TWM261695U - Based measuring mechanism - Google Patents

Based measuring mechanism Download PDF

Info

Publication number
TWM261695U
TWM261695U TW93210146U TW93210146U TWM261695U TW M261695 U TWM261695 U TW M261695U TW 93210146 U TW93210146 U TW 93210146U TW 93210146 U TW93210146 U TW 93210146U TW M261695 U TWM261695 U TW M261695U
Authority
TW
Taiwan
Prior art keywords
base
item
pedestal
measuring mechanism
metal sheet
Prior art date
Application number
TW93210146U
Other languages
Chinese (zh)
Inventor
Li-De Suen
Shu-Chuen Shr
Nai-Shiang Shie
Original Assignee
Aidc Aerospace Ind Dev Corp
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 Aidc Aerospace Ind Dev Corp filed Critical Aidc Aerospace Ind Dev Corp
Priority to TW93210146U priority Critical patent/TWM261695U/en
Publication of TWM261695U publication Critical patent/TWM261695U/en

Links

Landscapes

  • Investigating Strength Of Materials By Application Of Mechanical Stress (AREA)

Description

M261695 、創作說明(1) 【新型所屬之技術領域】 種不傷害待量ί H =測儀器之量剩機構,尤其 構。 物表面且能排除人為因素影ϊ:ί:Γ 【先前技術】 η 一般之量測電表, 測點之間如電阻等t σ 以量測待量測物表& 少之量測儀器,1;:理':質,為挪試電:ί?:兩個量 接頭,另-個則作,」::::? 為具尖,之探棒或是鱷魚夹,其】知之量挪機構2 7 3: 表面之量測點,藉此利用量列電=直接去接觸待量測物 個量之物理性質 待量測物表面兩 1澍電表1於垔取待 阻等之物理性質時,須利用量兩個量剛點之間如 :所!ΐ接觸Γ測物表面之量t Γ持量測機構 素所影響’此處所指之人為因素,2因而其會被人為因 作習性、與待量測物表面之技匕括不同使用者 其會導致量測結果具有難以c力道差異,因t 傷’產生不良品’尤其是待:::待量測物表面 如導電玻璃UTO GLASS)、電鍍之表面上有某種鍍骐層, 顯;顯然此習知技術所採用之 此—問題更為明 人為因素之影響且會傷害待量測物、3其無法消除 _— 表面,無法滿足使用; III BWIWKV/UMtTUffW!:關 * ----- 第5頁 M261695 四、創作說明(2) 之需求。 【新型内容】 你主ΐ此曰本創作之主要目的在於提供一種不傷害待量測M261695 、 Instruction of creation (1) [Technical field to which the new type belongs] A kind of mechanism that does not hurt the amount of light H = measuring instrument, especially the structure. The surface of the object can exclude human factors. Ϊ: Γ [Prior technology] η General measurement meter, such as resistance between measurement points t σ to measure the meter to be measured & small number of measuring instruments, 1 ;: 理 ': Quality, to test the electricity: ί?: Two measuring connectors, and the other one, "::::? It is a pointed probe or crocodile clip. Its known quantity moves the mechanism 2 7 3: The measuring point on the surface, so that the measuring line is used to directly contact the physical properties of the quantity to be measured. When the physical properties of the two electric meters 1 on the surface of the object are taken, etc., the quantity between the two rigid points must be used as: So! ΐThe amount of contact with the surface of the measurement object t Γ The influence of the measurement mechanism on the 'artificial factors referred to here', so it will be artificially different from the user's skill due to the habits of the surface of the object to be measured As a result, the measurement results are difficult to c force difference, due to t injury 'produce bad products', especially to ::: the surface of the object to be measured (such as conductive glass UTO GLASS), electroplated surface has some kind of hafnium coating, obviously; obviously This conventional technology uses this—the problem is more clear that human factors affect and will hurt the object to be measured, 3 which cannot be eliminated _— the surface cannot be used; III BWIWKV / UMtTUffW !: Off * ----- Page 5 M261695 Fourth, the requirements of creative instructions (2). [New content] The main purpose of your creation is to provide a measure that does not hurt

