to the vehicle body by the conductive line to achieve the effect of neutralizing the positive ions to remove static electricity. [Embodiment] Referring to a preferred embodiment of the present invention, please refer to The first and second figures include a casing (1〇), a loading box (20) and a plurality of conductive wires (30). The casing (10) comprises: an upper cover (11), which is a rectangular piece. And the two long sides of the upper cover (11) respectively form a side wall (111) downwardly, and each side wall (11彳) is in an inverted U shape; the plurality of hollow studs (12) are provided with a screw (121) ) through the upper cover (11) and 4 201034876 snail a top of the stud (12), and a bottom surface of each stud (12) is formed with a screw (122); a base (13) is formed in a rectangular shape, and the base (彳3) is formed with a plurality of Corresponding to the screw hole (13彳) of the through hole (111) of the upper cover (11), the screw (122) of the bottom surface of the plurality of studs (12) is screwed and fixed, and the two long sides of the base (13) are respectively upward A side wall (132) is integrally formed, and the top of each side wall (1.32) corresponds to the side wall (111) of the upper cover (11), and the tops of the two side walls (彳32) are oppositely formed with two platforms (133). ), since the side wall 0 (11 1) of the upper cover (1 彳) is in an inverted U shape, a groove (14) is formed between the corresponding platform (1 33) on the base (13); and the side covers ( 15) is disposed on the two short sides of the upper cover (1彳) and the base (13), and the two side covers (15) are horizontally extended to form a fixing seat (151), so that the two sides The cover (151) is respectively closed by the fixing seat (151) penetrating into the gap formed by the two short sides of the upper cover (11) and the base (13), and the fixing seat of the two side covers (15) (151) correspondingly separately Passing through the plurality of studs (12) to fix the two side covers (15). Ο The above-mentioned loading box (2〇) is fixed in the outer casing (10), and two inside the loading box (20) There is a magnet piece (2〇1) in the opposite part. Please refer to the second figure. The two magnet pieces (2〇1) are oppositely arranged with the same magnetic pole and between the two magnet pieces (201). A plurality of negative ion ceramic bodies (2〇2) and a plurality of far-infrared ceramic bodies (203) are provided; further, each magnet piece (2〇1) has an S pole at one end and an N pole at one end in the present embodiment. The magnet piece (2〇1) has an N pole in the upper half and an s pole in the lower half, and the two magnet pieces (2〇1) are correspondingly disposed on the S pole and the N pole to the N pole. Two opposite places in the loading box (2〇), and the negative ion ceramic body (202) is cylindrical and neatly arranged in the 5.201034876 loading box (20) and located in the two magnet pieces (201) Between the far infrared ray-ceramic body (203) is spherical and disposed in the gap between the plurality of negative ion ceramic bodies (202), and the loading box (20) comprises: a box (21), for the magnet (201), the negative ion ceramic body (2〇2) and the far infrared ceramic body (2〇3) are disposed, and the height thereof is flush with the platform (1 33) of the base (1 3); 22> is in the form of a sheet and is covered on the casing (21 > and covers the platform (1 33) of the base (1 3); in addition, the cover (22) corresponds to the base (彳3) The upper screw hole (131) is integrally formed with a plurality of fixing members (221)' each fixing member (221) is passed through the screw (122) of the corresponding stud (12) to make the corresponding screw The thread (122) of the column (12) can be screwed with the screw hole (131) of the base (13), and the fixing member (221) can fit the frame (133) of the base (13) to the box body (21) The stopper is fixed in the outer casing (1〇). The plurality of conductive wires (30) are in contact with the loading box (2); in this embodiment, one end of each of the conductive wires (30) passes through the through slot (14) on the outer casing, and The screw (3 ” screwes the end of the conductive wire (3 〇) with the cover (22) of the loading cassette 20 (20) and the platform (1 33) of the base (13) for extension connection to the vehicle body On the parts that will adsorb positive ions, for example, the engine, the air intake system, the air intake system, the water tank (rack) or the negative electrode of the battery (4〇) due to friction with the vehicle body (such as In the four figures, etc.. Since the negative ion ceramic 0 (202) can naturally emit negative ions, the above-mentioned multiple electrostatic neutralization system for the vehicle utilizes the two magnet pieces (2 is called between the correspondingly disposed isotropic magnetic poles). Repulsing the magnetic field, driving the negative ions throughout the loading box (20), and then transmitting the negative ions to the vehicle body through the conductive line (3〇) or passing the positive ions of the vehicle f/bamboo early body parts with the conductive line (30) Passed to the loading box 6.201034876 (2〇) to neutralize the positive ions on the car body and achieve the function of static neutralization; far infrared _ Study member) far-infrared rays emitted by a user having a promoting effect in vivo metabolism and blood circulation, and therefore the present
發明除可消除車體卜卷 Φ AL ^ 早體上靜電外，對人體健康亦有幫助。 ’’、上所述，本發明已具備顯著功效增進，並符合發明 專利要件，爰依法提起申請。 【圖式簡單說明】 第圖·係本發明—較佳實施例之外觀圖。 第一圖.係本發明一較佳實施例之外觀圖。 第一圖.係本發明—較佳實施例中一設置有磁鐵片、 負離，陶莞體及遠紅外線陶究體之盒體的俯視圖。 第四圖.係本發明—較佳實施例之使用狀態圖。 【主要元件符號說明】In addition to the invention, it can eliminate the car body volume Φ AL ^ In addition to static electricity on the body, it is also helpful for human health. As described above, the present invention has been significantly improved in efficacy and conforms to the patent requirements of the invention, and is filed in accordance with the law. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an external view of the preferred embodiment of the invention. The first figure is an external view of a preferred embodiment of the present invention. The first figure is a top view of a box body provided with a magnet piece, a negative ion, a pottery body and a far infrared ray ceramic body in a preferred embodiment. Figure 4 is a diagram showing the state of use of the present invention - a preferred embodiment. [Main component symbol description]
(10) 外殼 (11) 上蓋 (111)側壁 (12) 螺柱 (121) 螺絲 (122) 螺牙 (13) 底座 (131) 螺孔 (132) 側壁 7 201034876 (133)平台 (14) 穿槽 (15) 侧蓋 (151)固定座 (20) 盛載盒 (201) 磁鐵片 (202) 負離子陶瓷體 (203) 遠紅外線陶瓷體 (21) 盒體 (22) 蓋體 (221)固定件 (30) 傳導線 (31) 螺絲 (40)蓄電池(10) Housing (11) Upper cover (111) side wall (12) Stud (121) Screw (122) Screw (13) Base (131) Screw hole (132) Side wall 7 201034876 (133) Platform (14) Through slot (15) Side cover (151) Fixing seat (20) Load box (201) Magnet piece (202) Negative ion ceramic body (203) Far infrared ceramic body (21) Case (22) Cover body (221) Fixing piece ( 30) Conduction wire (31) Screw (40) battery