五、新型說明： 【新型所屬之技術領域】 [0001] [0002] [0003] [0004] 本創作關於一種流量計，尤指一種改變流量計構造 使其更加強化之結構。 【先前技術】 目前市面上見及有數種可用以檢測液體流量大小的 流量計A結構，請參閱第1圖所示，包括有一透明座體A1 、一頂壓組件A2、一感應元件A5及一固定板A6，該透明 座體A1中具有與其下端之入口端A10及上端之出口端All 形成相對應的流通通道A12 ;該頂壓组件A2包括二相對應 且與透明座體A1之流通通道多$2灼部喊滅連通的第一 '第 二套固體Α20 ' Α21 ’並於第為套固體AM土’方設置一感 應裝置A22、一穿設感應裝置A22並於兩端部分別固定於 第一、第二套固體A20、A21的定位桿A23及一穿套於定 位桿A23且分別設置在第一套固緝A21及感應裝置A22之 間的彈性元件A24，而與頂遂組件A2之垂直位置設置一感 應元件A5 ’再用以固定板久6蜜封組接;^透明座體A1之側 .…：卜 邊上，藉此，透過前述簡易構件之組成流量計A結構。 上述提及的流量計A結構，然，實際使用後發現’該 流量計A仍有未臻完善之處，茲詳述如下： 鑒於該流量計A於組裝時，由於透明座體A1本身材質 為壓克力，使得透明座體A1之出、入口端All 'A10内部 之内螺紋孔Alll、A100，經由均設有通孔A31、A41且一 端设有外螺紋部A32、A42的第一、第二鎖固部A3、A4施 表單編號A0101 第3頁/共17頁 M410216 以旋固力，造成透明座體A1出、入口端All、A10内部之 内螺紋孔Alll、A100容易產生裂痕B(如第1圖所示），破 壞透明座體A1結構體之強度，相對之下，降低流量計A之 使用壽命，而造成業者不小之成本負擔。 [0005] 請再參閱第2圖所示，本習知具強化裝置之流量計為 改善上述之問題點，更增設一強化裝置40B，使其第一保 護套體41B與第二保護套體42B分別設置於該透明座體 20B上、下端，並在第一、第二保護套體41B、42B上設 有與出、入口端22B、23B相對應的第一、第二螺固孑L 412B、422B，於其第一、第二螺固孔412B、422B中可 便於均設有通孔431B、441B且設有外蜾紋部430B、 440B的第一、第二鎖固體43B·、44B施以旋固力，則透明 座體20B之出、入口端22B、23B内部不會受到第一、第 二鎖固體4 3B、44B旋固施力而產生裂痕，增加透明座體 20B結構體強度之功效，相對的增加該強化裝置40B亦得 增加元件材料，使其流量計之、纟έ構體積變大，製作成本 也跟著提升。 【新型内容】 [0006] 有鑑於上述習知所存在之問題，本創作人針對透明 座體之改良，提供一種改變流量計構造使其更加強化之 結構，為其主要創作之目的。 [0007] 為達到前述創作目的，本創作所運用之技術手段為 提供一種「流量計強化結構」，包括一透明座體、一頂 壓組件及一對應之第一鎖固體與第二鎖固體，其中，該 透明座體上、下兩端分別設有一外螺紋部，更具有與其 表單编號Α0101 第4頁/共π頁 上端之入〇端及下端之出口端形成一相貫通的流通通道 ’連通通道為錐形狀，亦在透明座體兩側各設一條狀凸 缘，而透明座體之相對另側内面具有可觀視流量多寡的 刻度；該頂壓組件設置於該流通通道内，頂壓組件包括 一定位桿’一穿套在該定位桿外圍之彈性元件，彈性元 件上方設有一墊體，墊體中央設一通孔，並於墊體上方 及彈性元件下方分別設一第一固定件與一第二固定件， 第一與第二固定件中央各設一穿孔，更在第—與第二固 定件上方設一對應之第一套固體與第二套固體，第一與 第二套固體周緣設有與流通通道内部形成連通的複數通 孔，其中央設有凹陷孔，再.以.其定.位愿齋透過該墊體之 通孔、該第Hgj定件轉孔及許_，與第二套固 體之凹陷孔，使其串接連結r形成龍料完整構件； 該第-與第二鎖固體各設有—上通孔與—套接凹部互相 貫穿’該等上通孔與套接凹部各具有内螺紋部，分別套 設於透明座趙之上、下端紋麟冷，與各式液 體管路相互螺接。 」 ’ 1 \ ; [0008] 藉由本創作之透明座端的外螺紋部，使 其第與第一鎖固體在鎖固時將力作用於外螺紋部，所 以不會對飢通通道造成鎖_力，可降減明座體由内 部之流通通道產生崩«痕，增加流量計之使用壽命’ 亦可㈣少f Μ件材料達到相同的作業功效。 【實施方式】 底下藉由具體實施例配合所附的圖式詳加說明，當 更容易瞭解本創作之曰Μ 的、技術内容、特點及其所達成 Α0101 [0009] M410216 之功效。 請參閱第3圖至第5圖所示，本創作流量計強化結構 ，包括一透明座體1、一頂壓組件2及一對應之第一鎖固 體3與第二鎖固體4，其中： 該透明座體1上、下兩端分別設有一外螺紋部11，更 具有與其上端之入口端12及下端之出口端13形成一相貫 通的流通通道14，連通通道14為錐形狀，亦在透明座體1 兩侧各設一條狀凸緣15，而透明座體1之相對另側内面具 有可觀視流量多寡的刻度16，可視其流量多寡而由刻度 1 6位置指示。 該頂壓組件2設置於該流通通道14内，頂壓組件2包 括一定位桿21，並於兩端各設有外螺桿211 ; —穿套在該 定位桿21外圍之彈性元件22，該彈性元件22上方設有一 墊體23，墊體23上、下兩端各延設一凸部230，於墊體 23中央設一通孔231 ; —分別設於墊體23上方及彈性元件 22下方的第一固定件24與第二固定件25，該第一 '第二 固定件24、25中央各設一穿孔241、251 ; —分別設置於 該第一固定件24上方、第二固定件25下方且為對應之第 一套固體26與第二套固體27，第一、第二套固體26、27 中央設有凹陷孔261、271，其第一、第二套固體26、27 周緣設有與流通通道14内部形成連通的複數通孔262、 272，讓量測之該物藉由該等通孔262、272順利流通於 透明座體1内，再藉其定位桿21穿透過該墊體23之通孔 231、第一與第二固定件24、25之穿孔241、251及該第 一與第二套固體26、27之凹陷孔261、271，使其串接連 結，形成頂壓組件2完整構件。 表單編號A0101 該對應第一、第二鎖固體3、4中央各設有上通孔31 、41，並分別向下延設有一套接凹部32、42而互為貫通 ，該等上通孔31、41與套接凹部32、42内緣各具有内螺 紋部311、411、321、421，分別套設於透明座體1之上 、下端並與該外螺紋部11結合。 又，前述透明座體1可於流通通道14上、下端形成出 、入口端12、13，並於出、入口端12、13中設置一頂壓 組件2，俾當本創作於組裝時，請參閱第4圖及第5圊所示 ，將套設有彈性元件22的定位桿21與第一、第二固定件 24、25、第一、第二套固體26、27穿套，並藉以如螺栓 之固定件5鎖至第一、第二套固‘體艺6、27端面，並於第一 、第二套固體26、27外環各設置^0形環17，最後再將 第一、第二鎖固體3、4之套接凹部32、42的内螺紋部 321、421與透明座體1上、下端的外螺紋部11相互螺接 後，並利用該0形環17使兩者之間的密合度更佳。 本創作於組裝時，請參閱第5圖所示，本創作係藉由 透明座體1上、下兩端的外螺琴部11，使其第一、第二鎖 固體3、4之内螺紋部321、421在鎖固時將力作用於外螺 紋部11，所以不會對流通通道14造成鎖固壓力，可降低 透明座體1由内部之流通通道14產生崩壞裂痕，增加流量 計之使用壽命。 综合所述，本創作確實為一相當優異之創思，爰依 法提出申請新型專利；唯以上所述者，僅為本創作之較 佳實施例而已，並非用來限定本創作實施之範圍。故即 凡依本創作申請範圍所述之特徵及精神所為之均等變化 或修飾，均應包括於本創作之申請專利範圍内。 表單編號A0101 第7頁/共17頁 M410216 【圖式簡單說明】 [0010] 第1圖：係第一習用流量計結構之立體分解圖及透明座體 與 【主要元件符號說明】 (習用） 第一、第二鎖固部鎖固產生裂痕之示意圖。 :係第二習用流量計之立體分解圖。 :係本創作立體分解圖。 :係本創作部份組合之立體分解圖。 第二鎖固體與透明座體螺合示 [0011] [⑻12] 第2圖 [0013]第 3 圖 [0014] 第 4 圖 [0015] 第5圖：係本創作第一、 意圖。 [0016] [0017] A.流量計 [0018] A1 0.入口端 [0019] Alll、A100.内螺紋孔 [0020] A2.頂壓組件 體 [0021] A22.