M392285 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種「水龍頭把手結構」，_連接件之勾扣 塊與把手件之連接孔而形成扣合連接，使把手件與連接件可分離 製造，藉以提高把手件雌财之成轉，並防止把手件有厚度 不均與表面產生凹凸狀及波紋狀之情況。 【先前技術】 • 按’習知之一種水龍頭把手結構，請由第4圖所示，其把手 1⑽係以娜材料經由模具成型，並於脫模冷卻後形成底端部⑻ ' _而握持部⑽較細之弧彎長柄，該把手⑽為節省村料係會 於空部製作成空心狀’而底端部⑻為達到連接之效果，係呈實 心狀並於侧邊_有-螺孔⑽，詳觀上述f知結構不難發覺其 尚存有些許不足之處，主要原關歸如下，由於把手⑽之底端 部(31)為實心體而握持部(32)為空心體，將提高把手(30)於模具 成型之製造難度’又該娜材質於脫模時將會有適量的收縮，使 其無法準確的控制把手⑽之壁厚’即有把手⑽厚度不均與表 面產生凹凸狀及波紋狀之情況，將會增加表面加工之成本者。 有鏗於此’創作人本於多年從事相關產品之製造開發與設計 經驗，針對上述之目標，詳加設計與審慎評估後，終得—破具實 用性之本創作。 【新型内容】 欲解決之技術問題點： 3 [S] W之種水龍頭把手結構，由於把手之底端部為實心體而 握持。P為空讀’將提高把手於模具成型之製造難度，又該塑膠 材質於脫模時將會有適量的收縮，使其無法準_控制把手之壁 厚，即有把手厚度不均與表面產生凹凸狀及舰狀之情況，將會 增加表面加工之成本者。 解決問題之技術特點： -種水龍頭把手結構，其包括有：—連接件與一把手件所组 合而成連接件係由底麟向-端呈斜向弧伸有連接部，且底 ^部處係貫穿有螺孔，另連接部於末端處形成有活動狀之勾條， 早勾條之__切有嶋槽，並於勾條翻下凸設有勾扣塊， -把手件係於内部形成有容置空間之薄壁體，並由容置空間向一 端開設有鏤空口，而另-端形成封閉狀之握持部，又該把手件係 由鏤空σ祕持部錄舞漸綠，使_部敍扁平狀，且於 鏤空口與握持部之間開設有連接孔，其把手件係以鏤空口套設於 連接件而形成包覆狀，使連接件之連接部容設於把手件之容置空 間中並以勾扣塊穿設於連接孔，即能形成連接件與把手件之固定。 對照先前技術之功效： 利用連接件之勾扣塊與把手件之連接孔而形成扣合連接，使 把手件與連接件可分離製造，進而減少模具成型之加工難度，藉 以提高把手件脫模成型之成功率，即能準確的控制其把手件之壁 厚’並防止把手件有厚度不均與表面產生凹凸狀及波紋狀之情況。 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠有更進 一步之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如砉·· 先請由第卜2、3圖所示觀之’ 一種水龍頭把手結構，其包 括有：一連接件（10)與一把手件(2〇)所組合而成，一連接件（1〇) 係由底座部（11)向一端呈斜向弧伸有連接部（12)，且底座部（Η) 處係貫穿有螺孔(13)，另連接部（12)於末端處形成有活動狀之勾 條（14) ’且勾條（14)之兩側係剖切有間隔槽（141)，並於勾條(⑷ 處朝下凸設有勾扣塊(142)，一把手件(20)係於内部形成有容置空 ^間（21)之薄壁體，並由容置空間（21)向一端開設有鏤空口（22) ’ 而另一端形成封閉狀之握持部（23)，又該把手件（20)係由鏤空口 (22)向握持部(23)呈弧錐形漸縮狀，使握持部（23)係呈扁平狀， 且於鏤空口（22)與握持部（23)之間開設有連接孔(24)，其把手件 (20)係以鏤空口（22)套設於連接件（1〇)而形成包覆狀，使連接件 (1〇)之連接部（12)容設於把手件（20)之容置空間（21)中並以勾扣 塊（142)穿設於連接孔(24)，即能形成連接件（1〇)與把手件(2〇)之 固定，藉由把手件(20)與連接件(1〇)之分離製造，提高把手件(2〇) 脫模成型之成功率，並防止把手件（2〇)有厚度不均與表面產生凹 凸狀及波紋狀之情況。 其實際使用之情況，再請由第2、3圖所示觀之，本創作之把 手件（20)係以鏤空口（22)套設連接件（1〇)，使其容置空間（21)完 全包覆該連接件（10)之底座部（11)與連接部（12)，利用連接件（11) 於勾條（14)之勾扣塊（142)扣合於把手件(20)之連接孔(24)，配合 M392285 連接件(10)緊靠於容置㈣，即娜成連接件⑽與把手件(2〇) 之緊密結合，即能具有水龍頭把手之功能者，又藉上述具體實施 例之結構，可得到下述之效益：利用連接件（10)之勾扣塊（142)與 把手件(20)之連接孔⑽而形成扣合連接，使把手件⑽與連接 件⑽可分離製造，進而減少模具成型之加工難度，藉以提高把 手件⑽職成型之成功率，即能準韻控雛把手件⑽之壁 厚並防止把手件(2〇)有厚度不均與表面產生凹凸狀及波紋狀之 • 情況。 ^綜上所述，本創作確實已達突破性之結構設計，而具有改良 之創作内容，_又能_職#上之利祕鱗步性，且本創 作未見於任何刊物，亦具新賴性，當符合專利法相關 權爰依::::痛㈣，輸咖㈣法專利 唯以上所述者，僅為本創作之—較佳實施例而已，♦符以 之:定本創作實施之範園;即大凡依本創作申請二 均等變化與修飾，皆應仍屬本創作專利涵蓋之範園内。圍所作 M392285 第1圖 第2圖 第3圖 第4圖M392285 V. New description: [New technical field] This creation department has a kind of "faucet handle structure", _ the connecting piece of the connecting piece and the handle part form a snap-fit connection, so that the handle part and the connection The parts can be separately manufactured, thereby improving the turnover of the handle parts and preventing the unevenness of the handle parts from being uneven and corrugated on the surface. [Prior Art] • According to the conventional faucet handle structure, as shown in Fig. 4, the handle 1 (10) is formed by the mold material, and after the mold is cooled, the bottom end portion (8) ' _ the grip portion is formed. (10) The thinner curved long handle, the handle (10) is made into a hollow shape in the empty part for saving the village material, and the bottom end part (8) is solid-shaped and is on the side _------------ It is not difficult to find out that there are still some shortcomings in the above-mentioned structure. The main reason is as follows. Since the bottom end (31) of the handle (10) is a solid body and the grip portion (32) is a hollow body, Improve the manufacturing difficulty of the handle (30) in the mold forming. In addition, the material will shrink when the mold is released, which makes it impossible to accurately control the wall thickness of the