目前線纜已普遍地運用在訊號傳輸上，例如電視、電話、電腦設備中用以傳輸影像、聲音、資料等訊號的傳輸線線即是為線纜。為了便於線纜連接至所需之設備上，線纜之末端通常會連接一接頭，如電腦設備的網路線接頭(RJ-45)，或是一般電話線接頭(RJ-11)。該等接頭與纜線的連接通常係以特定的壓夾夾鉗工具將線纜連接固定至線纜接頭上以形成纜線終端接頭。是以，目前市面上已有販售各種規格之線纜的壓接夾鉗工具，如美國專利公告第5,941,120號，即揭露有相關用於線纜的壓接工具結構設計。 此外，中華民國專利公告第534510號揭露一種可進行線纜之切斷、剝除外絕緣層以及壓接作業之複合式線纜接頭壓夾工具。然而，該揭露技術係須分別於該工具之不同部位進行線纜之切斷、剝除外絕緣層以及壓接作業。除了不具便利性之外，其所揭示的線纜接頭壓夾工具之整體尺寸過大，不方便攜帶。 另一方面，由於作業人員在壓接不同規格的線纜時，需要準備各種規格的壓接夾鉗工具，方能同時適用於各種不同特定規格的線纜接頭。故，作業人員為了因應各種不同規格的線纜接頭與線纜之連接固定作業，必須事前準備各種的專用的壓接夾鉗工具方可完成，此舉對於作業人員而言無疑是增加了作業及攜帶上的困擾，且購買工具的成本也相對提高。因此，如何設計一可適用不同規格的線纜以及適用各種加工作業之夾鉗工具是一重要課題，以滿足作業人員於使用、攜帶及操作上的方便需求。At present, cables are commonly used for signal transmission. For example, the transmission lines used to transmit signals such as video, sound, and data in televisions, telephones, and computer equipment are cables. In order to facilitate the connection of the cable to the required equipment, a connector is usually connected to the end of the cable, such as a network cable connector (RJ-45) of a computer device or a general telephone line connector (RJ-11). The connection of these connectors to the cable is usually fixed to the cable connector with a specific crimping tool to form a cable terminal connector. Therefore, crimping tools for cables of various specifications are currently on the market, such as US Patent Publication No. 5,941,120, which discloses the related structural design of crimping tools for cables. In addition, the Republic of China Patent Bulletin No. 534510 discloses a composite cable connector crimping tool capable of cutting, peeling off the insulation layer and crimping the cable. However, the disclosure technique requires cutting off the cable, peeling off the insulation layer, and crimping at different parts of the tool separately. In addition to being inconvenient, the overall size of the cable connector crimping tool disclosed by the cable connector is too large to carry. On the other hand, when crimping cables of different specifications, the operator needs to prepare crimping tools of various specifications to be applicable to a variety of cable connectors of different specific specifications at the same time. Therefore, in order to respond to the connection and fixing of various types of cable connectors and cables, operators must prepare various special crimping tools in advance to complete it. This will undoubtedly increase the work and The trouble of carrying, and the cost of purchasing tools is relatively high. Therefore, how to design a clamp tool suitable for different specifications of cables and suitable for various processing operations is an important subject to meet the convenient needs of operators in use, carrying and operation.
為更清楚了解本發明之特徵、內容與優點及其所能達成之功效，茲將本發明配合附圖，並以實施例詳細說明如下，而其中所使用之圖式，其主旨僅為示意及輔助說明書之用，未必為本發明實施後之必然態樣，故不應就所附之圖式的比例與配置關係解讀、侷限本發明於實際實施上的權利範圍。 圖1A繪示本發明一實施例之夾鉗工具於閒置位置示意圖，圖1B則繪示圖1A之夾鉗工具處於加工狀態之工作位置的示意圖。請參考圖1A以及圖1B，本發明之夾鉗工具10包括一工具本體100以及一可拆卸接頭加工卡匣200。工具本體100包括一第一鉗柄110、一第二鉗柄120、一容置部130以及一驅動部140。根據圖1A中所示，第二鉗柄120之一端係樞接於第一鉗柄110之一端，且可相對第一鉗柄110沿一樞轉方向在圖1A及圖1B所示的位置之間轉動。容置部130係與第一鉗柄110相連接並具有一容置開口131，用以承納接頭加工卡匣200，而驅動部140則是與第二鉗柄120相連接。當第二鉗柄120朝向第一鉗柄110相對轉動時(由圖1A樞轉至圖1B之位置)，第二鉗柄120驅動該驅動部140使其沿一運動方向運動(例如向上之方向運動)，其中該驅動部140之運動方向界定第一軸L1。驅動部140受第二鉗柄120驅動後，可連動接頭加工卡匣200以對線纜及接頭進行加工作業。當作業人員將第二鉗柄120朝向第一鉗柄110沿樞轉方向轉動時，驅動部140受第二鉗柄120驅動而帶動接頭加工卡匣200，此時夾鉗工具10由閒置狀態進入加工狀態。 圖2A及圖2B繪示圖1A之接頭加工卡匣之結構圖，圖3A及圖3B繪示圖2A及圖2B之接頭加工卡匣另一側之結構圖。參見圖2A及圖2B以及圖3A及圖3B，接頭加工卡匣200包括一本體210以及一加工塊220。本體210包括一滑動槽212，其沿第一軸L1設置於本體210中，因此加工塊220係沿第一軸L1可滑動地設於本體210的滑動槽212中。本實施例之接頭加工卡匣200係可拆卸地安裝至工具本體100，因此作業人員欲針對不同規格的線纜接頭進行加工時，可選擇性地裝配適當之接頭加工卡匣200於工具本體100之容置部130的容置開口131中來進行線纜及接頭之加工作業。換言之，本發明之具可拆卸式接頭加工卡匣之夾鉗工具可適用於各種線纜接頭之加工作業，減少了作業人員作業及攜帶上的困擾，亦降低了購買工具之成本。