TWM426028U - The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand - Google Patents

The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand Download PDF

Info

Publication number
TWM426028U
TWM426028U TW100217481U TW100217481U TWM426028U TW M426028 U TWM426028 U TW M426028U TW 100217481 U TW100217481 U TW 100217481U TW 100217481 U TW100217481 U TW 100217481U TW M426028 U TWM426028 U TW M426028U
Authority
TW
Taiwan
Prior art keywords
wiper
sand
windshield
test piece
muddy water
Prior art date
Application number
TW100217481U
Other languages
Chinese (zh)
Inventor
Shing-Hoa Wang
Shiang-Ho Chiang
Bieng-Shien Tsai
Horng-Yi Chang
Yi-Ming Jen
Original Assignee
Univ Nat Taiwan Ocean
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 Univ Nat Taiwan Ocean filed Critical Univ Nat Taiwan Ocean
Priority to TW100217481U priority Critical patent/TWM426028U/en
Publication of TWM426028U publication Critical patent/TWM426028U/en

Links

Landscapes

  • Testing Resistance To Weather, Investigating Materials By Mechanical Methods (AREA)

Abstract

This apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand applies to the windshield used under the weather of rainy day including sand dust. Its components consist of a sliding rail track, a pair of specimen fixture, a wiper, a wiper motor, a muddy water tank with agitation function, and a switch valve of the stream tube. The sample of diamond like carbon coating windshield is placed on the middle of the sliding rail track. A pair of specimen fixture grips the sample from both right and left side. A muddy water of a specified sand and water proportion start to drop release on the surface of windshield. Then the wiper swings to eliminate the muddy water by turning on the wiper motor. The wiper test completes in a specified time or number of times in swing. After the test, the change of surfaces roughness of diamond like carbon coating windshield sample can be obtained by using the Alpha-step profilometer via scanning the surface of specimen. The roughness information can be utilized to determine the degree of scratch or flaking off and judge the adhesive quality of film coating.

Description

M426028 11定位插梢 12定為孔洞 五、新型說明: 【新型所屬之技術領域】 本裝置係一種载具用類鑽碳鍍膜視窗玻璃,於含砂塵雨天氣 候環境中,雨刷來回刮除混濁水時,對鍍膜視窗玻璃上鍍膜層刮 傷之測試灯。_雨刷來回擺動,排除由滴放流管開關間連續 滴放流出的含砂混濁水,模擬實際下雨天候,雨水結合空氣中砂 塵環丨兄下,雨刷對鐘膜視窗玻璃表面造成刮傷的程度檢測。 【先前技術】 應用於戶外載具的視窗玻璃,為防止雨中夾帶的塵埃泥砂經 雨刷往復勒顺玻璃,故於視窗賴表面上鍍上—層類鑽碳鍛 膜。如何確認類鑽碳鍍膜與視窗玻璃間附著性牢固良好,是為本 裝置之目的。先前檢測鍍膜附著基材強度的各種測量技術中,大 部分都是使用堅硬探帛做刮痕測言式,如此容易對基材纟面造成毁 損,同時儀器設備昂貴攜帶不便。M426028 11 positioning plug 12 is defined as hole 5. New description: [New technical field] This device is a type of carbon-coated window glass for vehicles. In the dusty and rainy weather environment, when the wiper scrapes back the turbid water Test lamp for scratching the coating on the coated window glass. _The wiper oscillates back and forth to eliminate the sand-containing turbid water that is continuously dripped from the drip-flow switch, simulating the actual rainy weather. The rainwater combines with the dust in the air, and the wiper scratches the surface of the window glass. Detection. [Prior Art] Window glass used in outdoor vehicles is coated with a layer of diamond-like carbon forging on the surface of the window to prevent the dust and sand entrained in the rain from reciprocating the glass through the wiper. How to confirm the adhesion between the diamond-like carbon coating and the window glass is good for the purpose of this device. Most of the various measurement techniques used to detect the strength of the coated substrate have been made using a hard probe to make a scratch test, which is easy to damage the surface of the substrate, and the instrument is expensive and inconvenient to carry.

