M320478 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種圓鋸機之鋸片偏擺角度顯示裝置， 其主要用途係方便使用者讀取鋸片之偏擺角度；其主要係 將感應件、偵測件分別設於圓鋸機之偏擺座與箱體之相對 側面上，俾投於偏擺座上之鋸片隨著偏擺座位移時，感應 -件與偵測件不需要重複偵測，以防止感應件本身誤差值之 • 累積’提昇鋸片偏擺角度之精確度。 • 【先前技術】 明參閱第9 4 2 1 2 5 7 5號『檯鋸機鋸切角度顯示 裝置』新型專利（以下簡稱習知案），該習知案係以-套固 於連動彳干上之感測盤供兩光感測器偵測，藉感測盤上之感 測部之訊號組隨著連動桿轉動時，會使兩光感測器產生: 電位差之輸出，再藉一微晶片組，將該訊號值轉換為一表 不鑛片偏擺角度之數值而顯示，該習知案雖克服目測鑛片 •偏擺角度易產生誤差值之問題’然’其設計上仍有些許之 瑕疲’即，該感測盤係套固於連動桿上，其必須旋轉數圈 而受到兩光感測器之俄測，始能符合鑛片偏擺角度時之位 離"亥感測盤上之訊號組係一機械加工之穿孔，該吼 ，不免產生或多或少之誤差，而此誤差值經感測盤旋轉 數圈後，JL誤 八、亦累積而增加，致鋸片之偏擺角度之精 確度下降’是以’該習知案乃有待加以改良。 【新型内容】 M320478 基於上述習知圓鑛機之缺點，本創作人乃本著從事相 關產w夕年之經驗’潛心研究，不斷的設計改良，並製作 樣品試驗，經反覆的測試’再加以改進終有確能達成以 下創作目的之本創作誕生。 即’本創作之主要目的’係藉®職之偏擺座與箱體 門之相對側面’〜別设有感測件、偵測件，俾調整設於偏 擺件上之IS片偏擺角度時’感測件不需要受到偵測件之重 複摘測’以改良第94212575號『檯鑛機鑛切角度 顯不裝置』新型專利易發生累積誤差之問題。 #為達上述創作目的，本創作之改良特徵係在於：圓鑛 機箱體頂端之相對兩側係分別設有一第一吊座及一第二吊 座：各吊座係設有一相對之弧形滑軌，該兩吊座之滑軌間 ，嵌偏擺座，該偏擺座之座部係設有弧形齒紋，可受 一渴桿驅使而於兩吊座間作弧形偏擺位移，該偏擺座係另 軸設一調整座，該調整座係另結合有一馬達及一受馬達驅 動之鋸片，該調整座之底部係設有弧形齒紋，可受一渦桿 驅使而作弧形偏擺位移，該偏擺座與_機箱體之相對侧 面係分別設有感測件、偵測件，使感測件或制件可隨偏 擺座作弧形位移，該感測件上係設有感測部，偵測件於偏 擺件作弧形位移時，乃㈣感測件進㈣測， 括可持運續傳送所侦測之訊號給-電路單位，該電心 异電晶體、一顯示螢幕、一歸零開關，該顯示螢幕 M320478 係設於箱體之侧面；該感 * 心、]件之感測部係設為由間隔穿孔 排列成弧形時，該偵測件一 立iw备^也；^ 、先偵測件；該感測件之感測 口ΙΜ糸5又為弧形之磁條時， 拍 邊煩，則件係一磁偵測件；該各渦 杯之一端係各結合一手-· 輪’ 4兩手輪係位於箱體轉角相鄰 之兩侧。 【實施方式】 為使t審查委員及習於本項技藝之人士，對本創作 有更一步之瞭解，兹舉一較佳實施例，詳細說明如后：（ 惟，本實施例僅為利於說明，本創作曰後之實施，並不以 此為限’凡以本創作之技術特徵所為之改良實施，皆受本 創作所拘束）。 清參閱圖一至圖四A、B所示，本實施例之圓鋸機箱 本體3 0頂端開口 3 1兩相對側係各設有一第一吊座2 1、一第二吊座22，各吊座21、22面對箱體3〇開 口 3 1之側面係形成兩相對之弧形滑執2 1 1、2 2 1， 5亥苐一吊座2 2並設有一開孔2 2 2而可供一滑桿3 3穿 樞’該滑桿3 3之一末端係結合一位於箱體3 〇外側面之 手輪3 2，該手輪3 2下方乃設一標示鑛片2 3 3昇降高 度之弧形刻度尺3 0 1 ;該兩吊座2 1、2 2之兩滑執2 1 1、2 2 1間係懸吊一偏擺座2 3，該偏擺座2 3之兩 側係各設一弧形滑槽2 3 1、2 3 2，該各滑槽2 3 1、 2 3 2係嵌套於所相對之滑軌2 1 1、2 2 1上，該偏擺 • M320478 座2 3上係另軸設一調整座4 Ο，該調整座4 0係設一鋸 片233及一馬達41，該馬達41係可驅動鋸片233 轉動而作鑛切的工作，該偏擺座2 3及調整座4 〇之底部 係皆設有弧形之齒紋2 3 4、4 Ο 1，該各齒紋2 3 4、 4 〇 1係各與一渦桿3 3、3 5之渦齒3 3 1、3 5 1嚙 合，該渦桿3 5之一末端係結合一手輪3 4，該手輪3 4 係位於圓鋸機箱體3 0另一手輪3 2轉角之鄰側，該手輪 • 3 2正轉或逆轉時係可操縱調整座4 〇作偏擺位移，以調 整鋸片2 3 3之高度，該手輪3 4正轉或逆轉時，係可令 偏擺座2 3作弧形偏擺位移，以調整鋸片2 3 3之偏擺角 度； 本創作係於偏擺座2 3之一侧面設一感應件2 4，該 感應件2 4係具數支腳2 4 2而可固定於偏擺座2 3之侧 面，並使感應件2 4與偏擺件2 3具一距離，該感應件2 • 4係再設有一弧形之感應部241，而該圓鋸機箱體3〇 -内侧面相對於該感應件2 4之感應部2 4 處係設有一偵 測件2 5 ;其中，該偵測件2 5若為一光偵測件時，感應 件2 4之感應部2 4 1係設為間隔排列之穿孔，或請參閱 圖五所不，該偵測件2 5若為一磁偵測件時，感應件2 4 之感應部2 4 1係設為磁條；另，該感應件2 4與偵測件 2 5之組設位置，亦可予以對置；另，於設有手輪3 2之 箱體3 0外侧面係設有一電路單元3 6，該電路單元3 6 M320478 係可以有線或無線方式接收來自與該偵測件2 5傳送之訊 號’該電路單元3 6係至少包括一運算電晶體、顯示螢蟇、 歸零開關，該電路單元3 6係以一具穿孔3 7 1之罩蓋3 7將電路單元3 6組設固定於箱體3 0外側面，並使顯示 螢幕361自穿孔371露出； 該電路單元3 6係包括一電晶體3 6 1、一顯示螢幕 3 6 2、一歸零開關3 6 3，該偵測件2 5偵測感運件2 φ 4所取得之訊號，乃傳送至電晶體3 6 1，進行比對運算 並轉換為表示角度之數值，而自螢幕3 6中顯示，供人讀 取；該歸零開關3 6 3係用於重設該偵測件2 5所測得訊 號與該偏擺座2 3角度間之比例值，使該偏擺座2 3能重 新校正； 請參閱圖四A、B所示，當該鋸片2 3 3與地面呈垂 直時，該偵測件2 5係對正於感應件2 4之最左側之感應 籲部241 (穿孔），令手輪34正轉時，乃可令偏擺座23 、感應件2 4、鋸片2 3 3等同時朝順時針方向偏擺，該 偵測件2 5並將偵測感應部2 4 1所測得之訊號傳送至電 路單元3 6之電晶體3 6 1，進行比對運算並轉換為表示 角度之數值，而自顯示螢幕3 6中顯示，供人讀取；而令 手輪34逆轉時，乃可令偏擺座23、感應件24、鋸片 2 3 3等同時朝逆時針方向偏擺；由以上說明，可知本創 作實具以下之優點·· M320478 1. 感應件2 4之感應部2 4 1之弧長距離與鑛片2 3 3偏 擺角度範圍係相等，偵測件2 5不需耍重複偵測感應件 24之感應部241，故不會發生第94212575 號『檯鋸機鋸切角度顯示裝置』新型專利累積感應部2 41加工時既存誤差值之情形。 2. 