m^287l 指定代表圖： (一)本案指定代表圖為： 第一圖 (二)本代表圖之元件符號簡單說明： 基座（1) 平底座（11) 角刻度(113) V形座（12) 頭端（121) 尾端（122) 角度指標（123) 第一承座（13) 游標刻度環(132) 第二承座（14) 夾具(2) 固定端（21) 滑座(22) 角刻度盤(25) 第一鎖固桿(313) 第二鎖固桿(322) 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種虎鉗，尤指固定於金屬加工機器工作台上 的虎鉗，藉由該虎鉗的多向角度調整，以達多向斜面加工之目的。 【先前技術】 請參閱第八鼠第九_示，—f知結構⑷，林國新型專 利第M307481號『虎鉗結構改良』其係包括有：一船形座體⑷）， 該船形座體(41)頂部係呈-凹弧狀(411)，且該船形座體⑹之頂 部由前端朝後端，凹設有數弧形嵌槽(42)，各弧形嵌槽(42)可供 定位螺栓(43)之螺栓頭⑷1)滑設嵌置，又該船形座體⑷)位於一 側穿設有一控制桿(44)，該控制桿(44)之另一端穿出至靠近另一 2 M382871 '侧之弧形嵌槽處，並軸設有一齒輪W41); —虎鉗本體(45)，該虎 鉗本體(45)裝設於船形座體(41)之頂部；又該虎鉗本體(45)之一 側下緣固設有一可與前述齒輪(441)嚙合之齒條(451)，藉此，可 由齒輪(441)傳動齒條(451)，並使虎鉗本體(45)呈弧形之移動， 使虎鉗本體(45)上之工件可依使用者之需求調整至適當之位置。 【新型内容】 -»· (所欲解決之技術問題） • 然，上述習知結構(4)之虎鉗本體(45)為達多向角度調整，使 船形座體(41)之頂部由前端朝後端，凹設有數弧形嵌槽（42)，並 於虎鉗本體(45)之一側下緣固設有弧形的一齒條(451)，該弧形嵌 槽(42)及齒條(451)加工相當地困難。再者，扳轉控制桿(44)來調 整虎鉗本體(45) ’實再有點麻煩。 (解決問題之技術手段） 本創作人有鑑於此，乃憑恃著長期對虎鉗的研究及融會貫通 鲁之構思，而創作出一種虎鉗基座固定裝置，係包含:一基座，係一 平底座的一端面的十心接設一 V形座，又該V形座的頭、尾端分 別。又第-承座及一第二承座；一夾具，該夾具對應於第一、第 二承座分職-第-迴轉凸塊及一第二迴轉凸塊；及複數個夹摯 裝置，該複數個夾摯裝置包含第一一夾摯裝置、一第二央摯裝置 且分別設於第-承座與第一迴轉凸塊之間及第二承座與第二迴轉 凸塊之間，且該錄裝置得延伸露於v形座料部。 本創作的目的：藉由上述元件的組成，當綱錄裝置使夾具 具多向角度調整’紐再鎖緊置。，使本創作 鎖固於金屬加工機器的工作台上具有多傾角斜虎甜 (對照先前技術之功效） 月匕 兹由以上說明得知’本創作相較先前技術，確可達到如下之m^287l Designated representative map: (1) The representative representative figure of this case is: The first figure (2) The symbol of the representative figure is simple: Base (1) Flat base (11) Angle scale (113) V-shaped seat ( 12) Head end (121) End end (122) Angle index (123) First bearing seat (13) Vernier marking ring (132) Second bearing seat (14) Fixture (2) Fixed end (21) Slide seat (22 ) Angle dial (25) First locking rod (313) Second locking rod (322) V. New description: [New technical field] This writing is about a vise, especially fixed in metal processing machines. The vise on the workbench is adjusted by the multi-directional angle of the vise to achieve the purpose of multi-directional beveling. [Prior Art] Please refer to the eighth mouse ninth _ display, -f know structure (4), Lin Guo new patent No. M307481 "the vise structure improvement" includes: a boat-shaped seat (4)), the boat-shaped seat ( 41) The top is in a concave arc shape (411), and the top of the boat-shaped seat body (6) has a front end toward the rear end, and a plurality of arc-shaped recessed grooves (42) are recessed, and the arc-shaped recessed grooves (42) are used for positioning bolts. (43) The bolt head (4) 1) is slidably embedded, and the boat-shaped seat body (4) is placed on one side with a control rod (44), and the other end of the control rod (44) is passed close to the other 2 M382871' a curved arc groove on the side, and a shaft W41) is provided on the shaft; a vise body (45), the vise body (45) is mounted on the top of the boat body (41); and the vise body (45) One of the lower edges of the side is fixed with a rack (451) engageable with the aforementioned gear (441), whereby the rack (451) can be driven by the gear (441) and the vise body (45) is curved The movement allows the workpiece on the vise body (45) to be