M424202 •五、新型說明： •【新型所屬之技術領域】 本創作係與木作工程有關，特別是關於一種木作斜孔之鑽孔模座及其 套組。 【先前技術】 在習知技術中，我國第085202574號「木工專用斜孔鈷模夾具構造」、 第093205972號「木工鑽孔用定位夾具之改良」、第095203925號「可適 •用於各種木工專用斜孔之鑽模夾具」以及第095203264號「木工用之斜孔. 鑽模」等新型專利前案，係揭露了一種供木作使用之斜孔鑽設技術内容， 其主要乃係將一模塊以一侧之貼接端面與所擬加工之木料彼此併合貼接、 並使之定位，再將外部之桿狀鑽頭伸入該模塊上之導孔中，俾以藉由該導 ·· . · * 孔孔軸係相對於該接合端面呈傾斜之狀態，使所導引之鑽頭在對該木料進 行鑽孔時，得以於木料上鑽設出與導孔同軸對應之斜孔，以提供木作施工 上之需求。 Φ 而為便於木作施工者使用，在上開專利前案中乃進一步地提供水平或 垂直之模塊導引構造，用以調整模塊與木料間併合貼接之位置，使所導引 之鑽頭對木料實施鑽孔加工時之鑽孔點位置獲得改變，如此一來，木作施 工者遂可因應不同尺寸之木料尺寸或不同鑽孔位置之需求，而可便利地實 施斜孔之鑽設。 睢，上開專利前案卻均未能提供木作施工者調整鑽孔角度之具體技術 '、疋以，虽細•工者需鑽設不同斜度之斜孔時，即必需以不同之模塊實 此等肇因於導孔孔軸相對於貼接端面間之夾角為固定所衍生之缺 M424202 失’習知技術尚缺乏較佳之改進。 【新型内容】 因此’本創作之主要目的乃係在提供—種木作斜孔之鑽孔模座，其係 可猎由調整模部與木併合貼接之狀態，賴導孔孔軸與木料間之相對 角度，據以達到供木作施工者得關應實際木作條件之需求，改變於木料 上所鑽设之斜孔角度，俾以補足上開習知技術之不足。 A緣是，為達成上述目的，本創作所提供木作斜孔之鑽孔模座，乃係包 3 了有座’具有一底部，一第一端部與一第二端部係彼此相隔開來地分 設於該底部上，一定位面’係位於該第—端部相向於該第二端部之一側緣， 用以供待鑽孔之木料以-側面貼接於該定位面，並使該第二端部抵接於該 木料之另側面，據靖該木_夹置於各該第—、第二_，· 一模部， f該座上，並與該第-端部相鄰，具有至少—财，至少-穿設於該模 身上之斜向導孔’係於賴身之—_面上軸，孔口，並使該導孔 之孔軸與歡位__定之工作夹角；喊特徵職在於，賴部係拖 接於該座上，域鋪W第，與—第二_鶴，當位於 該第-位置上時，係使該模身之一侧模面與該定位面彼此位於同一平面 上，而當位於該第二位置上時，則## 于職使顧身之一側模面與該定位面間相 隔預定之角度，_改變料狀孔軸與奴位平蝴之工触角；以及， 更包含了有-定位部’肋將賴部定位於-轉位置上。 更進一步地，本創作並提供了包含有該木作斜孔之鑽孔模座之木作斜 孔之鑽孔料’該树斜孔之鑽贿聽包含了未她叙穌作斜孔之 鑽孔模座外，並更包含有一墊體；該塾體係具有了一塊狀塾身，一第一基 M424202 •面，係位於該墊身之一側，一第二基面，係於該墊身另侧並與該第一基面 * 垂直且相鄰接’一第一抵端，係位於該墊身相背於該第一基面之對應端側 上，一第二抵端，係位於該墊身相背於該第二基面之對應端側上，並使該 .第一基面至該第一抵端間之距離大於該第二基面至該第二抵端間之距離。 . 【實施方式】 以下’茲即舉以本創作一較佳實施例，並配合圖式作進一步說明，其 中： • 第一圖係本創作一較佳實施例之立體分解圖。 第二圖係本創作一較佳實施例之立體組合圖。 第三圖係本創作一較佳實施例之侧視圖，其中，該模部係位於該第一 位置上。 第四圖係本創作-較佳實施例之侧視圖，其中，賴部係位於該第二 位置上。 第五圖係本創作—較佳實施例之側視圖，其中，該模部係、介於該第-_位置與該第二位置間。 第“圖係為財創作_触實施例為組紅木作斜狀舰套組立體 圖。 第七圖係為該木作斜孔之鑽孔套組中僅使職卿之制示意圖。 第八圖係為該捕斜孔之鑽孔套财_财與—墊合之一使用 示意圖。 第九圖係為該木作斜孔之鑽孔套組中以雜身與—麵結合之另一使 用示意圖。 5 首先，凊參閱第一圖至第五圖所示，在本創作一較佳實施例中所提供 木作斜孔之鑽孔模座(10)乃係包含了有一座(20)、一模部(3〇)以及一定位部 (40) 〇 該座(20)係具有一概呈矩形之板狀底部(21)，一第一端部(22)與一第二 端部(23)係彼此相隔開來地分設於該底部(21)長軸兩端上，並於該第一端部 (22)相向於該第二端部(23)之侧緣位置上形成平面狀之定位面(24)，據以供 將待鑽孔之木料夾設於該第一端部(22)與該第二端部(23)間，且使該木料之 一側面抵接於該定位面(24)上’用以定位該木料以供鑽孔加工； 更進一步而言，該第一端部(22)乃具有彼此呈平行之一第一側板(221) 與一第二側板(222) ’係以板面平行於該底部(21)長軸方向之方式，彼此相 隔開來地分設於該底部(21)長軸一端上，並以各該侧板(221)(222)相向於該 第二端部(22)之板端端面構成該定位面(24); 該第二端部(23)則具有一端板(231)，係垂直固設於該底部(21)長轴另 端上，一螺桿(232)係穿設螺接於該端板(231)上，桿軸並與該底部之長軸相 平行，一壓板(233)係套接於該螺桿(232)介於該端板(231)與該第一端部(22) 間之一端上，據此，乃可使待鑽孔之木料之一侧面抵接於該定位面(24)，並 螺轉該螺桿(232)使s亥壓板(233)抵壓於該木料之另侧面上，從而使該木料受 定位地結合於該座(20)上，俾便於鑽孔加工之進行。 該模部(30)乃係可分離地樞設於該第一端部(22)上，並可於一第一位置 與一第二位置間插轉擺動’其構造上則係具有一概呈楔形之塊狀模身(31), 係以楔形形狀上厚度較薄之一端為底端’夾置於該第一側板(221)與該第二 側板(222)之間，並使兩側塊面分別籍由一栓而與各該第一、第二側板M424202 • V. New description: • [New technical field] This creation department is related to woodwork engineering, especially for a wood drilling hole and its set. [Prior Art] In the prior art, China No. 085202574 "Construction of inclined hole cobalt mold fixture for woodworking", No. 093205972 "Improvement of positioning fixture for woodworking drilling", No. 095203925 "Applicable to various woodworking A new type of patented premise for special inclined hole drilling jigs and the 096203264 "slanting hole for woodworking. Drilling mold", etc., reveals a technical content of inclined hole drilling for wood use, which is mainly The module is attached to and aligned with the mating end face of one side of the module, and then the outer rod-shaped bit is inserted into the guide hole of the module to be guided by the guide. · * The hole shaft system is inclined with respect to the joint end surface, so that the drill bit guided by the drill bit can drill a slant hole corresponding to the guide hole coaxially on the wood to provide wood. Construction needs. Φ For the convenience of the woodworker, in the