五、新型說明： 【新型所屬之技術領域】 本創作係提供一種減震固定裝置，尤指可供震動源組裝 定位後具有減緩震動力之_裝置，可將震動源的殼體在運 作時所產生之震動力扣吸收，有效降低震動力而避免影響 周邊零組件之使用、運作。 【先前技術】 按，隨著電子科技的不斷進步，各式電子、電氣產品持 續創設問世、推陳出新，帶給人們在生活及工作上的諸多便 利與實惠，而早期電子科技初萌芽階段，電子、電氣產品的 設計均屬於體積大、質量重、操作困難'攜帶不便等缺失， 但時至今日’電子科技已達成熟p綴，許多電子、電氣產品 精益求精的，在設計上也朝向體積輕、薄、短、小且操作簡 易、功能多樣化、便於隨身攜帶使用等便捷的目標進行創設 ’則在電子、魏產騎來愈輕、薄、短、小，使用功能Z 來愈多，所應狀電子、零組件上，也相敝裝更多的 構件、配件，則在越多的零組件、構件、配件等，形成相鄰 、緊靠的組裝，也料在運作時形成共震的情況，而在電子 裝置運作時容易產生震動情況者，如··硬碟（Hdd) ^ 音播放裝置（vcd、dvd)、風扇（FAN)f，造Z 在各種電子裝置中（如桌上型電腦、筆記型電腦'词服器〔 SERVER〕等）’運作時容將生震_現象不穩定 之狀況，此問題也是業界長久以來想要解決的，但實際使用 時仍存在諸多缺失，如： (1) 在組袭風扇、散熱器時加裝塾片或環圈，雖可供風扇 、散熱器_夾緊、錄，_無法減緩風扇運作時 所產生之震動、噪音，進而影響周邊零組件的正常運 作。 (2) 風扇、散熱n上組裝墊片或套環，僅將風扇、散熱器 墊尚而已，且風扇、散熱器因型號、外觀形狀不同， 。又置疋位孔洞的位置也不一樣，所以選用墊片、套環 時也必須考慮風扇、散熱器的尺寸，造成組裝時的麻 煩與不便。 是以，如何解決習用之缺失，即為從事此行業之相關廠 商所亟欲研究改善之方向所在者。 【新型内容】 故’創作人有鑑於上述之問題與缺失，乃搜集相關資料 ’經由多方評估及考量，並以從事於此行㈣積之多年經驗 ’經由不斷試作及修改’始設計出此種可供裝設於震動源的 定位部達職震效能、並易於安裝之減制定裝置。 本創作之主要舰乃在於該減震固定裝置，係於震動源 的殼體以複數粒部分顺裝固賴組，職數㈣模組為 刀別利用複數固定元件、減震元件喊於震動狀殼體的各 定位部處，且以減震元件内部所設之通孔可供固定元件裝設 並且固弋部及抵擋體露於外，再利用固定部固設於預設基 座上固定座，而固定元件之固定部上方即以抵擋體抵持在基 座之口疋座上緣及減震元件下緣，如此可達到以固定模組將 震動源運作時產生的震動力隔絕及吸震、減震之目的。 本創作之次要特徵乃在於相對於固定元件、減震元件的 外側基座上設有固定座，可供固定元件一側之固定部穿過震 動源攸位部、減震元件的通孔後，欽定位於固定座之固 定孔内，達到穩固定位並提升減震效果之目的。 本創作之再一特徵乃在於固定模組於固定元件固定部上 方》又有阻擋仙之減體，避免軟性材質所製狀減震元件 在組裝、g]定於固定座之固定孔過程中產生變形、歪斜的現 象。 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其 構造，就糊狀較佳實施媽加細㈣徵與功能 如下，俾利完全瞭解。 請參閱第-、二、三、四圖所示，係為本創作之立體外 觀圖、立體分解圖、側視剖面分解圖、側視剖面圖，由圖中 所不可以清楚看出，本㈣減震定裝置純括震動源卜 複數固定模組2所組成，其中： 該震動源1為於殼體1 i上分別設有複數定位部丄2， 並以複數定位部丄2分別位於殼體i丄的表面或外緣。 該硬數固定模組2為分別包括固定元件21、減震元件 2 ^組成，而各固定元件21為由止擋體2!丨向一側延 ^杯身2 1 2 ’且各桿身2 1 2的另娜臂位置即具有固 疋#2 1 3、抵擋體2丨4，各固定元件2丨之桿身2 1 2分別透過變形槽道2 2 1欽各減震元件2 2之通孔2 2〇 ’並露出底部之固定部213、抵擋體21心 、上述各構件於組裝時，係利用震動源1之殼體11所設 複數疋位。卩1 2 ’分別供複數固定模組2之固定元件2 1、 減震讀2 2組裝、嵌設，可將各減震元件2 2組裝於各定 位部12的穿孔12 〇，再利用各減震元件2 2之通孔2 2 〇分別供複數固定元件2 i頂部之止擒體2丄i，分別抵靠 於各減震元件2 2之通孔2 2 Q上緣，並轉身2丨2支樓 於通孔2 2 0内側’由各蚊部2工3、抵擋體2 i 4穿出 各通孔2 2 0外部，再利用固定部2丄3組裝於預設基座3 之固疋座2 3處’而藉由抵擋體214抵擋於m定座2 3上 ’避免固部2 1 3太過深人的我人m定座2 3内，並利用 抵擋體214對減震元件2 2形成阻擋，避免減震元件2 2 文力產生變形或扭曲’而震動源1的各定位部1 2，分別卡 持在減震7G件之卡糖2 2 2内，制定位震動源i於預設 基座3上，以組構成本創作之減震固定裝置。 上述本創作之震動源1，係可為硬碟（HDD)、多媒 體播放SCDVD'VCD)、風扇（FAN)、燒錄機等 各種運作時會產生震動現象之物體，且震動源i於殼體工i 周緣所設之複數定位部12，係於殼體11外緣形成複數凸 耳121，再於各凸耳丄2 i内分別設有穿孔12 〇，則各 凸耳121係可分別呈環形狀或c形狀等，各種内部具穿孔 12 0凸出體，亦可於殼體11表面成型具有貫穿式、直孔 狀的穿孔12 0之定位部12。 本創作之減震固定裝置於實際使用時，若該震動源工係 為風扇，則震動源1(風扇）#殼體工i内之扇葉工3運作 旋轉時’震動源1的殼體11所產生之震動，即由複數固定 模組2之減震元件2 2予以敝，藉崎健祕i運作時 之震動力，而避免影響震動源1周邊於預S基座3上所設之 零組件的運作，同時可·複數減震元件2 2在吸收震動源 1運轉之震動力，並降低震祕丨運轉職生之噪音量，達 到減震、降低噪音等實用功效。 、而相對於上述複數固定模組2，於複數固定元件21、 減震元件2 2外侧’可分顺制定座2 3，並於複數固定 座2 3内。[5分別設有固定孔2 3 〇，且複數固定座2 3之固 定孔2 3 〇，為分別供複數固定元件2丄之固定部2工3嵌 入，以進行組裝結合。 複數固定元件2!之固定部2工3係可設有外螺紋而 相對於複數固定部2 1 3之外螺紋，複數固樹3之固定 孔230内可設有内螺紋；再者，複數固定元件21之固定 部2 13、各_座23之峡孔23◦，亦可為呈相對緊 配合組裝定位之插梢及梢孔。 再者，複數固定模組2之減震元件22，乃可_體成型 埋入射出或之作業方<，直接成型於固定元件2 i的桿 身212外，如此即可將固定件2工、減震元件2 2組合一 同直接組裝於震動源1的殼體11之定位部！2。 且減震元件2 2亦可與©定元件2 i分開製成，經組裝 結合後，復組裝於定位部12。 減震元件2 2可顧筒式套餘、τ形套管狀、工字形 圓筒套管狀等，各種形狀設計之套筒；並可於各減震元件2 2之通孔2 2 0剖設有貫通至外部的變形槽道2 2工；並可 將減震7G件2 2成型為圓筒式套管狀，即可彻複數減震元 件22，分別穿設在震動源！的殼體2丄之各定位部工2的 各穿孔12 0内’再利用複數減震元件2 2内部通孔2 2 〇 ’分別供複數固定元件21以桿身212、固定部213、 抵擋體214穿人，並使固定部213、抵擋體214分別 穿出通孔2 2 0外，而藉由固定部213固接於固定座2 3 的固定孔2 3 0内，且透過固定元件2 ^之抵擋體2丄4， 抵持於固定座2 3的固定孔2 3 0上，可以止擋固定部21 3不致太深入的嵌入固定座2 3的固定孔2 3 0内，如此可 防止減震元件2 2受力後變形或扭曲，（如固定部213為 螺栓，可避免過度的鎖入固定孔2 3〇之螺孔内，形成卡死 狀態），也達到將震動源1定位之目的。 另，複數ϋ定模組2所設之gj定元件21，係可分別為 螺栓、插梢、彈性扣件等，各類型可供定位、緊固作用之構 件；且複數蚊模組2所設之減震元件2 2，係可為軟性的 塑膠、橡膠、發泡膠體、海棉體等’各類型具吸震、減震、 消音等效果的構件。 預設之基座3係可為、電子零組件之電路板、桌上型電 腦或筆記㈣腦之域板、電子裝置_之控制電路板 、電腦機⑨、域之;、麟崎組裝之架構或者電子裝 置的機體上等，用以組裝震動源1。 請參閱第五、六、七、人_示，係為本創作另一實施 例之立體分解圖、另一實施例之側視剖面圖、再一實施例之 立體分解圖、再一實施例之側視剖面圖，由五、六圖中所示 可以清楚看出，本創作之減震固定裝置，在震動源i的殼體 11外部所設之複數定位部i 2，係於殼體i i周緣成型c 形狀之凸耳121，且凸耳121内部具有穿孔i 2◦，而 於殼體11外之複數定位部！