M3 3 9405 八、新型說明： 【新型所屬之技術領域】 本創作與手工具有關，特別是指一種工具頭卡扣裝置。 【先前技術】 以往使用工具頭時，是將工具頭隨意集合在袋子或是 ' 盒子裡來隨身攜帶，如在作業過程中要更換工具頭，因所 Φ 有尺寸與形態的工具頭都混雜在一起，故難以立即找到適 合的工具頭； 所以也有人在身上帶著有許多小袋子或小盒子，以區 '別不同尺寸或形態的工具頭，但袋子與盒子畢竟只能容納 • 工具頭，並沒有定位的功能，因此一不注意，工具頭便可 能掉落或灑出，且袋子雖然攜帶方便，可是容納的工具頭 是尖銳的物品，所以袋子有破洞的可能性，較不耐用，相 • 反的，盒子不會有破洞的問題，在攜帶上卻不若袋子般簡 便； 由前述可知，往昔是以大型容器盛裝工具頭，但由於 未將尺寸與形態分類，遂造成分辨上的困難，而以小型容 器盛裝後，卻又難兼顧簡便與耐用兩方面，所以要如何解 決前述問題，便為本創作人的研究方向。 M3 3 9405 •【新型内容】 本刎作目的在提供一種工具頭的卡扣裝置，其具一吊 % ’讓工具頭卡扣在該卡扣裝置後，能夠更便於攜帶。 …則述目的，該卡扣裝置包含一本體、一控制環及 吊％，邊本體具轴向開設的凹槽及徑向開設的穿孔，該 凹槽與該穿孔連通，該本體在該穿孔内設置一定位件，且 料體外側面又設置—擋止件，該控制環套設在該本體 三，二該控制環内側面具一缺口及一凹部，該缺口與該本 盥"本“％正件，令該本體的穿孔 ”社制㈣凹部錯位’該吊環設置在該本體； 旋轉該控制環時，該本體的擋止件與該M3 3 9405 VIII. New description: [New technical field] This creation is related to hand tools, especially a tool head snap device. [Prior Art] When using the tool head in the past, the tool head is randomly collected in a bag or a 'box to carry it with you. If the tool head is to be replaced during the operation, the tool head with the size and shape is mixed. Together, it is difficult to find a suitable tool head immediately; therefore, some people carry a lot of small bags or small boxes on their bodies to distinguish the tool heads of different sizes or shapes, but the bags and boxes can only accommodate the tool heads after all. There is no positioning function, so if you don't pay attention, the tool head may fall or spill, and the bag is easy to carry, but the tool head is sharp, so the bag has the possibility of being broken, and it is less durable. In contrast, the box does not have the problem of holes, but it is not as easy to carry as the bag. As can be seen from the above, the tool head was used to hold the tool head in a large container, but because the size and shape were not classified, the difference was caused. Difficulties, but in a small container, but it is difficult to balance both simplicity and durability, so how to solve the above problems, this is the creator's research To. M3 3 9405 • [New Content] The purpose of this project is to provide a snap-on device for a tool head that has a sling % ’ to allow the tool head to be snapped behind the buckle device for easier carrying. In the above description, the buckle device comprises a body, a control ring and a hanging body, the side body has an axially-opening groove and a radially-opening perforation, the groove is in communication with the perforation, and the body is in the perforation A positioning member is disposed, and a body side is further provided with a blocking member, the control ring is sleeved on the body 3, and the inner side of the control ring is a notch and a concave portion, and the notch and the body are "%" a piece, the perforation of the body is "the system (4) the concave portion is misaligned", the lifting ring is disposed on the body; when the control ring is rotated, the blocking member of the body and the
