1284196 ·、 九、發明說明： ，· 【發明所屬之技術領域】 - 本發明係有關一種體重計檢測器方面的技術領域，尤 • 指一種用於校正體重計的底盤結構設計及讀值，以期能使 该體重計具有較佳之精準度之體重計檢測器者。 【先前技術】 請參閱第一圖所示，係為一般體重計之底盤結構的平 Φ 面示忍圖，其中係指出該體重計（1)之面板係將所受到1284196 ·, IX, invention description: , · Technical field of the invention - The present invention relates to the technical field of a scale detector, in particular to a chassis structure design and reading for correcting the weight scale, with a view to A weight scale detector that enables the weight scale to have better precision. [Prior Art] Please refer to the first figure, which is the flat Φ surface of the chassis structure of the general weight scale, which indicates that the panel of the scale (1) will be subjected to
的重量以鐵片壓在A、B、C、D四俩受力點上，該△、（：點 係分別為二根長連動桿（1 〇)上的一點，而B、D點則 各為二根短連動桿（i i )上的一點，該圖中梯形之連動 件（1 2 )係將該二根長連動桿（i 〇)連在一起，並使 “連動件（1 2)向後沿伸而在E點而施力於力感應器（1 3 )上，因此面板傳至a、c點的重量由長連動桿（丄〇 ) 2至力感應器（13)的E點，而面板傳至β、D點的重 鲁1則由二根短連動桿（i i )經長、短連桿的接點F、G 7分別傳至二根長連動桿（i Q )，再傳至力感應器（工 3 )的E點。 而目前對於該體重計之校正方式主要係湘將一具 敕定重量之破碼置於該體重計的面板上，然後再將讀值調 ^與該㈣相同之數值來達成；“，該種方式不但不 二2體站立於該體重計上的實際重力分佈情形，而無法 =、校正該體重計’而且對於㈣重計的結構設計是否 確’其更是合理無法測出，因此目前便常存在著體重計 5The weight of the iron is pressed on the four points A, B, C, and D. The △, (: point is a point on the two long linkage rods (1 〇), and the points B and D are As a point on the two short linkage rods (ii), the trapezoidal linkage (12) in the figure connects the two long linkage rods (i 〇) together and causes the "linking member (12) to be backwards Applying force to the force sensor (1 3 ) along the E point, so the weight of the panel to the points a and c is from the long linkage rod (丄〇) 2 to the point E of the force sensor (13). The heavy Lu 1 transmitted from the panel to the β and D points is transmitted to the two long linkage rods (i Q ) by the two short linkage rods (ii) through the joints F and G 7 of the long and short links, and then transmitted to the two long linkage rods (i Q ). The point E of the force sensor (Work 3). At present, the correction method for the weight meter is mainly to place a broken weight of the weight on the panel of the weight meter, and then adjust the reading value to (4) The same value is reached; "This method is not only the actual gravity distribution of the body standing on the scale, but can not =, correct the weight meter 'and whether the structural design of the (4) recalculation is indeed more It is reasonable to measure, so there are often weight scales 5
本發明之主要目 個受力點施以特定之 計及讀值之目的者。 1284196 誤差值過大之情形無法解決。 緣疋本發明人即針對該習用體重計之檢測方式 兀善所導致之料缺失，而深人構思，且積極研究改良、 道’經長期之努力改良試做而開發設計出本發明。之 【發明内容】 的在於提供一種用於對體重計的四 重力以達到校正該體重計之結構設 具體而言，本發明所述之體重計㈣器，其結構包括 - “反具有一定位槽供將該體重計固定於檢測位 ^導杯係直立於該底板上，-頂板係結合於該些導桿之頂 ，檢測架係供該些導桿？設，且被安排成可在該底板 頂板之間滑動，於該檢測架上對應體重計之四個受力 點的位置上係相對具有四個穿孔，—驅動裝置係設於該頂 板上供控制該檢測架之昇降，以及—砝碼組係包含複數個 作用砝碼及補充砝碼’其中該作用砝碼係可供設於該檢測 架上對應體重計之四個受力點的位置，且於該作用砝碼之 底部具有一檢測棒穿過該穿孔而凸伸於該檢測架底部，而 該補充砝碼係可相互供疊加於該作用砝碼上。 如此’便可藉由選擇該砝碼組中作用砝碼及補充砝碼 之置放位置、重量及數量等的配合方式，準確的檢測出體 重計之四個重力點的負載情形，而藉以供作為該體重計結 構的設計依據以及讀值的校正依據，以使該體重計因此具 有較佳之精準度。 6 1284196 β 【實施方式】 / 以下為便於說明，茲僅舉一將本發明應用於檢測體重 • 計的實施例，唯該實施例當不能以之限定本發明實施之範 _ 圍，即大凡依該體重計為基礎之測量儀器，如體脂計等， 係皆屬本發明所適用之範圍。 