2，為分別裝設有固定模組2 ，而於複數固定模組2之IU定it件2 1、減震元件2 2外部 ’再分別設置抵擋體214 (可為C型環'定位梢等供定位 用之構件）。當複數固定模組2之各減震元件2 2成型為工 字形圓筒狀，即可將減航件2 2外環面上之卡制槽2 2 2 嵌入震動源1於威體11周緣所設C形狀之凸耳121的 穿孔12 Q内’而複數減震元件2 2㈣通孔2 2 ο，可分 別供複數固定元件2 1以桿身212、@定部213、嵌合 部2 1 5穿人，並使固定部2 1 3、岭部2 1 5分別穿出 通孔2 2◦外，再利用抵擋體2 i 4 (係可為c型環、定位 梢等供定位用之構件）喪扣在嵌合部2 i 5，而由固定部2 13固接於固定座2 3的固定孔2 3 Q内，且利用各固定元 件21底部嵌扣之抵擋體214，抵持於固定座2 3的固定 孔2 3 0上，可简免固定部2 i 3太過深人的嵌入固定孔 2 3 0内’並可防止減震元件2 2受力後變形或扭曲、形成 卡死狀’達到將震動源丨定位之目的，而當震動源丨的殼體 11内部之作動物件（如扇葉i 3)於運作、轉動時所產生 之震動即可透過複數減震元件2 2子以吸收、減缓，進而 減低震動源1 (風扇）運作時之震姆況；於此實施例中該 抵擋體214係另外製造成型後，再鼓扣於桿身212所設 之嵌。。卩2 1 5 ’未如先前實施例之抵擋體系一體成型於桿 身212上’如此透過嵌扣之抵擋體2工4抵持於固定座2 3的固定孔2 3 Q上’可防止固定部213太過深入嵌設於 固定座23的固聰2 3 0,形成錢的效果。 由第七圖本創作再-實施例中得知，減震元件2 2亦可 成型為T形套餘及抵縣敵；將τ形賴狀之減震元件 2 2，分別穿入震動源工的殼體工工上之複數定位部工㈣ 穿孔2 2 Q内’再以各減震元件2 2之通孔2 2 Q，分別供 M379304V. New description: [New technical field] The creation system provides a shock-absorbing fixing device, especially a device that can be used to reduce the vibration force after the vibration source is assembled and positioned, and the housing of the vibration source can be operated. The generated vibration force buckle absorbs, effectively reducing the vibration force and avoiding affecting the use and operation of peripheral components. [Prior Art] According to the continuous advancement of electronic technology, various electronic and electrical products continue to be created and introduced, bringing many conveniences and benefits to people's lives and work, and the early embryonic stage of early electronic technology, electronics, The design of electrical products is large in size, heavy in weight, difficult to operate, and lack of inconvenience, but today, electronic technology has reached a mature p-embellishment. Many electronic and electrical products are refined, and the design is also light and thin. Short, small, easy to operate, diversified functions, easy to carry around, and other convenient targets to create 'the more light, thin, short, small in the electronics, Wei production, the use of function Z more, should On the electronic and components, as many components and accessories are installed, the more components, components, accessories, etc., form adjacent and close assembly, and it is expected to form a common earthquake during operation. In the operation of the electronic device, it is easy to generate vibration, such as · Hard disk (Hdd) ^ audio playback device (vcd, dvd), fan (FAN) f, made Z in various electronic devices (such as desktop computers, notebook computers, SERVER, etc.) 'The operation will be shocked when the _ phenomenon is unstable. This problem has long been solved by the industry, but it still exists in actual use. Many missing, such as: (1) Adding cymbals or loops when assembling fans and radiators, although fans, radiators _clamping, recording, _ can not slow down the vibration and noise generated by the fan operation, In turn, it affects the normal operation of peripheral components. (2) Fans and heat sinks are assembled on the gasket or the collar. Only the fan and the heat sink are used, and the fan and radiator are different depending on the model and appearance. The position of the hole is also different, so the size of the fan and the radiator must be considered when selecting the gasket and the collar, which causes trouble and inconvenience in assembly. Therefore, how to solve the lack of practice is the direction for the relevant manufacturers in this industry to research and improve. [New content] Therefore, the creators have collected the relevant information in