TWM562716U

TWM562716U - Water spray gun

Info

Publication number: TWM562716U
Application number: TW107203157U
Authority: TW
Inventors: 余品嫻
Original assignee: 懿澤企業有限公司
Priority date: 2018-03-12
Filing date: 2018-03-12
Publication date: 2018-07-01
Also published as: JP3218928U

Abstract

一種噴水槍，包括一內部形成有一進水流道之握持結構、一連設於該握持結構頂部之分流結構、一連設於該分流結構上之出水結構。該出水結構中係形成有複數上下依序設置之出水流道，其中每一出水流道係分別配合該出水結構不同之出水模式設計；該分流結構包括一橫向之穿孔，該穿孔係分別與該進水流道以及該複數出水流道互相連通；一旋設於該穿孔中之操控元件，該操控元件係以液密方式封閉該穿孔相異之兩端；以及一連設於該操控元件之扳動件，該扳動件係驅動該操控元件相對於該穿孔之內壁旋轉，藉以選擇性地將該進水流道送進握持結構中之水體導入該出水結構中一相對應之出水流道。A water spray gun includes a grip structure having a water inlet passage formed therein, a diversion structure connected to the top of the grip structure, and a water outlet structure connected to the diversion structure. The water outlet structure is formed with a plurality of water outlet channels arranged in sequence, wherein each of the water outlet channels is respectively designed according to a different water outlet mode of the water outlet structure; the water distribution structure comprises a lateral perforation, and the perforation system respectively The inlet flow passage and the plurality of outlet passages communicate with each other; a steering member disposed in the perforation, the manipulation member sealing the opposite ends of the perforation in a liquid-tight manner; and a pulling connection connected to the manipulation member The trigger member drives the steering member to rotate relative to the inner wall of the perforation, thereby selectively introducing the water body fed into the holding structure into the corresponding water outlet channel of the water outlet structure.

Description

噴水槍Water spray gun

本創作係涉及一種噴水槍，特別是指一種可單手操作變更出水模式之創新結構型態揭示者。This creation relates to a water spray gun, and in particular to an innovative structural type revealer that can change the water discharge mode with one hand.

按，噴水槍不管是使用於園藝或是清洗都是一種相當方便的出水結構。目前市面上充斥著各式各樣的噴水槍，有些甚至在其出水頭上設置有多重出水結構，而可提供不同之出水模式，令噴水槍能夠適用於各種不同的環境，藉以提高噴水槍之附加價值，進一步刺激消費者之購買意願。Press, the water spray gun is a very convenient effluent structure whether it is used for gardening or cleaning. At present, the market is full of various kinds of water spray guns, and some even have multiple water discharge structures on the water outlet head, and can provide different water discharge modes, so that the water spray gun can be applied to various environments, thereby increasing the attachment of the water spray gun. Value, further stimulating consumers' willingness to buy.

然而，習用之噴水槍雖具有多重出水模式之功能，然其在操作上仍存在有未臻完善之處。習用噴水槍變化出水模式時，必須一手握持噴水槍體，另一手握持噴水頭，再相對於槍體旋轉噴水頭，由於無法單手操作，為避免切換的過程中，水體亂向噴灑，通常都會在變換出水模式前，先暫停灑水作業。However, although the conventional water spray gun has the function of multiple water discharge modes, it still has some imperfections in operation. When the water spray gun changes the water outlet mode, the water spray gun body must be held in one hand, the water spray head must be held in the other hand, and the water spray head can be rotated relative to the gun body. Since the one-hand operation cannot be performed, in order to avoid the water body being sprayed indiscriminately during the switching process, Sprinklers are usually suspended before changing the water mode.

是以，針對上述習知結構所存在之問題點，如何開發一種更具理想實用性之創新結構，實使用者所企盼，亦係相關業者須努力研發突破之目標及方向。Therefore, in view of the problems existing in the above-mentioned conventional structure, how to develop an innovative structure that is more ideal and practical, is expected by users, and is also related to the industry's efforts to develop breakthrough goals and directions.

有鑑於此，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，終得一確具實用性之本創作。In view of this, the creator has been engaged in the manufacturing development and design experience of related products for many years. After the detailed design and careful evaluation of the above objectives, the creator will have a practical and practical creation.