二由兩端_菁，令該彈菁蓄力，當該 J 该控制環的缺口相對時，該定位件便可由該穿缺 口内，該凹槽_可餘設工裝，放龍 〜缺 彈簧會以復原力推動該控 工“…該 在該工具頭上，將該工具頭限位内位件又同時卡扣 可知以該卡扣裝置，能夠卡扣工罝 ^ 與分類更為方便，且該卡扣裝置上的吊f工具頭攜帶 曰Ί币&，退可讓該使用 6 M339405 者由.玄吊％將該卡扣裝置隨身配置携帶。 【實施方式】 本創作工具頭的卡扣裝置，其實_如第丨圖至第h N所不，包含： 本虹1Q，為柱狀，該本體1G由-端軸向開設—截运 凹槽u，另—端則徑向開設二相對的透孔… 二、秀U則面上向開設一穿孔13，該凹槽11並分別與言1 7^ 及該穿孔13連通，且該穿孔13在與該凹柙Γ ^處向内禋向限縮，該本體“並在該穿孔13的相肺 上成型一凹陷部14 ; 1〇的#件20，為圓球狀’且該定位件20設置於該本體 、L_13内’由於該穿孔13在與該本體10凹槽11接 D内^向限^，故該定位件2G僅能部份透過該穿孔13 而凸^該凹槽U，無法完全通過該穿孔A; , 制衣3〇，套设於該本體W外，該控制環30内侧 成型相對的—缺 騎 夫口 31及-凹部32,當該本體10的穿孔13 Ή處制㈣的缺口 31相對時，妓位件2〇可向該缺口 日Λ縮而離開該凹槽11，當該穿孔13未與該缺口 31相對 :，邊控制環30的内側會推抵該定位件2()向該凹槽^位 夕且凸伸於該凹槽11，該凹部32又與該本體!。的凹陷部 M339405 14相且該凹部32配合該控制環30呈圓弧狀； 40 ’為圓球狀’位於該控制環3〇的 内且設置於該本㈣的凹陷部14與該控制環3〇的犯 =^°的凹陷部“與該撞止件㈣型為相似形, 設置㈣_部14内，另一端於 凹部犯，令該擋止件㈣該本體_該控制-嫩 位，另=擋止件40也可直接接合於該本體1〇; 一舞簧50 ’容納於該控制環30的凹部32内，且該彈 二二^分別抵頂於該控制環3()的凹部& _#il# 7:本體Η)的穿孔13與該控制環3〇的凹部Μ錯位； 該控制環％轴向的一端套設於該本體 — 衣卜11亥套件60並與該控制環30迫緊社入. =，’__環3{)套設結合於該本…二 ;=位於該控制環權 艮制该控制環30脫離該本體1〇;以及 —吊環⑽’穿設在該本體1G的二透孔12内。 套件扣裝置時’如第5圖所示，向-方向旋轉該 焚轉^ 會連動該控制㈣以該本錢為軸心 内，另—^擋止件4G—端設置於該本體10的凹陷部14 知抵頂於該控制環30的凹部32,因此該擋止件 8 M339405 4〇不會移動，但該彈簧50的兩端因分別抵頂於該 3〇的凹部32與該擋止件40,故該彈簧5〇會被 辰 當該控制環30旋轉至其缺口 31與該本體1〇的穿孔^ ’ 對時，該定位件20便可由該穿孔13進入該缺口 31而離目 5亥凹槽1卜該凹槽U⑴更可供插設工具頭A ; " 在該工具頭A插設於該凹槽Π内後，放鬆該套件6〇 4衣30便可推抵該定位件2〇向該本體 ’並令該定位件2◦凸伸於該凹槽崎扣二1: ^卜便可將該工具頭Α定位於該、 =件-向另-方向旋轉，該撞止件4。—二： 控制環30的凹邱竹出X W㈢抵頂於该 結構僅能夠向單方向旋轉^⑽衣SO _走轉，故前述 該：：在;rr卡扣裝 知於其上的工呈頭A ^夠隨身攜帶該卡扣裝置以及卡 裝置只卡扣—個二二二頭的攜帶更方便’且一個卡扣 、口此忐簡易且快速地分辨工具頭。 該卡扣裝置還可如證 二間隔預設距離的缺σ;6圖所示，在該控制環別上設置 忒控制環30的凹部32内設置 M33 9405 職頂於 凹部32與該擋止件40，令 制％30的 間； W件40位於該二彈簧50之 將該控制環30向任一方& 方向釭轉，如第7圖 中一彈簧50壓縮蓄力，♦令 、 31対太雕Μ 制環30旋轉至其中—缺口 31與该本脰；1〇的穿孔13相 孔^3進入該缺口 31而離μ /疋位件2〇便可由該穿 向離開该凹槽η， 插設工具頭Α，放鬆該_制〜15亥凹槽11内便可供 Α射工制％ 30時，被壓縮的該彈簧50便 月b以其设原力推動該控制環3 30设位，該控制環30同時推 抵5亥定位件20向該本體1〇的宗 . +版1U的牙孔13位移以卡扣該工具頭 A， 可知將該控制環30設置二缺口 31及二彈簧5〇，該控 制％ 3〇向任何—方向旋轉皆能控制該定位件20的位移。 卜4卡扣叙置可如第8圖所示，其本體W凹槽11 的截面為圓形’當該凹槽11内插設工具頭A時，如第9圖 所示，該工具頭A可在該凹槽11内自由旋轉，但依然可被 該定位件20卡扣在該凹槽11内。 10 M339405 【圖式簡早說明】 第1圖 本創作實施例的分解圖。 第2圖 本創作實施例的立體圖。 第3圖 本創作實施例卡扣工具頭的示意圖。 第4圖 本創作實施例卡扣工具頭的剖視圖。 第5圖 本創作實施例定位件位移至缺口的示意圖。 第6圖 本創作實施例使用二缺口與二彈簧的示意圖。 第7圖 本創作實施例定位件位移至其中一缺口的示意圖。 第8圖 本創作實施例凹槽截面為圓形的立體圖。 第9圖 本創作實施例凹槽截面為圓形的示意圖。 【主要元件符號說明】 《本新型》 本體10 凹槽11 透孔12 穿孔13 凹陷部14 定位件20 控制環30 缺口 31 凹部32 擋止件40 彈簧50 套件60 套環70 吊環80 工具頭A 環槽A1Second, by the two ends _ cyanine, so that the elastic phthalocyanine power, when the gap of the control ring of the J is opposite, the positioning member can be penetrated by the inside of the notch, the groove _ can be left over tooling, the dragon ~ lack of spring will Resilience pushes the control worker "...the tool head is fixed on the tool head, and the inner end piece of the tool head is simultaneously buckled to know the buckle device, and the card can be buckled and the classification is more convenient, and the card is more convenient. The lifting tool head on the buckle device carries the coin & the retraction allows the user to carry the 6 M339405 by the hoisting device. The embodiment of the present invention is carried out. In fact, _ as shown in the figure to hN, including: Ben Hong 1Q, is column-shaped, the body 1G is opened axially from the end - intercepting the groove u, and the other end is opened in the radial direction Holes 2. Second, the U is opened with a perforation 13 in the face, and the groove 11 is in communication with the hole 17 and the perforation 13 respectively, and the perforation 13 