在本實施例中，線纜接頭係以網路線或是電話線之水晶接頭(RJ-45或RJ-11)為例，但不以此為限。 承上所述，為讓接頭加工卡匣200可拆卸地配置於工具本體100中，且可藉由操作工具本體100來驅動接頭加工卡匣200進行線纜接頭之加工作業，本實施例係將接頭加工卡匣200之本體210可拆卸地配置於工具本體100之容置部130中，同時滑動地設置於本體210之滑動槽212上的加工塊220與工具本體100之驅動部140之間具有連動關係。具體地說，本實施例之加工塊220係設有一連接部222，連接部222可與工具本體100的驅動部140可拆卸地嚙合。藉此連接部222即可受到驅動部140的驅動而使加工塊220沿第一軸L1滑動(如圖1A及圖1B所示)。亦即，當第二鉗柄120朝向第一鉗柄110轉動時，第二鉗柄120會驅使驅動部140帶動加工塊220之連接部222向上運動，進而帶動加工塊220沿第一軸L1方向向上滑動以進行線纜接頭之加工作業，藉此夾鉗工具即由圖1A所示之閒置位置進入加工狀態直至圖1B所示之加工位置。作為一較佳實施例，驅動部140可以是一驅動塊，加工塊220之連接部222可為一卡槽，且驅動部140嚙合於卡槽222中。藉此加工塊220可以受驅動部140驅動，而在滑動槽212中沿第一軸L1之方向往復滑動。 圖4A及圖4B繪示圖2A及圖2B之接頭加工卡匣位於加工位置的示意圖。圖5A及圖5B繪示圖3A及圖3B之接頭加工卡匣位於加工位置的示意圖。同時參考圖2A、2B、3A及3B，為了能對線纜接頭進行加工，本體210係設有一加工開口214於其中。對應於加工開口214，加工塊220包含至少一加工結構224。作業時，連接部222可受驅動部140的驅動而使加工塊220沿第一軸L1在滑動槽222中相對加工開口214滑動，而當加工塊220受驅動部140驅動至工作位置時，加工結構224則至少會與加工開口214部分地重疊。如此一來，當加工塊220受驅動部140驅動至工作位置時，加工結構224即可針對已置入加工開口214中之線纜接頭進行加工，例如對電話線或是網路線的接線端子進行壓接作業或是裁剪作業。 進一步言之，本實施例之加工結構224包含例如一第一加工結構224a以及一第二加工結構224b，其中第一加工結構224a為位於本體210之一側之水晶接頭壓接結構(如圖3A、3B、5A及5B所示)，第二加工結構224b例如為位於本體210之另一側的一裁剪結構(如圖2A、2B、4A及4B所示)。如圖4A及圖4B及圖5A及圖5B所示，在本實施例中當加工塊220受驅動部140驅動至工作位置時，水晶接頭壓接結構係與加工開口214之一側部分重疊，而裁剪結構則完全覆蓋該加工開口214之另一側。 參考圖6A及圖6B，本實施例之呈現水晶接頭壓接結構型式的第一加工結構224a可包含兩個壓塊結構，而壓接作業即是藉由二壓塊結構同時執行。其中，一壓塊結構P1用以壓頂水晶接頭本體，另一壓塊結構P2則可為設置於該壓塊結構224a與裁剪結構224b之間，用於將水晶接頭之電極片壓接至線纜的芯線以使兩者電連接。再同時參考圖6A及圖6B，當加工塊220受驅動部140驅動至工作位置時，呈現水晶接頭壓接結構的第一加工結構224a係與加工開口214之一側部分重疊。此時，與加工開口214之部分重疊之第一加工結構224a的壓塊P1，將會抵頂水晶接頭50預先設置之一壓著結構52並迫使其斷裂變形，斷裂變形後的壓著結構52部分會迫抵線纜60最外層的絕緣材料以固定將線纜60固定至水晶接頭50內。藉此，即可利用水晶接頭50本體固持該線纜60外層的方式，牢固地使該水晶接頭50固定於該線纜60之末端。此外，另一壓塊結構P2則同時將水晶接頭50的電極片54上推，以刺穿線纜60的芯線62的絕緣皮，而使得電極片54與該線纜60中之用以傳遞訊號的各芯線62電連接。 本實施例中之第二加工結構是一用於裁剪的刀片224b，其用以切除多餘之線纜芯線部分。因此，當加工塊220受驅動部140驅動至工作位置時，呈現裁剪結構的第二加工結構224b沿第一軸L1移動直至完全覆蓋加工開口214之另一側，此時第二加工結構224b可切除如圖6A所示之凸出水晶接頭50之線纜芯線62。在一較佳實施例中，第二加工結構224b亦可切除水晶接頭50之一凸出部56，連帶地切除原位於凸出部56中之線纜芯線62(如圖6B所示，其為顯示本發明一實施例之水晶接頭凸出部與其中之線纜被切除的示意圖)，進而讓水晶接頭50中傳遞訊號之芯線恰與切面齊平。在本發明中，可依據欲切除之部位來調整第二加工結構224b相對於水晶接頭50之位置，本發明在此並不作任何限制。 此外，為讓加工塊220能於穩固之操作環境對線纜接頭加工，接頭加工卡匣200必須穩固地容置於工具本體100之容置部130的容置開口131中。圖7A繪示本實施例之工具本體之容置部之一側與接頭加工卡匣組合示意圖。圖7B繪示本實施例之工具本體之容置部之另一側與接頭加工卡匣組合示意圖。參考圖7A及圖7B，工具本體100之容置部130以及接頭加工卡匣200之本體210上係分別配置有一第一固持部132以及一第二固持部216。第二固持部216係相對第一固持部132設置於接頭加工卡匣200之本體210上，並可與容置部130之第一固持部132相卡接或抵靠以將接頭加工卡匣200固設於工具本體100中。應注意的是，第一固持部132與第二固持部216之配合除了能讓接頭加工卡匣200穩固地配設於工具本體100之容置部130之外，亦兼具方便作業人員拆卸與組裝之優點，進而使作業人員之作業效率增加。 詳言之，為使接頭加工卡匣200兼具可穩固地固持定位於工具本體100之容置部130之容置開口131中以及易於自工具本體100拆卸而更換另一接頭規格的接頭加工卡匣之功效，第二固持部216係包含一突出於本體210之部分周緣的擋止結構216a，其中擋止結構216a可於例如一垂直於第一軸L1的第二軸L2上與容置部130相抵靠。此外，第二固持部216可進一步包含分別沿第一軸L1分別設置於本體210之兩側的一第一卡勾216b以及一第二卡勾216c。其中，第一卡勾216b以及第二卡勾216c在第二軸L2的方向上延伸遠離擋止結構216a而可卡合於容置部130上。在一較佳實施例中，容置部130具有一第一面130a以及相對於第一面130a之一第二面130b，擋止結構216a抵靠於容置部130之第一面130a與第二面130b之一者時，第一卡勾216b以及第二卡勾216c係卡合於容置部130之第一面130a與第二面130b之另一者。換言之，在擋止結構216a與容置部130相抵靠於容置部130之一面上時，第一卡勾216b以及一第二卡勾216c即可卡合於容置部130另一面之周緣，藉此將接頭加工卡匣200穩固地卡置於工具本體100的容置部130中。 再參考圖7A以及圖7B，為兼顧慣於使用右手以及左手之作業人員操作本發明之夾鉗工具10，本發明之接頭加工卡匣200係可自容置部130之第一面130a裝配進入工具本體100，且亦可自容置部130之第二面130b裝配進入工具本體100。詳言之，由於本發明之第二鉗柄120係樞接於第一鉗柄110，且相對第一鉗柄110轉動，故可將第一鉗柄110定義為一固定鉗柄，而第二鉗柄120定義為一活動鉗柄。因此，當慣用右手之作業人員在操作夾鉗工具10時，接頭加工卡匣200係可自容置部130之第二面130b裝配入工具本體100中(如圖7A所示)。如此一來，慣用右手之作業人員可以左手持欲加工之線纜接頭，而以右手持夾鉗工具10，其中將第一鉗柄110靠抵握持於右手大拇指及掌心，並應用右手拇指外之四指握持第二鉗柄120，以方便對第二鉗柄120施力，進而對線纜接頭進行加工。 同理，當慣用左手之作業人員在操作夾鉗工具10時，接頭加工卡匣200係可自容置部130之第一面130a裝配入工具本體100(如圖7B所示)。如此一來，慣用左手之作業人員可以右手持欲加工之線纜接頭，而以左手持夾鉗工具10，其中將第一鉗柄110靠抵握持於左手掌心及大拇指，並應用左手拇指外之四指握持第二鉗柄120，以方便對第二鉗柄120施力，進而對線纜接頭進行加工。 為達到上述目的，第二固持部216之第一卡勾216b以及第二卡勾216c係不對稱地沿第一軸L1設置於本體210之兩側。此外，容置部130之第一固持部132包含一第一卡槽132a、一第二卡槽132b、一第三卡槽132c以及一第四卡槽132d。其中，第一卡槽132a與第三卡槽132c設於容置部130相對於第一軸L1之一內邊側，而第二卡槽132b與第四卡槽132d設於容置部130相對於第一軸L1之對向另一內邊側。第一卡槽132a與第四卡槽132d例如是位於容置部130的同一高度上，而第二卡槽132b與第三卡槽132c皆位於容置部130的相同另一高度上。