本創作之主要目的，係在提供一種噴水槍，其所欲解決之技術問題，係針對如何研發出一種更具理想實用性之新式可單手操作變更出水模式之結構型態為目標加以創新突破。The main purpose of this creation is to provide a water spray gun. The technical problem to be solved is to make an innovative breakthrough in how to develop a new type of structure that can be operated with one hand and change the water discharge mode. .

本創作解決問題之技術特點，主要在於所述噴水槍，包括一內部形成有一進水流道之握持結構、一連設於該握持結構頂部之分流結構、一連設於該分流結構上之出水結構。該出水結構中係形成有複數上下依序設置之出水流道，其中每一出水流道係分別配合該出水結構不同之出水模式設置；該分流結構包括一橫向之穿孔，該穿孔係分別與該進水流道以及該複數出水流道互相連通；一旋設於該穿孔中之操控元件，該操控元件係以液密方式封閉該穿孔相異之兩端，該操控元件係形成有一出水口，該複數出水流道係沿該出水口之移動路徑依序排列設置；該操控元件係選擇性地封閉該進水流道，且當該操控元件開啟該進水流道時，該出水口係與一相對應之出水流道互相連通；一連設於該操控元件之扳動件，該扳動件係驅動該操控元件相對於該穿孔之內壁旋轉，藉以於操控元件開啟該進水流道時，將該進水流道送進之水體導入該出水結構中一相對應之出水流道。The technical feature of the present invention is mainly that the water spray gun comprises a grip structure having a water inlet passage formed therein, a diversion structure connected to the top of the grip structure, and a water outlet structure connected to the diversion structure. . The water outlet structure is formed with a plurality of water outlet channels arranged in sequence, wherein each water outlet channel is respectively arranged in accordance with a different water outlet mode of the water outlet structure; the water distribution structure comprises a lateral perforation, and the perforation system respectively The inlet flow channel and the plurality of water outlet channels are connected to each other; a steering element disposed in the perforation, the manipulation element sealing the opposite ends of the perforation in a liquid-tight manner, the manipulation element forming a water outlet, The plurality of water outlet channels are arranged in sequence along the moving path of the water outlet; the steering element selectively closes the water inlet flow channel, and when the steering element opens the water inlet channel, the water outlet corresponds to one The water flow passages communicate with each other; a trigger member connected to the steering member, the trigger member drives the steering member to rotate relative to the inner wall of the perforation, so that when the operating member opens the water inlet passage, the inlet The water body fed by the water channel is introduced into a corresponding water outlet channel in the water outlet structure.

藉此創新獨特設計，使本創作對照先前技術而言，俾可於變換出水模式時，直接使用握持噴水槍手掌之拇指直接操作，達到無須暫停噴灑動作，而直接單手輕鬆操作之實用進步性與較佳產業經濟（利用）效益。With this innovative and unique design, this creation can be directly operated by the thumb of the palm of the hand when changing the water mode, in order to achieve the practical progress of one-handed easy operation without the need to suspend the spraying action. Sexuality and better industrial economy (utilization) benefits.

