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TWI242628B - Seismic-protection wheel locational anchorage - Google Patents

Seismic-protection wheel locational anchorage Download PDF

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Publication number
TWI242628B
TWI242628B TW093116150A TW93116150A TWI242628B TW I242628 B TWI242628 B TW I242628B TW 093116150 A TW093116150 A TW 093116150A TW 93116150 A TW93116150 A TW 93116150A TW I242628 B TWI242628 B TW I242628B
Authority
TW
Taiwan
Prior art keywords
fixing member
fixing
hole
vertical portion
aforementioned
Prior art date
Application number
TW093116150A
Other languages
Chinese (zh)
Other versions
TW200540358A (en
Inventor
Ying-Jie Chen
Original Assignee
Ind Tech Res Inst
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 Ind Tech Res Inst filed Critical Ind Tech Res Inst
Priority to TW093116150A priority Critical patent/TWI242628B/en
Priority to US10/974,803 priority patent/US20050284041A1/en
Priority to JP2004351110A priority patent/JP4260731B2/en
Application granted granted Critical
Publication of TWI242628B publication Critical patent/TWI242628B/en
Publication of TW200540358A publication Critical patent/TW200540358A/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16MFRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M7/00Details of attaching or adjusting engine beds, frames, or supporting-legs on foundation or base; Attaching non-moving engine parts, e.g. cylinder blocks
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04BGENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/38Connections for building structures in general
    • E04B1/388Separate connecting elements
    • E04B2001/389Brackets

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Machine Tool Units (AREA)
  • Vibration Prevention Devices (AREA)
  • Buildings Adapted To Withstand Abnormal External Influences (AREA)

Abstract

A seismic-protection wheel locational anchorage including a first fastening element and a second fastening element is provided. The first fastening element has a first horizontal part and a first perpendicular part extending downwardly from one end of the first horizontal part. The first horizontal part is provided with a pair of first elongated holes and the first perpendicular part is provided with a pair of second elongated holes, and a pair of first inclined elongated holes located at center. The second fastening part has a second perpendicular part and a second horizontal part extending from one bottom end of the second perpendicular part. The second horizontal part is provided with a pair of third elongated holes and the second perpendicular part is provided with a pair of fourth elongated holes, and a pair of second inclined elongated holes similar to the first element. The first elongated hole of the first horizontal part of the first fastening element serves as a connection port to the screw hole, formerly used for wheel, through a bolt. The third elongated hole of the second horizontal part of the second fastening element is fixedly jointed to the ground by a screw bolt. The first perpendicular part of the first fastening element is adjacent against the second perpendicular part of the second fastening element. Appropriate positions of the second and fourth elongated holes are determined based on the height between the machine frame and the ground in order that the first and second fastening elements are jointed together by a screw bolt screwed into the appropriate positions of the second and fourth elongated holes. Meanwhile, the first and second inclined elongated holes cross with each other to provide a single hole, thus secures the integration between elements with a bolt. The machine is more firmly jointed to the ground by a series of screw bolts screwed into the elements.