此外，第一卡槽132a以及第二卡槽132b係自容置部130之第二面130b之表面在第二軸L2之方向上凹陷一深度，而第三卡槽132c及第四卡槽132d係自容置部130之第一面130a之表面在第二軸L2之方向上凹陷一深度。 藉由上述結構，當接頭加工卡匣200之本體210沿第二軸L2之方向自第二面130b裝配入容置部130時(如圖7A所示)，第一卡勾216b以及第二卡勾216c係分別卡入於第一卡槽132a以及第二卡槽132b，而最終卡抵於容置部130的第一面130a上，同時擋止結構216a抵靠於容置部130之第二面130b上。同樣地，當接頭加工卡匣200之本體210沿第二軸L2之方向自第一面130a裝配入容置部130時(如圖7B所示)，第一卡勾216b以及第二卡勾216c係分別卡入於第四卡槽132d以及第三卡槽132c，而最終卡抵於容置部130的第二面130b上，同時擋止結構216a抵靠於容置部130之第二面130b上。如此一來，接頭加工卡匣200可依需要輕易的由工具本體100的容置部130之第一面130a或第二面130b輕易地卡入容置部130中，故無論是慣用左手或是右手操作之作業人員均能依其慣用手握持本發明之夾鉗工具10來進行線纜接頭加工作業。 綜上所述，在本發明之夾鉗工具中，接頭加工卡匣係可拆卸地配置於工具本體，因此作業人員欲針對不同規格的線纜接頭進行加工時，可選擇性地裝配適當之接頭加工卡匣於工具本體來進行加工作業，進而能應用於各種不同規格的線纜接頭之加工作業，而毋須為每一種規格的線纜接頭準備特定之夾鉗工具，如使減少了作業人員作業及攜帶上的困擾，亦降低了購買工具之成本。 此外，本發明之夾鉗工具係可針對線纜接頭同時進行壓接以及裁剪作業。因此，本發明之夾鉗工具僅在一操作行程中即可使接頭本體與線纜外層穩固結合、使接頭本體之電極片與線纜中用以傳遞訊號之芯線電連接以及並同時切除多餘之線纜。 另外，本發明之第一固持部與第二固持部之配合除了能讓接頭加工卡匣穩固地配設於工具本體之容置部之外，亦兼具方便作業人員拆卸與組裝之優點，進而滿足作業人員於使用及操作上的需求。 再者，本發明之夾鉗工具係兼顧慣於使用右手以及慣於左手之作業人員的操作模式，讓無論是慣用左手或是右手操作之作業人員均能依其慣用手方便地握持本發明之夾鉗工具來進行線纜接頭加工作業。 以上所述之實施例僅係為說明本發明之技術思想及特點，其目的在使熟習此項技藝之人士能夠瞭解本創作之內容並據以實施，當不能以之限定本發明之專利範圍。換言之，依本發明所揭示之精神所作之均等變化或修飾，仍應涵蓋在本發明之專利範圍內。In order to better understand the features, contents and advantages of the present invention and the effects that can be achieved, the present invention will be described in detail with reference to the accompanying drawings, and the embodiments are described in detail below. The use of the supplementary description may not necessarily be the inevitable aspect after the implementation of the present invention, so the proportion and arrangement relationship of the attached drawings should not be interpreted and limited to the scope of rights of the present invention in actual implementation. FIG. 1A is a schematic diagram of a clamp tool in an idle position according to an embodiment of the present invention, and FIG. 1B is a schematic diagram of a working position of the clamp tool of FIG. 1A in a processing state. Please refer to FIGS. 1A and 1B. The clamp tool 10 of the present invention includes a tool body 100 and a detachable joint processing cassette 200. The tool body 100 includes a first jaw handle 110, a second jaw handle 120, an accommodation portion 130, and a driving portion 140. According to FIG. 1A, one end of the second pliers handle 120 is pivotally connected to one end of the first pliers handle 110 and can be pivoted relative to the first pliers handle 110 in a position shown in FIGS. 1A and 1B. Between rotations. The accommodating portion 130 is connected to the first pliers handle 110 and has an accommodating opening 131 for receiving the joint processing cassette 200, and the driving portion 140 is connected to the second pliers handle 120. When the second jaw handle 120 is relatively rotated toward the first jaw handle 110 (pivoted from FIG. 1A to the position of FIG. 1B), the second jaw handle 120 drives the driving part 140 to move in a moving direction (for example, an upward direction) Movement), wherein the movement direction of the driving part 140 defines the first axis L1. After the driving part 140 is driven by the second pliers handle 120, the joint processing cassette 200 can be linked to process the cables and joints. When the operator rotates the second clamp handle 120 toward the first clamp handle 110 in the pivoting direction, the driving part 140 is driven by the second clamp handle 120 to drive the joint processing cassette 200. At this time, the clamp tool 10 enters from an idle state. Processing status. 