view of the above-mentioned problems and deficiencies, and have evaluated and considered them through multiple parties, and have designed this type of experience through continuous trials and revisions through years of experience in this business. A positioning device that can be installed in a vibration source and has a shock-proof performance and is easy to install. The main ship of this creation lies in the shock-absorbing fixing device, which is attached to the housing of the vibration source with a plurality of granular parts to be attached to the group, and the number of the (4) modules is used for the knife to use the plurality of fixed components and the shock-absorbing components to vibrate. Each of the positioning portions of the housing is provided with a through hole provided in the interior of the damper member for the fixing component to be mounted, and the fixing portion and the resisting body are exposed, and then the fixing portion is fixed on the preset base. And the upper part of the fixing part of the fixing component is the upper edge of the shackle of the pedestal and the lower edge of the damper element, so that the vibration force generated when the vibration source operates by the fixed module is isolated and shock-absorbing, The purpose of shock absorption. The secondary feature of the present invention is that a fixing seat is provided on the outer base of the fixing component and the damping component, and the fixing portion on the side of the fixing component passes through the vibration source clamping portion and the through hole of the damping component. The Qin is positioned in the fixed hole of the fixed seat to achieve a stable fixed position and enhance the shock absorption effect. Another feature of the present invention is that the fixed module is fixed above the fixed component of the fixing component, and the damping component of the soft material is prevented from being generated during assembly, g] is fixed in the fixing hole of the fixing seat. Deformation, skewing phenomenon. [Embodiment] In order to achieve the above objectives and effects, the technical means and structure used in the creation of the present invention are better implemented in the form of a paste, and the functions and functions are as follows. Please refer to the first, second, third and fourth figures, which are the three-dimensional appearance, the three-dimensional exploded view, the side-view exploded view and the side-viewed cross-section of the creation. It is not clear from the figure that this (4) The vibration damping device is composed of a pure vibration source and a plurality of fixed modules 2, wherein: the vibration source 1 is provided with a plurality of positioning portions 丄2 on the housing 1 i, and the plurality of positioning portions 丄 2 are respectively located in the housing The surface or outer edge of the i丄. The hard number fixing module 2 is composed of a fixing component 21 and a damping component 2 ^ respectively, and each fixing component 21 is extended from the stopper body 2! to the side of the cup body 2 1 2 ' and each shaft 2 The position of the other arm of 1 2 has the solid body #2 1 3 and the resisting body 2丨4, and the shafts 2 1 2 of the fixing elements 2 透过 pass through the deformation groove 2 2 1 respectively. The hole 2 2 〇 'and the bottom fixing portion 213 and the core of the resisting body 21 are assembled by the housing 11 of the vibration source 1 at the time of assembly.