汽車和摩托車`在行駛過程中,汽車的各個部位會積累相當多的靜電。
靜電的負面影響比你想象的要大得多,因為它會惡化發動機、懸掛系統的性能,甚至空氣動力學效果。
一種通過放電和消除靜電來恢復原有性能的螺栓和螺母。
安裝方便,只需更換車輛上的螺栓或在螺栓的突出部分加一個螺母即可。
●靜電的不良影響
●車身與空氣的摩擦、輪胎與路面的摩擦、發動機本身與進氣的摩擦、機油、冷卻液的摩擦、懸架移動的摩擦,都會引起靜電。
靜電荷會造成空氣分層和油脂燃料硬化。
這會對發動機的響應和油耗產生不利影響,同時也會干擾懸掛的運動。
●靜電消除器螺栓。各車型專用螺母一套
本靜止消除螺栓和螺母為各車型配套。
該套產品由`前叉`後懸`噴油器螺栓組成。
這是一套能有效提高懸架平順性和加速器反應的零件。
當然,你也可以選擇其他區域的各種個性化設置。
靜止性是由兩種不同類型的材料摩擦引起的。這可能是由於行駛中車身與空氣的摩擦、發動機與旋轉的發動機之間的摩擦、輪胎與路面的摩擦等造成的。<這種靜電會導致材料的流動出現問題。
。脫離身體和氣流。
。油類、燃料、油脂、橡膠等在靜電作用下變硬(粘度變化)。
這些因素可能會導致 "空氣動力學穩定性不足""進氣和燃油流動不暢 "導致空氣動力學響應差,以及發動機和懸架油硬化導致摩擦增加。
以下是對`豐田汽車專利公開的說明。
【摘自特刊2016-124319】
【問題】提供一種能夠抑制 "帶正電荷的氣流 "在車體的非預期位置脫離車體外表面的車輛。
【0014】通過降低車體表面帶電的靜電,從而降低正電勢,可以減少氣流與正電勢之間的排斥力(斥力)。這樣可以防止帶正電的氣流脫離車身表面附近。因此,能夠防止由於作用於車體表面的氣壓發生意外變化而導致車體的空氣動力特性惡化,能夠防止車體的空氣動力特性惡化。
【0015】【0015】通過抑制高海拔地區的氣流分離,可以有效地抑制空氣動力特性的`變化或降低,特別是在車體的滾動和俯仰方向。
【摘自特刊2016-133032】
【問題】通過給潤滑油或燃料去電,提高發動機的運行響應速度。
【解決方案】在儲存潤滑油或燃料的罐體(1)底部設置有潤滑油或燃料的過濾網(2),罐體(1)和儲存在罐體(1)中的潤滑油或燃料(4)均帶正電。在油箱(1)底壁(8)的外側安裝有一個自排靜電消除器(10),它位於油箱(1)底壁(7)面向濾網(2)的內側後面,這個自排靜電消除器(10)可以消除流入濾網(2)的潤滑油或燃油(4)。
安裝在泵3外表面的自排式靜電消除器10可清除泵3內流動的潤滑油或燃油。因此,在這種情況下,潤滑油或燃料的粘度也將降低,因此,由於潤滑油或燃料將被響應地供應給發動機在運行期間需要它的部分,因此發動機的運行響應將得到改善。
有效消除靜電。
豐田在量產車上采用靜電消除
豐田的試驗證明了靜電的負面影響和靜電消除的效果。
該技術也被應用在豐田的量產車上。
批量生產的商用車上貼着印有豐田正品零件號的鋁帶,可以釋放靜電。
Automobiles and motorcycles accumulate a considerable amount of static electricity in various parts during driving.
The negative effects of static electricity are larger than you think, and can worsen engine performance, suspension performance, and even aerodynamic effects.
By discharging and eliminating static electricity, these bolts and nuts can restore their original performance.
You can feel the effect of this product by simply replacing the bolts on the vehicle or by adding nuts to the protruding parts of the bolts.
●Negative effects of static electricity
Friction between the body and the air, friction between the tires and the road surface, friction between the intake air, oil, and coolant caused by the engine itself moving, friction between the suspension moving, all of these cause static electricity.
Static electricity can cause air stripping and hardening of oil, grease and fuel.
This can cause adverse effects such as reduced engine response, reduced fuel economy, and hindered suspension movement.
●Set of static eliminating bolts and nuts for each model
These static eliminating bolts and nuts, which remove static electricity, are provided as a set for each model.
The set consists of front fork part, rear suspension part and injector bolt.
It is a set of parts which are effective for smooth movement of suspension and improvement of accelerator response.
Of course, you can choose any other part from the set of single items.
■Victim of static electricity
Static electricity is caused by friction between two kinds of materials.In cars and motorcycles, static electricity is generated everywhere, such as friction between the body and the air when driving, friction when the engine rotates, friction when the suspension moves, and friction between the tires and the road surface.
This static electricity can cause problems in the flow of materials.
・Stripping against the body and air flow.
・Oil, fuel, grease, rubber, etc. harden (change in viscosity) due to static electricity.
These factors cause, for example, lack of aerodynamic stability, reduced response due to poor intake air and fuel flow, and increased friction due to hardening of the engine and suspension oils.
The following is a description of Toyoyu's patent that has been published.
[Excerpt from Special Publication 2016-124319]
[Problem] To provide a vehicle capable of suppressing the detachment of a positively charged airflow from the outer surface of a vehicle body at an unintended position due to the vehicle body being charged with positive static electricity.
[0014] Since the static electricity charged on the surface of the vehicle body can be reduced to lower the positive potential, the repulsive force (repulsive force) generated between the vehicle body and the positively charged air flow can be reduced.Therefore, the positively charged air flow can be prevented from detaching from the vicinity of the vehicle surface.As a result, you can prevent unexpected changes in the air pressure acting on the surface of the vehicle body and the resulting deterioration of the aerodynamic characteristics of the vehicle body, thereby reducing the degradation of riding performance such as driving stability.
[0015] By suppressing airflow separation at high positions in the high direction, changes or degradation of aerodynamic characteristics, especially in the rolling and pitching directions of the vehicle body, can be efficiently suppressed.
[Excerpt from Special Publication 2016-133032]
[Problem] To improve the operational response of an engine by de-energizing the lubricating oil or fuel.
[SOLUTION] A strainer (2) for lubricating oil or fuel is arranged at the bottom of a tank (1) in which lubricating oil or fuel is stored, and the tank (1) and the lubricating oil or fuel (4) stored in the tank (1) are charged with a positive electric charge.A self-discharging static eliminator (10) is installed on the outer side (8) of the bottom wall of the tank (1) behind the inner side (7) of the bottom wall of the tank (1) facing the strainer (2), and the self-discharging static eliminator (10) removes static from the lubricating oil or fuel (4) flowing into the strainer (2).
When the self-discharge ionizer 10 is installed on the outer surface of the pump 3, the lubricating oil or fuel flowing in the pump 3 is ionized.Therefore, in this case, the viscosity of the lubricant or fuel will also be reduced, and as a result, the operating response of the engine will be improved because the lubricant or fuel will be supplied to the required point with good response during engine operation.
Highly effective in eliminating static electricity!
■Toyota Motor Corporation adopts static elimination in its mass production vehicles
Toyota Motor Corporation has conducted tests to prove the adverse effects of static electricity and the effectiveness of static elimination.
The technology is also used in Toyota's mass-produced vehicle.
Mass-produced vehicles are equipped with an aluminum tape with Toyota's stock part number that discharges static electricity.