請參閱第二、三圖所示，係本發明所述體重計檢測器 的較佳實施例，其結構包括： φ 一底板（2 )，係具有一定位槽（2 0 )供將該體重 2 ( 1 ) HI定於檢測位置，該定位槽（2 〇 )係由三支固 疋於該底板（2)上之定位桿（2工）所圍成之四方形空 間，且該空間之一侧邊呈一開口狀可供該體重（i )計置 入及取出； 四支導桿（3 )，係分別直立於該底板（2 )頂面的 四個角落上； 一頂板（4 )，係底面的四個角落結合於該些導桿（3 • 之頂端； 一檢測架（5 )，係四個角落分別各設有一軸承（5 〇)供該些導桿（3)穿設，而使其可於該底板（2)及 該頂板（4)之間滑動，且於該檢測架（5)上對應體重 十（1 )之四個文力點的位置上係相對具有四個穿孔（5 1 )’於该四個位置上亦相對固設有四個定位板（5 3 )， 且於该檢測架（5)之中央並具有一吊環（52); 、一驅動裝置（6 )，係設於該頂板（4 )上包括—馬 達（6 0 )、一減速裝置（61)及一鋼索（62)，其中 7 1284196 该減速裝置（6 1 )係具有一轉軸（6 3)，而該馬達（β 0)係可驅動該減速裝置（6 1 )以使該轉轴（6 3)轉 動，該鋼索（6 2)係一端捲繞於該轉軸（6 3)上，而 另一端則綁設固定於該檢測架（5)之吊環（5 2)上， 並藉此可供控制該檢測架（5)之昇降；以及 一缺碼組（7 )，係包含複數個作用砝碼（7 〇 )及補 充破碼（7 1 )，其中該作用料（7 〇 )係可供設於該檢The main purpose of the present invention is to apply a specific calculation and reading purpose. 1284196 The situation where the error value is too large cannot be solved. The present inventors have developed and designed the present invention in view of the fact that the detection method of the conventional weight meter is lacking in the materials caused by the good, and the inventors have conceived and actively studied the improvement and the long-term efforts to improve the trial. The invention provides a structure for adjusting the weight of the weight scale to achieve the correction of the weight scale. Specifically, the weight meter (four) device of the present invention comprises: - "having a positioning groove Fixing the weight scale to the detecting position, the guiding cup is erected on the bottom plate, the top plate is coupled to the top of the guiding rods, and the detecting frame is provided for the guiding rods, and is arranged to be at the bottom plate Sliding between the top plates, at the position of the four stress points corresponding to the weight scale on the detection frame, there are four perforations, and the driving device is disposed on the top plate for controlling the lifting and lowering of the detecting frame, and - the weight The group includes a plurality of action weights and a supplementary weight, wherein the action weight is available for the position of the four force points of the corresponding weight scale on the detection frame, and has a detection at the bottom of the action weight The rod protrudes through the perforation and protrudes from the bottom of the detection frame, and the supplementary weights are mutually superimposed on the action weight. Thus, the weight and the weight can be added by selecting the weight in the weight group. Placement position, weight and number The matching method of the same method accurately detects the load condition of the four gravity points of the weight meter, and is used as a design basis of the weight scale structure and a correction basis for the reading value, so that the weight scale has better precision. 