adjusted to the appropriate position according to the needs of the user. [New content] -»· (Technical problem to be solved) • However, the vise body (45) of the above-mentioned conventional structure (4) is adjusted for multi-directional angle, so that the top of the boat-shaped seat body (41) is from the front end. Toward the rear end, a plurality of arc-shaped recessed grooves (42) are recessed, and a curved rack (451) is fixed on a lower edge of one side of the vise body (45), the curved recessed groove (42) and The rack (451) is quite difficult to machine. Furthermore, turning the lever (44) to adjust the vise body (45) is a little more troublesome. (Technical means to solve the problem) In view of this, the creator created a vise base fixing device based on the long-term research and integration of the vise, which includes: a base, a flat base The ten ends of one end face are connected with a V-shaped seat, and the head and the tail end of the V-shaped seat are respectively. a first socket and a second socket; a fixture corresponding to the first and second socket division-first-rotary bumps and a second rotary protrusion; and a plurality of clamping devices, The plurality of clamping devices include a first clamping device and a second clamping device and are respectively disposed between the first socket and the first rotating protrusion and between the second bearing and the second rotating convex block, and The recording device is extended to expose the v-shaped portion. The purpose of this creation: by the composition of the above components, when the assembly device makes the clamp multi-directional angle adjustment, the button is tightly locked. To make the creation locked on the workbench of the metal processing machine with multi-inclined oblique tiger sweetness (according to the efficacy of the prior art). The above description is known as the above description. This creation can achieve the following as compared with the prior art.
功效： 1·本創作的第-、二承座、第―、二轉凸塊及錄裝置 第二迴轉凸塊具Τ形環槽難加工外，其餘皆容易加工。因此， 整體而言，本創作容易加工及容易震驗裝。 2.本創作的帛夾較置係運师拔塊、減紅間的強大推拔 自鎖炎摯力及再配合第二蜂裝置，使夾具於赃肖度的定位 固定上相虽地堅固，能克服任何加工受力的負載，可提高工件 的加工精密度。 3·本創作的肖度調㈣完全料直接扳轉ν形座或夾具本體，再 配合角刻度盤即能快速調整所需角度。 【實施方式】 首先，請參閱第一圖至第三圖所示，為本創作實施例，係關 於一種虎鉗基座固定裝置，係包含：一基座（1)、一夾具(2)及複數 個夾摯裝置(3)。其中，Efficacy: 1. The first, second, first, and second turns of the creation and the recording device. The second rotary projection has a circular ring groove and is difficult to process. The rest are easy to process. Therefore, on the whole, the creation is easy to process and easy to install. 2. The 帛 clip of this creation is more powerful than the strong push and pull of the squad, and the second bee device, so that the fixture is fixed in the positioning of the 赃 度It can overcome the load of any machining force and improve the machining precision of the workpiece. 3. The Xiaodu tone of the creation (4) is completely expected to directly rotate the v-shaped seat or the clamp body, and then adjust the required angle quickly with the angle dial. [Embodiment] First, referring to the first to third embodiments, the present invention relates to a vise base fixing device, which comprises: a base (1), a clamp (2) and A plurality of clamping devices (3). among them,