卩1 2 'The fixing element 2 1 of the plurality of fixed modules 2 and the shock absorbing reading 2 are respectively assembled and embedded, and the respective damper elements 2 2 can be assembled to the perforations 12 各 of the positioning portions 12, and then the reduction is performed. The through hole 2 2 〇 of the seismic element 2 2 is respectively provided for the damper body 2丄i at the top of the plurality of fixing elements 2 i, respectively abutting the upper edge of the through hole 2 2 Q of each damper element 2 2 and rotating 2 丨 2 The inside of the through hole 2 2 0 'is passed by each mosquito part 2, the resisting body 2 i 4 out of each through hole 2 2 0, and then assembled to the fixed base 3 by the fixing part 2丄3 The seat 2 3 'and the resisting body 214 is resisted on the m seat 2 3 'to prevent the solid part 2 1 3 from being too deep in the person's m seat 2 3, and using the resisting body 214 to the damping element 2 2 forming a barrier to avoid the deformation or distortion of the damping element 2 2 and the positioning parts 1 2 of the vibration source 1 are respectively clamped in the candy 2 2 2 of the shock absorbing 7G piece, and the positioning vibration source i is The preset base 3 is assembled in groups to form the shock absorbing fixture of the present invention. The vibration source 1 of the above-mentioned creation can be an object that generates vibration when operating in a hard disk (HDD), a multimedia playback SCDVD 'VCD), a fan (FAN), a burner, and the like, and the vibration source i is in the housing. The plurality of positioning portions 12 provided on the periphery of the housing i are formed with a plurality of lugs 121 on the outer edge of the housing 11, and a perforation 12 分别 is respectively disposed in each of the lug 丄 2 i, and the lugs 121 can be respectively ring-shaped. The shape, the c shape, and the like are variously formed with perforated 120 protrusions, and the positioning portion 12 having the through-holes and straight-hole-shaped perforations 120 may be formed on the surface of the casing 11. When the vibration damping device of the present invention is used in actual use, if the vibration source system is a fan, the vibration source 1 (fan) # the fan blade 3 in the housing work i rotates when the housing 11 of the vibration source 1 The generated vibration, that is, the damper element 2 2 of the plurality of fixed modules 2 is smashed, and the vibration force of the operation of the sturdy key i is avoided, thereby avoiding affecting the zero set on the pre-S pedestal 3 around the vibration source 1 The operation of the components, at the same time, the complex damping element 2 2 absorbs the vibration force of the vibration source 1 and reduces the noise amount of the shocking operation, achieving the practical effects of damping and noise reduction. With respect to the above-mentioned plurality of fixed modules 2, the outer side of the plurality of fixed elements 21 and the damper elements 2' can be divided into the seats 2 3 and placed in the plurality of fixed seats 2 3 . [5] The fixing holes 2 3 设有 are respectively provided, and the fixing holes 2 3 复 of the plurality of fixing seats 2 3 are respectively inserted into the fixing portions 2 for the plurality of fixing members 2 to perform assembly and bonding. The fixing portion 2 of the plurality of fixing members 2 can be provided with external threads and external threads with respect to the plurality of fixing portions 2 1 3 , and the fixing holes 230 of the plurality of solid trees 3 can be provided with internal threads; further, the plurality of fixings The fixing portion 2 13 of the component 21 and the canyon 23 各 of each _ seat 23 may also be a spigot and a tip hole which are assembled and positioned in a relatively tight fit. Furthermore, the damper element 22 of the plurality of fixed modules 2 can be formed by immersing or immersing the damper element 22 directly into the shaft 212 of the fixing element 2 i, so that the fixing member can be worked The combination of the damping element 2 2 is directly assembled to the positioning portion of the housing 11 of the vibration source 1! 