Description

1242628 捌、發明說明: 【發明所屬之技術領域】 ,尤指一種利用機台滾輪之原有螺 本發明係有關於一種防震固定裝置 孔作為鎖接螺孔之防震固定裝置。 【先前技術】 =聽騎賴”,所㈣乎每年都會發生地震,而製程設備内 之零件’因此對於機台的防震需求極高,而製程設備機台一般在 防展加固方面’除了設備製造商有特別提供防震固定元件外,多半為了施 工=利性而採取在機台設備支撐站腳實施固定耕,而所謂的防震固定 70件夕施作於機台的支撐腳架上。 然而站腳本身強度於地震時並無法確保能夠抵抗地震水平橫向力作 =因此此觀計便會產生简受地震力而剪_情況發生,珊防震元 件施作於機台的域腳架上,在安裝上軸方便但腳架本身減的不足、 固定件與腳架間_合特問題往料致固定的失效,另—種由設備製造 商所提供·定元件若製造商出廠時未考慮其安裝位置,則需在廠房現場 另外於設備的結構框架上鑽孔施作,而機台種類繁多,其外型功能以及硬 -面亦疋各式各樣,母—種型式的機台都必須依現場的狀況而採用不同 的固定方式及元件紐成施卫成本的提高此種元件的設計。 由於目前之機台走向大型化、重量化,祕搬運時必猶機台上安裝 數個滾輪,基概備功驗難度等考量,雜的安裝錢乎雜於框架 結構上並奸均分佈’安裝於滾輪處的防震元件正好符合法規要求而同 型或類似機台只要制相近之滾輪即可使用同—尺寸固定元件更可免去 各種機台必須開發不同型式之固定件的麻煩。 【發明内容】 本發明之目的在於提供-種防震固定褒置,藉由二件式之第一固定件 與機台框架原有之滾輪螺孔鎖接及以第二固定件與地面鎖接,且該第一固 定件及第二111定件可雌纟轉與地_之高度作適#_整,俾利用機 !242628 原有狐及簡單之峡件而達最佳之翻性及免_外祕施工之 達到上述目的之防震固定裝置,包含:第一固定件,該第一固定件具 7转及由該水平部-麵直向下延伸之垂直部,該水平部及垂直部分 二至具有_長孔;及第二固定件,該第1定件具有垂直部及由該垂直 ^端$平延伸之水平部,該水平部及垂直部分別至少具有一長孔,前述 二固^件之水平部的長孔係藉栓鎖元件與+機台框架底部之螺孔鎖接, 而則述第_g]定件之水平部之長孔係紐鎖元件與—地關接,1中當機 ^飢MR高度繼至適當位置時,鋪由至少_栓鎖元件.前述第 固疋件之垂直部的長孔與第二固定件之垂直部的長孔,以鎖接前述第一 固定元件與第二固定元件。 之兩側。 I述第-EI定件與第二@定件 <水平部的長·橫置於水平部上。 两述第-固定件與第二固定件之垂直部的長孔係縱置於前述垂直部 =第-固定件與第二固定件之垂直部兩側之長孔間可使用一防鬆 螺栓及彈簧墊片,以加強第—固定件與第二固定件之間的鎖固。 前述第一固定件與第二固定件之垂直部兩側之間進一步分別設 少一斜長孔。 ° 蝻述第一固定件之斜長孔與前述第二固定件之斜長孔互為交叉設 置。 。 前述第一固定件與第二固定件之斜長孔交叉疊置形成一單孔,於單 孔處插入一栓鎖元件,使前述第一固定件與第二固定件更為鎖固。、 前述栓鎖元件為螺栓。 前述地面係為設置機台場所之原建物地面。 韵述地面係為高架地板地面,同時藉由一斜支撐桿鎖接前述第二固 定件之水平部之長孔至設置機台場所之原建物地面。 别述第一固定件之水平部的長孔與一機台框架底部之螺孔鎖接係利 1242628 用機台原有滾輪之觀位置進行施作。 【實施方式】 圖。本係転本發㈣—實關之喊岐裝置之立體 水平部10及由i l衣置100,包含:第一固定件1,該第一固定件1具有 有-對第卜端垂直向下延伸之垂直部11,該水平部1〇設 件2,該第二、固定述垂直部11設有三對第二長孔13;及第二固定 部2〇 件2 ”有垂直部21及由該垂直部21下端水平延伸之水平 對之第亦設有一對之第—長孔22,而前述垂直部21亦設有三 1盘第:Γ:、二考第十前述第—長孔12、22係橫置於前述第—_ 料;t,平部1G、2G上,而瓣:長孔13、23係縱置^ 2件^與弟二固定件2之垂直部U、21之兩側。 於鎖接^考ίϊ圖並配合參考第—圖,係、顯示本發明防震峡裝置運月 右台框架與地面間之示意圖。前述機台框架3底部之角阶 3之螺孔鎖接,而前述第二固定件2之第—長孔22 _用螺細 ,固,地面公,而該第—峡件i與第二固耕2之垂直部u、η貝 23 ^置ΪΓ前繼框架3與地面4間之高度選擇適當之第二長孔13 ^以猎由螺栓將前述第—岐件丨與第二固定件2鎖接,即完成 =;錢絲L00運用於鎖接固定一機台框架3與地面4間。前述地面: 係為δ又置機台場所之原建物地面。 請參考第三圖及第四圖,係顯示本發明第二實施例之防震固定裝置 之分解立體圖及組合立體圖。本發明防震固定裝置励,包含:第一 卜該第-固耕丨具有水平部1G及由該水平部⑴—端垂直向下延伸之垂 直部u,該水平部㈣有-對第―長孔12,㈣麵直部u設有—對之 第二長孔!3及-麟長孔Η ;及第二固定件2,該第二@定件2具有垂直 部21及由麵直部21下端水平延伸之水平部2(),該水平部2()設有—對第 1242628 -長孔22,喊《直部21第二長孔23及—對斜長孔24。 請繼續參考第三圖及第明並配合參考第二圖,前述第—長孔η、 _黃置於前述第-固定件丨與第二峡件2之水平㈣、%上而前述 弟二長孔η、23係縱置於前述第—峡件i與第二固定件2之垂直部【丄、 =兩側上,而前述斜長孔14、24係斜置於前述第—蚊件i與第二固定 —之垂直部U、21兩側之間,且前述第—固定件丨之斜長孔14與第二 固定件2之斜長孔24係互為蚊設置,前述第-岐件1之第—長孔I: 藉由-螺栓與前述機台框架3之螺孔鎖接,而前述第二固定件2之第一長 =利用螺栓鎖接固定於地面4上’而該第一固定件丨與第; = 卜21 _目疊置’且依前述機台框架 適㈣二MU'23位置以藉由螺讀述第 =二時前述第一固定件1與第二固定件2之斜長孔Μ = S又置而形成-早孔(第四圖正中央即為交叉之單孔),同時亦藉 ,機台框架3更穩固的鎖接於地面4,即完成本發明9、玉丄 用於鎖接固定+機台框架與地面間 疋名置100運 場所之原建物地面。 面門^配5弟一圖)。两述地面係為設置機台 用峡件1與第二固定件2之第二長孔13、23間之鎖接可使 用一防觸栓及彈簧墊片,以加強第固貞接了使 固。 w心1卞1 /、弟一固定件2更為鎖 拔計請ί考第五圖,侧示本發明另—實施例之防震固定裝置運用於鎖 接固疋—勤框架與地關之示意^本實施例獨 ,用於鎖 處在於前述機台框架3與地面4之間具有—高架地板= 2不直接與地面4鎖接,而使前述第二 逑弟-固疋件 述第二固定件2伤筏i—山 ,、阿木地板5鎖接,而前 二圖相同在此不再^斜支撑桿6與地面4鎖固,其餘結構均與第 1242628 本發明提供一種防震固定裝置 滾輪位置佩,安裝部分咖1賴用機台本身於搬運所使用之 整 不便;另本發明之固籽置以=,台上’可節省另外鑽孔施工之 ㈣☆ 口疋衣置以第一固定件與第二固定件之間的互動來調 安衣之*度’可麵機台不同高麟依然能夠順機裝之泛用性。 I242628 【圖式簡單說明】 第-圖係顯示本發實施例之防震固定裝置之立體圖。 面間之^=係顯示本發明防定裝置運用於鎖接固定-機台框架與地 第三圖係顯示本發,二實施例之防震固定裝置之分解立體圖。 第四圖係顯示本發明第二實施例之防震固定裝置之組合立體圖。 第五圖係顯示本發明另一實施例之防震固定裝置運用於鎖接固定一 機台框架與地面間之示意圖。 [主要元件符號說明] 1〇〇…防震固定裝置 1 第一固定件 2…第二固定件 3…機台框架 4—-地面 5 —-高架地板 6…斜支撐桿 10、 20…水平部 11、 21…垂直部 12、 22…第一長孔 13、 23…第二長孔 14、 24—斜長孔1242628 发明 Description of the invention: [Technical field to which the invention belongs], especially an original screw using a machine wheel. The present invention relates to a shock-proof fixing device with a hole for a shock-proof fixing device as a locking screw hole. [Previous technology] = Listening and riding, "Every year there is an earthquake, and the parts in the process equipment 'so there is a very high demand for the shock resistance of the machine, and the process equipment machine is generally in terms of anti-extension reinforcement' In addition to the special shock-proof fixing components provided by Shangyou, most of them adopt fixed cultivation at the foot of the machine support for construction purposes, and 70 so-called shock-proof