- 302S20 Α7 Β7 經濟部中央揉準局員工消費合作社印製 五、發明説明（1 ) 發明背景 發明領域 本發明係有醐於用以切削石材或混凝土结構物之雄石 鋸片節段*更詳细地說，係有鼷於此種節段之结構改善K 使得使用者能輕易地Μ該等節段底面之銀焊料將節段接合 於鋸片鐵盤•並使得使用者能輕易地再製磨損鋸片而不需 將該等磨損鋸Η送至再製工廠。 先前技術敘述 參閲第1函，所示為一種用Μ切削石材或混凝土结構 物之典型鋸片。所示之典型鋸片包括一®邊緣组合有許多 載有鑕石顆粒之節段10之嫌盤。如所示•嫌盤邊緣Κ規 則間距於徑向反覆縱切，從而形成許多安置節段10之齒凸 。當節段10與嫌盤齒凸组合成鋸Η時，載有蟥石顆粒之節 段10以節段10與齒凸間之銀焊料20為中介物而置於相闞嫌 盤齒凸上並加熱該嫌盤。由於加熱之结果·銀焊料20熔融 而將該等雄盤齒凸與其相鼸節段10组合成鋸片。注意典型 之鋸片在更新一個節段已完全磨損之受損小直徑鋸片方面 沒有困雞，因為小直徑鋸片級盤之成本激不足道。然而， 由於大直徑鋸片雄盤之成本不容忽視♦大直徑鋸片不是整 個更新而是將磨損節段從饑盤β凸取下並將新節段接合於 嫌盤。也就是說，當大直徑鋸片之節段已完全磨損時，不 是丢棄該鋸片之昂貴大直徑嫌盤而是以新節段替換磨損節 (請先閲讀背面之注意事項再填寫本頁) 訂 本紙張尺度遑用中國國家標準（CNS ) Α4規格（210Χ 297公釐） 4 經濟部中央橾準局貝工消费合作社印製 A7 _____B7_ 五、發明説明（2 ) 段再製該鋸片而再利用之。 為了再製與再利用節段磨損之典型大直徑鋸片*該磨 損鋰片需送至踞片製造廠加工K從鐵盤取下磨損節段並將 新節段接合於相鼸嫌盤齒凸。然而，注意Μ上磨損鋸片之 再製與再利用加工程序因為該磨損鋸片不是直接由使用者 再製而是送至再製廠用新節段替換磨損節段而造成了時間 與成本的浪费。由於上述論點，典型鋸片理至圔外之方式 為小直徑鋸片之出口型態為鋸片完成品，但大直徑鋸片之 出口型態為各別分離之節段而且該等節段於其進口國内再 與級盤组装成鋸片。 發明释述 本發明之目的係提供一種含有銀焊料之鋸片節段•其 可克腹上述提及之問题並且含有可便利地更換該鋸片磨損 節段之銀焊料，因而使得使用者可輕易地直接用新節段替 換鋸片之磨損節段而不須將磨損鋸片送至再製廠再製該磨 損鋸片，因而使得使用者可節省再製與再利用該磨損鋸片 之時間與成本，而且該含有銀焊料之節段亦可免去鋸片製 造廠之典型銀焊料注人裝置•從而改良了鋸片生產力並使 得鋸片生產製程自動化。 為了達到上述目檷，用於根據本發明之鋸片的節段於 其底面含耷銀焊料。該節段銀焊料之成形可將一涸銀焊料 薄片薄^_黏性熔接劑接合於節段底面或《著一個兩纗或兩铒 胄曲而局部覆蓋節段兩皤面或兩側面之銀焊料檑片而達成 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） HI- ^^^1 —^n fcl— m 1 ^ nn I— — I In--eJ (請先閲讀背面之注意事項再填寫本頁) B7 五、發明説明（3 ) 。此外，節段底面可包括有一涸凹槽以增加銀焊料薄片與 節段間之接合力。銀焊料薄片與節段間之接合力可箱著在 節段底面上造成刮痕而增加。或者，本發明之銀焊料之成 形可將節段底面浸入熔融之銀焊料中再使節段底面上之銀 焊料冷卻凝固。或者更進一步*可稍微加熱節段底面上之 銀焊料薄片使其預先熔接於節段上K使得該焊料薄片可於 節段之高溫堍结通程中牢固地熔接於節段上。 圔示籣介 從下述參閲附匾之詳述中將可更潸楚地了解上述Μ及 其他本發明之目摞|特點與其他優黏，其中： 第1匾所示為一涸節段載有鑽石顆粒之典型鋸片構造 之部份前視圖與横截面圈； 第2Α，2Β，2C，2D，2Ε，2F · 2G匾所示為根據本發明 各種實施例之含有銀焊料之鋸片節段之底部逋視麵或相鼷 之放大底部透視·;Μ及 經濟部中央樣準局員工消費合作社印製 (請先閲讀背面之注意事項再填寫本頁) 第3Α，3Β，3C，3D，3EH所示為第2Α，2Β，2C，2D， 2Ε圖所示之節段接合於相闞鑤片齒凸之截面圔。 較佳實施例之詳述 詳述本發明之鋸片節段·如鼷所示於底面預先含有銀 焊料之鋸片節段將於Μ下敘述。 本紙張尺度適用中國國家標準（CNS > Α4規格（210X297公釐） 經濟部中央標準局貝工消费合作社印裝 3i)2S,5〇 a7 B7 五、發明説明（4 ) 最簡單地接合銀焊料與節段10底面可用黏性熔接劑將 一個預設厚度之銀焊料薄片20接合於節段底面如第2A黼所 示，所示為本發明之第一種實施例。為了利用該等含有籣 單地接合於節段10底面之銀焊料薄片20之節段10，使用者 從鐵盤齒凸移去磨損節段並清潔齒凸頂面後可將該等節段 10籣單地接合於相鼷鋸片饑盤之齒凸。 然而，銀焊料薄片20與節段10底面間之簡單地接合可 能在長時間浬輸如該等節段出口過程中突然從節段10脫離 。為了克服上述第一種實施例之可能問題，可稍撤加熱該 含有銀焊料薄片20之節段10以預先融熔薄片20而改善薄片 20之接合強度。或者，銀焊料薄片20可額外地點銲於節段 10底面如第2F圈所示。如第28圓中所示為另一種本發明實 腌例，節段10底面可含有一傾凹榷12K緊密地裝置銀焊料 薄片20於其中而使得該薄片20突伸出節段10底面。含有凹 榷12之節段10避免了薄片20可能從節段10脫離。根據第2C _之第三種實施例，薄片20與節段10間黏性熔接劑之接合 力可藉著在節段10底面上造成許多刮痕14而增加。該等刮 痕14增大了節段10底面之接合面樓且增加了熔接繭之接合 力。當然•可了解該等刮痕14可成形於銀焊料薄片20之接 合面上而非節段10之底面。 然而，因節段10之生產製程包括額外的步软以造成每 —節段10底面之凹槽12或刮痕14而使得節段10底面之凹檐 12或刮痕14之成形就該等節段10之生產力而言未必有利。 利用第2D與2E圃中所示之銀焊料權片20A與20B可克眼上述 本紙張尺度逋用中國國家標準（CNS ) A4規格（210X297公釐） (請先閲讀背面之注意事項再填寫本頁) 訂 經濟部中央標準局WC工消費合作社印製 A7 B7 五、發明説明（5 ) 實施例之上述問題•當用黏性熔接覿將該等銀焊料槽片接 合於節段時該等銀焊料槽片20A與20B可以壜加該等銀焊料 檷片20A輿20B與節段10間之接合力。第2D_所示之實施例 中銀焊料播片20A於其兩蟠彎曲而局部覆蓋節段10之兩端 面使得節段10底面之銀焊料槽片20A之接合狀慇得K改善 。第2E鼷所示之實施例中*銀焊料檐片20B於其兩側鬌曲 而局部覆蓋節段10之兩側面使得節段10底面之銀焊料榷片 20A之接合狀態得Μ改菩。該等使用銀焊料漕片20A與20B 之寶施例可避免銀焊料從節段10突然脫雒而不須在節段10 底面上造成凹榷12或刮痕14。使用銀焊料播片20Α與20Β所 預期之一偁附箝利益在於當節段10熔接於嫌盤齒凸時該等 銀焊料檐片20Α輿20Β之彎曲部份融熔而形成如第3D與3Ε隱 中所示之相鼷強化邊緣20a與20b。該等邊掾20a與20b增加 了節段10與雄盤齒凸間之接合力。 或者，本發明之節段10之銀焊料成形可將節段底面溲 入熔融之銀焊料中再使節段底面上之銀焊料凝固。或者更 進一步，節段10之銀焊料成形可將液態銀貼敷於每一節段 10底面上再使貼敷於節段10底面上之銀凝固。 本發明中|銀焊料薄片與節段間之接合力可如上述於 節段底面或銀焊料薄片接合面上造成凹槽或刮痕而增加。 此外，銀焊料於節段10底面上之成形可利用如第2G圔中所 示之帽形銀焊科薄片20。