Li:ΐΓ則機構且能排除人為因素之影響,使量測結果 不因使用者之不同而有誤差。 正柽η為一種基座式量測機構,作為-量測電表之 二極=負極接頭使用’其包含有一基座一金屬薄 一底邻M u用2、一按鈕,該基座内部具有一容置空間與 之之底面係由軟性材質所製成,該基座 上,:ίίί —插座;該金屬薄片,置放於該底部開口之 開口 °,\合届^下方為呈珠狀弧型之弧型部且稍凸出底部 :該;通線與該基座上之插座相 重力間接推壓該金屬薄片,使該金屬薄片凸^, .^ 值與待測物表面接觸;該按鈕安妒於兮 基座之側邊,並利用一起重機燼 女裝於硪 =者=壓该按鈕利用該起重機構以撐(吊)起該 使 使違金屬薄片回復未受壓狀態。 【實施方式】 〜 ,俾使貴委貝對本創作之特徵、目的 更加冰入之瞭解與認同,茲一 有者 說明如后·· 較佳實施例並配合圖式 請參閱「第2圖」與「第?蘭 弟J圖」,量測機構1 〇包含 第6頁 四、創作說明(3) 有-基座20、-金屬薄片30、一自重用球4〇 紐50;該基座20内部具有一容置空間2 開口 2 0 4,該基座2 〇之上方並具有一插座^底= 基座2 0之外型係為柱狀體,該基座2 〇之底面2 〇 ^ 由軟性材質,如橡膠、矽膠(Silicon)、軟墊、類、 …等之材質所製成;請再一併參閱「第 、布 :2 0係置放於该底邛開口 2 〇 4之上,該金屬 有-呈珠狀弧型之弧型部3 〇 2,且稍凸出於 2 0 4 ,該金屬薄片卩η廿目士 冰、 、-口Ρ歼1 20上之插座2〇1相接白舌通線301與該基座 空間2 0 3内,以白1 用球4 〇安裝於該容置 使該金屬2 身之重力間接推壓該金屬薄片3 0 , = = :弧型部3 0 2間接承受自重力球 力道接觸。 物表面9 5(請參閱「W圖」)以固定 用-:基座2 0之側邊’該按紐5 0利 該按鈕5 〇利用兮J垓自重用球4 〇聯結,供使用者按壓 4 〇,使該金屬;“二機構?0以撐(吊)起該自重用球 测物表面9 5 ,& 0回復未受壓的狀態,僅浮接觸待 8〇的一種實施二併參閱「第5圖」,其為起重機構 將該自重用球4 〇 /不意圖,其係利用繩索懸吊之方式, 的狀態,此外該起吊起’據以讓金屬薄片3 0回復未受壓 起,或利用頂銷% Μ重機構8 〇亦可利用連桿式機構將其撐 在該自# 機構將其抬/頂起; 自重用球4 0與該金“…一 M261695 四、創作說明(4) 性機構9 0 ’該彈丨生機 成,該自重用球4 〇 y 時,會先壓縮該彈性拖 衝,可以避免該自重: 亦即避免突壓傷害到待 請參閱「第β圖 膜之待量測物表面9 機構1 0之插座2 〇工 7 〇之正極接頭或負極 上的按紐5 〇 ,利 起(請參閱「第ς m β 壓的狀離,Λ5圖」) 2 ]者持續 :0 $置在該待 薄片3〇,i:i重用 物表面9 屬薄 fiq :二 量測點接 或·鱷魚失(圖未示) ^的面上,據此量測 兩個量測點之間如電阻 導電鍍 用量測 測電表 構1 0 4 0撐 原未受 基座 放開該 該金屬 待量測 之探棒 鍍層可 9 5上 構9 0可由彈簧 自身之重力推壓 構9 0 ,藉由該 球4 0直接撞擊 測物表面9 5。 ’量測電表7 0 (如導電玻璃)時 ’透過一連接線 接頭相接,此時 起重機構8 0將 ,此時該金屬薄 按壓住該按鈕5 表面9 5之量測 球4 0 ,以己身 片3 0底部以固 觸,另一連接線 相接,然後搭接 者可以量測該待 等之物理性質。 7圖」,其也可 上述之步驟,置 用連接線6 0與 同樣可以量測該 阻等之物理性質 或彈性緩衝物構 該金屬薄片3 〇 彈性機構9 0之緩 該金屬薄片3 〇 , 要量測具有 ,量測者利 6 0與該量 按壓量測機 該自重用球 片3 〇回復 〇,並將該 點上’此時 之重力推壓 定重量與該 6 1與習知 至待測物無 量測物表面 以使用兩個量測機 放在該待量測物表 6 1與量測電表 待量測物表面9 5 堪Ί $者請再參閱「第 2與1 1同樣利用 =5之量測點上並利 相接’據此量測者 上兩個量測點之間如電Li: ΐΓ is an institution and can exclude the influence of human factors, so that the measurement results do not have errors due to different users. Positive 柽 η is a pedestal-type measuring mechanism, which is used as a 2-pole of a measuring meter = negative electrode connector. It includes a pedestal, a thin metal, a bottom adjacent to Mu, and a button. The pedestal has a The bottom surface of the accommodating space is made of soft material. The base is: ίί — the socket; the metal sheet is placed at the opening of the bottom opening °, and the shape of the bead is below the bottom The arc-shaped part slightly protrudes from the bottom: the; the through wire and the socket on the base gravity indirectly press the metal sheet, making the metal sheet convex ^,. ^ Value is in contact with the surface of the object to be measured; I was jealous of the side of the base, and used a crane to embroider the woman. Press the button. Use the crane mechanism to support (hang) the crane to restore the violating metal sheet to an uncompressed state. [Implementation] ~ To make your commissioner better understand and agree with the characteristics and purpose of this creation, here is a description of the preferred embodiment and the accompanying drawings. Please refer to "Figure 2" and "The? Landi J picture", the measuring mechanism 10 includes page 6 4. Creation instructions (3) Yes-base 20,-sheet metal 30, a self-weight ball 40 new 50; inside the base 20 There is an accommodation space 2 opening 2 0 4 above the base 2 0 and a socket ^ bottom = outside the base 2 0 is a columnar body, the bottom surface 2 0 of the base 2 0 is made of soft Materials, such as rubber, silicon (silicone), cushions,…, etc .; please also refer to “the first, cloth: 2 0 series is placed on the bottom of the opening 2 004, the The metal has a bead-shaped