handle (10), that is, the thickness of the handle (10) is uneven and the surface is uneven. The shape and corrugation will increase the cost of surface processing. In fact, the creators have been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation, the creators have finally achieved the practicality of breaking the practicality. [New content] Technical problems to be solved: 3 [S] W The faucet handle structure, because the bottom end of the handle is a solid body and is held. P is empty reading 'will increase the difficulty of manufacturing the handle in the mold, and the plastic material will have a proper amount of shrinkage when demoulding, making it impossible to control the wall thickness of the handle, that is, the thickness of the handle is uneven and the surface is generated. Concave and ship-like conditions will increase the cost of surface processing. Technical features for solving the problem: - a faucet handle structure, comprising: - a connecting member and a handle member are combined to form a connecting member, the connecting portion is obliquely curved from the bottom end to the end, and the bottom portion is There is a screw hole, and the other connecting portion is formed with a movable hook at the end. The early hook is cut with a groove, and the hook is turned down to form a hook block, and the handle member is formed inside. The thin wall body accommodating the space, and the hollow space is opened from one end of the accommodating space, and the closed end is formed at the other end, and the handle part is recorded by the hollow σ secret part to make the green color The _ portion is flat, and a connecting hole is formed between the hollow opening and the grip portion, and the handle member is sleeved on the connecting member by the hollow mouth, so that the connecting portion of the connecting member is accommodated in the handle member The connecting space is formed in the accommodating space and is fastened by the hooking block to the connecting hole, so that the connecting member and the handle member can be fixed. Compared with the effect of the prior art: the fastening connection is formed by the connecting hole of the connecting piece and the handle part, so that the handle part and the connecting piece can be separated and manufactured, thereby reducing the processing difficulty of the mold forming, thereby improving the forming of the handle part. The success rate means that the wall thickness of the handle member can be accurately controlled and the thickness of the handle member is prevented from being uneven and the surface is uneven and corrugated. [Embodiment] In order to enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please refer to the following [Simplified description of the drawings] for details. Figure 1 is a faucet handle structure comprising: a connecting member (10) combined with a handle member (2〇), a connecting member (1〇) being represented by the base portion (11) toward one end The oblique arc has a connecting portion (12), and the base portion (Η) is provided with a screw hole (13), and the other connecting portion (12) is formed with a movable hook (14) at the end. (14) The two sides are cut with a spacing groove (141), and a hooking piece (142) is protruded downward at the (4), and a handle piece (20) is formed inside the receiving space. (21) The thin wall body is provided with a hollow opening (22)' from one end of the accommodating space (21) and a closed grip portion (23) at the other end, and the handle member (20) is hollowed out The mouth (22) is tapered toward the grip