該基座（1) ’係眼躺狀的一平底座（11)的一端面的中心固設一 旋轉軸(111)，該旋轉軸（111)再接設一 V形座（12)，使平底座（11) 與V形座（12)得作相對旋轉，另於平底座（u)的圓形凸處（112)設 一角刻度（1136)及V形座（12)的底部設一角度指標（123)。又該V 4 M382871 '形座（12)的頭、尾端（12丨；122)分別設一第一承座（13)及一第二 承座（14);又第一承座（13)係為橫置的中空圓柱狀且從另一方向 設一穿孔（131)，且於該第一承座（13)的外端面固設一游標刻度環 (132)。而該第二承座（14)係為半圓柱槽（142)且從其底部設一穿 孔(141)。 該央具(2)，該夾具（2)對應於第一、第二承座（13 ; 14)分別 设一第一迴轉凸塊(23)及一第二迴轉凸塊(24)，其中該第一迴轉 φ 凸塊（Μ)係為實心圓柱狀且從其外端面中心延伸出一小轴桿 (231)，其整體設於夾具（2)的固定端（21)的端面，而第二迴轉凸 塊（24)係為半圓具設一凹槽（241)狀得凹設於夾具(2)的滑座（22) 的底部。又該第二迴轉凸塊（24)的半圓外周圍設一 τ形環槽 (242) ，另於第二迴轉凸塊(24)的τ形環槽（242)的頂端設一上蓋 (243) 。及 該複數個夾摯裝置（3)，該複數個夾摯裝置(3)係包含一第一 φ夾摯裝置（31)、一第二夾摯裝置(32)且分別設於第一承座（丨3)與 •第一迴轉凸塊（23)之間及第二承座（14)與第二迴轉凸塊（24)之 間。其中，該第一夾摯裝置(31)係包含一推拔塊(311)、一推拔座 (312)及第一鎖固桿（313)，又該推拔塊(311)係固設於夾具（2)的 第一迴轉凸塊(23)的外端面，而推拔座（312)設一剖溝(3121)及將 該推拔座（312)套於推拔塊(311)上，且讓第一鎖固桿(313)的前端 從V形座（12)的第一承座（丨3)外部的一穿孔（131)貫穿該推拔座 (312)的剖溝（3121)，而鎖設於推拔座（312)所設一結合螺孔 5 M382871 (3122)。又該第二夾摯裝置(32)係包含一 τ形塊(321)及一第二鎖 固才干（322)，又該Τ形塊(321)係套入於第二迴轉凸塊(24)的τ形 環槽（242)内的最底τ ’且該第三（322)的前端從第二承座⑽的 底外部的一穿孔（141)貫穿鎖設於ΐ形塊（321)所設一結合螺孔 (3211)。 請參閱第四圖及第五圖所示，藉由上述元件的構成，再將一 角刻度盤（2 5 )對應於第一承座（13)的外端面固設一游標刻度環 • (132)，將其鎖固於第一迴轉凸塊(23)的小軸桿(231)的外端面， 如此便完成本創作虎鉗的組裝，使虎鉗具有水平向（ζ軸向）的角度 調整及垂向（Υ軸向）的角度調整，以架設於金屬加工機器的工作 台，使本創作具有多向傾角斜面之工件之加工性能。 請參閱第六圖及第七圖所示，本創作在作垂向（γ軸向）的角度 調整時，分別先鬆開第一鎖固桿(313)及第二鎖固桿(322)，則位 於V形座（12)的第一承座（13)内的推拔座（312)則處鬆開推拔塊 φ (311)的狀態，及位於第二迴轉凸塊(24)的ΐ形環槽（242)内的Τ .形塊(32丨）亦處鬆開狀態，然後用雙手旋轉夾具(2)調整，再依據 游標刻度盤（132)及角刻度盤（25)的相對旋轉所產生已旋轉的刻 度指示，將夾具(2)調整至所須角度，然受再用單手分別鎖緊第一 鎖固桿(313)及第二鎖固桿（322)，則第一鎖固桿（313)使推拔座 (312)的剖溝(3121)的寬度變窄，使推拔座(312)束緊壓迫推拔塊 (311)’以產生推拔自鎖固定，另第二迴轉凸塊(24)的τ形環槽（242) 内的Τ形塊(321)亦得壓抵第二迴轉凸塊(24)、第二承座（14)，使 6 M382871The base (1) is fixed to a rotating shaft (111) at a center of an end surface of a flat base (11), and the rotating shaft (111) is further connected with a V-shaped seat (12) to make a flat The base (11) and the V-shaped seat (12) are relatively rotated, and the circular projection (112) of the flat base (u) is provided with an angular scale (1136) and an angle index of the bottom of the V-shaped seat (12). (123). Further, the head and the tail end (12丨; 122) of the V 4 M382871 'shaped seat (12) are respectively provided with a first seat (13) and a second seat (14); and the first seat (13) It is a transverse hollow cylindrical shape and a through hole (131) is disposed from the other direction, and a vernier scale ring (132) is fixed to the outer end surface of the first socket (13). The second socket (14) is a semi-cylindrical groove (142) and has a through hole (141) from the bottom. The fixture (2), the clamp (2) is provided with a first rotary bump (23) and a second rotary bump (24) corresponding to the first and second sockets (13; 14), wherein the clamp (2) The first turn φ bump (Μ) is a solid cylindrical shape and a small shaft (231) extends from the center of the outer end surface thereof, and is integrally