感應裝置 [0022] A24.彈性元件 [0023] A31、A41.通孔 [0024] A5.感應元件 [0025] B.裂痕 A1.透明座體 A11.出口端 A1 2.流通通道 A20、A21.第一、第二套固 A23.定位桿 A3、A4.第一、第二鎖固部 A32、A42.外螺紋部 A6.固定板 表單編號A0101 第8頁/共17頁 M410216 [0026] 20B.透明座體 [0027] 22B.出口端 [0028] 23B.入口端 [0029] 40B.強化裝置 [0030] 41B、42B.第一、 第二保護套體 [0031] 412B、422B.第一 、第二螺固孔 [0032] 43B、44B.第一、 第二鎖固體 [0033] 430B、440B.外螺紋部 • 'y [0034] 431B、441B.通孔 ! . [0035] (本創作） [0036] 1.透明座體 11.外螺紋部 [0037] 12.入口端 13.:出，号墒 [0038] 14.流通通道 15:_狀占铼 i 1- * [0039] 16.刻度 17. 0形環 [0040] 2.頂壓組件 21.定位桿 [0041] 211.外螺桿 22.彈性元件 [0042] 23.墊體 230.凸部 [0043] 231.通孔 24、25.第一 [0044] 241、251.穿孔 26、27.第一 第二固定件 、第二套固體 表單編號A0101 第9頁/共17頁 M410216 [0045] [0046] [0047] [0048] 261、271.凹陷孔 262、272.通孔 3、4.第一、第二鎖固體 31、41.上通孔 311、411.内螺紋部 32、42.套接凹部 321、421.内螺紋部 5.固定件 表單編號A0101 第10頁/共17頁V. New Description: [New Technology Field] [0001] [0003] [0004] The present invention relates to a flow meter, and more particularly to a structure that changes the structure of the flow meter to make it more reinforced. [Prior Art] There are several types of flowmeter A structures available on the market for detecting the flow rate of liquid, as shown in Fig. 1, including a transparent seat A1, a pressing component A2, an inductive component A5 and a The fixing plate A6 has a flow passage A12 corresponding to the inlet end A10 of the lower end and the outlet end A1 of the upper end; the pressing component A2 includes two corresponding passage channels with the transparent seat A1 $2The burning part shouts out the first 'second set of solid Α20' Α21' and connects a sensing device A22 to the first set of solid AM soil, and wears the sensing device A22 and fixes it at the two ends respectively. a second set of solid A20, A21 positioning rod A23 and a spring element A24 which is sleeved on the positioning rod A23 and disposed between the first set of solids A21 and the sensing device A22, respectively, and the vertical position of the top jaw assembly A2 A sensing element A5' is provided for fixing the board for a long time, and the side of the transparent seat body A1 is ....: on the side of the pad, thereby forming the flow meter A structure through the simple member. The structure of the flow meter A mentioned above, of course, after the actual use, it is found that 'the flow meter A still has some imperfections, as detailed below: Since the flow meter A is assembled, the material of the transparent seat A1 itself is Acrylic force, such that the transparent seat body A1, the inner end of the inlet end All 'A10, the internal threaded holes A11, A100, through the first through the holes A31, A41 and one end of the external threaded portions A32, A42 Two locking parts A3, A4 form number A0101 Page 3 / 17 pages M410216 With the rotation force, the transparent seat A1, the inlet end All, the internal threaded holes A11, A100 inside the A10 are prone to cracks B (such as As shown in Fig. 1), the strength of the transparent seat A1 structure is destroyed, and the service life of the flow meter A is reduced, which causes a considerable cost burden for the operator. [0005] Please refer to FIG. 2 again, in order to improve the above problems, a flow meter with a reinforcing device is further provided with a reinforcing device 40B to make the first protective cover body 41B and the second protective cover body 42B. The first and second screw 孑L 412B corresponding to the outlet and the inlet ends 22B and 23B are respectively disposed on the first and second protective sleeve bodies 41B and 42B. The first and second locking solids 43B, When the rotation force is