arc-shaped portion 3 〇2, and slightly protrudes from 204, the metal sheet 卩 η 士 目 士 冰, --Socket P 上 1 20 is connected to the socket 201 The white tongue pass line 301 and the base space 2 0 3 are installed in the container with a white 1 ball 4 0 so that the gravity of the metal 2 body indirectly pushes the metal sheet 3 0, = =: arc-shaped part 3 0 2 Indirect commitment Self-weight contact by gravity ball. Object surface 9 5 (see “W”) for fixing-: side of base 2 'the button 50 and the button 5 〇 use the J 垓 weight ball 4 〇 Connect for the user to press 40 to make the metal; "Two mechanisms? 0 lift (hang) the surface of the self-weight ball test object 9 5, & 0 return to the uncompressed state, only float contact to wait 8 One implementation of the method is also referred to in “FIG. 5”. This is a state in which the crane mechanism uses the self-weight ball 4 0 / not intended, and it is in a state of being suspended by a rope. In addition, the hoisting method allows the metal sheet to be lifted. 3 0 reply unpressed, or use the top pin% Μ heavy mechanism 8 0 can also use a link-type mechanism to support it on the self # mechanism to lift / lift it; self-weight ball 4 0 and the gold "... -M261695 IV. Creation instructions (4) Sexual mechanism 9 0 'The bomb is alive. When the weight of the ball is 4 0y, the elastic drag will be compressed first, which can avoid the weight: that is to avoid the sudden pressure from hurting Please refer to “Figure β. The surface of the object to be measured 9 The socket of the mechanism 10 The socket 2 〇 工 7 〇 The positive connector or the button 5 on the negative pole 〇 Li Qi (please refer to "Figure 离 m β pressure, Figure Λ5") 2] Those who continue: 0 $ Placed on the sheet to be treated 30, i: i The surface of the reused material 9 is a thin fiq: Two measuring points are connected Or · crocodile loss (not shown) on the surface of ^, according to this measure between the two measurement points, such as resistance conductive plating amount to measure the meter structure 1 0 4 0 the original unsupported by the base to release the metal The coating of the probe to be measured can be 9 5 on the structure 9 0. The structure 9 0 can be pushed by the gravity of the spring itself, and the ball 40 directly hits the surface of the measurement object 9 5. 'When measuring the electric meter 7 0 (such as conductive glass)', it is connected through a connecting wire connector. At this time, the crane mechanism 80 will be pressed. At this time, the metal thin pressing the button 5 surface 9 5 of the measuring ball 4 0. Take a solid touch at the bottom of the body sheet 30, and connect another connection line, and then the overlapped person can measure the physical properties of the wait. Figure 7 ", which can also be used in the above steps, using the connecting wire 60 and the physical properties of the resistance or the elastic buffer can also be used to construct the metal sheet 3 0. The elastic mechanism 90 slows the metal sheet 3 0. To measure it, the measurer should press 60 and the amount of pressure on the measuring machine, the self-weight ball 3 should be restored to 0, and the point at this time should be pressed to determine the weight and the 6 and the conventional To the surface of the object to be measured, use two measuring machines to place the surface of the object to be measured 6 1 and the surface of the object to be measured 9 5 of the measuring meter. Similarly, use the measurement point = 5 and connect with each other 'according to this.