請參閱第1至7圖所示，係本創作噴水槍之較佳實施例，惟此等實施例僅供說明之用，在專利申請上並不受此結構之限制。所述噴水槍包括一內部形成有一進水流道11之握持結構10、一連設於該握持結構10頂部之分流結構20、一連設於該分流結構20上之出水結構30以及一連設於該出水結構30以及該握持結構10之扳機結構40，該扳機結構40係選擇性地開啟該握持結構10中之進水流道11，令水流能依序經由該分流結構20與該出水結構30而向外噴灑。該出水結構30中係形成有複數上下依序設置之出水流道31，其中每一出水流道31係分別配合該出水結構30不同之出水模式設置。該分流結構20包括一橫向之穿孔21，該穿孔21係分別與該進水流道11以及該複數出水流道31互相連通；一旋設於該穿孔21中之操控元件22，該操控元件22係以液密方式封閉該穿孔21相異之兩端，該操控元件22係形成有一出水口221，該複數出水流道31係沿該出水口221之移動路徑依序排列設置；以及一連設於該操控元件22之扳動件23，該扳動件23係驅動該操控元件22相對於該穿孔21之內壁旋轉，藉以於該扳機結構40開啟該進水流道11時，將該進水流道11送進之水體導入該出水結構30中一相對應之出水流道31。Please refer to Figures 1 through 7 for a preferred embodiment of the present water spray gun, but such embodiments are for illustrative purposes only and are not limited by this structure in the patent application. The water spray gun includes a gripping structure 10 having a water inlet passage 11 formed therein, a diverting structure 20 connected to the top of the gripping structure 10, a water outlet structure 30 connected to the diverting structure 20, and a connecting body The water outlet structure 30 and the trigger structure 40 of the holding structure 10, the trigger structure 40 selectively opens the water inlet flow passage 11 in the holding structure 10, so that the water flow can sequentially pass through the water distribution structure 20 and the water outlet structure 30. Spray out. The water outlet structure 30 is formed with a plurality of water outlet passages 31 arranged one above the other, wherein each of the water outlet passages 31 is respectively provided in accordance with a different water discharge mode of the water outlet structure 30. The shunting structure 20 includes a transverse through hole 21 which is in communication with the water inlet flow passage 11 and the plurality of water outlet passages 31 respectively. A steering element 22 is disposed in the through hole 21, and the steering element 22 is Closing the opposite ends of the through hole 21 in a liquid-tight manner, the steering member 22 is formed with a water outlet 221, and the plurality of water outlet passages 31 are arranged along the moving path of the water outlet 221; and one is connected thereto. The trigger member 23 of the control member 22 drives the steering member 22 to rotate relative to the inner wall of the through hole 21, so that the water inlet passage 11 is opened when the trigger structure 40 opens the water inlet passage 11. The fed water body is introduced into a corresponding water outlet passage 31 in the water discharge structure 30.

該操控元件22包含有一弧形板222，該出水口221係形成於該弧形板222上；該弧形板222相對於該穿孔21內壁之一面係形成有一環繞該出水口221設置之凹槽223，且該凹槽223中係裝設有一防水墊片24，該防水墊片24係水密貼合於該穿孔21之內壁。該弧形板之222兩端係分別設置有一圓盤224，每一圓盤224之外壁係設置有一多邊形卡塊225；該扳動件23係為一ㄇ形結構體，且其兩側係分別形成有一多邊形孔231，其中每一多邊形孔231係套設於一相對應之多邊形卡塊225。The control element 22 includes a curved plate 222 formed on the curved plate 222. The curved plate 222 is formed with a concave surface surrounding the water outlet 221 with respect to one of the inner walls of the through hole 21. A groove 223 is disposed in the groove 223, and the waterproof gasket 24 is watertightly attached to the inner wall of the through hole 21. Each of the two ends of the curved plate 222 is provided with a disc 224, and each of the discs 224 is provided with a polygonal block 225; the triggering member 23 is a 结构-shaped structure, and the two sides are respectively A polygonal hole 231 is formed, wherein each of the polygonal holes 231 is sleeved on a corresponding polygonal block 225.

該分流結構20之一側係裝設有一頂撐件25，該頂撐件25係相對於該分流結構20作往復式軸向移動。該操控元件22相對於該頂撐件25之一側係裝設有一蓋板26。又該扳動件23對應於該頂撐件25之內側面係形成有複數卡孔232，而該等卡孔232的數量係對應於該出水流道31之數量設置。當該出水口221與一相對應之出水流道31互相連通時，該頂撐件25之自由端部係卡制於一相對應之卡孔232中，藉以暫時相對於該分流結構20定位該操控元件22。One side of the shunting structure 20 is provided with a top support member 25 which is reciprocally axially moved relative to the shunting structure 20. The control element 22 is provided with a cover plate 26 on one side of the top support member 25. Further, the trigger member 23 is formed with a plurality of card holes 232 corresponding to the inner side surface of the top support member 25, and the number of the card holes 232 is corresponding to the number of the water outlet channels 31. When the water outlet 221 and the corresponding water outlet passage 31 communicate with each other, the free end portion of the top support member 25 is locked in a corresponding hole 232, thereby temporarily positioning the same relative to the flow dividing structure 20 Control element 22.

藉由上述結構組成設計，茲就本創作之使用作動情形說明如下：本較佳實施例中，該出水流道31之數量係設置為三個，且為方便說明本創作之作動情形，該等出水流道31由上而下依序進一步定義為第一出水流道31A、第二出水流道31B以及第三出水流道31C。本創作較佳實施例中，該進水流道11之啟閉係有該扳機40所控制，因此該操控元件22具有三個作動檔位(包括：第一出水檔位、第二出水檔位以及第三出水檔位)。With the above structural composition design, the use situation of the present creation is described as follows: In the preferred embodiment, the number of the water outlet passages 31 is set to three, and in order to facilitate the description of the operation of the creation, such The outlet passage 31 is further defined from the top to the bottom as the first outlet passage 31A, the second outlet passage 31B, and the third outlet passage 31C. In the preferred embodiment of the present invention, the opening and closing of the water inlet passage 11 is controlled by the trigger 40, so the steering element 22 has three active gear positions (including: a first water discharge position, a second water discharge position, and The third water stall position).