disposed on the end surface of the fixed end (21) of the clamp (2), and the second The rotary lug (24) is a semicircular shape with a groove (241) shaped to be recessed at the bottom of the carriage (22) of the clamp (2). Further, the second rotating protrusion (24) is provided with a τ-shaped annular groove (242) around the outer circumference of the semicircle, and an upper cover (243) is provided at the top end of the τ-shaped annular groove (242) of the second rotating protrusion (24). . And the plurality of clamping devices (3), the plurality of clamping devices (3) comprising a first φ clamping device (31) and a second clamping device (32) and respectively disposed on the first bearing (丨3) and between the first turning lug (23) and between the second socket (14) and the second turning lug (24). The first clamping device (31) comprises a pushing block (311), a pushing seat (312) and a first locking rod (313), and the pushing block (311) is fixed on the pushing block (311). The outer end surface of the first rotating protrusion (23) of the clamp (2), and the pushing seat (312) is provided with a cutting groove (3121) and the pushing seat (312) is sleeved on the pushing block (311), And passing the front end of the first locking rod (313) through a through hole (131) outside the first socket (丨3) of the V-shaped seat (12) through the cutting groove (3121) of the pushing seat (312), The lock is disposed on a push screw hole 5 M382871 (3122) provided in the push block (312). The second clamping device (32) comprises a τ-shaped block (321) and a second locking ridge (322), and the Τ-shaped block (321) is nested in the second rotating protrusion (24). The bottommost τ ' in the τ-shaped annular groove (242) and the front end of the third (322) is inserted from the through hole (141) at the bottom of the second socket (10) and locked to the ΐ block (321). A combined screw hole (3211). Referring to the fourth and fifth figures, by means of the above components, a corner dial (25) is fixed to the outer end surface of the first socket (13) to fix a vernier scale ring (132) And locking it to the outer end surface of the small shaft (231) of the first rotating protrusion (23), so that the assembly of the vise is completed, and the vise has a horizontal (ζ axial) angle adjustment and The vertical (Υ axial) angle adjustment is carried out on the work table of the metal processing machine, so that the workability of the workpiece with multi-directional inclination bevel is created. Please refer to the sixth figure and the seventh figure. When the angle is adjusted in the vertical direction (γ axis), the first locking rod (313) and the second locking rod (322) are respectively released. Then, the push-out seat (312) located in the first socket (13) of the V-shaped seat (12) releases the state of the push-pull block φ (311), and the 位于 located in the second rotary bump (24) The Τ.