M261695 四、創作說明(5) 此外請參聞「第8圖 組合安裝在本創作之基座 該量測電表7 1之正極接 上之插座(此圖未示)相接 頭則透過一連接線6 2與 (圖未示)相接再搭接至待 據此量測者可以由量測電 讀出所量得之數值,讓使 綜上所述僅為本新型 定本新型之實施範圍,即 所為的等效變化與修飾, 」,该量測電 式量測機構1 頭或負極接頭 ,該量測電表 習知具尖端之 測物無錢層可 表上的數字顯 用者更為方便 的較佳實施例 凡依本新型申 皆應為本新型 也可以直接 座2 0上, 該基座2 0 另外一極接 3或鱷魚夾 電的面上, 7 1 1直接 創作。 並非用來限 範圍之内容 範疇。 第9頁 M261695 簡 式 圖 明 說式圖 單 圖圖圖圖圖圖圖式:量3作、:1 2 3 4 : 1 2 · · 圖 12345678 圖知·· 、創 oooooooooo ί 第第第第第第第第ί 習12 本 1222223334 圖 意 示 構 機 測 量 與 表 測 1量 明知 說習 單係 簡, 圖圖 解合 分組 構構 結結 作作 tnj ΊΊ 為Ay 本本 係 圖圖 音5 示示 裝動 安作 片構 薄機 屬重 金起 作作 ΊΊ rnj 本本 係係 圖圖 意意 示示 用用 作作 tuj. ΊΊ 本本 係係 三 圖 意 示 用 使 表 電 測 量 合 結1 作明 創說 本號 係符 ,之 表 電 構測 機量 測: 基 金 自 構 機 測 間口 量 空開片線部球 : 座面置部薄通型用 1座插底容底屬導弧重 第10頁 M261695M261695 IV. Creation instructions (5) Please also read "The combination of Figure 8 is installed on the base of this creation, the measuring meter 7 1 is connected to the positive pole of the socket (not shown in this figure), and the phase connector is through a connecting cable 6 2 Connect with (not shown) and then overlap the value to be measured. The measured value can be read out by the measurement electricity, so that the above is only the scope of implementation of the new model. The equivalent change and modification of "", the measuring electric measuring mechanism has 1 head or negative electrode connector. The best embodiment according to the present invention should be the new model can also be directly seated on 20, the other pole of the base 20 is connected to the 3 or crocodile clip surface, 7 1 1 directly create. It is not intended to limit the scope of content. Page 9 M261695 Simplified diagrams Explanatory diagrams Single diagrams Diagrams Diagrams Diagrams: Quantities 3 works: 1 2 3 4: 1 2 No. 12 Xi 12 books 1222223334 Figures show the construction machine measurement and table test 1 Quantitative knowledge of the study list system, the diagram illustrates the group structure construction tnj ΊΊ for Ay this book, the picture and the sound 5 shows the installation of the security film The thin machine is a heavy metal work 起 rnj This book is intended to be used as a tuj. ΊΊ This book is intended to be used as a tuj. The three diagrams are used to make the meter and electricity measurement combined. Meter electrical structure measuring machine measurement: Fund self-constructing machine measuring room opening line line ball: seat seat part thin-pass type 1 seat bottom capacity is a guide arc weight page 10 M261695