portion (23), so that the grip portion (23) is flat, and a connection is formed between the hollow port (22) and the grip portion (23). Hole (24) The handle member (20) is sleeved by a hollow port (22) sleeved on the connecting member (1), so that the connecting portion (12) of the connecting member (1) is accommodated in the handle member (20). The receiving space (21) is inserted into the connecting hole (24) by the hooking block (142), so that the connecting member (1〇) and the handle member (2〇) can be fixed by the handle member (20). It is manufactured separately from the connecting piece (1〇), which improves the success rate of the release of the handle member (2〇), and prevents the unevenness of the handle member (2〇) from being uneven and corrugated on the surface. In the case of use, please view it as shown in Figures 2 and 3. The handle piece (20) of this creation is set with a connecting piece (1〇) with a hollow opening (22) to make the accommodation space (21) completely. Covering the base portion (11) of the connecting member (10) and the connecting portion (12), and fastening the hooking block (142) of the hooking strip (14) to the handle member (20) by using the connecting member (11) The hole (24), in conjunction with the M392285 connecting piece (10), abuts the receiving (four), that is, the close connection of the Nacheng connector (10) and the handle member (2〇), that is, the function of the faucet handle, and the above implementation Example structure, available The following benefits: the hooking block (142) of the connecting member (10) and the connecting hole (10) of the handle member (20) form a snap-fit connection, so that the handle member (10) and the connecting member (10) can be separated and manufactured, thereby reducing mold forming. The processing difficulty is to improve the success rate of the forming of the handle member (10), that is, to control the wall thickness of the handle member (10) and prevent the thickness of the handle member (2) from being uneven and the surface is uneven and corrugated. In summary, this creation has indeed achieved a breakthrough structural design, and has improved content of creation, _ _ _ _ job # on the secrets of the scales, and this creation has not been seen in any publications, but also new Dependency, when complying with the patent law related rights:::: pain (four), the coffee (four) law patents only mentioned above, only for the creation of the preferred embodiment, ♦ with: the implementation of the original creation Fan Yuan; that is, the change and modification of the application of the second application of this article should still be within the scope of this creation patent. M392285 Figure 1 Figure 2 Figure 3 Figure 4
【圖式簡單說明】 係本創作之立體組合圖 係本創作之立體分解圖 係本創作之剖視圖。 係習知之立體分解圖。 【主要元件符號說明】 本創作部份： 連接件----(10) 連接部----(12) 勾條---- 底座部--- 螺孔 ----(14) 勾扣塊----(142) 把手件----(20) 鏤空口----(22) 間隔槽--- 容置空間一一 握持部--- -(H) -(13) -(141) -(21) -(23) 蓮接孔----(24)[Simple description of the schema] This is a three-dimensional exploded view of the creation. This is a three-dimensional exploded view of the creation. It is a stereoscopic exploded view of the conventional. [Main component symbol description] This part of the creation: Connector----(10) Connection part----(12) Hook---- Base part--- Screw hole----(14) Hook Buckle----(142) Handle----(20) Air-opening----(22) Spacer--- accommodating space one-by-one grip----(H)-(13 ) -(141) -(21) -(23) Lotus Hole----(24)
習知部份： -(31) 把手 （30) 底端部-- 握持部----（32) 螺孔--- -(33)Conventional part: -(31) Handle (30) Bottom end -- Grip - (-) (32) Screw hole --- (33)