2A and 2B are structural views of the joint processing cassette of FIG. 1A, and FIGS. 3A and 3B are structural views of the other side of the joint processing cassette of FIGS. 2A and 2B. Referring to FIGS. 2A and 2B and FIGS. 3A and 3B, the joint processing cassette 200 includes a body 210 and a processing block 220. The main body 210 includes a sliding groove 212 disposed in the main body 210 along the first axis L1. Therefore, the processing block 220 is slidably disposed in the sliding groove 212 of the main body 210 along the first axis L1. The joint processing cassette 200 of this embodiment is detachably mounted to the tool body 100. Therefore, when the operator wants to process different specifications of the cable connector, he can selectively assemble an appropriate joint processing cassette 200 to the tool body 100. The accommodating opening 130 of the accommodating portion 130 is used for processing the cables and connectors. In other words, the clamp tool with the detachable joint processing cassette of the present invention can be applied to the processing operations of various cable joints, reducing the operator's troubles in operation and carrying, and reducing the cost of purchasing tools. In this embodiment, the cable connector is a crystal connector (RJ-45 or RJ-11) of a network cable or a telephone line as an example, but is not limited thereto. As mentioned above, in order to make the joint processing cassette 200 detachably disposed in the tool body 100 and to drive the joint processing cassette 200 to perform a cable joint processing operation by operating the tool body 100, this embodiment is The main body 210 of the joint processing cartridge 200 is detachably disposed in the accommodating portion 130 of the tool body 100, and at the same time, the processing block 220 slidably disposed on the sliding groove 212 of the body 210 and the driving portion 140 of the tool body 100 have Linked relationships. Specifically, the processing block 220 of this embodiment is provided with a connecting portion 222 which can be detachably engaged with the driving portion 140 of the tool body 100. In this way, the connecting portion 222 can be driven by the driving portion 140 to slide the processing block 220 along the first axis L1 (as shown in FIGS. 1A and 1B). That is, when the second pliers handle 120 rotates toward the first pliers handle 110, the second pliers handle 120 will drive the driving portion 140 to drive the connecting portion 222 of the processing block 220 to move upward, thereby driving the processing block 220 along the first axis L1 direction. Slide upward to perform the processing of the cable connector, whereby the clamp tool enters the processing state from the idle position shown in FIG. 1A to the processing position shown in FIG. 1B. As a preferred embodiment, the driving portion 140 may be a driving block, the connecting portion 222 of the processing block 220 may be a card slot, and the driving portion 140 is engaged in the card slot 222. Thereby, the processing block 220 can be driven by the driving part 140 to slide back and forth in the sliding groove 212 in the direction of the first axis L1. 4A and 4B are schematic diagrams of the joint processing cassette of FIG. 2A and FIG. 2B being located at a processing position. 5A and 5B are schematic diagrams of the joint processing cassette of FIG. 3A and FIG. 3B being located at a processing position. 