為了於本發明之節段10底面或銀 焊料薄片接合面20上造成刮痕效果，節段10底面或辑焊料 薄片接合面20之表面加工可藉由唄沙櫬嘖沙處理，研磨機 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公慶） (請先閲讀背面之注意事項再填寫本頁) 訂 經濟部中央標準局負工消費合作社印装 A7 B7 五、發明説明（6 ) 研磨與嗔射濟理。 如上所述·根據本發明之含有銀焊料之鏺片節段使得 使用f能輕易地K該等節段底面之銀焊料將節於鋸 片嫌盤，並使得使用者能輕易地再製磨損鋸片。因而•該 鑼片節段使大直徑鋸片之昂貴鐵盤得Μ輕易地再利用而使 得該節段提供使用者經濟利益。由於該節段於其底面含有 銀焊料，使得使用者能輕易地直接將節段接合於嫌盤並再 製該磨損鋸片而不需將磨損鋸Η送至再製工廠。因而，使 用者可節省再製磨損鋸片之時間與成本。而且，本發明之 含有銀焊料之節段可籣單地接合於嫌盤齒凸，當將節段接 合於鐵盤時使用者不霤逐一地切割銀焊料。因而，該節段 可節省銀焊料並簡化節段接合於鐡盤之程序而且可經易地 凿免鋸片之不良品質。由於銀焊料牢固地接合於節段，在 該等節段之處理輿運输過程中銀焊料幾乎不可能從節段突 然脫離。本發明之節段之另一優點在於該節段使得鋸片生 產製程得以自動化。 雖然為了舉例說明而提出本發明之較佳實施例，該等 技術專精者亦能了解到各種修改，附加與替換均是可能的 且不會僱離Κ下申請專利範麵中提出的本發明之觀點齊精 神。 本紙張尺度通用中國國家標準（CNS ) A4規格（210 X 297公釐） 9 ^^1' ^nt HI' ^^1· m n n In t— n n^eJ (請先閲讀背面之注意事項再填寫本頁) A7 B7 五、發明説明（7 ) 元件禰號對照 10——節段 12----凹權 14____刮痕 20....銀焊料薄片 20A...銀焊料槽片 20B...銀焊料檐片 20a...強化邊緣 20b...強化邊緣 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央樣準局負工消費合作杜印製 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） 10-302S20 Α7 Β7 Printed by the Employee Consumer Cooperative of the Central Ministry of Economic Affairs of the Ministry of Economy V. Description of the invention (1) Background of the invention Field of the invention The present invention is a segment of a male saw blade used for cutting stone or concrete structures * more detailed In other words, the structural improvement K that is attached to this segment allows the user to easily join the segment to the iron plate of the saw blade with silver solder on the bottom surface of the segment and allows the user to easily rebuild the worn saw It is not necessary to send such abrasion saws to the remanufacturing plant. For a description of the prior art, please refer to letter 1, which shows a typical saw blade for cutting stone or concrete structures with M. The typical saw blade shown includes an edge disc with a number of segments 10 that contain a number of segments 10 that contain the particles of chert. As shown, the distance between the edge of the disk and the K-gauge is cut longitudinally and repeatedly, thus forming a number of tooth protrusions for the placement segment 10. When the segment 10 is combined with the suspected disk tooth projection to form a saw Η, the segment 10 loaded with hex stone particles is placed on the phased suspected disk tooth projection using the silver solder 20 between the segment 10 and the tooth projection as an intermediary Heat the pan. As a result of the heating, the silver solder 20 melts to combine the male disk tooth protrusions with their corresponding epine segment 10 into a saw blade. Note that typical saw blades have no trouble getting a damaged small-diameter blade that has been completely worn out because the cost of the small-diameter blade-level disk is insignificant. However, the cost of the large-diameter saw blade male disk cannot be ignored. The large-diameter saw blade is not a complete update but removes the worn segment from the hungry disc β projection and joins the new segment to the suspect disc. In other words, when the segment of the large-diameter saw blade has been completely worn, instead of discarding the expensive large-diameter disc of the saw blade, the worn segment is replaced with a new segment (please read the precautions on the back before filling this page ) The