is inwardly contracted at the concavity The body "and forms a recess 14 on the phase lung of the perforation 13; the #20 of the 1" is a spherical shape and the positioning member 20 is disposed on the body In the L_13, because the through hole 13 is connected to the groove 11 of the body 10, the positioning member 2G can only partially penetrate the through hole 13 to protrude the groove U, and cannot completely pass the through hole. A; 3 garments are sleeved on the outside of the body W, and the opposite sides of the control ring 30 are formed with the opposite of the bezel port 31 and the recess 32. When the perforation 13 of the body 10 is made, the notch 31 of the fourth (four) is opposite. When the clamping member 2〇 can be retracted to the notch and leave the groove 11, when the through hole 13 is not opposite to the notch 31, the inner side of the edge control ring 30 will push against the positioning member 2 () The groove is protruded from the groove 11 and the recess 32 is in turn with the body! The recessed portion M339405 has a phase of 14 and the recessed portion 32 cooperates with the control ring 30 in an arc shape; 40' is a spherical shape. The recessed portion 14 located in the control ring 3〇 and disposed in the present (4) and the control ring 3 The depression of the = = = ^ ° "is similar to the shape of the collision piece (four), set (4) _ part 14 inside, the other end is committed in the concave part, so that the stop (4) the body _ the control - tender position, another The stop member 40 can also be directly coupled to the body 1 〇; a dance spring 50 ′ is received in the recess 32 of the control ring 30, and the springs 2 lie against the recess & of the control ring 3 (), respectively ; _#il# 7: body Η) of the perforation 13 and the control ring 3 〇 recess Μ dislocation; the control ring % axial end is sleeved on the body - 衣布11海套装60 and with the control ring 30 Pressing the entrant. =, '__ring 3{) splicing is combined with the second... = is located in the control ring, the control ring 30 is detached from the body 1 〇; and the hoist ring (10) is placed in the In the two through holes 12 of the body 1G. When the kit is fastened, as shown in Fig. 5, the incineration will be rotated in the - direction. The control will be linked (4) with the cost as the axis, and the other block 4G- End set to The recessed portion 14 of the body 10 is configured to abut against the recess 32 of the control ring 30, so that the stopper 8 M339405 4〇 does not move, but the ends of the spring 50 are respectively abutted against the recess 32 of the 3〇. The stopper member 40, so that the spring 5〇 can be rotated by the control ring 30 until the notch 31 of the main body 1 对, the positioning member 20 can enter the notch 31 by the through hole 13 The groove U1 can be inserted into the tool head A; " After the tool head A is inserted into the groove ,, the kit 6 〇 4 clothes 30 can be loosened The positioning member 2 is turned toward the body 'and the positioning member 2 is protruded from the groove to the bottom of the groove 2: ^, the tool head can be positioned to