fixings are applied to the foot of the machine. The strength itself does not ensure that it can resist the horizontal horizontal force during an earthquake. Therefore, this observation will generate shear simply due to the seismic force. The situation occurs. The anti-seismic element is applied to the field tripod of the machine and the upper shaft is installed. Convenient but the shortcomings of the tripod itself, the fixed part and the tripod _ the problem caused by the failure of the fixation, the other is a kind provided by the equipment manufacturer · If the manufacturer does not consider its installation position when leaving the factory, then It is necessary to drill holes on the structural frame of the equipment at the factory site. There are many types of machines, and their appearance functions and hard-surfaces are also various. The mother-type machines must be in place Different fixing methods and components are used to increase the cost of defense. The design of such components increases. Due to the current large-scale and heavy-duty machines, several rollers must be installed on the machine during secret transportation. Considering the difficulty of preparation, etc., miscellaneous installation money is miscellaneous on the frame structure and distributed evenly. 'The shock-proof element installed at the roller just meets the requirements of laws and regulations. The same type or similar machine can use the same roller as long as it has a similar roller— The size fixing element can also save the trouble of having to develop different types of fixing parts for various machines. [Summary of the Invention] The object of the present invention is to provide a kind of anti-vibration fixing arrangement, by using a two-piece first fixing member and the machine. The original roller screw holes of the frame are locked and the second fixing member is locked to the ground, and the first fixing member and the second 111 fixing member can be turned to the ground to the height of the ground. ! 242628 The original fox and simple gorge parts achieve the best overturning property and free of _ external shock construction to achieve the above purpose of the earthquake-resistant fixing device, including: the first fixing piece, the first fixing piece with 7 turns and by Horizontal-face straight down The extended vertical portion, the horizontal portion and the vertical portion two to have a long hole; and the second fixing member, the first fixed member has a vertical portion and a horizontal portion extending from the vertical end, the horizontal portion and the vertical portion Each of the two parts has at least one long hole. The long hole of the horizontal part of the aforementioned two fixed pieces is locked with the screw hole at the bottom of the + frame by the bolt element, but the length of the horizontal part of the fixed part The hole system is connected to the ground. When the MR height reaches the appropriate position in 1, the at least _locking element is laid. The long hole in the vertical part of the aforementioned first fixing member and the second fixing member The long hole in the vertical part is used to lock the two sides of the first fixing element and the second fixing element. The first and second fixed parts and the second fixed part are placed on the horizontal part. The two long holes in the vertical portion of the first-fixing piece and the second fixing piece are placed vertically in the aforementioned vertical portion = a lock bolt can be used between the long holes on both sides of the vertical portion of the first-fixing piece and the second fixing piece And a spring washer to strengthen the locking between the first fixing member and the second fixing member. An obliquely long hole is further provided between the first fixing member and the two sides of the vertical portion of the second fixing member. ° The obliquely elongated hole of the first fixing member and the