五、新型說明： 【新型所屬之技術領域】 其是與手工工具有關。 本創作提供一種手工具套筒結構改良 【先前技術】 手工工具，一直是產#界不可或麵重要工具，雖然自動化 的生產以及工具已經料普及，但容易取得以及錢方便的手工 工具在產轉上減佔有-席之地，且手工I具的發展更是持續 不斷地推陳崎，許多僅具有陽春功能的手工工具也逐漸被淘汰。 Μ像手工卫具中的套筒，—般f用的套筒通如第〗圖所示，該 套筒1G具有-驅動端u，驅動端u供以承接接捍或電動工具等 驅動工具’但該套筒1G與驅動工具套接的方向是呈直線方向的， 而驅動工具也多呈長直柄狀，如此在狹小的空間内將會無法使 用，工作環境的使用上形成限制 ，有鑑於此，本創作人潛心研究 並更珠入構思’歷經多次研發試作後，終於創作出一種手工具套 筒結構改良。 【新型内容】 本創作目的在提供一種手工具套筒結構改良，該套筒 可適應不同的驅動工具使用，且該套筒還能相對該驅動工 具旋轉角度，以適應不同的工作場合，使用方便性及工作 場合適應性非常高。 為達前述目的，本創作提供一種手工具套筒結構改良’ 該套茼包含一驅動頭部以一腰部連接一工作柄部，其中： 。°亥驅動頭部為圓球狀，且該驅動頭部内具有一四角孔態樣的 ° ^肩腰部連接於該驅動頭部的一端；以及該工作柄部連接 腰。p連接該驅動頭部的另-端，且該作柄部内具有-工作 孔’該工觀知纽祕。 一 藉由忒圓球狀的驅動頭部與驅動工具連接，如此該驅 ^頭部可相對該驅動工具旋轉角度，藉此提升工作場合的 =應性’而該驅動頭部的圓球狀態樣以及四角孔態樣的驅 。孔’則使該驅動頭部可配合連接套筒態樣或接桿態樣的 驅動工具，更提昇了使用方便性。 【實施方式】 至5圖所 不，該套筒20包含一驅動頭部21以 23，其中： 為使貴審查委員對本創作之目的、特徵及功效能夠有更進 步之瞭解與認識，以下兹請配合【圖式簡單說明】詳述如后· 本創作手工具套筒結構改良的較佳實施例如第 連接一工作柄部 該驅動頭部21為圓球狀， 態樣的驅動孔211 ’該驅動頭部212 ； 且該驅動頭部21内具有—四角孔 21的外周緣更咖設置複數切面 該腰部22呈頸縮態樣並連接於該驅動頭部21的一端；以及 該工作柄部23連接於賴部22連驗鶴頭部a的另一 端，且該工作柄部23具有-第一端231及—帛二端跳，該第一 端231連接該腰部22 ’且該第一端如為圓柱狀，而該第二端微 則由該第-端231義形成，且該工作柄部23内 233,該工作孔233為六角孔態樣。 作孔 乂上為本|彳作手工具麵結觀&的結構隱 套筒20時，該套筒20可如第 田要使用該 第4圖所不配合-套筒態樣的驅動工 具m吏用，該驅動工具X1具有 的鶴工 部21就可插接於該驅動工且χι _動頭 』的套合孔内，且該驅動頭部21外 周緣的切面212則能提供該驅動頭部21與該套合孔卡制的能力， 使該驅_部21與該轉I具χι形成定位，崎工作柄部烈的 工作孔233則套設於一六角螺絲態樣的工作元件y上，藉由補 動工㈣驅_套筒2G _謂元件γ進行鎖、卸工^由 於該驅動頭部21為圓球狀，因此使用者可旋轉該驅動頭部，使 該驅動頭部21與該驅動工具χι之間具有角度變化，如此就可適 應於不同的工作場合工作，在空間狹小的工作環境之下也可以順 暢的工作。 再如第5圖所示，該套筒20配合一接桿態樣的驅動工具χ2 使用則》玄驅動工具X2插置入該套筒2〇的驅動頭部21之驅動孔 211内，則藉由該接桿態樣的驅動工具χ2，也可對工作柄部23套 接的工作元件γ進行鎖、卸的工作。 還有，如第6圖所示為該套筒20的工作柄部23之另一實施 例態樣’該工作柄部23為圓柱狀，其内同樣設置有六角孔態樣的 工作孔233 ’如此同樣能達成上述相同的功效。 綜上所述’該套筒2〇可達成下列功效： 1•細球狀的驅動頭部21可進行套 藉此適應柯的工作場合 角度改k 使、對工作職的適應性更強； 該.鶴卿21 _球狀収四組||樣的驅動孔 211，使該套筒20可適縣_樣_動工具χι以及接桿態樣的 驅動’、2 +同態樣的驅動工具都能對該套筒20進行驅動，如 此就能方便使用者以不同的驅動工具進行工作，更提昇了使用上 的方便性。 [82178 f圖式簡單說明j 第i圖 為習用套筒的結構示意圊。 第2圖為本創作手工具套筒結構改良的立體示意圖。 第3圖為本創作手工具套筒結構改良的剖面示意圖。 第4圖 為本創作手工具套筒結構改良配合套筒態樣的驅動工 具使用之使用狀態示意圖。 第5圖 為本創作手工具套筒結構改良配合接桿態樣的驅動卫 具之使用狀態示意圖。 第6圖 為本創作手工具套筒結構改良的工作柄部外觀另—每 施例示意圖。 【主要元件符號說明】 《習知》V. New description: [New technology field] It is related to hand tools. This creation provides a hand tool sleeve structure improvement [prior art] hand tools, has always been an important tool for the production of the world, although automated production and tools have been popular, but easy to obtain and convenient hand tools in the production and transfer The reduction of possession and the place of the place, and the development of the manual I tool is to continue to push Chen Qi, many hand tools that only have the function of Yang Chun are gradually eliminated. In the case of a sleeve in a hand-held fixture, the sleeve for the general purpose is as shown in the figure, the sleeve 1G has a drive end u, and the drive end u is provided with a drive tool such as a socket or a power tool. However, the direction in which the sleeve 1G is sleeved with the driving tool is linear, and the driving tool is also long and straight, so that it cannot be used in a small space, and the working environment is limited in use. Therefore, the creator has devoted himself to research and more ideas. After many trials and developments, he finally created a hand tool sleeve structure improvement. [New content] The purpose of this creation is to provide an improved structure of a hand tool sleeve, which can be adapted to different driving tools, and the sleeve can also be rotated relative to the driving tool to adapt to different working occasions, and is convenient to use. Sexuality and workplace adaptability are very high. To achieve the foregoing objectives, the present invention provides a hand tool sleeve structure improvement. The sleeve includes a drive head coupled to a working handle at a waist, wherein: The driving head has a spherical shape, and the driving head has a four-corner hole shape, and the shoulder waist is connected to one end of the driving head; and the working handle is connected to the waist. The p is connected to the other end of the driving head, and the working portion has a working hole in the handle portion. A driving head is connected to the driving tool by a ball-shaped driving head, so that the driving head can be rotated at an angle with respect to the driving tool, thereby improving the duty of the working place and the ball state of the driving head And the four-hole pattern of the drive. The hole 'sends the drive head to match the sleeve-like