本創作將電路單元3 6設於與調整鋸片2 3 3高低之手 輪3 2同一箱體3 0侧面，而調整鋸片2 3 3偏擺角度 之手輪3 4又設於箱體3 0轉角鄰側，俾使用者之雙= 可同時操縱兩手輪32、34 ’且顯示鋸片233昇降 高度刻度尺及偏擺角度顯示螢幕3 6 1係同時位於手輪 3 2處之同一箱體30侧面，使用者不僅雙手可同時可 ,縱手輪3 2、3 4，且眼睛可同時觀視到鋸片2 3 3 昇降高度及偏擺角度之數值，使操作時更為方便。 綜上所述，本創作實深具實用性及進步性，且經本申 請人遍查國内外文獻，並無發現相同或近似者， 符合專利法上有關新型之規定，爰依法提出申請。= 【圖式簡單說明】 圖一係本創作之立體分解圖。 圖二係本創作偏擺座與調整座之立體分解圖。 圖二係圖一之組裝立體圖。 囷四A B係圖二之a A剖面動作示意圖。 圖五係本創作之另一實施例。 M320478 圖六係本創作電路單元之流程方塊圖。 【主要元件符號說明】 21第一吊座211滑執2 2第二吊座2 21滑執 2 2 2開孔2 3偏擺座2 31滑槽 2 3 2滑槽 233鋸片234齒紋24感應件 241感應部 2 4 2支腳2 4 3感應部2 5偵測件 3 0箱體 3 01刻度尺31通口 3 2手輪 3 3渦桿 φ 331渦齒 34手輪 351渦齒 36電路單元 3 61電晶體3 6 2顯示螢幕 3 6 3歸零開關 37罩蓋 371穿孔40昇降座 401齒紋 4 1馬達M320478 VIII. New Description: 【New Technical Fields】 This creation provides a saw blade yaw angle display device for circular saws. Its main purpose is to facilitate the user to read the yaw angle of the saw blade. The sensing part and the detecting part are respectively arranged on the opposite side of the yaw seat of the circular sawing machine and the box body, and the sensing piece and the detecting part are not when the saw blade thrown on the yaw seat is displaced with the yaw seat Repeated detection is required to prevent the error value of the sensing component itself from accumulating 'improving the accuracy of the blade yaw angle. • [Prior Art] See the new patent (hereinafter referred to as the “Knowledge Case” for the sawing machine sawing angle display device” in the 9th, 2nd, 2nd, 5th, 5th, 5th, The sensing plate is used for detecting by the two photo sensors. When the signal group of the sensing portion on the sensing plate rotates with the linkage bar, the two photo sensors generate: the output of the potential difference, and then borrow a micro The chipset converts the signal value into a value indicating the yaw angle of the ore piece. Although the conventional case overcomes the problem that the angle of the slab and the yaw angle is easy to generate an error value, the design is still somewhat The fatigue is that the sensing disk is sleeved on the linkage rod, which must be rotated several times and is measured by the two sensors, which can meet the position of the yaw angle of the ore. The signal group on the test disc is a mechanically processed perforation, which inevitably produces more or less errors. After the error value is rotated by the sensing disc for several times, the JL error is increased and the cumulative value is increased. The accuracy of the yaw angle decreases 'is' and the customary case needs to be improved. [New content] M320478 Based on the shortcomings of the above-mentioned conventional round mining machine, the creator is based on the experience of the relevant production year, the research and development, continuous design improvement, and the production of sample test, repeated test 're- Improvements are the birth of this creation that can indeed achieve the following creative goals. That is, 'the main purpose of this creation' is to use the opposite side of the yoke seat and the door of the cabinet to be used. ～When the sensing piece and the detecting part are provided, the yaw angle of the IS piece set on the eccentric part is adjusted. The 'sensing piece does not need to be repeatedly