當該操控元件22位於第一出水檔位時，請參閱如第7、8圖所示，該第一出水流道31A與第二出水流道31B係為該防水墊片24所封閉；該進水流道11係與該穿孔21互相連通，而該出水口221之兩端則分別連通該第三出水流道31C與穿孔21，因此當使用者按壓該扳機結構40開啟進水流道11後，外部之高壓水體會透過該進水流道11、穿孔21、該出水口221以及該第三出水流道31C，透過該出水結構30前端所設之水霧狀(shower)出水模組34向外噴灑。When the control element 22 is located in the first water discharge position, as shown in FIGS. 7 and 8, the first water outlet passage 31A and the second water outlet passage 31B are closed by the waterproof gasket 24; The water passage 11 is in communication with the perforation 21, and the two ends of the water outlet 221 respectively communicate with the third water outlet passage 31C and the through hole 21, so when the user presses the trigger structure 40 to open the inlet flow passage 11, the exterior The high-pressure water body is sprayed outward through the water inlet passage 11, the perforation 21, the water outlet 221, and the third water outlet passage 31C through a shower water outlet module 34 provided at the front end of the water discharge structure 30.

請參閱如第9圖所示，當使用者欲改變出水結構30之出水模式時，只要利用其握持該握持結構10之手掌之拇指向後扳動該扳動件23，令該操控元件22同步同向相對於該穿孔21之內壁旋轉後，該操控元件22則旋轉至其第二出水檔位。此時，該第一出水流道31A與該第三出水流道31C係分別為該防水墊片24所封閉，該進水流道11係與該穿孔21互相連通，而該出水口221之兩端則分別連通該第二出水流道31B與該穿孔21，因此當使用者按壓該扳機結構40開啟進水流道11後，外部之高壓水體會透過該進水流道11、穿孔21、該出水口221以及該第二出水流道31B，透過該出水結構30前端所設之噴射狀(jet)出水模組33向外噴灑。Referring to FIG. 9 , when the user wants to change the water discharge mode of the water outlet structure 30 , the manipulation member 22 is rotated by using the thumb of the palm holding the grip structure 10 to pull the trigger member 23 backward. After the synchronizing direction is rotated relative to the inner wall of the perforation 21, the steering element 22 is rotated to its second water level. At this time, the first water outlet channel 31A and the third water outlet channel 31C are respectively closed by the waterproof gasket 24, and the inlet channel 11 communicates with the through hole 21, and both ends of the water outlet 221 The second water outlet channel 31B and the through hole 21 are respectively connected. Therefore, when the user presses the trigger structure 40 to open the water inlet channel 11, the external high pressure water body passes through the water inlet channel 11, the through hole 21, and the water outlet 221. And the second water outlet channel 31B is sprayed outward through the jet water outlet module 33 provided at the front end of the water outlet structure 30.

請參閱如第10圖所示，當使用者欲再改變出水結構30之出水模式時，只要利用其握持該握持結構10之手掌之拇指進一步向後扳動該扳動件23，令該操控元件22同步同向相對於該穿孔21之內壁進一步旋轉後，該操控元件22則旋轉至其第三出水檔位。此時，該第二出水流道31B與該第三出水流道31C係分別為該防水墊片24所封閉，該進水流道11係與該穿孔21互相連通，而該出水口221之兩端則分別連通該第一出水流道31A與該穿孔21，因此當使用者按壓該扳機結構40開啟進水流道11後，外部之高壓水體會透過該進水流道11、穿孔21、該出水口221以及該第一出水流道31A，透過該出水結構30前端所設之扁平狀(flat)出水模組32向外噴灑。Referring to FIG. 10, when the user wants to change the water discharge mode of the water outlet structure 30, the thumb is further pulled back by the thumb of the palm holding the grip structure 10, so that the manipulation is performed. After the element 22 is further rotated in the same direction relative to the inner wall of the perforation 21, the steering element 22 is rotated to its third water level. At this time, the second water outlet channel 31B and the third water outlet channel 31C are respectively closed by the waterproof gasket 24, and the inlet channel 11 communicates with the through hole 21, and both ends of the water outlet 221 The first water outlet channel 31A and the through hole 21 are respectively connected, so that when the user presses the trigger structure 40 to open the water inlet channel 11, the external high pressure water body passes through the water inlet channel 11, the through hole 21, and the water outlet 221 And the first water outlet channel 31A is sprayed outward through the flat water outlet module 32 provided at the front end of the water outlet structure 30.