or post-drive tool, which improves ease of use. [Embodiment] As shown in FIG. 5, the sleeve 20 includes a driving head 21 to 23, wherein: in order to enable the reviewing committee to have a better understanding and understanding of the purpose, features and effects of the creation, the following A detailed description of the improvement of the sleeve structure of the present hand tool is as follows. For example, the first driving handle portion 21 is a spherical shape, and the driving hole 211 ' The head 212; and the outer circumference of the driving head 21 having the four-corner hole 21 is further provided with a plurality of cut surfaces, the waist portion 22 is necked and connected to one end of the driving head 21; and the working handle portion 23 is connected The other end of the crane head 22 is connected to the head portion a, and the working handle portion 23 has a first end 231 and a second end jump, the first end 231 is connected to the waist portion 22' and the first end is The second end is formed by the first end 231, and the working handle 23 is 233. The working hole 233 is a hexagonal hole. When the hole is on the top of the hole, the sleeve 20 can be used as the driving tool m of the sleeve type in the fourth figure. For example, the crane unit 21 of the driving tool X1 can be inserted into the sleeve hole of the driver and the movable head, and the cutting surface 212 of the outer circumference of the driving head 21 can provide the driving head. 21 and the ability of the sleeve to be clamped, so that the drive portion 21 and the turn tool are formed into a positioning position, and the working hole 233 of the sturdy work handle portion is sleeved on a working element y of a hexagonal screw shape. The lock head and the unloading work are performed by the repeller (4) drive _ sleeve 2G _ _ _ element γ. Since the drive head 21 is spherical, the user can rotate the drive head to make the drive head 21 The driving tool has an angle change between the two, so that it can be adapted to different work situations, and can work smoothly under a small space working environment. Further, as shown in FIG. 5, the sleeve 20 is engaged with a driving tool χ2 of a post-like state, and the "Xuan driving tool X2" is inserted into the driving hole 211 of the driving head 21 of the sleeve 2, and the borrowing is performed. The working tool γ that is sleeved by the working handle portion 23 can also be locked and unloaded by the driving tool χ 2 of the post. Further, as shown in Fig. 6, another embodiment of the working handle portion 23 of the sleeve 20 is formed in a cylindrical shape, and a working hole 233' having a hexagonal hole shape is also provided therein. This can also achieve the same effect as above. In summary, the sleeve 2 can achieve the following effects: 1 • The thin spherical driving head 21 can be sleeved to adapt to the angle of the work of the Ke, and the adaptability to the job is stronger; . Heqing 21 _ spherical collection of four groups | | sample drive hole 211, so that the sleeve 20 can be suitable for the county _ sample _ _ _ ι and the driver of the pole state ', 2 + same state of the driving tools are The sleeve 20 can be driven, so that the user can work with different driving tools, which improves the convenience of use. [82178 f Simple description of the figure j The i-th figure shows the structure of the conventional sleeve. Figure 2 is a perspective view showing the improved structure of the hand tool sleeve. Figure 3 is a schematic cross-sectional view showing the improved structure of the hand tool sleeve. Fig. 4 is a schematic view showing the state of use of the driving tool for the improved hand tool sleeve structure and the sleeve type. Fig. 5 is a schematic view showing the state of use of the driving guard of the improved hand tool sleeve structure and the joint posture. Fig. 6 is a schematic view showing the appearance of the working handle of the original hand tool sleeve structure. [Main component symbol description] "Knowledge"
套筒10 驅動端11 《本新型》 套筒20 驅動頭部21 驅動孔211 切面212 腰部22 工作柄部23 第一端231 第二端232 工作孔233 驅動工具XI 驅動工具X2 工作元件YSleeve 10 Drive End 11 "New" Sleeve 20 Drive Head 21 Drive Hole 211 Cut Surface 212 Waist 22 Work Handle 23 First End 231 Second End 232 Working Hole 233 Drive Tool XI Drive Tool X2 Working Element Y