size of the original paper is not in accordance with the Chinese National Standard (CNS) Α4 specification (210Χ 297 mm) 4 The A7 _____B7_ is printed by the Beigong Consumer Cooperative of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs. 5. The description of the invention (2) and then the blade is made Use it. Typical large-diameter saw blades that are worn for remanufacturing and reuse of segments * The worn lithium blades need to be sent to the blade manufacturer to process K to remove the worn segments from the iron plate and join the new segments to the protruding teeth of the corresponding disc. However, pay attention to the remanufacturing and reuse processing procedures of worn saw blades on M, because the worn saw blades are not directly remanufactured by the user but sent to the remanufacturing plant to replace the worn segments with new segments, thereby wasting time and cost. Due to the above arguments, the typical way of cutting blades is that the export pattern of small diameter saw blades is finished saw blades, but the export pattern of large diameter saw blades are separate segments and these segments are in Its imported domestic and then assembled with the grade disc into a saw blade. DESCRIPTION OF THE INVENTION The object of the present invention is to provide a saw blade segment containing silver solder. It can overcome the problems mentioned above and contains silver solder that can easily replace the worn segment of the saw blade, so that the user can easily Directly replace the worn segment of the saw blade with a new segment without sending the worn blade to the remanufacturing plant to remanufacture the worn blade, thus enabling the user to save time and cost in remanufacturing and reusing the worn blade, and The section containing silver solder can also eliminate the typical silver solder injection device of the saw blade manufacturer. This improves the saw blade productivity and automates the saw blade production process. In order to achieve the above objective, the segment used for the saw blade according to the present invention contains silver solder on its bottom surface. The formation of the silver solder in the segment can be used to join a thin silver solder sheet to the bottom surface of the segment or a silver with a two-point or two erbium curve partially covering the two surfaces or both sides of the segment The solder sheet is up to the cost. The paper standard is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) HI- ^^^ 1 — ^ n fcl— m 1 ^ nn I— — I In--eJ (please read the back first (Notes to fill out this page) B7 5. Invention description (3). In addition, the bottom surface of the segment may include a groove to increase the bonding force between the silver solder sheet and the segment. The bonding force between the silver solder sheet and the segment can be increased by causing scratches on the bottom surface of the segment. Alternatively, the silver solder of the present invention may be shaped so that the bottom surface of the segment is immersed in the molten silver solder and the silver solder on the bottom surface of the segment is cooled and solidified. Or even further * The silver solder sheet on the bottom surface of the segment can be slightly heated to be pre-welded to the segment K so that the solder sheet can be firmly welded to the segment during the high-temperature knot pass of the segment.