2A, 2B, 3A, and 3B, in order to process the cable connector, the body 210 is provided with a processing opening 214 therein. Corresponding to the processing opening 214, the processing block 220 includes at least one processing structure 224. During operation, the connecting portion 222 may be driven by the driving portion 140 to cause the processing block 220 to slide along the first axis L1 in the sliding groove 222 relative to the processing opening 214. When the processing block 220 is driven to the working position by the driving portion 140, the processing The structure 224 at least partially overlaps the processing opening 214. In this way, when the processing block 220 is driven to the working position by the driving unit 140, the processing structure 224 can process the cable connector that has been placed in the processing opening 214, such as a telephone line or a network terminal. Crimping or cutting. Further, the processing structure 224 of this embodiment includes, for example, a first processing structure 224a and a second processing structure 224b. The first processing structure 224a is a crystal joint crimping structure on one side of the body 210 (see FIG. 3A). , 3B, 5A, and 5B), the second processing structure 224b is, for example, a cutting structure located on the other side of the body 210 (as shown in FIGS. 2A, 2B, 4A, and 4B). As shown in FIGS. 4A and 4B and FIGS. 5A and 5B, in this embodiment, when the processing block 220 is driven to the working position by the driving part 140, the crystal joint crimping structure partially overlaps with one side of the processing opening 214. The cutting structure completely covers the other side of the processing opening 214. Referring to FIG. 6A and FIG. 6B, the first processing structure 224a showing the crystal joint crimping structure type of this embodiment may include two crimping structures, and the crimping operation is performed simultaneously by the two crimping structures. Among them, one pressing block structure P1 is used to press the crystal connector body, and the other pressing block structure P2 can be disposed between the pressing block structure 224a and the cutting structure 224b, and is used for crimping the electrode piece of the crystal connector to the cable. Core wire so that the two are electrically connected. Referring again to FIGS. 6A and 6B, when the processing block 220 is driven to the working position by the driving portion 140, the first processing structure 224 a showing a crystal joint crimping structure partially overlaps one side of the processing opening 214. At this time, the pressing block P1 of the first processing structure 224a that partially overlaps with the processing opening 214 will abut the crystal joint 50 in advance with a pressing structure 52 and force it to deform and deform. The pressing structure 52 after fracture deformation Part of the cable 60 is forced against the outermost insulating material of the cable 60 to fix the cable 60 into the crystal connector 50. In this way, the crystal connector 50 can be used to hold the outer layer of the cable 60 to securely fix the crystal connector 50 to the end of the cable 60. In addition, another pressing block structure P2 simultaneously pushes up the electrode sheet 54 of the crystal joint 50 to pierce the insulation of the core wire 62 of the cable 60, so that the electrode sheet 54 and the cable 60 are used to transmit signals. The respective core wires 62 are electrically connected. The second processing structure in this embodiment is a cutting blade 224b, which is used to cut off the excess cable core portion. Therefore, when the processing block 220 is driven to the working position by the driving part 140, the second processing structure 224b exhibiting a cutting structure moves along the first axis L1 until it completely covers the other side of the processing opening 214. At this time, the second processing structure 224b may The cable core 62 protruding from the crystal connector 50 shown in FIG. 6A is cut off. In a preferred embodiment, the second processing structure 224b can also cut off a