obliquely elongated hole of the second fixing member are arranged to cross each other. . The obliquely long holes of the first fixing member and the second fixing member overlap each other to form a single hole, and a latching element is inserted at the single hole, so that the first fixing member and the second fixing member are more locked. The aforementioned locking element is a bolt. The ground is the original building floor where the machine is installed. The rhyme floor is an elevated floor, and at the same time, an oblique support rod is used to lock the long hole in the horizontal part of the second fixing member to the original building floor where the machine is installed. What's more, the long hole of the horizontal part of the first fixing part and the screw hole at the bottom of a machine frame are locked together. [Embodiment] Figure. This series is the three-dimensional horizontal part 10 of the Shiki Qiuqi device and the il clothes set 100, which include: a first fixing member 1, which has a vertical extension downward to the second end The vertical portion 11, the horizontal portion 10 is provided with the member 2, the second and fixed vertical portion 11 is provided with three pairs of second long holes 13; and the second fixed portion 20 is provided with the vertical portion 21 and the vertical portion 21 The horizontally extending horizontally lower part of the part 21 is also provided with a pair of first-long holes 22, and the aforementioned vertical part 21 is also provided with three 1-plates: Γ :, the second tenth, the aforementioned first-long holes 12, 22 are horizontal Placed on the aforementioned —_ material; t, the flat parts 1G, 2G, and the flaps: the long holes 13, 23 are vertically placed ^ 2 pieces ^ and the two sides of the vertical parts U, 21 of the second fixing piece 2. On the lock The following figure is taken together with the reference to the first figure to show and show the schematic diagram between the right platform frame and the ground of the earthquake-resistant gorge device of the present invention. The screw holes of the angle step 3 at the bottom of the machine frame 3 are locked. The first-long hole 22 of the second fixing member 2 is thin, solid, and ground, and the vertical portions u, η and 23 of the first-gorge member i and the second solid farming 2 are placed ΪΓ the previous frame 3 and the ground Height of 4 rooms Select the appropriate second long hole 13 ^ Use the bolt to lock the aforementioned -qi piece 丨 and the second fixing piece 2 to complete =; Qiansi L00 is used to lock and fix a machine frame 3 and the ground 4 The aforementioned ground is the original building ground where the machine is located at δ. Please refer to the third and fourth figures for an exploded perspective view and a combined perspective view of the earthquake-resistant fixing device of the second embodiment of the present invention. The earthquake-resistant fixing of the present invention The device excitation includes: the first part of the first-solid farming has a horizontal portion 1G and a vertical portion u extending vertically downward from the end of the horizontal portion, and the horizontal portion has-to the first-long hole 12, the surface The straight portion u is provided with a pair of second long holes! 3 and -Lin long hole Η; and a second fixing member 2, the second @ 定 件 2 has a vertical portion 21 and a horizontal level extending horizontally from the lower end of the straight portion 21 Part 2 (), the horizontal part 2 () is provided with-to the 1242628-the long hole 22, shouting "the straight 21 second long hole 23 and-to the oblique long hole 24. Please continue to refer to the third figure and the first With reference to the second figure, the aforementioned first long hole η, _ Huang is placed on the horizontal ㈣,% of the aforementioned first fixing member 丨 and the second frame member 2, and the aforementioned second long hole η The 23 series