圔 示 籣 介 will be able to understand the above-mentioned Μ and other objects of the present invention more clearly from the following detailed description of the attached plaque | Features and other excellent stickiness, where: The first plaque shows a section Partial front view and cross-section circle of a typical saw blade structure loaded with diamond particles; the 2A, 2B, 2C, 2D, 2E, 2F and 2G plaques show a silver solder-containing saw blade according to various embodiments of the present invention The bottom view of the segment or the magnified bottom perspective of the corresponding project; Printed by Μ and the Ministry of Economic Affairs Central Sample Bureau Employee Consumer Cooperative (please read the precautions on the back before filling out this page) 3Α, 3Β, 3C, 3D , 3EH shows the section 2A, 2B, 2C, 2D, 2E shown in Figures joined to the cross-section of the phase plate ridge convex stub. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The blade segment of the present invention will be described in detail. The blade segment containing silver solder in advance on the bottom surface as shown in 鈥 will be described below. This paper scale is applicable to the Chinese National Standard (CNS > Α4 specification (210X297 mm) Printed by the Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 3i) 2S, 5〇a7 B7 5. Description of invention (4) The simplest way to join silver solder A silver solder sheet 20 of a predetermined thickness can be joined to the bottom surface of the segment 10 with adhesive flux to the bottom surface of the segment as shown in Section 2A. The first embodiment of the present invention is shown. In order to utilize the segments 10 containing the silver solder sheet 20 that is joined to the bottom surface of the segment 10, the user can remove the worn segments from the tooth protrusion of the iron plate and clean the top surface of the tooth protrusion. The bun is joined to the tooth ridge of the hungry disc of the phase saw blade. However, the simple bonding between the silver solder sheet 20 and the bottom surface of the segment 10 may suddenly break away from the segment 10 during long-term transportation such as the exit of the segments. In order to overcome the possible problems of the first embodiment described above, the segment 10 containing the silver solder sheet 20 may be slightly removed to pre-melt the sheet 20 to improve the bonding strength of the sheet 20. Alternatively, the silver solder sheet 20 may be additionally soldered to the bottom surface of the segment 10 as shown in circle 2F. As shown in circle 28, another practical example of the present invention, the bottom surface of the segment 10 may contain a concave 12K tightly mounted silver solder sheet 20 therein so that the sheet 20 protrudes beyond the bottom surface of the segment 10. The segment 10 containing the recess 12 prevents the sheet 20 from possibly detaching from the segment 10. According to the third embodiment of 2C_, the bonding force of the adhesive flux between the sheet 20 and the