2. Further, the damper element 22 may be formed separately from the determinate element 2 i, and assembled and assembled to be assembled to the positioning portion 12. The damper element 2 2 can be designed with a sleeve of various shapes, such as a tubular sleeve, a τ-shaped sleeve shape, an I-shaped cylindrical sleeve shape, etc., and can be disposed at a through hole 2 2 0 of each damper element 2 2 . The deformation channel 2 is connected to the outside; and the shock absorbing 7G piece 2 2 can be formed into a cylindrical sleeve shape, so that the plurality of damping elements 22 can be completely punctured and placed in the vibration source! Each of the perforations 12 of each of the positioning portions 2 of the housing 2 is re-used by the plurality of damper elements 2 2 and the internal through holes 2 2 〇' respectively provide the plurality of fixing elements 21 with the shaft 212, the fixing portion 213, and the resisting body The fixing portion 213 and the resisting body 214 are respectively passed through the through hole 2 2 0, and are fixed in the fixing hole 2 3 0 of the fixing base 2 3 by the fixing portion 213 and penetrate the fixing member 2 ^ The resisting body 2丄4 is abutted against the fixing hole 203 of the fixing base 23, so that the fixing fixing portion 213 can be inserted into the fixing hole 203 of the fixing base 23 without being too deep, so that the reduction can be prevented. The vibration component 2 2 is deformed or twisted after being stressed, (for example, the fixing portion 213 is a bolt, which can avoid excessive locking into the screw hole of the fixing hole 2 3〇, forming a stuck state), and also achieves the purpose of positioning the vibration source 1 . In addition, the gj fixing component 21 provided in the plurality of clamping module 2 can be a bolt, a spigot, an elastic fastener, etc., and each type can be used for positioning and fastening; and the plurality of mosquito modules 2 are provided. The damper element 2 2 can be a soft plastic, rubber, styrofoam, sponge body, etc., each of which has the effects of shock absorption, shock absorption, silencing, and the like. The preset base 3 can be a circuit board of an electronic component, a desktop computer or a note (4) a brain domain board, an electronic device _ a control circuit board, a computer machine 9, a domain; Or the body of the electronic device is used to assemble the vibration source 1. Please refer to the fifth, sixth, seventh, and human figures, which are perspective exploded views of another embodiment of the present invention, a side cross-sectional view of another embodiment, a perspective exploded view of still another embodiment, and another embodiment. The side cross-sectional view can be clearly seen from the five and six figures. The damping fixture of the present invention has a plurality of positioning portions i 2 disposed outside the housing 11 of the vibration source i, which are attached to the periphery of the housing ii. The lug 121 of the c-shape is formed, and the inside of the lug 121 has a perforation i 2◦, and a plurality of positioning portions outside the casing 11! 