-shaped block (32丨) in the ring groove (242) is also released, and then adjusted by the two-hand rotating clamp (2), and then according to the relative of the vernier dial (132) and the angle dial (25). The rotating scale indicator generated by the rotation adjusts the clamp (2) to the required angle, and then the first lock rod (313) and the second lock rod (322) are respectively locked by one hand, and then the first The locking rod (313) narrows the width of the dividing groove (3121) of the pushing seat (312), so that the pushing seat (312) is tightly pressed to push the pushing block (311)' to generate the push-pull self-locking fixing, and The Τ-shaped block (321) in the τ-shaped annular groove (242) of the second rotary projection (24) is also pressed against the second rotary projection (24) and the second bearing (14) to make 6 M382871
兩者之間纽摩擦力，整體以固定石 以多向傾雜面之工件之加工目的。 【圖式簡單說明】 第一圖：為本創作實施例之外觀圖。 第二圖：為本創作實施例之分解圖。 第三圖：為本創作實施例之平面側視圖。 第四圖：為第七圖之a-a斷面剖面圖。 第五圖：為本創作實施例第一圖之b-b斷面剖面圖。 ♦第六圖：為本創作實施例之旋轉角度調整之動作示意圖。 •第七圖：為本創作實施例之第-承座剖面圖。 第八圖及第九圖：為習知結構圖。 【主要元件符號說明】 平底座（11) 圓形凸處（112) 基座（1) 旋轉軸（111) 角刻度(113) 頭端（121) V形座（12) 尾端（122) 7 角度指標（123) 穿孔（131) 第二承座（14) 半圓柱槽（142) 固定端（21) 第一迴轉凸塊(23) 第二迴轉凸塊(24) T形環槽（242) 角刻度盤(25) 第一夾摯裝置(31) 推拔座（312) 結合螺孔(3122) 第二夾摯裝置(32) 結合螺孔（3211) 習知結構(4) 弧形嵌槽(42) 螺栓頭（431) 齒輪(441) 齒條(451) 第一承座（13) 游標刻度環032) 穿孔（141) 夾具(2) 滑座（22) 小轴桿（231) 凹槽（241) 上蓋（243) 夾摯裝置(3) 推拔塊(311) 剖溝(3121) 第一鎖固桿(313) T形塊（321) 第二鎖固桿（322) 船形座體(41) 定位螺栓(43) 控制桿(44) 虎鉗本體(45)The new friction between the two, the overall purpose of the fixed stone to multi-directional workpieces for the purpose of processing. [Simple description of the drawings] The first figure: the appearance of the present embodiment. Second figure: an exploded view of the present embodiment. Third: A plan side view of the presently-created embodiment. Figure 4: is a sectional view of the a-a section of the seventh figure. Figure 5 is a cross-sectional view taken along line b-b of the first embodiment of the present invention. ♦ sixth figure: a schematic diagram of the action of the rotation angle adjustment of the present embodiment. • Figure 7: Sectional view of the first-bearing seat of the present creative embodiment. Eighth and ninth: It is a conventional structure diagram. [Description of main component symbols] Flat base (11) Round convex part (112) Base (1) Rotary shaft (111) Angle scale (113) Head end (121) V-shaped seat (12) Rear end (122) 7 Angle indicator (123) Perforation (131) Second socket (14) Semi-cylindrical groove (142) Fixed end (21) First swivel lug (23) Second swivel lug (24) T-ring groove (242) Angle dial (25) First clamping device (31) Pushing seat (312) Combined with screw hole (3122) Second clamping device (32) Combined with screw hole (3211) Conventional structure (4) Curved groove (42) Bolt head (431) Gear (441) Rack (451) First socket (13) Vernier scale ring 032) Perforation (141) Clamp (2) Slide (22) Small shaft (231) Groove (241) Upper cover (243) Clamping device (3) Push block (311) Ditch (3121) First lock bar (313) T block (321) Second lock bar (322) Boat seat ( 41) Positioning bolt (43) Control lever (44) Vise body (45)