1.習知相關技術是利用壓頭和微型刮刀所組成,利用刀片的尖 端,對薄膜作刮痕測試。刀片的形狀如菱角狀,利用刀片尖端 對薄膜造成刮痕,以達到測試的結果。Patent No: US 6,502,455 B1. Patent: MICROSCRATCH TEST 3 INDENTER AND METHOD OF MICROSCREATCH TESTING. Date of Patent: Jan. 7, 2003 2. 利用薄膜沉積法使鉑/鈦複合膜鍍於氮化矽/矽基板的製造,採 用膠帶的黏著性簡單迅速測試薄膜的附著性,是否剝離基材。 文獻:Unbyoung Kang, Taegon Lee and Young-Ho Kim, Pt/Ti Thin Film Adhesion on SiNx/Si Subs什ates, Japanese Journal of Applied Physics, Volume 38, Issue 7A, pp. 4147-4151 (1999). 3. 利用刀片的壓頭安裝在特定的角度,對基材表面鍍膜作往復式 運動,直達刮傷程度,量測基材與薄膜之間的結合力,同時利 用刀片尖頭角度的差異,量測何種角度對薄膜的到傷程度達最 小。1. The prior art relates to the use of a ram and a micro squeegee, which utilizes the tip end of the blade to test the film for scratches. The shape of the blade, such as a diamond-like shape, scratches the film with the tip of the blade to achieve the test results. Patent No: US 6,502,455 B1. Patent: MICROSCRATCH TEST 3 INDENTER AND METHOD OF MICROSCREATCH TESTING. Date of Patent: Jan. 7, 2003 2. Platinum/titanium composite film is deposited on a tantalum nitride/ruthenium substrate by thin film deposition The adhesion of the tape is simply and quickly tested for adhesion of the film, and whether the substrate is peeled off. Literature: Unbyoung Kang, Taegon Lee and Young-Ho Kim, Pt/Ti Thin Film Adhesion on SiNx/Si Subs ates, Japanese Journal of Applied Physics, Volume 38, Issue 7A, pp. 4147-4151 (1999). Use the indenter of the blade to install at a specific angle, reciprocate the coating on the surface of the substrate, directly reach the degree of scratching, measure the bonding force between the substrate and the film, and use the difference in the angle of the tip of the blade to measure The degree of damage to the film is minimal.