pre-opening patent case, a horizontal or vertical module guiding structure is further provided for adjusting the position of the module and the wood to be attached, so that the guided bit pair The position of the drilling point is changed when the wood is drilled, so that the woodworker can conveniently implement the drilling of the inclined hole according to the size of the wood of different sizes or the position of different drilling positions. Hey, the previous patents were not able to provide the specific technique for the woodworker to adjust the drilling angle, and even if the workers need to drill the inclined holes with different inclinations, they must use different modules. In fact, the lack of M424202 due to the fixed angle between the axis of the guide hole and the end face of the contact hole is not improved. [New content] Therefore, the main purpose of this creation is to provide a drilling mold base for the inclined hole of the wood. The system can be used to adjust the state of the mold and the wood, and the guide hole and the wood. The relative angle between the two, according to the needs of the wood-based construction workers to meet the actual wood conditions, change the angle of the oblique hole drilled on the wood, to complement the shortcomings of the conventional technology. A edge is that, in order to achieve the above purpose, the drilling hole holder of the wooden oblique hole provided by the present invention is a package having a bottom portion, and a first end portion and a second end portion are separated from each other. The grounding portion is disposed on the bottom portion, and a positioning surface is located at a side edge of the first end portion facing the second end portion for attaching the wood to be drilled to the positioning surface. And the second end portion abuts on the other side of the wood, according to the Jing _ _ clip placed on each of the first, second _, · a mold portion, f the seat, and the first end Adjacent, having at least a fortune, at least - a slanting guide hole that is worn on the mold body is attached to the _ surface axis, the orifice, and the hole axis of the guide hole and the position of the __ The angle is called; the characteristic function is that the Lai department is dragged to the seat, the domain pavilion W, and the second _ crane, when located at the first position, the side surface of the molding body is The positioning surfaces are located on the same plane with each other, and when located in the second position, the ## is used to separate a side mold surface of the body from the positioning surface by a predetermined angle, _ changing the material hole axis and The flat butterfly station antenna position; and, further comprising the Yes - positioning portion 'depends on the rib portion positioned at - transfer position. Further, the present invention provides a drilling material for a wooden slanting hole containing a hole in the hole of the wooden hole, which is a drill for the slanting hole of the tree. Outside the hole mold base, and further comprising a cushion body; the raft system has a one-piece body, a first base M424202 • face, located on one side of the pad body, a second base surface, attached to the pad The other side is perpendicular to the first base surface* and adjacent to the first first abutting end, and is located on a corresponding end side of the pad body opposite to the first base surface, and a second abutting end is located The pad body is opposite to the corresponding end side of the second base surface, and the