M368527 五、新型說明： 【新型所屬之技術領域】 於振動測試之 本創作係關於一種平台總成；特別是關於—種用 平台總成。 【先前技術】 所有物件在運輸及使用的過程中，都難以避免地會遭遇到振動 情^這些振動情況的發生，可能是不具破壞性的輕微晃動，例 .如父通卫具運輸物件時或拿取物件時所產㈣搖晃情形。然而 於某些情況，例如物品使用於各種會產生振動之機械機且"产 形，將造成物件受到長期持續性之強烈振動而損壞。因此: 振動測試有其必要性’以便瞭解大小程度相異的振動對物; 能產生的影響，進而在產品研發時期以及產品出廠前就 振動所可能造成之傷害，以確健件的㈣品質。 於先刖技射’業界心模擬各類不同振動源之 台，Γ般僅能對測試物件進行特定單—軸向的振動職，無2 對於測。式物件進仃任意方向之振動測試。因此，需藉由他種方法， 如以不同方向固定測試物與振動測試平台，並經過多次相異轴向 的擺放及反覆振動測試，在經由計算後預估該測試物件之耐震口 質。然而，某類如電路板等物件，無法用任意方向 ： 定。再者，空間中的不° u θ 十 个叫釉向振動測試，必須經過複雜的空間向 .算，模擬二間中特定軸向振動測試的結果，而模擬計算結 果更有可能與實際測試結果有所出入。 、。 有鑑於此’提供一可彡儿办叫1 α二間中任意軸向進行振動測試之平台總 M368527 成’乃為此一業界亟待解決的問題 【新型内容】 適以沿空間中任意軸 本創作之-目的在於提供—種平， 向，施加一振動於一测試物件。 為達上述目的，本創作所揭露之平台總成包含一平板、— 以及一萬向連接裝置。其中，該測試物件係固定至該平板上二亥 基座設置於該平板下方，且該萬向連接裝置係設置㈣平板_ 基座間。該基座適可沿—軸向，進行—往復振動。固定於該平板 之該測試物件，藉由該萬向連妙置相對於該基座轉動至—可調 整^固^之相對角度，並與該基座沿該軸向進行該往復振動，以 進行沿空間中任意軸向之振動測試。 ㈣上述目的、技術特徵、和優點能更明顯«，下文係㈣ it只施例配合所附圖式進行詳細說明。 【實施方式】 請參考第1圖，本創作之平台總成i包含一平板u，一基座12 二及-萬向連接裝置13。平板u包含複數螺孔U1，適可與一測 減物件（®未示）螺接@定。基座12設置於平板η下方，兩者 間以萬向連接裝置13相接合。藉由基座12可沿—轴向υ進行一 :復振動’並且平板u及基座12可藉由萬向連接裝置η自由調 整及固定二者間之—相對角度，本創作之平台總成i適以對測試 勿件進行工間中任意軸向之振動測試。較佳地，丨台總成1之平 板11基座12及萬向連接裝置π之材質係選自鋁及鋁合金所成 之群組。 5 M368527 請—併參閱第2圖’萬向連接裝置13包含—球殼⑶與一球頭 132，球殼131 _定好板u下方，且球w期於基座 12上。球殼131適以交罢；^-^ 置球碩132，使球殼131與球頭132間適 :自由轉動。藉由球殼131與球頭132之相互配合，使用者適可 糟由萬向連接裝置U ’自由調整及固定平板11及基座12間之相 對角度至任意角度。 而„球殼131更進-步包含_半球殼丨…及―固定環 131b’—者猎由分卿成於其上之複數穿孔仙，相互螺接固定。 "’又31a，、固13 lb適可共同界定出容置空間之—球面， 供球頭132容置J：中。龢杜认 ,± "也，萬向連接裝置13之球頭132係為 中工球體以減輕重量；球& 131之半球殼⑶a與平板n 一 體成形且固定於平# Μ 、十板11之下方，且球頭132與基座12 一體成形 且固定於基座12之上方。 為避免平板11因強度不於振動測試過程中共振並變形，平 口總成1更包含八支撑架m。支撐架u2與半球般咖之一外 表面及平板11之—底面固定’使半球殼131&適足以穩固平板η 及侧勿件。再者，基座12更具有—底板ΐ2ΐ，底板ΐ2ΐ包含複 數牙孔122。基座12之底板121藉由穿孔122與一振動源螺接， 以完成平台總成丨之設置。本創作之振動源沿軸向γ施加振動於 基座12’並經由萬向連接裝置13，沿任意之相對角度施加振動於 測試物件上。 在此需說明者係’於本創作之—實施例中，萬向連接裝置心 進一步包含-鎖定裝置’以於固定平板u及基座12間之相對角 M368527 度後，進行振動測試。秋而 之球殼—半球殼 間之球面，與球頭132之外表面^^131b所界定出之容置空 外表面相接觸時所產生之一摩擦力，以 固疋萬向連接裝置13及平板u盥美 〇 土座2間之相對角度，使平板 11及測試物件固定於任意之相 且、再又並進仃振動測試。此技術 項域具通#識者可Μ推知 之错㈣罢⑤， ㈣運接裝置13可利用其他形式 之鎖疋裝置’取代僅利用上述球殼131與球頭132間之摩擦力之M368527 V. New description: [New technical field] The vibration test is based on a platform assembly; in particular, the platform assembly. [Prior Art] All objects are inevitably encountered in the process of transportation and use. These vibrations occur, which may be non-destructive slight sloshing. For example, when the father is transporting objects or (4) Shake when the object is taken. However, in some cases, such as the use of articles in a variety of mechanical machines that generate vibrations, "formation, the object will be damaged by strong, long-lasting vibrations. Therefore: Vibration testing is necessary ‘ to understand the vibrations of different sizes; the impact that can be produced, and the damage that can be caused by vibration during the product development period and before the product leaves the factory to ensure the quality of the parts. Yu Xianyi's technology shoots the industry's heart to simulate a variety of different vibration sources, so that only a single-axial vibration of the test object can be performed, no 2 for testing. The object is tested for vibration in any direction. Therefore, it is necessary to fix the test object and the vibration test platform in different directions, and after several times of different axial placement and repeated vibration tests, the seismic endurance of the test object is estimated after