is placed vertically on the vertical part of the aforementioned first frame member i and the second fixing member 2 [丄, = on both sides, and the obliquely long holes 14, 24 are arranged obliquely on the aforementioned first mosquito member i and the second fixing -Between the two sides of the vertical portion U, 21, and the obliquely long hole 14 of the aforementioned first fixing member 丨 and the obliquely long hole 24 of the second fixing member 2 are provided as mosquitoes each other. Long hole I: The bolt is connected to the screw hole of the machine frame 3 by a bolt, and the first length of the second fixing member 2 is fixed to the ground 4 by bolting. No .; = Bu 21 _ mesh superimposed 'and according to the aforementioned machine frame suitable for the second MU'23 position to read the obliquely long hole M of the aforementioned first fixing member 1 and the second fixing member 2 by means of a screw. = S is formed again-the early hole (the center of the fourth picture is the single hole that crosses). At the same time, the machine frame 3 is more securely locked to the ground 4 to complete the present invention. Lock and fix + the ground of the original building in the 100-storey building between the machine frame and the ground. Nianmen ^ with 5 brothers a picture). The two ground systems are used to set up the lock connection between the second long hole 13 and 23 of the frame member 1 and the second fixing member 2. An anti-contact bolt and spring washer can be used to strengthen the first connection. . w heart 1 卞 1 /, the first fixing piece 2 is more locked. Please refer to the fifth figure, which shows the other embodiment of the present invention, the earthquake-resistant fixing device is used to lock the fixing frame-the schematic diagram of the ground frame and the ground. ^ This embodiment is unique, and is used for the lock between the above-mentioned machine frame 3 and the ground 4-the raised floor = 2 is not directly connected to the ground 4, so that the aforementioned second brother-fixing piece is described as the second fixing Piece 2 injured raft i-mountain, Amu floor 5 is locked, but the first two figures are the same here. The oblique support rod 6 and ground 4 are not locked. The rest of the structure is the same as 1242628. The invention provides a shock-proof fixing device roller position. Wear, the installation of some coffee 1 depends on the inconvenience of the machine itself for transportation; in addition, the solid seed of the present invention is set to =, the table 'can save the need for additional drilling construction ☆ Mouth clothing is placed with the first fixing piece The interaction with the second fixing member to adjust the degree of the safety of the garments can be used on different machines. Gao Lin can still be installed in the machine. I242628 [Brief description of the drawings] Figure-Figure 3 is a perspective view showing the shockproof fixing device of the embodiment of the present invention. The ^ = between the faces shows that the anti-fixing device of the present invention is used for locking and fixing-the machine frame and the ground. The third figure shows an exploded perspective view of the anti-vibration fixing device of the second embodiment of the present invention. The fourth figure is a combined perspective view showing a shockproof fixing device according to a second embodiment of the present invention. The fifth diagram is a schematic diagram showing the application of the shockproof fixing device according to another embodiment of the present invention for locking and fixing a machine frame and the ground. [Description of Symbols of Main Components] 100 .... Shockproof fixing device 1 First fixing piece 2… Second fixing piece 3… Machine frame 4—Floor 5 —Elevated floor 6… Oblique support rods 10, 20… Horizontal portion 11 , 21 ... vertical portion 12, 22 ... first long hole 13, 23 ... second long hole 14, 24-oblique long hole