請參閱如第11圖所示，係為本創作之第二較佳實施例，本較佳實施例之結構與作動方式大致與前述第一較佳實施例相同，惟並未設置扳機結構40，故該操控元件22共有設置有四個作動檔位(包括：止水檔位、第一出水檔位、第二出水檔位以及第三出水檔位)，而該卡孔232亦配合該操控元件22之作動檔位數設置為4個，當該操控元件22位於一相對應之作動檔位時，該頂撐件25之自由端部係卡制於一相對應之卡孔232中，藉以暫時相對於該分流結構20定位該操控元件22。Please refer to FIG. 11 , which is a second preferred embodiment of the present invention. The structure and operation of the preferred embodiment are substantially the same as the first preferred embodiment, but the trigger structure 40 is not provided. Therefore, the steering element 22 is provided with four active gear positions (including: a water stop gear position, a first water discharge gear position, a second water discharge gear position, and a third water discharge gear position), and the hole 232 is also matched with the steering element. The number of shifting positions of the shifting member 22 is set to four. When the operating member 22 is located in a corresponding actuating position, the free end of the supporting member 25 is locked in a corresponding opening 232, thereby temporarily The steering element 22 is positioned relative to the splitter structure 20.

請參閱如第12圖所示，係該操控元件22係位於其止水檔位之剖視圖。當該操控元件22位於止水檔位時，該進水流道11係直接由該防水墊片24所封閉，因此不會有任何水體進入該出水結構30中，使得本創作呈現止水狀態。請參閱如第13圖所示，係該操控元件22係位於其第一出水檔位之剖視圖。當該操控元件22位於第一出水檔位時，該第一出水流道31A與第二出水流道31B係為該防水墊片24所封閉；該進水流道11係與該穿孔21互相連通，而該出水口221之兩端則分別連通該第三出水流道31C與穿孔21，因此外部之高壓水體會透過該進水流道11、穿孔21、該出水口221以及該第三出水流道31C，透過該出水結構30前端所設之水霧狀(shower)出水模組34向外噴灑。Please refer to the cross-sectional view of the steering element 22 in its water stop position as shown in FIG. When the steering element 22 is in the water stop position, the water inlet passage 11 is directly closed by the waterproof gasket 24, so that no water body enters the water outlet structure 30, so that the present invention exhibits a water stop state. Please refer to the cross-sectional view of the steering element 22 in its first water outlet position as shown in FIG. When the control element 22 is located in the first water discharge position, the first water outlet channel 31A and the second water outlet channel 31B are closed by the waterproof gasket 24; the inlet channel 11 is in communication with the through hole 21, The two ends of the water outlet 221 respectively communicate with the third water outlet channel 31C and the through hole 21, so that the external high pressure water body passes through the water inlet channel 11, the through hole 21, the water outlet 221, and the third water outlet channel 31C. The shower water outlet module 34 disposed at the front end of the water outlet structure 30 is sprayed outward.

請參閱如第14圖所示，當使用者欲再改變出水結構30之出水模式時，只要利用其握持該握持結構10之手掌之拇指向後扳動該扳動件23，令該操控元件22同步同向相對於該穿孔21之內壁旋轉後，該操控元件22則旋轉至其第二出水檔位。此時，該第一出水流道31A與該第三出水流道31C係分別為該防水墊片24所封閉，該進水流道11係與該穿孔21互相連通，而該出水口221之兩端則分別連通該第二出水流道31B與該穿孔21，因此外部之高壓水體會透過該進水流道11、穿孔21、該出水口221以及該第二出水流道31B，透過該出水結構30前端所設之噴射狀(jet)出水模組33向外噴灑。Referring to FIG. 14 , when the user wants to change the water discharging mode of the water discharging structure 30 , the pulling member 23 is pulled backward by the thumb of the palm holding the holding structure 10 , so that the operating component is rotated. After the synchronization is rotated in the same direction relative to the inner wall of the perforation 21, the steering element 22 is rotated to its second water discharge position. At this time, the first water outlet channel 31A and the third water outlet channel 31C are respectively closed by the waterproof gasket 24, and the inlet channel 11 communicates with the through hole 21, and both ends of the water outlet 221 The second water outlet channel 31B and the through hole 21 are respectively connected, so that the external high pressure water body passes through the water inlet channel 11, the through hole 21, the water outlet 221 and the second water outlet channel 31B, and passes through the front end of the water outlet structure 30. The jet water outlet module 33 is sprayed outward.