calculation. . However, some types of objects such as circuit boards cannot be used in any direction: Furthermore, the ten θ θ vibrations in space are called glaze vibration tests, and must be subjected to complex spatial directions to simulate the results of specific axial vibration tests in the two, while the simulation results are more likely to be related to the actual test results. There are discrepancies. ,. In view of this, we provide a platform for the vibration test of any axis in the 1 α two room. The total number of M368527 is 'a problem that needs to be solved in this industry. 【New content】 Suitable for any axis creation in space The purpose is to provide a flat, direct, and applied vibration to a test object. To achieve the above objectives, the platform assembly disclosed in the present application comprises a flat panel, and a universal joint device. Wherein, the test object is fixed to the flat plate, and the base is disposed under the flat plate, and the universal joint device is provided with (4) a flat plate-base between the bases. The base is adapted to perform reciprocating vibration along the axial direction. The test object fixed to the flat plate is rotated relative to the base by the universal joint to adjust the relative angle of the solid state, and the reciprocating vibration is performed along the axial direction with the base to perform Vibration testing along any axis in space. (4) The above objectives, technical features, and advantages can be more apparent. The following is a detailed description of the following examples. [Embodiment] Referring to Fig. 1, the platform assembly i of the present invention comprises a flat plate u, a base 12 and a universal joint device 13. The plate u includes a plurality of screw holes U1, which are suitable for screwing with a measuring object (not shown). The susceptor 12 is disposed below the flat plate n and is joined by a universal joint device 13 therebetween. By the susceptor 12, a: complex vibration can be performed along the axial direction, and the flat plate u and the susceptor 12 can be freely adjusted and fixed by the universal joint device η, and the relative angle between the two, the platform assembly of the present invention i It is appropriate to carry out any axial vibration test in the workshop for the test. Preferably, the base 11 of the flat plate 11 of the platform assembly 1 and the material of the universal joint device π are selected from the group consisting of aluminum and aluminum alloy. 5 M368527 Please - and refer to Fig. 2 'The universal joint device 13 comprises a spherical shell (3) and a ball head 132, the spherical shell 131_ is positioned below the plate u, and the ball is on the base 12. The spherical shell 131 is suitable for the handover; ^-^ is placed on the ball 132 so that the spherical shell 131 and the ball head 132 are suitable for free rotation. By the cooperation of the spherical shell 131 and the ball head 132, the user can freely adjust and fix the relative angle between the flat plate 11 and the base 12 to an arbitrary angle by the universal joint device U'. And the „spherical shell 131 is further advanced—including the hemispherical shell 丨... and the “fixing ring 131b ′′—the plural perforated singers that are smashed by the squad, which are screwed together. "'Yes 31a, 固13 The