distance between the first base surface and the first abutting end is greater than the distance between the second base surface and the second abutting end. [Embodiment] The following is a preferred embodiment of the present invention, and is further illustrated in conjunction with the drawings, wherein: • The first drawing is an exploded perspective view of a preferred embodiment of the present invention. The second drawing is a three-dimensional combination of a preferred embodiment of the present invention. The third drawing is a side view of a preferred embodiment of the present invention in which the mold portion is located in the first position. The fourth drawing is a side view of the present preferred embodiment, wherein the layup is in the second position. The fifth drawing is a side view of the preferred embodiment, wherein the mold portion is between the first-position and the second position. The first picture is a three-dimensional diagram of the group of mahogany as a diagonal ship-sleeve set. The seventh picture is a schematic diagram of the system of only the clerk in the drilling set of the inclined hole. A schematic diagram is used for one of the drilling and boring holes of the trapping hole. The ninth drawing is another schematic diagram of the use of the combination of the body and the surface in the drilling set of the inclined hole. 5 First, as shown in the first to fifth figures, in the preferred embodiment of the present invention, the drilling die holder (10) of the wooden oblique hole is provided with a (20), a mold. a portion (3) and a positioning portion (40) having a substantially rectangular plate-like bottom portion (21), a first end portion (22) and a second end portion (23) being coupled to each other Separatingly disposed on both ends of the long axis of the bottom portion (21), and forming a planar positioning surface at a position of the side edge of the first end portion (22) facing the second end portion (23) ( 24), according to the wood material to be drilled between the first end (22) and the second end (23), and one side of the wood abuts the positioning surface (24) Upper 'used to position the wood for drilling; Further, the first end portion (22) has a first side plate (221) and a second side plate (222) in parallel with each other. The plate surface is parallel to the long axis direction of the bottom portion (21). The two sides of the bottom end of the bottom portion (21) are spaced apart from each other, and the positioning surface is formed by the end faces of the second end portions (22) facing each of the side plates (221) (222). (24); the second end portion (23) has an end plate (231) which is vertically fixed on the other end of the long shaft of the bottom portion (21), and a screw (232) is threadedly connected to the end plate (231) the shaft is parallel to the long axis of the bottom, and a pressing plate (233) is sleeved between the end plate (231) and the first end (22). On one end, according to this, one side of the wood to be drilled is abutted against the positioning surface (24), and the screw (232) is screwed to press the slab (233) against the other side of the wood. So that the wood is positioned to be coupled to the seat (20), which facilitates the drilling process. The mold portion (30) is detachably pivoted on the first end portion (22), And can be rotated between a first position and a second position The upper part has a wedge-shaped block body (31), and the bottom end of the wedge shape is thinner and is sandwiched between the first side plate (221) and the second side plate (222). And causing the two block faces to be respectively associated with each of the first and second side plates