protruding portion 56 of the crystal joint 50, and cut off the cable core wire 62 originally located in the protruding portion 56 (as shown in FIG. 6B, which is (Showing a schematic diagram of the protruding part of the crystal connector and the cable cut out in one embodiment of the present invention), so that the core wire of the signal transmitted in the crystal connector 50 is just flush with the cut surface. In the present invention, the position of the second processing structure 224b relative to the crystal joint 50 can be adjusted according to the part to be removed, and the present invention is not limited thereto. In addition, in order for the processing block 220 to process the cable joint in a stable operating environment, the joint processing cassette 200 must be firmly received in the receiving opening 131 of the receiving portion 130 of the tool body 100. FIG. 7A is a schematic diagram illustrating a combination of one side of a receiving portion of a tool body and a joint processing cassette in this embodiment. FIG. 7B is a schematic diagram of the combination of the other side of the accommodating part of the tool body and the joint processing cassette in this embodiment. Referring to FIG. 7A and FIG. 7B, the receiving portion 130 of the tool body 100 and the body 210 of the joint processing cassette 200 are respectively provided with a first holding portion 132 and a second holding portion 216. The second holding portion 216 is disposed on the body 210 of the joint processing cassette 200 relative to the first holding portion 132 and can be engaged with or abutted against the first holding portion 132 of the receiving portion 130 to hold the joint processing cassette 200. It is fixed in the tool body 100. It should be noted that the cooperation of the first holding portion 132 and the second holding portion 216 not only allows the joint processing cassette 200 to be stably disposed in the receiving portion 130 of the tool body 100, but also facilitates disassembly and The advantages of assembly further increase the operating efficiency of the operator. In detail, in order to make the joint processing cartridge 200 stably hold and be positioned in the accommodation opening 131 of the accommodation portion 130 of the tool body 100 and to easily disassemble the joint processing card of another joint specification from the tool body 100 For the function of the box, the second holding portion 216 includes a stop structure 216a protruding from a part of the periphery of the body 210, wherein the stop structure 216a can be on the second axis L2 perpendicular to the first axis L1 and the accommodating portion, for example. 130 abut. In addition, the second holding portion 216 may further include a first hook 216b and a second hook 216c respectively disposed on both sides of the body 210 along the first axis L1. The first hook 216b and the second hook 216c extend away from the blocking structure 216a in the direction of the second axis L2 and can be engaged with the accommodating portion 130. In a preferred embodiment, the accommodating portion 130 has a first surface 130a and a second surface 130b opposite to the first surface 130a. The blocking structure 216a abuts the first surface 130a and the first surface 130a of the accommodating portion 130. When one of the two surfaces 130b is used, the first hook 216b and the second hook 216c are engaged with the other of the first surface 130a and the second surface 130b of the accommodation portion 130. In other words, when the blocking structure 216a and the accommodating portion 130 abut against one surface of the accommodating portion 130, the first hook 216b and a