segment 10 can be increased by causing many scratches 14 on the bottom surface of the segment 10. These scratches 14 increase the joint surface floor of the bottom surface of the segment 10 and increase the joint force of the welding cocoon. Of course, it can be understood that these scratches 14 can be formed on the joint surface of the silver solder sheet 20 instead of the bottom surface of the segment 10. However, since the production process of the segment 10 includes additional steps to cause the grooves 12 or scratches 14 on the bottom surface of each segment 10, the formation of the concave eaves 12 or scratches 14 on the bottom surface of the segment 10 The productivity of paragraph 10 may not be advantageous. Use the silver solder right pieces 20A and 20B shown in the 2D and 2E gardens. The above paper size can use the Chinese National Standard (CNS) A4 specification (210X297mm) (please read the precautions on the back before filling in this Page) A7 B7 printed by the WC Industrial and Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (5) The above-mentioned problems of the embodiment • When the silver solder trough pieces are joined to the segments by viscous welding, the silver The solder groove pieces 20A and 20B can increase the bonding force between the silver solder pads 20A and 20B and the segment 10. In the embodiment shown in FIG. 2D_, the silver solder spreader 20A is bent at both sides to partially cover both end surfaces of the segment 10, so that the bonding state of the silver solder slot 20A on the bottom surface of the segment 10 is improved by K. In the embodiment shown in 2E, the silver solder eaves 20B are bent on both sides and partially cover both sides of the segment 10, so that the bonding state of the silver solder sheet 20A on the bottom of the segment 10 is changed. These treasure embodiments using silver solder paddles 20A and 20B can prevent the silver solder from suddenly escaping from the segment 10 without causing dents 12 or scratches 14 on the bottom surface of the segment 10. One of the expected benefits of using pliers with silver solder spreaders 20A and 20B is that when the segment 10 is welded to the protruding disc teeth, the curved portions of the silver solder eaves 20A and 20B are melted to form 3D and 3E. The phases shown in the shadow reinforce the edges 20a and 20b. The ribs 20a and 20b increase the joint force between the segment 10 and the male tooth ridge. Alternatively, the silver solder of the segment 10 of the present invention can be formed by pouring the bottom surface of the segment into the molten silver solder and solidifying the silver solder on the bottom surface of the segment. Or even further, the silver solder of the segments 10 may be formed by applying liquid silver to the bottom surface of each segment 10 and solidifying the silver applied to the bottom surface of the segments 10. In the present invention, the bonding force between the silver solder sheet and the segment can be increased by causing grooves or scratches on the bottom surface of the segment or the bonding surface of the silver solder sheet as described above. In addition, the formation of the silver solder on the bottom surface of the segment 10 