M4Z4ZUZ (22卿)樞接，並得以之編於各該第―、第二位置曙獅，一對 斜向導孔(32)物自爾㈤之輪下延伸貫穿，而各自麵模身 ㈤相向於該第二端部(23)之一側模面(3ιι)上形成一導出孔口 (聊 該定位部⑽則係湘拘束該模部(3〇)之_擺動，俾以將之定位於一 適當之工作位置上，其係具有各自成對之第—穿孔(41)、第二穿孔(42)舆第 -穿孔(43) ’乃分別貫設於各該第__她與第二條阳)(扭)之板體上 方並使該對第二穿孔(43)係介於各該對第一、第二穿孔⑼㈣之間一 對結合孔(44)則係分設於該模細)與各該第―、第二側板(2n)㈣鄰接 之端面上’且可酸模部(3〇)擺動位置之改變而分別與-對對應之各該第 一、第二或第三穿孔(41)(42)(43)_連通，—對定錄(45)係以栓身分別 穿設於與該對結合孔(44)同軸連通之各該對第一、第二或第三穿孔 (41)(4¾⑽中之-對，並以栓末與該對結合孔(44)螺接結合據以將該模 身(31)固定於各該第一、第二側板(221)(222)間，使鋪部(3〇)被定位於該 工作位置上； 進一步來說，當該模部(3〇)位於該第一位置上時，各該結合孔(μ)係與 該對第一穿孔(41)同軸對應，而當該模部(30)位於該第二位置上時，各該結 合孔(44)則係與該對第二穿孔(42)，以及，當該模部(3〇)位於一第三位置上 時’該對結合孔(44)則係與該對第三穿孔(43)同軸連通’據此，乃可藉由該 定位部(40)將該模部(30)依實際需求之鑽孔角度，改變該模部(30)之位置， 使之受定位於對應於該第一、第二或第三位置中之一的工作位置上，俾以 便於木作斜孔之鑽孔。 具體而言’該木作斜孔之鑽孔模座(10)之使用狀態乃係概如第三圖至第 7 M424202 五圖所不’當該模部(30)位於對應於該第一位置之工作位置上時，該模身㈤ *之-側模面(311)乃係與該定位面(24)位於同—平面上，而使各該導出孔口 (321)鄰接於一待鑽孔木聊)之側面上，據此，乃可將受外部動力所驅動 ， 〒狀鑽頭(7〇) ’穿伸於對應之斜向導孔(32)中，而受導引地於該待鑽孔木 • 料(6G)上鑽設崎需之斜孔，此75有如帛三目所示者。 而田貫際木作條件所需之斜孔角度產生變化時，該木作斜孔之鑽孔模 座⑽係可因應角度之變化，而將該模部(3〇)相對於該座(2〇)之相對位置自 籲該第-位置改變至該第三位置或第二位置上，選擇其適當者作為所定位之 工作位置所在，據以使該待鑽孔木料(6〇)得以如細圖或第五圖般，被鑽設 出不同傾斜角度之斜孔。 再者’請參閱第六圖所示，本案用以解決首揭習知技術缺失之技術内 容’並非僅侷限於上該實施例所揭之該木作斜孔之鑽孔模座⑽，其並可進 一步以上開實施例所揭之該木作斜孔之鑽孔模座⑽為成份而組成一木作 斜孔之鑽孔套組⑴’具體而言，該木作斜孔之鑽孔套組⑴除包含了未經组 •合之該木作斜孔之鑽孔模座⑽的各個組成元件外，並進一步包含了有一墊 體(50)。 其中，該墊體(50)乃係具有一塊狀墊身(51)，一第一基面(52)與一第二 基面(53)係分別位於該墊身(51)之相鄰兩端側上，一第一抵端(54)與一第二 抵端(55)則係位於該墊身(51)之另二相鄰端侧上，並使該第一基面(52)與該 第一抵端(54)相背對應，該第二基面(53)與該第二抵端(55)相背對應。 另外，該模部(30)並於該模身（31)之一側模面(311)上凹設有一嵌槽 (312) ’並使該肷槽(312)之开>狀與各該第一、第二抵端(54)(55)對應互補。 8 M424202 ; 據此’則5亥木作斜孔之鑽孔套組⑴除可如第-圖至第五圖所示之使用 *方式實施者外’其並可如第七圖所示，僅以該模部⑽實施斜孔之鑽設，或 如第八圖與第九_示，以該模部⑽配合該塾體(5_實施斜孔之鑽設 者，具體而言： . 如第七圖所不，木作施工者係可將職部(3〇)α該模身(31)之-側模面 (311)貼接於待鑽孔木_)上，並藉由如螺絲等適當之結合元件將該模部 (30)、.。。於該待鑽孔木料⑼)上，如此即可藉由各該斜向導孔(η)導引外部 籲之綱(7〇)於該待鑽孔木料_上鑽設出斜孔。 亦可如第八圖及第九圖所示，木作施工者係可將該墊體(5啦於該模部 (30)與該待鑽孔木料(6〇)間，並視實際木作斜孔之角度需求，選擇以該第一 基面(52)或第二基面(53)貼於於該待鑽孔木料_上，同時以對應之第一抵 端(54)或第二抵端(5锻接於該嵌槽(312)中，再以如螺絲等適當結合元件 將該模部(30)結合於該待鑽孔木料_上，而藉由該墊體⑽將該模身㈢ 端塾同之手段，乃可改變各該斜向導孔(32)與該待鑽孔木料間之相對 _角度據此’遂可導隨綱(7Q)於雜·木料⑼)上觀丨不同傾斜角 度之斜孔。 9 M424202 【圖式簡單說明j 第圖係本創作一較佳實施例之立體分解圖。 第一圖係本獅錄實補之立it组合圖。 位置^係本_-較她_之_，其巾，顧部餘於該第一 位置上。 知圖係本齡—崎雜_，其巾，_㈣位於該第二 位置，部係介· 圖 第六圖係為財_—較佳實施例桃紅木作斜孔之 鑽孔套組立體 第七_為該木作斜狀狐套财做賴模狀個示意圖。 第八圖係為該木作斜孔之鑽孔套組中以該模身與-墊體結合之-使用 示意圖。M4Z4ZUZ (22 Qing) is pivoted and can be programmed in each of the first and second positions of the lion, and a pair of oblique guide holes (32) extend under the wheel of the (5), while the respective faces (5) face each other. A lead-out opening is formed on one of the side surface faces (3 ιι) of the second end portion (23) (the positioning portion (10) is swayed by the shackle of the mold portion (3 〇) to position it at a position In the appropriate working position, the system has a pair of first-perforation (41), and a second perforation (42) and a perforation (43) are respectively disposed in each of the first __ she and the second yang a (twisted) plate body and the pair of second perforations (43) are interposed between the pair of first and second perforations (9) (four), and a pair of coupling holes (44) are disposed in the mold) Each of the first, second or third perforations (41) corresponding to the pair of the first and second side plates (2n) (4) adjacent to the end face and the change position of the squeezing portion (3〇) (42) (43) _ communication, - the pair of recordings (45) are respectively inserted through the pair of first, second or third perforations (41) coaxially communicating with the pair of coupling holes (44) (43⁄4(10)--, and