Claims (1)

1242628 玖、申請專利範圍: 1. 一種防震固定裝置,包含: 第-固定件,該第-固定件具有水平部及由該水平部一端垂直向下 延伸之垂直部,該水平部及垂直部分別至少具有一長孔,其中水平部的長 孔係藉栓鎖元件與一機台框架底部之螺孔鎖接;及 第二固定件’該第二固定件具有垂直部及由該垂直部下端水平延伸 之水平部’該垂直部及水平部分觀少具有—長孔,其中水平部之長孔係 藉检鎖元件與地面鎖接; 其中當機台與地面間之高度調整至適當位置時,係藉由至少一检鎖 元件鎖人前述第-固定件之垂直部的長孔與第二固定件之垂直部的長 孑L,以鎖接前述第一固定元件與第二固定元件。 2. 如申請專利範圍第丨項所述之防制定裝置,其中前述第_固定件與第二 固定件之水平部的長孔係橫置於水平部上。 〃 3. 如申請專利細第丨項所狀防震固定裝置,其中前述第_固定件盘第二 固定件之垂直部的長孔係縱置於前述垂直部之兩側。 4. 如申請專利範圍第3項所述之防震固絲置,其中縱置於前述垂直部兩側 之長孔間可使用一防鬆螺栓及彈簧塾片,以加強第一固 之間的鎖固。 、 5·如申請專利細第丨項所述之防震固定裝置,其中前述第—固定件與第二 固定件之垂直部兩側之間進—步分別設有至少—斜長孔。 6. 如申請專利範圍第5項所述之防震固定裝置,其中前述第一固定件之斜長 孔與兩述弟一固定件之斜長孔互為交又設置。 7. 如申請補細第6項所狀防翻絲置,其帽 固定件之斜長孔交叉疊置形成一單孔,#諼力 m戍早孔,於早孔處插人-栓鎖元件,使前 述弟一固定件與第二固定件更為鎖固。1242628 范围 、 Scope of patent application: 1. An anti-vibration fixing device comprising: a first fixing member, the first fixing member has a horizontal portion and a vertical portion extending vertically downward from one end of the horizontal portion, and the horizontal portion and the vertical portion are respectively At least one long hole, wherein the long hole at the horizontal portion is locked with a screw hole at the bottom of a machine frame by a latching element; and a second fixing member 'the second fixing member has a vertical portion and is horizontally formed by the lower end of the vertical portion Extending the horizontal part 'The vertical part and the horizontal part rarely have a long hole, wherein the long hole in the horizontal part is locked to the ground by a lock detection element; wherein when the height between the machine and the ground is adjusted to an appropriate position, the The at least one locking element locks the long hole in the vertical portion of the first-fixing member and the long pin L in the vertical portion of the second fixing member to lock the first fixing element and the second fixing element. 2. The anti-designation device as described in item 丨 of the patent application scope, wherein the long hole in the horizontal portion of the aforementioned _ fixing member and the second fixing member is horizontally placed on the horizontal portion. 〃 3. The shock-proof fixing device in the shape of item 丨 of the patent application, wherein the long holes in the vertical portion of the second fixing member of the aforementioned _fixing member tray are vertically placed on both sides of the aforementioned vertical portion. 4. The shockproof fixing wire according to item 3 of the scope of the patent application, wherein a lock bolt and a spring cymbal can be used between the long holes longitudinally disposed on both sides of the vertical portion to strengthen the lock between the first and second solid. 5. The vibration-proof fixing device according to item 丨 of the patent application, wherein the at least one obliquely elongated hole is provided between the two sides of the vertical portion of the aforementioned first fixing member and the second fixing member. 6. The shock-proof fixing device according to item 5 of the scope of the patent application, wherein the oblique elongated hole of the aforementioned first fixing member and the obliquely elongated hole of the two fixtures-one fixing member intersect and are provided. 7. If the anti-turning wire as described in item 6 of the application is supplemented, the oblique long holes of the cap fixing member are overlapped to form a single hole, # 谖 力 m 戍 早 孔, insert a human-locking element at the early hole To make the aforementioned first and second fixing members more locked.
TW093116150A 2004-06-04 2004-06-04 Seismic-protection wheel locational anchorage TWI242628B (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
TW093116150A TWI242628B (en) 2004-06-04 2004-06-04 Seismic-protection wheel locational anchorage
US10/974,803 US20050284041A1 (en) 2004-06-04 2004-10-28 Seismic-protection wheel locational anchorage
JP2004351110A JP4260731B2 (en) 2004-06-04 2004-12-03 Seismic protection position fixing device

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TW093116150A TWI242628B (en) 2004-06-04 2004-06-04 Seismic-protection wheel locational anchorage

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TW200540358A (en) 2005-12-16
JP4260731B2 (en) 2009-04-30
US20050284041A1 (en) 2005-12-29

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