6 1284196 β [Embodiment] / Hereinafter, for convenience of explanation, the present invention is applied to an embodiment for detecting a body weight meter, but the embodiment cannot limit the scope of implementation of the present invention, that is, Dafanyi The scale-based measuring instrument, such as a body fat meter, etc., is within the scope of the present invention. Referring to Figures 2 and 3, which are preferred embodiments of the scale detector of the present invention, The structure comprises: φ a bottom plate (2) having a positioning groove (20) for positioning the weight 2 (1) HI at a detecting position, the positioning groove (2 〇) being fixed by the three pieces on the bottom plate (2) The square space enclosed by the positioning rod (2 work), and one side of the space has an opening shape for the weight (i) to be placed and removed; four guide rods (3) , the four corners standing on the top surface of the bottom plate (2) a top plate (4), four corners of the bottom surface are coupled to the guide rods (3 • the top end; a detection frame (5), each of which has a bearing (5 〇) for each of the four corners for the The guide rod (3) is pierced so as to be slidable between the bottom plate (2) and the top plate (4), and corresponding to the four weight points of the weight (1) on the detection frame (5) The position has four perforations (5 1 ) at the four positions, and four positioning plates (53) are fixed to the four positions, and a lifting ring (52) is located in the center of the detecting frame (5). And a driving device (6), which is disposed on the top plate (4), includes a motor (60), a speed reducing device (61) and a steel cable (62), wherein the 7 1284196 the speed reducing device (6 1 ) There is a rotating shaft (63), and the motor (β0) can drive the speed reducing device (6 1 ) to rotate the rotating shaft (63), and the steel cable (62) is wound at one end at the rotating shaft ( 6 3) upper, and the other end is attached to the lifting ring (52) fixed to the detecting frame (5), thereby controlling the lifting of the detecting frame (5); and a missing code group (7) , the system contains a plurality of works Weight (7 billion) and supplementary break code (71), wherein the effect material (7 billion) is provided for the subject based
測架（5)上對應體重計（1 )之四個受力點的位置上， 且於該作制碼（7 Q )之底部具有-檢測棒（7 0 ◦) 穿過該穿孔（5 1 )而凸伸至該檢測架（5)之底部，該 補充缺碼（7 1 )係供疊加於該作用破碼（7 0 )上，而 且該作用闕（7 〇 )頂面係具有—嵌槽（7 Q丄），該補 =碼（7!)底面係具有—錄（71Q)可供嵌設於 = =(70)之⑽（7Q1)巾，另於該補充缺碼 二頂面亦具有一嵌槽（711)可供另一補充接 馬（7 1 )底部之嵌塊（7 1 〇)嵌設。 請參閱第三圖所示，係指出 ⑸底部二有:if位導桿(5 5 )’而該作 千Η糸八有二個疋位孔（7〇2)供該定位 =此使可將該作用缺碼(7〇 U〇:對正定位於體重計的受力點上。 7 位置IS:、六圖所示，當該體重計（1 )置於檢洌 置且於錢測架（5)對應欲測受力點之位置上2 8 1284196 上適當之作用砝碼（7 Ο)及補充砝碼（7 i )後，便可 利用該驅動裝置（6)使該檢測架（5)緩慢下降，直至 使該檢測棒（7 〇 〇 )頂壓於該體重計（丄）；如此，則 便可藉由選擇該砝碼組（7)中作用砝碼（7〇)及補充 砝碼（7 1 )之置放位置、重量及數量等的配合方式，來 準確的檢測出體重計（i )之四個重力點的負載情形，以 進而藉以作為該體重計（i )之結構設計依據以及讀值的 校正依據，並依此可提昇體重計（i )之精準度 综上所述，當知本發明具有產業上之利用性及進步 改’而且在同類產品中均未見有類似之產品或發表而具有 新穎性，故已符合發明專利之申請要件。 1284196 【圖式簡單說明】 第一圖，係體重計之結構示意圖。 第二圖，係本發明之立體分解圖。 第三圖，係本發明之立體組合圖。 第四圖，係本發明定位板與作用砝碼之立體分解圖。 第五圖，係本發明之侧視圖。 第六圖，係本發明之動作圖。 