tested by the detecting piece' to improve the cumulative error of the new patent of No. 94212575 "Taiwanese mining machine cutting angle display device". For the purpose of the above creation, the improved feature of the creation is that the opposite sides of the top of the round ore body are respectively provided with a first hanging seat and a second hanging seat: each hanging seat is provided with a relatively curved sliding a rail, the sliding rail of the two hanging seats is embedded with a yaw seat, and the seat portion of the yaw seat is provided with a curved tooth pattern, which can be driven by a thirsty rod to make an arc yaw displacement between the two hangers. The adjusting seat is further provided with an adjusting seat, and the adjusting seat is further combined with a motor and a motor-driven saw blade. The bottom of the adjusting seat is provided with a curved tooth pattern, which can be driven by a scroll to be curved. The yaw displacement, the opposite side of the yoke seat and the _ case body are respectively provided with a sensing component and a detecting component, so that the sensing component or the component can be flexed with the yaw seat, and the sensing component is attached A sensing portion is provided, and when the detecting component is in an arc-shaped displacement of the eccentric component, (4) the sensing component enters (4), and the signal detected by the portable transmission is given to the circuit unit, the electrical core transistor, a display screen and a return-to-zero switch, the display screen M320478 is arranged on the side of the box; the sensing part of the sensing When it is arranged to be arranged in an arc shape by the interval perforation, the detecting member is provided with an iW; ^, a detecting component; when the sensing port 5 of the sensing member is an arc-shaped magnetic strip, the detecting When the side is annoying, the piece is a magnetic detecting component; one end of each of the vortex cups is combined with one hand - the wheel '4 two hand wheel is located on the adjacent sides of the corner of the box. [Embodiment] In order to make the t-reviewer and the person skilled in the art have a better understanding of the present creation, a preferred embodiment will be described in detail as follows: (However, this embodiment is only for the purpose of explanation, The implementation of this creation is not limited to this. Any improvement made by the technical characteristics of this creation is bound by this creation. As shown in FIG. 1 to FIG. 4A and FIG. 4B, the opposite side of the circular saw body 3 0 of the circular saw chassis body 3 is provided with a first hanging seat 2 1 and a second hanging seat 22 respectively. 