applied, the inside of the transparent seat body 20B and the inlet ends 22B and 23B are not subjected to the rotation of the first and second lock solids 4 3B and 44B to cause cracks, thereby increasing the strength of the transparent seat body 20B structure. When the reinforcing device 40B is relatively increased, the component material is also increased, so that the flow volume of the flowmeter is increased, and the manufacturing cost is also increased. [New Content] [0006] In view of the above problems, the present creator has provided a structure for changing the structure of the flowmeter to make it more reinforced for the improvement of the transparent seat. [0007] In order to achieve the foregoing creative purposes, the technical means used in the present invention is to provide a "flowmeter reinforced structure" comprising a transparent seat, a pressing component and a corresponding first locking solid and second locking solid. Wherein, the upper and lower ends of the transparent seat body are respectively provided with an external thread portion, and further have a flow passage which penetrates with the inlet end of the upper end and the lower end of the upper end of the form number Α0101, the fourth page of the total π page. The connecting passage has a tapered shape, and a strip-shaped flange is also disposed on each side of the transparent seat body, and the opposite inner side surface of the transparent seat body has a scale indicating the flow rate; the pressing member is disposed in the circulation passage and is pressed The assembly includes a positioning rod 'an elastic member that is sleeved on the periphery of the positioning rod. A cushion body is disposed above the elastic member, a through hole is arranged in the center of the cushion body, and a first fixing member is disposed above the cushion body and below the elastic member. a second fixing member, a through hole is formed in each of the first and second fixing members, and a first set of solid and a second set of solids are disposed above the first and second fixing members, and the first and second sets are fixed The peripheral edge is provided with a plurality of through holes which are formed in communication with the inside of the circulation passage, and a concave hole is formed in the center thereof, and then the hole is passed through the through hole of the cushion body, the Hgj fixed hole and the _, And the second set of solid recessed holes are connected in series to form a complete structure of the dragon material; the first and second lock solids are respectively provided with an upper through hole and a sleeve recessed portion interpenetrating with each other; The sleeve recesses each have an internal thread portion, which is respectively sleeved on the transparent seat Zhao and the lower end is cold, and is screwed to each liquid pipeline. ' 1 \ ; [0008] By the external threaded portion of the transparent seat end of the present invention, the first locking solid acts on the externally threaded portion when the first locking solid is locked, so that the lock is not caused to the hunger passage. It can reduce the loss of the bright body from the internal circulation channel and increase the service life of the flowmeter. It can also (4) reduce the material of the material to achieve the same operation efficiency. [Embodiment] The details of the present invention, the technical content, the characteristics, and the effect of M0101 [0009] M410216 are more easily understood by the specific embodiments and the accompanying