【主要元件符號說明】The test frame (5) corresponds to the position of the four stress points of the weight scale (1), and has a detection bar (70 ◦) passing through the perforation at the bottom of the work code (7 Q ) (5 1 And protruding to the bottom of the detecting frame (5), the supplementary missing code (7 1 ) is superimposed on the active breaking code (70), and the top surface of the action 阙 (7 〇) has an embedded The groove (7 Q丄), the bottom surface of the complement = code (7!) has a (10Q) can be embedded in the = (70) (10) (7Q1) towel, and the top surface of the supplementary missing code is also There is a recess (711) for embedding the insert (7 1 〇) at the bottom of the other complementary horse (7 1 ). Please refer to the third figure, which indicates that (5) the bottom two has: if position guide (5 5 )' and the one has two two holes (7〇2) for the positioning = this makes it possible The role is missing (7〇U〇: the position is positioned on the force point of the scale. 7 Position IS:, six figures, when the scale (1) is placed in the inspection and on the money frame (5 After the appropriate weight (7 Ο) and the supplementary weight (7 i ) on the position of the force point to be measured, the drive unit (6) can be used to slow the test frame (5). Decrease until the test rod (7 〇〇) is pressed against the scale (丄); thus, by selecting the weight (7〇) and the supplementary weight in the weight group (7) 7 1) The arrangement of the position, weight and quantity to accurately detect the load of the four gravity points of the scale (i), which in turn is used as the basis for the structural design of the scale (i) and Correction of the reading value, and thus can improve the accuracy of the weight scale (i), in summary, when the invention is industrially usable and improved, and in the same category There is no similar product or publication and it is novel, so it has met the requirements of the invention patent. 1284196 [Simple diagram of the diagram] The first diagram is the structure diagram of the weight scale. The second diagram is the three-dimensional of the invention. The third figure is a three-dimensional combination diagram of the present invention. The fourth figure is an exploded view of the positioning plate and the action weight of the present invention. The fifth figure is a side view of the present invention. Action diagram of the invention. [Description of main component symbols]
(1 )體重計 (10)長連動桿 (1 1 )短連動桿 (12)連動件 (1 3)力感應器 (2 )底板 (2 0)定位槽 (21)定位桿 (3 )導桿 (4 )頂板 (5)檢測架 (5 0)軸承 (5 1 )穿孔 (5 2)吊環 (5 3)定位板 (5 4)通孔 (5 5 )定位導桿 (6)驅動裝置 (6 0)馬達 (6 1 )減速裝置 (6 2)鋼索 (6 3)轉軸 (7)姑碼組 (7 0)作用缺碼 (7 0 0 )檢測棒 (7 0 1 )嵌槽 (7 0 2)定位孔 (71)補充砝碼 (710)嵌塊 (711)嵌槽(1) Weight scale (10) Long linkage rod (1 1) Short linkage rod (12) Linkage (1 3) Force sensor (2) Base plate (20) Positioning groove (21) Positioning rod (3) Guide rod (4) Top plate (5) Inspection frame (50) Bearing (5 1) Perforation (5 2) Ring (5 3) Positioning plate (5 4) Through hole (5 5 ) Positioning guide rod (6) Drive unit (6 0) Motor (6 1) reduction gear (6 2) Steel cable (6 3) Rotary shaft (7) Gu code group (7 0) Function missing code (7 0 0 ) Detection rod (7 0 1 ) Insert slot (7 0 2 ) positioning hole (71) supplement weight (710) insert (711) slot