2, for each of the fixed module 2 is installed, and the IU fixed member 2 1 of the plurality of fixed modules 2, the outer portion of the damper element 2 2 is respectively provided with a resisting body 214 (can be a C-ring 'locating tip, etc. A component for positioning). When the damping elements 2 2 of the plurality of fixed modules 2 are formed into an I-shaped cylindrical shape, the clamping groove 2 2 2 on the outer ring surface of the lowering member 2 2 can be embedded in the vibration source 1 at the periphery of the body 11 The through hole 12 Q of the C-shaped lug 121 is provided, and the plurality of damper elements 2 2 (four) the through hole 2 2 ο can respectively provide the plurality of fixing elements 2 1 with the shaft 212, the fixed portion 213, and the fitting portion 2 1 5 Wear the person, and let the fixing portion 2 1 3 and the ridge portion 2 15 respectively pass through the through hole 2 2 , and then use the resisting body 2 i 4 (which may be a c-ring, a positioning tip or the like for positioning) The shackle is fastened to the fixing portion 2 i 5 , and is fixed in the fixing hole 2 3 Q of the fixing seat 23 by the fixing portion 2 13 , and the resisting body 214 is fastened by the bottom of each fixing element 21 to resist the fixing seat 2 3 fixing hole 2 3 0, can be simply removed from the fixing part 2 i 3 too deep into the person's embedded fixing hole 2 3 0 ' and can prevent the damping element 2 2 from being deformed or twisted after being forced to form a stuck shape 'Achieve the purpose of positioning the vibration source ,, and the vibration generated when the animal member (such as the fan blade i 3) inside the casing 11 of the vibration source is operated and rotated can pass through the plurality of damper elements 2 2 absorb, The mitigation, and thus the vibration source 1 (fan) operation, is reduced. In this embodiment, the resisting body 214 is separately molded and then engaged with the shaft 212. .卩 2 1 5 'The resisting system of the prior embodiment is not integrally formed on the shaft 212. Thus, the resisting body 2 of the inserting ring is resisted by the retaining body 2 3 Q of the fixing seat 2 3 to prevent the fixing portion The 213 is too deep into the solid Cong 2 3 0 embedded in the fixed seat 23, forming a money effect. It can be seen from the seventh embodiment of the present invention that the damper element 22 can also be formed into a T-shaped sleeve and a county enemy; the τ-shaped damper element 2 2 is respectively inserted into the vibration source. The number of positioning parts on the shell workman (4) perforation 2 2 Q inside and then the through hole 2 2 Q of each damping element 2 2, respectively for M379304
I · I 複數固定元件2 1穿過，而由各固定元件2 i之料2 ^ 2 穿入通孔2 2 ◦後’各桿身2 1 2另側之固料2 i 3、抵 擔體214再穿出通孔2 2 〇外，且在各減震元件2 2底部 ，分別利用抵持套體2 2 3固定於各桿身2丄2。 抵持套體2 2 3可為軟性之材質如塑膠、橡膠或泡棉等 軟性物質所製成，而抵持套體2 2 3上方抵住定位部丄2， 下方抵住抵擂體214，如此可避免震動源丄透過凸耳工2 • 1將震動傳導至基座3，而各固定元件21之固定部213 ’分別故入於預設基座3上之複數固定座2 3的固定孔2 3 0内，達到固定震動源之作用。 是以’以上所述各例僅為本創作之較佳實施例而已，非 因此侷限本創狀柄翻，摘作針對具有減震作用之固 疋裝置的設計，為將震動源！組裝在預設基座3時，係利用 複數固定模組2之複數固定元件21、減震元件2 2，分別 • 組裝在震動源1的殼體11上之各定位部丄2，俾可達到在 震動源1運作時透過複數固定模組2吸震、減震之目的。另 於複數固定模組2的複數固定元件21、減震元件22外部 «又有複數固疋座2 3，以將複數固定部2 1 3分別固設於 預設基座3上；複數固定元件21穿過各減震元件2 2後， 再藉由固定部213嵌設、定位於各固定座2 3上，並以各 固定元件21之抵擋體214，分別抵擋於固定座2 3的固 疋孔2 3 0上，防止固定部213與固定座2 3的組裝過度 11 緊固、卡死，而利用抵擋體2 i 4對減震元件2 2形成止擋 ，以防止減震元件22受力後變形、杻曲。 上述本創作減震固定裝置於實際使用時，為可具有下列 各項優點，如： ()藉由震動源1的殼體11上之複數定位部12，分別 供複數固定模組2之複數固定元件21、複數減震元 件2 2組裝，而透過複數減震元件2 2吸收震動源1 於運作時所產生之震動力，避免影響周邊零組件，亦 降低震動源運作時產生之噪音。 (〜）複數固定模組2之複數減震元件2 2 ,係可配合震動 源1的殼體11上之複數定位部工2的形狀、大小、 位置等變化’將複數減震元件2 2成型為圓筒形套筒 狀、工字形套筒狀、T形套筒狀等各種造形，供複數 減震元件2 2方便嵌扣、卡制於各種不同形狀之定位 部12(C形凸耳121狀、環形凸耳121狀、圓 直孔狀）之穿孔12 〇内，在預定的尺寸範圍内，具 有組裴簡易之實用功效。 故，本創作為主要針對震動源組裝時之固定裝置設計， 係_複數固定模組之減震元件，分別組裝在震動源的殼體 之複數疋位部，而利用固定模組將震勤源運作時產生之震動 予以吸收、減緩為主要保護重點，且可達到降低噪音量之效 果，惟，以上所述僅為本創作之較佳實施例而已，非因此即 12 ，故舉凡運用本創作說明書及 个别兄明篑及圖式内 均應同理包含於本創作 J本創#之專利朗，故舉凡運月 今所為之簡易修歧等效結構變化， 之專利範_，合予陳明。 处、二所述’本創作上述減震固定裝置於使用時，為確實 月匕達到其功效及目的，故本創作誠為-實雜優異之創作， 為符合新型專利之申請要件，爰依法提出申請，盼審委早 曰賜准本案’以保障創作人之辛苦創作，倘若釣局審委有 任何稽疑，請不吝來函指示，創作人定當竭力配合，實感德 便。 13 M379304 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第二圖係為本創作之立體分解圖。 第三圖係為本創作之側視剖面分解圖。 第四圖係為本創作之側視剖面圖。 第五圖係為本創作另一實施例之立體分解圖。 第六圖係為本創作另一實施例之側視剖面圖。 第七圖係為本創作再一實施例之立體分解圖。 第八圖係為本創作再一實施例之側視剖面圖。 【主要元件 1、 震動源 1 1、殼體 12、定位部 12 0、穿孔 2、 固定模組 21、固定元件 211、 止擋體 212、 桿身 213、 固定部 214、 抵擋體 符號說明】 121、凸耳 1 3、扇葉 2 2 0、通孔 2 21、變形槽道 2 2 2、卡制槽 2 3、固定座 2 2 3、抵持套體 14I · I The plurality of fixing elements 2 1 pass through, and the material 2 ^ 2 of each fixing element 2 i penetrates into the through hole 2 2 ◦ and then the 'shafts 2 1 2 the other side of the solid 2 i 3, the bearer The 214 is further passed through the through hole 2 2 , and is fixed to each of the shafts 2 丄 2 by the resisting sleeve 2 2 3 at the bottom of each of the damper elements 2 2 . The resisting sleeve 2 2 3 may be made of a soft material such as a soft material such as plastic, rubber or foam, and the upper portion of the sleeve 2 2 3 is pressed against the positioning portion 丄 2, and the lower portion is pressed against the dam body 214. Therefore, the vibration source can be prevented from being transmitted to the pedestal 3 through the lug 2 1 , and the fixing portions 213 ′ of the fixing members 21 are respectively fixed to the fixing holes of the plurality of fixing seats 23 on the preset base 3 . Within 2 3 0, the role of a fixed vibration source is achieved. It is to say that each of the above examples is only a preferred embodiment of the present invention, and is not limited to the creation of the handle, and is designed for the design of a solid-state device having a shock absorbing effect, which is a source of vibration! When assembled in the preset base 3, the plurality of fixing elements 21 and the damper elements 2 2 of the plurality of fixed modules 2 are respectively assembled and assembled to the positioning portions 丄2 on the casing 11 of the vibration source 1 When the vibration source 1 is in operation, the plurality of fixed modules 2 are used for shock absorption and vibration reduction. In addition, the plurality of fixing elements 21 of the plurality of fixing modules 2 and the outer portion of the damping element 22 have a plurality of fixing bases 2 3 to fix the plurality of fixing portions 2 1 3 on the preset base 3 respectively; the plurality of fixing elements After passing through the respective damper elements 2 2 , the damper elements 2 2 are embedded and positioned on the fixing bases 2 3 , and respectively resisted by the resisting bodies 214 of the fixing elements 21 respectively. On the hole 203, the assembly of the fixing portion 213 and the fixing base 23 is prevented from being excessively tightened and stuck, and the resisting member 2 i 4 is used to form a stop for the damper member 22 to prevent the damper member 22 from being stressed. After deformation, distortion. In the actual use, the above-mentioned damper fixing device can have the following advantages, such as: () by the plurality of positioning portions 12 on the housing 11 of the vibration source 1, respectively, the plurality