21, 22 facing the side of the box 3 〇 opening 3 1 form two opposite curved slids 2 1 1 , 2 2 1, 5 苐 苐 a sling 2 2 and is provided with an opening 2 2 2 A sliding rod 3 3 is pivoted. One end of the sliding rod 3 3 is coupled with a hand wheel 3 2 located on the outer side of the casing 3. The hand wheel 3 2 is provided with a marking piece 2 3 3 lifting height. The curved scale 3 0 1 ; the two suspensions 2 1 , 2 2 of the two slides 2 1 1 , 2 2 1 are suspended by a yaw seat 2 3 , the two sides of the yaw seat 2 3 An arc chute 2 3 1 , 2 3 2 is arranged, and the chutes 2 3 1 , 2 3 2 are nested on the opposite slide rails 2 1 1 , 2 2 1 , the yaw • M320478 seat 2 The upper shaft is provided with an adjusting seat 4 Ο. The adjusting seat 40 is provided with a saw blade 233 and a motor 41. The motor 41 can drive the saw blade 233 to rotate and perform the work of cutting the shank. 3 and the bottom of the adjustment base 4 are all provided with curved teeth 2 3 4, 4 Ο 1, the respective ridges 2 3 4, 4 〇 1 series Each of the vortex rods 3 3, 3 5 is meshed with a vortex tooth 3 3 1 , 3 5 1 , and one end of the vortex rod 35 is coupled with a hand wheel 34. The hand wheel 34 is located in the circular saw body 3 0 . On the adjacent side of the other hand wheel 3 2 corner, the hand wheel • 3 2 forward or reverse can be manipulated to adjust the seat 4 as a yaw displacement to adjust the height of the saw blade 2 3 3, the hand wheel 3 4 forward Or reversing, the yaw seat 2 3 can be used as an arc yaw displacement to adjust the yaw angle of the saw blade 2 3 3; the present invention is provided with a sensing member 24 on one side of the yaw seat 2 3 , The sensing member 24 has a plurality of legs 2 4 2 and can be fixed to the side of the yaw seat 23, and the sensing member 24 has a distance from the yaw member 23. The sensing member 2 • 4 is further provided with a a sensing portion 241 is disposed on the inner side of the circular saw housing, and a detecting member 25 is disposed on the inner side of the circular sawing body 3; wherein the detecting member 25 is a In the case of the light detecting member, the sensing portion 24 1 of the sensing member 24 is arranged as a perforated hole, or please refer to FIG. 5, if the detecting member 25 is a magnetic detecting member, the sensing member 2 4 The sensing portion 2 4 1 is set as a magnetic strip; The position of the component 2 4 and the detecting component 25 may also be opposite. Further, a circuit unit 3 6 is provided on the outer side of the casing 30 provided with the hand wheel 32. The circuit unit 3 6 The M320478 can receive the signal transmitted from the detecting component 25 in a wired or wireless manner. The circuit unit 36 includes at least one operating transistor, a display flash, and a reset switch. The circuit unit 36 is a The cover 3 7 of the perforation 3 7 1 is fixed to the outer side of the casing 30 and the display screen 361 is exposed from the through hole 371; the circuit unit 36 includes a transistor 3 6 1 , a Display screen 3 6 2, a return-to-zero switch 3 6 3, the detecting component 25 detects the signal obtained by the sensing member 2 φ 4, and transmits it to the transistor 3 6 1 for comparison and conversion to display The value of the angle is displayed from the screen 36 for reading; the reset switch 3 6 3 is used to reset the ratio between the signal measured by the detecting member 25 and the angle of the yoke 2 3 The value allows the yoke 2 