請參閱如第15圖所示，當使用者欲再改變出水結構30之出水模式時，只要利用其握持該握持結構10之手掌之拇指進一步向後扳動該扳動件23，令該操控元件22同步同向相對於該穿孔21之內壁進一步旋轉後，該操控元件22則旋轉至其第三出水檔位。此時，該第二出水流道31B與該第三出水流道31C係分別為該防水墊片24所封閉，該進水流道11係與該穿孔21互相連通，而該出水口221之兩端則分別連通該第一出水流道31A與該穿孔21，因此外部之高壓水體會透過該進水流道11、穿孔21、該出水口221以及該第一出水流道31A，透過該出水結構30前端所設之扁平狀(flat)出水模組32向外噴灑。綜上所陳，本創作之第二較佳實施例，同樣可達到單手操作，且無須如前述第一較佳實施例必須透過扳機結構40暫時遮斷該進水流道11，僅需藉由操控元件22即可直接操控止水，提供方便且快速變換出水模式之實用進步性。Referring to FIG. 15 , when the user wants to change the water discharge mode of the water outlet structure 30 , the thumb is further pulled back by the thumb of the palm holding the grip structure 10 , so that the manipulation is performed. After the element 22 is further rotated in the same direction relative to the inner wall of the perforation 21, the steering element 22 is rotated to its third water level. At this time, the second water outlet channel 31B and the third water outlet channel 31C are respectively closed by the waterproof gasket 24, and the inlet channel 11 communicates with the through hole 21, and both ends of the water outlet 221 The first water outlet channel 31A and the through hole 21 are respectively connected, so that the external high pressure water body passes through the water inlet channel 11, the through hole 21, the water outlet 221 and the first water outlet channel 31A, and passes through the front end of the water outlet structure 30. The flat water outlet module 32 is sprayed outward. In summary, the second preferred embodiment of the present invention can also achieve one-hand operation, and it is not necessary to temporarily interrupt the water inlet passage 11 through the trigger structure 40 as in the first preferred embodiment described above, only by The control element 22 can directly control the water stop, providing a practical and progressive change of the water discharge mode.

請參閱如第16圖所示，係為本創作之第三較佳實施例，本較佳實施例與前述兩較佳實施例最大的差別在於出水結構30的變化，為此變化可同時適用於前述之第一、二較佳實施例中。於本較佳實施例中，該出水結構30中係進一步裝設有一座體35，而前述第一、二較佳實施例中所定義之複數出水流道31係形成於該座體35中。Referring to FIG. 16, which is a third preferred embodiment of the present invention, the greatest difference between the preferred embodiment and the foregoing two preferred embodiments is the variation of the water discharge structure 30, and the variation can be simultaneously applied to In the first and second preferred embodiments described above. In the preferred embodiment, the water outlet structure 30 is further provided with a body 35, and the plurality of water outlet channels 31 defined in the first and second preferred embodiments are formed in the base body 35.

功效說明：本創作所揭「噴水槍」主要藉由所述分流結構與出水結構之創新獨特結構型態與技術特徵，使本創作對照[先前技術]所提習知結構而言，俾可於變換出水模式時，直接使用握持噴水槍手掌之拇指直接操作，達到無須暫停噴灑動作，而直接單手輕鬆操作之實用進步性者。Efficacy Description: The "water spray gun" disclosed in this creation mainly uses the innovative unique structural patterns and technical features of the split structure and the water discharge structure to make the creation of the original structure in comparison with the conventional structure proposed in the prior art. When changing the water mode, directly use the thumb of the palm of the hand holding the spray gun to achieve the practical progress of one-handed operation without the need to suspend the spraying action.