Patent No: US 2002/0104371 A1. Patent: MICROSCRATCH TEST INDENTER. Date of Patent: Sep. 15, 1998 【新型内容】 有鑑於先前技術’無法作大面賴酬傷職之缺點,藉由 本創作低成本及便繼的構想,並可於現場立即職,不必偈限 在實驗室平台功。同時可物理性模擬戶外氣候,#載具用鑛膜 視窗玻璃曝露㈣天潮鼠濘環境下,_運轉猶排除含砂混 濁水後’對鍍膜玻璃之刮傷測試。 本創作之裝置域_碳麵之視窗賴試件,固定於本創 作設計之爽具滑财央,再將試件夾具由左右_滑移靠搬,並 插入疋位麵Ί4件。將指定水砂比例配製之含砂混濁水,儲 放於具勝魏之關树槽,開啟滴放赶開關,配合雨刷 來回往復運動,達到排除含砂混濁水的作用,依規定時間或雨刷 來回次數絲職4將職_件,經表面粗度顧量測及檢 視鍍膜視窗玻璃的到傷程度。 本創作爽具雜及試件夾具,可進行雜酿,翻於不同 尺寸之賴玻賴件職。錄_設有溝槽,可疏通排除含砂 /«W蜀水⑽喊’馬達觀亦可職便利設定__復運動速 度,另外低放流管開關閥也可調整滴放流速的快慢。 【實施方式】 本創作是關於載具用類鑽碳鍍膜視窗玻璃之含砂混濁水環境 下之雨刷刮傷測試裝置,細㈠所示,此雨糊制試系統,設 有夾具滑ΙΛ、餘上設有若干等麟的定俯U(5J,㈣容納置入 定位插梢固定玻觀件炎具。補馬達岐載台主要是用來固定 雨刷馬達似啊兼具膽_馬糾度,奴關施加於錢膜 視窗玻璃之荷重力以魏定值。同時方便测與馬賴合時,雨 刷的往復擺動,不致造成馬達晃動。 檢測前先將待測試的鍍膜視窗玻璃試件(9)用表面粗度儀量測 其表面粗f造度,再將待測試的鑛膜視窗玻璃試件(9)置放於夾具滑 軌⑵中央m’f鄉動左右兩織件夹具⑴靠攏接觸玻璃 試件,再將定位插梢(丨丨)插入夾具滑軌上的定位孔洞(12),固定 玻璃試件(見第一圖)。調整雨刷馬達(3)於雨刷馬達固定载台(4) M426Q28 内之夾持南度,使雨刷座(5)上之雨刷條(6)施加在鍰膜視窗玻璃 試件(9)表面之壓力達一預定的適當荷重力後,再開啟交流轉直流 . 電源供應器(8),調控電壓到適當的值,藉以選擇雨刷的擺動速 度。同時旋轉扭開銜接於具攪拌功能之含砂混濁水貯槽⑺下方的 滴放流管開關閥⑽,並調整流量(見第二圖),進行雨刷到傷檢 測。含砂關水敝置,可不Θ麵及大小財的砂粒水 鲁 與砂的比例也可依所需而改變。完成測試後之鑛膜視窗玻璃試件 可用表面粗度儀施行試件表面粗糖度量測(第三圖),比較測試前 ”測4後絲錄^度數據,蚊含砂混濁水朗獅作對鑛膜 視窗玻璃的到傷程度。 【圖式簡單說明】 第一圖含砂制水下_簡檢囉置俯視圖Patent No: US 2002/0104371 A1. Patent: MICROSCRATCH TEST INDENTER. Date of Patent: Sep. 15, 1998 [New content] In view of the shortcomings of the prior art, it is not possible to make a big loss, The concept of succession, and can be immediately on the spot, not limited to the laboratory platform. At the same time, it can physically simulate the outdoor climate. #带用矿膜 Window glass exposure (4) Under the environment of the tidal cockroach, _ operation still excludes the sand-containing turbid water after the scratch test on the coated glass. The device field of the creation _ carbon surface window test piece is fixed in the cool and smooth financial design of the creation design, and then the test piece clamp is moved by the left and right _ slip, and inserted into the Ί position surface Ί 4 pieces. The sand-containing turbid water prepared by specifying the proportion of water and sand is stored in the tree trough with wins Wei, and the drip-discharge switch is opened, and the wiper is reciprocated back and forth to eliminate the effect of sand-containing turbid water. The number of posts is 4, and the surface roughness is measured and the degree of damage of the coated window glass is examined. This creation is a sleek and test piece fixture that can be used for mixing and turning over different sizes of Lai Lai Lai. Recording _ with grooves, can be used to clear the sand / «W 蜀 water (10) shouting 'motor view can also be convenient to set __ complex movement speed, and low discharge pipe switch valve can also adjust the speed of the drop flow. [Embodiment] This work is about the wiper scratch test device under the sand-containing turbid water environment of the carbon-coated window glass for the vehicle, as shown in detail (1). The rain paste test system is provided with a jig slippery There are a number of linings on the fixed U (5J, (four) accommodating the positioning of the spigot fixed glassware. The motor 岐 carrier is mainly used to fix the wiper motor and has a gallbladder _ horse correction, slave The gravity applied to the window glass of the money film is set to a value of Wei. At the same time, when the horse is combined with the horse, the reciprocating swing of the wiper does not cause the motor to shake. The coated window glass test piece (9) to be tested is used before the test. The surface roughness meter measures the surface roughness of the surface, and then deposits the mineral film window glass test piece (9) to be tested on the fixture slide rail (2) in the center m'f township left and right two woven fixtures (1) close contact glass test Then, insert the positioning pin (丨丨) into the positioning hole (12) on the clamp rail to fix the glass test piece (see the first figure). Adjust the wiper motor (3) to the wiper motor fixed stage (4) M426Q28 The inner clamp is clamped to the south, so that the wiper strip (6) on the wiper seat (5) is applied to the diaphragm After the pressure of the surface of the window glass test piece (9) reaches a predetermined proper load, the AC to DC is turned on. The power supply (8) adjusts the voltage to an appropriate value to select the swing speed of the wiper. Connect the drip tube switch valve (10) under the sand-containing turbid water storage tank (7) with stirring function, and adjust the flow rate (see the second figure) to carry out the wiper-to-injury test. The sand-containing water shut-off device can be used for noodles and large and small The ratio of sand water to sand can also be changed as required. After completion of the test, the mineral film window glass specimen can be tested by the surface roughness meter on the surface of the test piece (third image), before the comparison test 4 After the silk record ^ degree data, mosquitoes with sand turbid water Langshi to the degree of damage to the mineral window glass. [Simple diagram] The first picture contains sand underwater _ simple inspection 俯视 top view