screwed to the pair of coupling holes (44) The mold body (31) is fixed between each of the first and second side plates (221) (222), so that the paving portion (3〇) is positioned at the working position; further, when the mold portion (3〇) when located in the first position, each of the coupling holes (μ) coaxially corresponds to the pair of first through holes (41), and when the mold portion (30) is located at the second position, each of the The coupling hole (44) is coupled to the pair of second perforations (42), and when the mold portion (3〇) is in a third position, the pair of coupling holes (44) and the pair of third perforations (43) Coaxial connection </ RTI> According to this, the positioning portion (40) can change the position of the mold portion (30) according to the actual drilling angle of the mold portion (30), so as to be positioned correspondingly In the working position of one of the first, second or third positions, the crucible is used to facilitate the drilling of the inclined hole of the wood. Specifically, the use state of the drilling die holder (10) of the wooden inclined hole It is as follows: Figure 3 to Figure 7 M424202 Figure 5: When the mold part (30) is located at the working position corresponding to the first position, the body (5) * the side mold face (311) is Is located on the same plane as the positioning surface (24), and Each of the lead-out apertures (321) is adjacent to a side of a wooden hole to be drilled, and accordingly, driven by external power, the boring bit (7 〇) is stretched over the corresponding oblique guide hole In (32), the inclined hole of the surface is drilled on the wood material (6G) to be drilled. The 75 is as shown in the three eyes. When the angle of the inclined hole required for the field of the woodwork is changed, the drilling die holder (10) of the inclined hole of the wood can change the angle (3〇) relative to the seat (2〇) according to the change of the angle. The relative position of the position is changed to the third position or the second position, and the appropriate one is selected as the positioned working position, so that the wood to be drilled (6〇) can be as detailed Or, as in the fifth figure, the inclined holes of different inclination angles are drilled. Furthermore, please refer to the sixth figure, the technical content of the present invention for solving the problem of the first disclosure of the prior art is not limited to the drilling die holder (10) of the wooden oblique hole disclosed in the embodiment. The drilling die holder (10) of the wooden oblique hole disclosed in the above embodiment may be composed of a drilling hole set (1) of a wooden inclined hole. Specifically, the drilling hole set of the wooden inclined hole (1) In addition to the respective constituent elements of the drilling die holder (10) which is not a combination of the wood and the inclined hole, and further includes a pad body (50). The pad body (50) has a block body (51), and a first base surface (52) and a second base surface (53) are respectively located adjacent to the pad body (51). On the end side, a first abutting end (54) and a second abutting end (55) are located on the other adjacent end sides of the pad body (51), and the first base surface (52) is The first abutting ends (54) correspond to each other, and the second base surface (53) corresponds to the second abutting end (55). In addition, the mold portion (30) is recessed on a side mold surface (311) of the mold body (31) with a recessed groove (312)' and the opening of the tongue and groove (312) The first and second abutting ends (54) (55) are complementary. 