Claims (1)

M261695 五、申請專利範圍 1、一種基座式量測機構,作為一量測電表之正極接 頭或負極接頭,其包含有: 一基座,内部具有一容置空間與一底部開口,該基座 之上方並具有一插座,該基座具有一底面且係由軟性材質 所製成; ' 一金屬薄片,置放於該底部開口之上,該金屬薄片下 方為呈珠狀弧型之弧型部且稍凸出底部開口,該金屬薄片 並具有一導通線與該基座上之插座相接,該插座係透過一 連接線與該望測電表之正極接頭或負極接頭相接· 一自重用球,安裝於該容置空間内; 一彈性機構置放於該金屬薄片與該自重用球之間,做 為接觸力緩衝用’該自重用球以自身之重力推壓該彈性機 f,間接施壓於金屬薄片上,使該金屬薄片與待測物表面 達固定之接觸壓力; 一按鈕,安裝於該基座之側邊利用一起重 重用球聯結,供使用者按慶該按鈕利用該起重以ς 1重用球脫離該彈性機構並使該金屬薄片回復不受壓力^ 2、如巾請㈣制第i項所述之基座式量測 其中該彈性機構係為彈簧。 其中:彈:1:ί Γ範圍第1項所述之基座式量測機構, 其中4弹11機構係為彈性緩衝物。 其中ί署ΐ:Ϊ專利範圍第1項所述之基座式量測機構’ 其中该量測電表係、直接組合安展在該基座之上。M261695 5. Scope of patent application 1. A pedestal-type measuring mechanism, as the positive or negative terminal of a measuring meter, includes: a pedestal with an accommodation space and a bottom opening inside, the pedestal There is a socket above the base, the base has a bottom surface and is made of soft material; 'A metal sheet is placed above the bottom opening, and the arc-shaped part is beaded under the metal sheet And slightly protruding from the bottom opening, the metal sheet has a conducting wire connected to the socket on the base, the socket is connected to the positive or negative connector of the electric meter through a connecting wire · a self-weight ball , Installed in the accommodating space; an elastic mechanism is placed between the metal sheet and the self-weight ball, as a contact force buffer, the self-weight ball presses the elastic machine f with its own gravity, indirectly Apply pressure on the metal sheet to make the metal sheet and the surface of the object under test reach a fixed contact pressure; a button, which is installed on the side of the base and connected with a heavy ball, for the user to press the button Lifting from the resilient means and the pressure from the metal foil reply ^ 2, (iv) prepared as TOWELSPLEASE pedestal of the i-th item-based measurement wherein the resilient means is a spring ball to ς 1 reuse. Among them: Bomb: 1: The base-type measuring mechanism described in item 1 of the Γ range, in which the 4 bomb 11 mechanism is an elastic buffer. Among them, the pedestal-type measuring mechanism described in Item 1 of the Patent Scope, wherein the measuring meter is directly assembled on the base. 第12頁 M261695 五、申請專利範圍 5、 如申請專利範圍第1項所述之基座式量測機構, 其中該基座之外型係為柱狀體。 6、 如申請專利範圍第1項所述之基座式量測機構, f中該底面之軟性材質係選自橡膠、矽膠(s i 1 i c〇n)、軟 與柔性布類中之任一種。 該起重機構係採用 8、如申諸直u # 如申請專刺絡1¥!够Page 12 M261695 5. Scope of patent application 5. The pedestal-type measuring mechanism described in item 1 of the scope of patent application, wherein the type outside the base is a columnar body. 6. According to the base-type measuring mechanism described in item 1 of the scope of patent application, the soft material of the bottom surface in f is any one selected from rubber, silicon rubber (s i 1 i con), soft and flexible cloths. This crane system uses 8, Rushen Straight u # If you apply for a special spine 1 ¥! Enough 甘山7、如申請專利範圍第1項所述之基座式量測機構, 用繩索懸吊之方式。 &阁項所述之基座式量測機構 用連桿式機構之方式。 範圍第1項所述之基座式量測機構, 用頂銷式機構之方式。Ganshan 7. The pedestal-type measuring mechanism described in item 1 of the scope of patent application is suspended by a rope. & The base type measuring mechanism described in the item above uses a link type mechanism. The base-type measuring mechanism described in the first item of the scope uses a pin-type mechanism. 第13頁Page 13
TW93210146U 2004-06-29 2004-06-29 Based measuring mechanism TWM261695U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW93210146U TWM261695U (en) 2004-06-29 2004-06-29 Based measuring mechanism