second hook 216c can be engaged with the periphery of the other surface of the accommodating portion 130. Thereby, the joint processing cassette 200 is firmly clamped in the accommodating portion 130 of the tool body 100. Referring again to FIGS. 7A and 7B, in order to allow both right-handed and left-handed operators to operate the clamp tool 10 of the present invention, the joint processing cassette 200 of the present invention can be assembled into the first surface 130a of the accommodating portion 130. The tool body 100 can also be assembled into the tool body 100 from the second surface 130 b of the accommodating portion 130. In detail, since the second jaw handle 120 of the present invention is pivotally connected to the first jaw handle 110 and rotates relative to the first jaw handle 110, the first jaw handle 110 can be defined as a fixed jaw handle, and the second The clamp handle 120 is defined as a movable clamp handle. Therefore, when a right-handed operator is operating the clamp tool 10, the joint processing cassette 200 can be assembled into the tool body 100 from the second surface 130b of the accommodating portion 130 (as shown in FIG. 7A). In this way, a right-handed worker can hold the cable connector to be processed with the left hand and the clamp tool 10 with the right hand, in which the first pliers handle 110 is held against the thumb and palm of the right hand, and the right thumb is applied. The outer four fingers hold the second pliers handle 120 to facilitate the application of force to the second pliers handle 120 to further process the cable connector. Similarly, when a left-handed operator is operating the clamp tool 10, the joint processing cartridge 200 can be assembled into the tool body 100 from the first surface 130a of the accommodating portion 130 (as shown in FIG. 7B). In this way, the left-handed operator can hold the cable connector to be processed with the right hand and the clamp tool 10 with the left hand, in which the first pliers handle 110 is held against the palm of the left hand and the thumb, and the left thumb is applied The outer four fingers hold the second pliers handle 120 to facilitate the application of force to the second pliers handle 120 to further process the cable connector. To achieve the above purpose, the first hooks 216b and the second hooks 216c of the second holding portion 216 are asymmetrically disposed on both sides of the body 210 along the first axis L1. In addition, the first holding portion 132 of the accommodating portion 130 includes a first card slot 132a, a second card slot 132b, a third card slot 132c, and a fourth card slot 132d. Among them, the first card slot 132a and the third card slot 132c are disposed on an inner side of the accommodating portion 130 with respect to the first axis L1, and the second card slot 132b and the fourth card slot 132d are disposed opposite the accommodating portion 130. Opposite the first axis L1 is the other inner side. The first card slot 132a and the fourth card slot 132d are, for example, located at the same height of the accommodating portion 130, and the second card slot 132b and the third card slot 132c are located at the same height of the accommodating portion 130. In addition, the first card slot 132a and the second card slot 132b are recessed to a depth in the direction of the second axis L2, and the third card slot 132c and the fourth card slot 132d are recessed to a depth in the direction of the second axis L2. The surface of the first surface 130a of the self-accommodating portion 130 is recessed to a depth in the direction of the second axis L2. With the above structure, when the main body 210 