3 to be recalibrated; see Figure 4A, B, when the saw blade 23 3 is perpendicular to the ground, the detecting member 2 5 is paired In the leftmost sensing portion 241 (perforation) of the sensing member 24, when the hand wheel 34 is rotated forward, the yaw seat 23, the sensing member 24, the saw blade 2 3 3, etc. are simultaneously turned clockwise. The detecting unit 25 transmits the signal measured by the detecting unit 241 to the transistor 316 of the circuit unit 36, performs an alignment operation and converts the value into an angle, and displays the self-display. It is displayed in the screen 36 for reading by the human; when the hand wheel 34 is reversed, the yaw 23, the sensing member 24, the saw blade 2 3 3, etc. are simultaneously yawed in the counterclockwise direction; This creation has the following advantages ··························································································· Since the sensing portion 241 of the sensing member 24 does not cause an error value existing in the processing of the new patent cumulative sensing portion 221 of the "stage saw sawing angle display device" No. 94,212,575. 2. This creation sets the circuit unit 36 to the side of the same box body 30 as the hand wheel 3 2 that adjusts the height of the saw blade 2 3 3 , and the hand wheel 3 4 that adjusts the yaw angle of the saw blade 2 3 3 is set in the box. Body 3 0 corner adjacent side, 俾 user double = can simultaneously manipulate the two hand wheels 32, 34 ' and display the saw blade 233 lifting height scale and yaw angle display screen 3 6 1 is at the same time at the hand wheel 3 2 On the side of the box 30, the user can not only have both hands at the same time, but also the hand wheel 3 2, 3 4, and the eye can simultaneously observe the value of the lifting height and the yaw angle of the saw blade 2 3 3 , which makes the operation more convenient. . In summary, the creation is practical and progressive, and the applicant has not found the same or similar approximations through the domestic and foreign literatures. It complies with the relevant new provisions in the patent law and applies in accordance with the law. = [Simple description of the diagram] Figure 1 is a three-dimensional exploded view of the creation. Figure 2 is an exploded view of the yoke and the adjustment seat. Figure 2 is an assembled perspective view of Figure 1.囷A A B is a schematic diagram of the a-section action of Figure 2. Figure 5 is another embodiment of the present creation. M320478 Figure 6 is a flow block diagram of the circuit unit of this creation. [Main component symbol description] 21 first suspension 211 sliding 2 2 second suspension 2 21 sliding 2 2 2 opening 2 3 yaw seat 2 31 chute 2 3 2 chute 233 saw blade 234 tooth pattern 24 Inductive part 241 Inductive part 2 4 2 Feet 2 4 3 Inductive part 2 5 Detection part 3 0 Case 3 01 Scale 31 Port 3 2 Handwheel 3 3 Vortex φ 331 Vortex 34 Handwheel 351 Vortex 36 Circuit unit 3 61 transistor 3 6 2 display screen 3 6 3 return to zero switch 37 cover 371 perforation 40 lifting seat 401 tooth pattern 4 1 motor