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW93210146U TWM261695U (en) 2004-06-29 2004-06-29 Based measuring mechanism

Publications (1)

Publication Number Publication Date
TWM261695U true TWM261695U (en) 2005-04-11

Family

ID=36087070

Family Applications (1)

Application Number Title Priority Date Filing Date
TW93210146U TWM261695U (en) 2004-06-29 2004-06-29 Based measuring mechanism

Country Status (1)

Country Link
TW (1) TWM261695U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112129269A (en) * 2020-09-22 2020-12-25 孙永 Traffic track levelness detection device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112129269A (en) * 2020-09-22 2020-12-25 孙永 Traffic track levelness detection device

Similar Documents

Publication Publication Date Title
Gao et al. Highly sensitive strain sensors based on fragmentized carbon nanotube/polydimethylsiloxane composites
Ko et al. Curvilinear electronics formed using silicon membrane circuits and elastomeric transfer elements
Ishihara et al. Compression test of food gels on artificial tongue and its comparison with human test
CN106441073A (en) Dielectric flexible sensor for big deformation and touch pressure measurement
KR20160044683A (en) A Multimodal Tactile Sensor Emulating the Perceptional Mechanism and Tissue Structure of Human Skin
CN108872317A (en) A method of measurement plant leaf blade cell dielectric substance shifts number
CN208998966U (en) A kind of capacitance type touch sensor based on zero Poisson's ratio structure
WO2014165908A1 (en) Method and device for smart sensing
Wang et al. Ultra-sensitive and wide sensing-range flexible pressure sensors based on the carbon nanotube film/stress-induced square frustum structure
TWM261695U (en) Based measuring mechanism
CN101799495A (en) Automatic impedance-testing system for flexible film microelectrode arrays
Boys et al. Measuring cellular contraction: Current progress and a future in bioelectronics
CN109036018A (en) A kind of physical mechanics apparatus for demonstrating
Chen et al. Transparent and stretchable au–ag nanowire recording microelectrode arrays
CN108871628B (en) For detecting the size of power and the flexible apparatus in direction
CN105498166B (en) A kind of sit-ups automatic tester
CN110487452A (en) A kind of Bionic flexible pressure sensor, device for pressure measurement and monitoring system
CN203524566U (en) Roll tissue box
CN214893794U (en) Textile charge surface density friction device
CN209593542U (en) A kind of Multifunctional mobile phone case
CN210221730U (en) Temperature-changing waterproof material ductility testing device
Koehly Fabrication of sustainable resistive-based paper touch sensors: Application to music technology
CN202681916U (en) Detection equipment used for human body element tester
JP3204957U (en) Compresses
CN200987676Y (en) Electrical impedance detection electrode assembly

Legal Events

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