of fixed modules 2 are fixed in plurality The component 21 and the plurality of damper components 22 are assembled, and the vibration absorbing force generated by the vibration source 1 during operation is absorbed by the plurality of damper components 2 2 to avoid affecting peripheral components and to reduce noise generated when the vibration source operates. (~) The plurality of damper elements 2 2 of the plurality of fixed modules 2 are adapted to match the shape, size, position, etc. of the plurality of positioning portions 2 on the casing 11 of the vibration source 1 to shape the plurality of damper elements 2 2 The utility model has various shapes such as a cylindrical sleeve shape, an I-shaped sleeve shape and a T-shaped sleeve shape, and the plurality of shock absorbing members 2 2 are conveniently embedded and fastened to the positioning portions 12 of various shapes (the C-shaped lugs 121) The perforation 12 of the shape, the annular lug 121 shape, and the straight hole shape) has a simple practical effect in the predetermined size range. Therefore, this creation is mainly for the design of the fixed device when the vibration source is assembled. The damping components of the fixed module are assembled in the plurality of clamping parts of the housing of the vibration source, and the seismic source is used by the fixed module. The vibration generated during operation is absorbed and slowed down as the main protection focus, and the effect of reducing the noise amount can be achieved. However, the above description is only the preferred embodiment of the present invention, and therefore is not the case, so the application of this manual is used. And the individual brothers and the drawings should be included in the creation of the patent of the creation of this book, the creation of the patent, the reason for the simple modification of the equivalent structural changes, the patent model _, combined with Chen Ming. At the time of the above, the above-mentioned shock-absorbing and fixing device of this creation is used for the purpose of realizing the effect and purpose of the new moonlight. Therefore, the creation is sincerely-excellent and excellent, in order to meet the application requirements of the new patent, Applying, I hope that the trial committee will grant this case as early as possible to protect the creators' hard work. If there is any doubt in the Bureau of the fishing bureau, please do not hesitate to give instructions, the creators will try their best to cooperate and feel good. 13 M379304 [Simple description of the drawing] The first picture is a three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The third figure is an exploded view of the side view of the creation. The fourth figure is a side cross-sectional view of the creation. The fifth drawing is an exploded perspective view of another embodiment of the present creation. The sixth drawing is a side cross-sectional view of another embodiment of the present creation. The seventh figure is an exploded perspective view of still another embodiment of the present creation. The eighth drawing is a side cross-sectional view of still another embodiment of the creation. [Main component 1, vibration source 1 1, housing 12, positioning portion 12 0, perforation 2, fixed module 21, fixing member 211, stopper body 212, shaft 213, fixing portion 214, resisting body symbol description] 121 , the lug 13 , the fan blade 2 2 0 , the through hole 2 21 , the deformation channel 2 2 2 , the clamping groove 2 3 , the fixing seat 2 2 3 , the resisting sleeve 14