8 M424202; According to this, the drilling set (1) of the 5Himmu oblique hole can be used as shown in the figure 7 to Fig. 5, and can be as shown in the seventh figure. The boring hole is drilled by the mold portion (10), or the ram body is fitted with the mold portion (10) according to the eighth portion and the ninth portion (5), and the boring hole is drilled, specifically: In the seven figures, the woodworker can attach the side (3) of the body (31) to the side mold surface (311) on the wood to be drilled, and by screws, etc. The appropriate bonding element is the mold portion (30), . . On the wood to be drilled (9), the inclined holes can be drilled on the wood to be drilled by guiding the external guiding holes (n). Alternatively, as shown in the eighth and ninth figures, the woodworker can lay the mat between the mold part (30) and the wood to be drilled (6〇) and treat it as actual wood. The angle requirement of the inclined hole is selected to be attached to the wood to be drilled with the first base surface (52) or the second base surface (53), and at the same time, the first first end (54) or the second offset The end (5 is forged into the recessed groove (312), and the mold portion (30) is bonded to the wood to be drilled with a suitable bonding member such as a screw, and the molded body is formed by the cushion body (10) (3) The same means can be used to change the relative angle between each inclined guide hole (32) and the wood to be drilled. According to this, the '遂 can be guided (7Q) on the miscellaneous wood (9)) Inclined angle oblique hole. 9 M424202 [Simplified illustration of the drawing] The first figure is a three-dimensional exploded view of a preferred embodiment of the present invention. The first picture is a combination of the lion's record and the complement. Compared with her _ _, its towel, Gu Buyu in the first position. Zhitu is the age of the age - Qi Zai _, its towel, _ (four) is located in the second position, the Department of the Department · Figure 6 is a picture _—Preferred embodiment of mahogany wood for drilling holes The group of the seventh is a schematic diagram of the wood for the oblique fox sleeve. The eighth figure is the combination of the body and the body in the drilling set of the inclined hole for the wood. .
第九圖係為該木作斜孔之鑽孔套财以該模身與―墊體結合之另一使 用示意圖。 【主要元件符號說明】 (1)木作斜孔之鑽孔套組 （10)木作斜孔之鑽孔模座 (20)座 (221)第一側板 (231)端板 (21)底部 (222)第二側板 (232)螺桿 (22) 第一端部 (23) 第二端部 (233)壓板 M424202 (24)定位面 (30)模部 (31)模身 (311)模面 (312)嵌槽 (32)斜向導孔 (321)導出孔口 (40)定位部 (41)第一穿孔 (42)第二穿孔 (43)第三穿孔 (44)結合孔 (45)定位栓 (50)墊體 (51)塾身 (52)第一基面 (53)第二基面 (54)第一抵端 (55)第二抵端 (60)待鑽孔木料 (70)鑽頭The ninth figure is a schematic diagram of another use of the hole for the inclined hole of the wood to combine the body with the body. [Explanation of main component symbols] (1) Drilling kit for wood oblique hole (10) Drilling die holder for wooden oblique hole (20) Seat (221) First side plate (231) End plate (21) bottom ( 222) second side plate (232) screw (22) first end portion (23) second end portion (233) pressure plate M424202 (24) positioning surface (30) mold portion (31) molding body (311) die surface (312 ) slot (32) oblique guide hole (321) lead outlet (40) positioning portion (41) first perforation (42) second perforation (43) third perforation (44) coupling hole (45) positioning pin (50 ) mat body (51) body (52) first base surface (53) second base surface (54) first abutting end (55) second abutting end (60) to be drilled wood (70) drill bit