^含雜濁水下雨_傷檢物之完整親側視圖 第三圖類鑽碳鍍膜視窗試侏 據圖 “刷到傷測試後的表面粗糖度數 【主要元件符號說明】 1試件夾具 2夾具滑軌 3 雨刷馬達 4雨刷馬達固定載台 5雨刷座 6 M426028 , · 6 雨刷條 7具攪拌功能之含砂混濁水貯槽 8交流轉直流電源供應器 9鍍膜視窗玻璃試件 10滴放流管開關閥 11定位插梢 12定位孔洞^ Containing turbid underwater rain _ Injury of the complete pro-side view of the third section of the diamond-like carbon coating window test according to the figure "brush to the surface of the rough test after the injury test [main component symbol description] 1 specimen fixture 2 fixture slip Rail 3 wiper motor 4 wiper motor fixed carrier 5 wiper holder 6 M426028 , · 6 wiper strip 7 with mixing function of sand-containing turbid water storage tank 8 AC to DC power supply 9 coated window glass test piece 10 drop discharge tube switch valve 11 Positioning the tip 12 to position the hole

Claims (1)

六、申請專利範圍: 1. 一種鍍膜視窗玻璃於含砂混濁水下之雨刷刮傷檢測裝置,將鍍膜 視窗玻璃試件置放於夾具滑軌中央,沿夾具滑軌移動左右兩側試 件夾具靠攏玻璃試件’再將定位插梢插入定位孔洞,固定玻璃試 件,調整雨刷馬達於雨刷馬達固定載台之高度,使雨刷座上之雨 刷條施加鍍膜視窗玻璃試件表面之壓力達一預定荷重,再開啟交 流轉直流電源供應器,並調控雨刷的擺動速度,同時扭開銜接於 具攪拌功能之含砂混濁水貯槽下方的滴放流管開關閥,進行雨刷 刮傷檢測。 2. 如申請專利範圍第1項所述之含砂混濁水下之雨刷刮傷檢測裝 置,其中夾具滑軌具有若干等距離之定位孔洞,供容納置入定位 插梢用。 3. 如申請專利範圍第1項所述之含砂混濁水下之雨刷刮傷檢測裝 置,其中夾具滑軌及試件夾具,可彈性夾持不同尺寸之破璃試件。 4. 如申請專利範圍第1項所述之含砂混濁水下之雨刷到傷檢測裝 置’其中雨刷馬達,可依電源供應器的電壓大小,調整雨刷轉速。 5. 如申凊專利範圍第1項所述之含砂混濁水下之雨刷到傷檢測裝 置’其中雨刷馬達固定載台,具有調整夾持高度之功能,促使雨 刷條施加於玻璃試件表面之壓力,可達預定之荷重力值。 6. 如申請專利範圍第1項所述之含砂混濁水下之雨刷到傷檢測裝 置’其中具攪拌功能之含砂混濁水貯槽内之混濁水配置,可選用 M4.26028 砂的種類、尺寸及水與砂的比例。 7.如申請專利範圍第1項所述之含砂混濁水下之雨刷刮傷檢測裝 置,其中滴放流管開關閥,具有調整混濁水水流大小之功能。Sixth, the scope of application for patents: 1. A coated window glass in the sand turbid underwater wiper scratch detection device, the coated window glass test piece placed in the center of the fixture slide, along the fixture slide moves the left and right side of the test piece fixture Close the glass test piece', then insert the positioning insert into the positioning hole, fix the glass test piece, adjust the height of the wiper motor to the fixed stage of the wiper motor, and apply the pressure on the surface of the coated window glass test piece to the wiper strip on the wiper seat. Load, then turn on the AC to DC power supply, and adjust the swing speed of the wiper. At the same time, twist the drain valve switch valve connected to the sand-containing turbid water storage tank with stirring function to detect the wiper scratch. 2. The wiper detecting device for sand-containing turbid underwater water according to claim 1, wherein the clamp rail has a plurality of equidistant positioning holes for receiving and positioning the spigot. 3. For the sand-blown underwater wiper scratch detection device described in claim 1, wherein the clamp rail and the test piece clamp can elastically hold the broken glass test pieces of different sizes. 4. If the wiper motor with sand and turbid water as described in the scope of patent application is applied to the injury detection device, the wiper motor can adjust the wiper speed according to the voltage of the power supply. 5. As claimed in claim 1, the sand-containing turbid underwater wiper to the injury detecting device, wherein the wiper motor fixed the stage, has the function of adjusting the clamping height, and the wiper strip is applied to the surface of the glass test piece. Pressure, up to the predetermined load gravity value. 6. For the turbid water configuration in the sand-containing turbid water storage tank with the stirring function in the sand detecting turbid underwater wiper mentioned in the first paragraph of the patent application, the type and size of the M4.26028 sand can be selected. And the ratio of water to sand. 7. The wiper detecting device for sand-containing turbid underwater water according to the first aspect of the patent application, wherein the drip-discharging switch valve has the function of adjusting the size of the turbid water flow.
TW100217481U 2011-09-16 2011-09-16 The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand TWM426028U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW100217481U TWM426028U (en) 2011-09-16 2011-09-16 The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW100217481U TWM426028U (en) 2011-09-16 2011-09-16 The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand

Publications (1)

Publication Number Publication Date
TWM426028U true TWM426028U (en) 2012-04-01

Family

ID=46463161

Family Applications (1)

Application Number Title Priority Date Filing Date
TW100217481U TWM426028U (en) 2011-09-16 2011-09-16 The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand

Country Status (1)

Country Link
TW (1) TWM426028U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111208028A (en) * 2020-01-17 2020-05-29 成都光明光电股份有限公司 Tester and method for detecting environmental suitability of optical glass

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111208028A (en) * 2020-01-17 2020-05-29 成都光明光电股份有限公司 Tester and method for detecting environmental suitability of optical glass

Similar Documents

Publication Publication Date Title
Xue et al. Advanced SERS Sensor Based on Capillarity‐Assisted Preconcentration through Gold Nanoparticle‐Decorated Porous Nanorods
CN111855497B (en) Hot-melt asphalt surface energy parameter testing method
CN110018086B (en) Device and method for quantitatively measuring hysteresis force between solid surface and bubbles or liquid drops
WO2007075354A3 (en) Device to measure the solidification properties of a liquid film and method therefor
CN104897565B (en) Ice adhesion shearing strength measuring device
CN105334160A (en) Thin film adhesion testing equipment and thin film adhesion testing method
TWM426028U (en) The apparatus of wiper scratch test for the film coating windshield of vehicle under the muddy water including sand
Oláh et al. Characterization of adhesion at solid surfaces: Development of an adhesion-testing device
CN110596430B (en) Method for detecting adhesion of nanoparticles
CN101482405B (en) Curve example substrate coating thickness measuring method and sample clamping tool
WO2010063987A3 (en) Device
EP2151673A3 (en) Method and device for measuring temperature
CN107966378B (en) Detection device and method for scratch resistance test of automobile paint film
CN104089852A (en) Funnel viscometer capable of automatically testing
CN102175687B (en) Determinator for measuring proportion of encrusted diamond
CN210615989U (en) Measuring device for pipe machining
CN104297211A (en) Surface light scattering measuring device
CN109708978B (en) Low-temperature flexibility testing method suitable for waterproof hot-melt pressure-sensitive adhesive
CN108490021A (en) A kind of droplets freeze core measuring device and experimental method
Kumar et al. Exploitation of orientation of liquid crystals 5CB and DSCG near surfaces to detect low protein concentration
CN212989028U (en) Paint film drawing testing device
Kooij et al. Formation and optical characterisation of colloidal gold monolayers
CN205537476U (en) Conical surface axiality measuring apparatus
CN203881751U (en) Runoff non-point surface source pollution monitoring test device
JPH11230888A (en) Apparatus for measuring granular substance in gas

Legal Events

Date Code Title Description
MM4K Annulment or lapse of a utility model due to non-payment of fees