of the joint processing cassette 200 is assembled into the accommodation portion 130 from the second surface 130b in the direction of the second axis L2 (as shown in FIG. 7A), the first hook 216b and the second card The hooks 216c are respectively latched in the first and second latching slots 132a and 132b, and finally snap against the first surface 130a of the receiving portion 130, while the blocking structure 216a abuts against the second of the receiving portion 130. Surface 130b. Similarly, when the main body 210 of the joint processing cassette 200 is assembled into the receiving portion 130 from the first surface 130a along the direction of the second axis L2 (as shown in FIG. 7B), the first hook 216b and the second hook 216c They are respectively snapped into the fourth card slot 132d and the third card slot 132c, and finally snap against the second surface 130b of the accommodating portion 130, while the blocking structure 216a abuts against the second surface 130b of the accommodating portion 130. on. In this way, the joint processing cassette 200 can be easily snapped into the accommodating portion 130 by the first surface 130a or the second surface 130b of the accommodating portion 130 of the tool body 100 as required, so whether it is left-handed or The right-handed operators can hold the clamp tool 10 of the present invention according to their dominant hands to perform the cable joint processing operation. In summary, in the clamp tool of the present invention, the joint processing cassette is detachably arranged on the tool body, so when an operator wants to process different types of cable joints, he can selectively assemble appropriate joints. The processing cassette is processed on the tool body for processing operations, which can be applied to the processing of cable connectors of various specifications without the need to prepare specific clamp tools for each type of cable connector, which reduces the operator's work And the trouble of carrying, also reduces the cost of purchasing tools. In addition, the clamp tool of the present invention can simultaneously perform crimping and cutting operations on cable joints. Therefore, the clamp tool of the present invention can securely combine the connector body and the outer layer of the cable in only one operation stroke, electrically connect the electrode sheet of the connector body and the core wire in the cable for transmitting signals, and simultaneously remove excess Cable. In addition, the cooperation between the first holding portion and the second holding portion of the present invention not only allows the joint processing cassette to be stably arranged in the receiving portion of the tool body, but also has the advantage of facilitating disassembly and assembly by the operator. Meet the needs of operators in use and operation. Furthermore, the clamp tool of the present invention takes into account the operation modes of right-handed and left-handed operators, so that both the left-handed and right-handed operators can conveniently hold the present invention according to their dominant hands. Clamp tool for cable joint processing operations. The above-mentioned embodiments are only for explaining the technical ideas and characteristics of the present invention. The purpose is to enable those skilled in the art to understand the content of this creation and implement it accordingly. It should not be used to limit the patent scope of the present invention. In other words, equivalent changes or modifications made in accordance with the spirit disclosed by the present invention should still be covered by the patent scope of the present invention.