lb is suitable for jointly defining the spherical space of the accommodating space, for the ball head 132 to accommodate J: in the middle. and the confession, ± " also, the ball head 132 of the universal joint device 13 is a medium-working sphere to reduce the weight; The hemispherical shell (3)a of the ball & 131 is integrally formed with the flat plate n and fixed under the flat plate 11 and the ten plate 11, and the ball head 132 is integrally formed with the base 12 and fixed above the base 12. To avoid the flat plate 11 The strength does not resonate and deform during the vibration test. The flat mouth assembly 1 further includes eight support frames m. The support frame u2 and the outer surface of one of the hemispherical coffee cups and the bottom surface of the flat plate 11 are fixed to make the hemispherical shell 131 & Further, the pedestal 12 further has a bottom plate ΐ 2 ΐ, and the bottom plate ΐ 2 ΐ includes a plurality of dental holes 122. The bottom plate 121 of the pedestal 12 is screwed to a vibration source by the through holes 122 to complete the platform assembly. The vibrating source of the present invention applies vibration to the pedestal 12' along the axial direction γ and passes through The connecting device 13 applies vibration to the test object at any relative angle. In the embodiment, the universal joint device further includes a locking device for fixing the plate u and the base. After the relative angle of 12 seats is M368527 degrees, the vibration test is carried out. The spherical surface of the autumn spherical shell-hemispherical shell is produced when it contacts the outer surface of the outer surface defined by the outer surface of the ball head 132^131b. A frictional force is used to fix the flat plate 11 and the test object to any phase and then to the vibration test by the relative angle between the solid universal joint device 13 and the flat plate. (T) The transport device 13 can use other types of lock devices to replace the friction between the ball shell 131 and the ball head 132.
方式，以穩固基座12對於平板11的相對角度。 上述之實施例僅用來例舉本創作之實施態樣，以及閣釋本創作 =支術特徵，並料來_本創作之㈣料4何熟悉此技術 可輕易完成之改變或均等性之安排均屬於本創作所主張之範 圍，本創作之權利保護範圍應以申請專利範圍為準。 【圖式簡單說明】 第1圖係為本創作平台總成之立體示意圖。 第2圖係為本創作平台總成之剖面示意圖。 11 平板 112 支撐架 121 底板 13 萬向連接裝置 131a 半球殼 131c 穿孔 【主要元件符號說明】 1 平台總成 111 螺孔 12 基座 122 穿孔 131 球殼 131b 固定環 132 球頭 7In a manner to stabilize the relative angle of the base 12 to the plate 11. The above embodiments are only used to exemplify the implementation of the present invention, as well as the interpretation of the creation of the work, and the composition of the work, and the composition of the work (4) material 4, familiar with the technology can be easily completed change or equal arrangement All of them belong to the scope of this creation, and the scope of protection of this creation shall be subject to the scope of patent application. [Simple description of the diagram] The first diagram is a three-dimensional diagram of the creation platform assembly. Figure 2 is a schematic cross-sectional view of the creation platform assembly. 11 Plate 112 Support frame 121 Base plate 13 Universal joint device 131a Hemispherical shell 131c perforation [Main component symbol description] 1 Platform assembly 111 Screw hole 12 Base 122 Perforation 131 Spherical shell 131b Retaining ring 132 Ball head 7