drawings. Referring to Figures 3 to 5, the inventive flowmeter reinforcement structure comprises a transparent seat body 1, a pressing assembly 2 and a corresponding first locking solid 3 and a second locking solid 4, wherein: The upper and lower ends of the transparent seat body 1 are respectively provided with an external thread portion 11, and further have a flow passage 14 which penetrates with the inlet end 12 of the upper end and the outlet end 13 of the lower end. The communication passage 14 has a tapered shape and is also transparent. The seat body 1 is provided with a strip-shaped flange 15 on each side, and the opposite inner side surface of the transparent seat body 1 has a scale 16 for observing the flow rate, which can be indicated by the scale 16 position depending on the flow rate. The pressing assembly 2 is disposed in the circulation passage 14. The pressing assembly 2 includes a positioning rod 21, and an external screw 211 is disposed at each end; the elastic member 22 is sleeved around the positioning rod 21, and the elastic member A pad body 23 is disposed above the component 22, and a convex portion 230 is disposed on each of the upper and lower ends of the pad body 23, and a through hole 231 is disposed in the center of the pad body 23; respectively, disposed above the pad body 23 and below the elastic member 22 a fixing member 24 and a second fixing member 25, wherein each of the first 'second fixing members 24, 25 is provided with a through hole 241, 251; respectively, disposed above the first fixing member 24 and below the second fixing member 25 and Corresponding to the first set of solids 26 and the second set of solids 27, the first and second sets of solids 26, 27 are centrally provided with recessed holes 261, 271, and the first and second sets of solid 26, 27 are circumferentially disposed and circulated. The plurality of through holes 262 and 272 are formed in the passage 14 to allow the measured objects to smoothly flow through the transparent holes 1 through the through holes 262 and 272, and then pass through the spacer 23 through the positioning rod 21 The through hole 231, the through holes 241 and 251 of the first and second fixing members 24 and 25, and the depressions of the first and second sets of solids 26 and 27 261, 271, so that the junction connected in series to form a complete member pressed against the assembly 2. Form No. A0101 is provided with upper through holes 31, 41 corresponding to the first and second lock solids 3, 4, and a set of recessed portions 32, 42 extending downwardly from each other, and the upper through holes 31 are respectively formed. The inner edges of the 41 and the sleeve recesses 32 and 42 respectively have internal thread portions 311, 411, 321, and 421 which are respectively sleeved on the upper and lower ends of the transparent base 1 and coupled to the external thread portion 11. Moreover, the transparent seat body 1 can be formed on the upper and lower ends of the flow passage 14 and the inlet ends 12 and 13, and a top press assembly 2 is disposed in the outlet and the inlet ends 12 and 13. When the present invention is assembled, please Referring to Figures 4 and 5, the positioning rod 21 sleeved with the elastic member 22 and the first and second fixing members 24, 25, the first and second sets of solids 26, 27 are sleeved, and The fixing member 5 of the bolt is locked to the first and second sets of body ends 6, 27 end faces, and the first and second sets of solid 26, 27 outer rings are respectively provided with ^0-shaped rings 17, and finally the first, The female screw portions 321 and 421 of the socket recesses 32 and 42 of the second lock solids 3 and 4 are screwed to the male screw portions 11 at the upper and lower ends of the transparent seat body 1, and the O-rings 17 are used to make the two The tightness between the two is better. When the present invention is assembled, as shown in Fig. 5, the original thread portion of the first and second lock solids 3 and 4 is made by the outer screw portion 11 at the upper and lower ends of the transparent base 1. 321 and 421 exert a force on the external thread portion 11 when the lock is locked, so that the lock pressure is not caused to the flow passage 14, and the crack of the transparent seat body 1 from the internal flow passage 14 can be reduced, and the use of the flow meter is increased. life. In summary, this creation is indeed a very good idea, and the application of the new patent is filed in accordance with the law; only the above is only a preferred embodiment of the creation, and is not intended to limit the scope of the creation of the present invention. Therefore, any changes or modifications to the characteristics and spirits described in the scope of this application shall be included in the scope of the patent application for this creation. Form No. A0101 Page 7 of 17 M410216 [Simple description of the drawing] [0010] Fig. 1 is an exploded perspective view of the structure of the first conventional flow meter and a transparent seat and the description of the main components (practical) First, the second locking part is locked to form a crack. : is a perspective exploded view of the second conventional flow meter. : This is a three-dimensional exploded view of the creation. : An exploded view of the partial combination of this creation. The second lock solid and the transparent seat are screwed together [0011] [(8)12] Fig. 2 [0013] Fig. 3 [0014] Fig. 4 [0015] Fig. 5: The first, intention of the present creation. [0017] A. Flowmeter [0018] A1 0. Inlet end [0019] Alll, A100. Internal threaded hole [0020] A2. Top pressure assembly body [0021] A22. Induction device [0022] A24. Elasticity Element [0023] A31, A41. Through hole [0024] A5. Inductive element [0025] B. Crack A1. Transparent seat A11. Outlet end A1 2. Flow path A20, A21. First and second set A23. Positioning rod A3, A4. First and second locking parts A32, A42. External thread part A6. Fixing plate form No. A0101 Page 8 of 17 M410216 [0026] 20B. Transparent seat [0027] 22B. Export End [0028] 23B. Inlet end [0029] 40B. Strengthening device [0030] 41B, 42B. First and second protective sleeves [0031] 412B, 422B. First and second screw holes [0032] 43B, 44B. First and second lock solids [0033] 430B, 440B. Male threaded portion • 'y [0034] 431B, 441B. Through hole! [0035] (This creation) [0036] 1. Transparent seat 11. External thread portion [0037] 12. Inlet end 13.: Out, number 墒 [0038] 14. Flow channel 15: _ 状 铼 i 1- * [0039] 16. Scale 17. 0 ring [0040] 2. Jacking assembly 21. positioning rod [0041] 211. outer screw 22. elastic element [0042] 23. cushion 2 30. convex portion [0043] 231. through hole 24, 25. first [0044] 241, 251. perforation 26, 27. first second fixing member, second set of solid form number A0101 page 9 / total 17 pages [0048] [0048] [0048] 261, 271. recessed holes 262, 272. through holes 3, 4. first, second lock solids 31, 41. upper through holes 311, 411. internal thread 32, 42. Socket recesses 321, 421. Female threaded parts 5. Fixing part form number A0101 Page 10 of 17