can use the hat-shaped silver solder sheet 20 as shown in the 2G mark. In order to create a scratch effect on the bottom surface of the segment 10 or the silver solder sheet joint surface 20 of the present invention, the surface processing of the bottom surface of the segment 10 or the solder sheet joint surface 20 can be processed by sanding, sanding, and grinding the paper The standard is applicable to the Chinese National Standard (CNS) A4 specification (210X297 official celebration) (please read the notes on the back before filling in this page). Order A7 B7 printed by the Central Standards Bureau of the Ministry of Economic Affairs. The invention description (6) grinding It's good to shoot. As mentioned above, according to the present invention, the silver solder-containing segment makes it easy to use the silver solder on the bottom surface of the segments to be connected to the blade of the saw blade, and allows the user to easily rebuild the worn blade . Therefore, the gong segment allows the expensive iron plate of the large-diameter saw blade to be easily reused, so that the segment provides users with economic benefits. Since the segment contains silver solder on its bottom surface, the user can easily directly join the segment to the suspect disk and reproduce the worn saw blade without sending the worn saw H to the remanufacturing factory. Therefore, the user can save time and cost in remanufacturing the worn blade. Moreover, the segment containing silver solder of the present invention can be simply joined to the tooth protrusion of the disc. When the segment is joined to the iron disc, the user does not cut the silver solder one by one. Therefore, the segment can save silver solder and simplify the process of joining the segment to the disk and can easily gouge the bad quality of the saw blade. Since the silver solder is firmly joined to the segments, it is almost impossible for the silver solder to suddenly detach from the segments during the processing and transportation of these segments. Another advantage of the segment of the present invention is that the segment enables the saw blade production process to be automated. Although the preferred embodiments of the present invention are presented for the purpose of illustration, those skilled in the art can also understand various modifications, additions and replacements are possible and will not hire the invention proposed in the scope of patent application under Κ The spirit of the view. The size of this paper is universal Chinese National Standard (CNS) A4 specification (210 X 297 mm) 9 ^^ 1 '^ nt HI' ^^ 1 · mnn In t— nn ^ eJ (Please read the notes on the back before filling in this Page) A7 B7 V. Description of the invention (7) Component control No. 10-segment 12-concave weight 14 ____ scratch 20 ... silver solder sheet 20A ... silver solder slot sheet 20B .. .Silver solder eaves 20a ... reinforced edge 20b ... reinforced edge (please read the precautions on the back before filling in this page) The Ministry of Economic Affairs, Central Bureau of Standards and Temporary Work, consumer cooperation, du printed this paper standard is in accordance with Chinese national standards (CNS) A4 specification (210X297mm) 10