rotate in the direction of the tool, and the member is rotated in the other direction. Impact stop 4 - 2: The concave ring of the control ring 30 X W (3) is at the top of the structure can only rotate in one direction ^ (10) clothing SO _ go around, so the above:: in; rr buckle installation The work on the head A ^ is enough to carry the buckle device with the card device and the card device only buckles - the 222 head is more convenient to carry - and a buckle, the mouth to easily and quickly distinguish the tool head. The latching device can also be provided with a gap σ of the preset distance as shown in FIG. 2; FIG. 6 shows that the recess 33 of the control ring 30 is disposed on the control ring, and the M33 9405 is disposed in the recess 32 and the stopper 40. , the device 40 is located between the two springs 50, the control ring 30 of the two springs 50 is turned to either side & direction, as shown in Fig. 7, a spring 50 compresses the accumulating force, ♦, 31 対 too vulture The ring 30 is rotated into the gap 31 and the base; the through hole 13 of the 1 hole enters the notch 31 and is separated from the μ/clamp 2 by the penetrating direction away from the groove η. The tool head Α, relax the _ system ~ 15 hood groove 11 can be used for the Α 工 % % 30%, the compressed spring 50 b, with its original force to push the control ring 3 30 set, the The control ring 30 simultaneously pushes the 5 hoisting member 20 to the shank of the main body 1 位移. The 1U 1 hole is displaced to buckle the tool head A. It can be seen that the control ring 30 is provided with two notches 31 and two springs 5〇. The control % 3 旋转 can control the displacement of the positioning member 20 by rotating in any direction. As shown in FIG. 8, the body W groove 11 has a circular cross section. When the tool head A is inserted into the groove 11, as shown in FIG. 9, the tool head A It can rotate freely in the groove 11, but can still be caught in the groove 11 by the positioning member 20. 10 M339405 [Description of the drawings] Fig. 1 is an exploded view of the present embodiment. Fig. 2 is a perspective view of the present embodiment. Fig. 3 is a schematic view of the snap tool head of the present embodiment. Figure 4 is a cross-sectional view of the snap tool head of the present creative embodiment. Fig. 5 is a schematic view showing the displacement of the positioning member to the notch in the present embodiment. Fig. 6 is a schematic view showing the use of two notches and two springs in the present embodiment. Fig. 7 is a schematic view showing the displacement of the positioning member to one of the notches in the present embodiment. Fig. 8 is a perspective view showing a circular cross section of the groove of the present embodiment. Fig. 9 is a schematic view showing a circular cross section of the groove in the present embodiment. [Main component symbol description] "New" body 10 groove 11 through hole 12 perforation 13 recessed portion 14 positioning member 20 control ring 30 notch 31 concave portion 32 stopper 40 spring 50 kit 60 collar 70 lifting ring 80 tool head A ring Slot A1