１０‧‧‧握持結構
１１‧‧‧進水流道
２０‧‧‧分流結構
２１‧‧‧穿孔
２２‧‧‧操控元件
２２１‧‧‧出水口
２２２‧‧‧弧形板
２２３‧‧‧凹槽
２２４‧‧‧圓盤
２２５‧‧‧多邊形卡塊
２３‧‧‧扳動件
２３１‧‧‧多邊形孔
２３２‧‧‧卡孔
２４‧‧‧防水墊片
２５‧‧‧頂撐件
２６‧‧‧蓋板
３０‧‧‧出水結構
３１‧‧‧出水流道
３１Ａ‧‧‧第一出水流道
３１Ｂ‧‧‧第二出水流道
３１Ｃ‧‧‧第三出水流道
３２‧‧‧扁平狀出水模組
３３‧‧‧噴射狀出水模組
３４‧‧‧水霧狀出水模組
３５‧‧‧座體
４０‧‧‧扳機結構10‧‧‧ Holding structure 11‧‧‧ Inlet runner 20‧‧ ‧ Diverting structure 21‧‧‧Perforated 22‧‧‧ Control element 221‧‧‧Water outlet 222‧‧‧ Curved plate 223‧‧‧ Groove 224‧‧‧Disc 225‧‧‧Polyblocks 23‧‧‧Bucking parts 231‧‧‧Polar holes 232‧‧‧Carcon 24‧‧‧Waterproof gaskets 25‧‧‧Top support 26‧‧‧ Cover 30‧‧‧Water outlet structure 31‧‧‧Water outlet 31A‧‧‧First outlet channel 31B‧‧‧Second outlet channel 31C‧‧‧The third outlet channel 32‧‧‧Flat water pattern Group 33‧‧‧Spray outlet module 34‧‧‧Water-like water outlet module 35‧‧‧Body 40‧‧‧ Trigger structure

第1圖係本創作之立體外觀圖。第2圖係本創作之局部立體分解圖。第3圖係本創作出水結構之局部立體外觀圖。第4圖係本創作操控元件之立體分解圖。第5圖係本創作出水結構另一視角之局部立體外觀圖。第6圖係本創作之測試圖。第7圖係本創作之局部剖視圖。第8圖係本創作之第一動作示意圖。第9圖係本創作之第二動作示意圖。第10圖係本創作之第三動作示意圖。第11圖係本創作第二較佳實施例之局部立體分解圖。第12圖係本創作第二較佳實施例之局部剖視圖。第13圖係本創作第二較佳實施例之第一動作示意圖。第14圖係本創作第二較佳實施例之第二動作示意圖。第15圖係本創作第二較佳實施例之第三動作示意圖。第16圖係本創作第三較佳實施例剖視之分解圖。The first picture is a three-dimensional appearance of the creation. Figure 2 is a partial exploded view of the creation. Figure 3 is a partial perspective view of the water structure of the present creation. Figure 4 is an exploded perspective view of the authoring manipulation element. Figure 5 is a partial perspective view of another perspective of the present water structure. Figure 6 is a test chart of this creation. Figure 7 is a partial cross-sectional view of the creation. Figure 8 is a schematic diagram of the first action of this creation. Figure 9 is a schematic diagram of the second action of this creation. Figure 10 is a schematic diagram of the third action of this creation. Figure 11 is a partial perspective exploded view of the second preferred embodiment of the present invention. Figure 12 is a partial cross-sectional view showing a second preferred embodiment of the present invention. Figure 13 is a first schematic view of the second preferred embodiment of the present invention. Figure 14 is a schematic view showing the second operation of the second preferred embodiment of the present invention. Figure 15 is a schematic view showing the third operation of the second preferred embodiment of the present invention. Figure 16 is an exploded view of a third preferred embodiment of the present invention.

Claims

一種噴水槍，包括一內部形成有一進水流道之握持結構、一連設於該握持結構頂部之分流結構、一連設於該分流結構上之出水結構以及一連設於該出水結構以及該握持結構之扳機結構，該扳機結構係選擇性地開啟該握持結構中之進水流道，令水流能依序經由該分流結構與該出水結構而向外噴灑，其中：　　該出水結構中係形成有複數上下依序設置之出水流道，其中每一出水流道係分別配合該出水結構不同之出水模式設置；以及　　該分流結構包括：　　　　一橫向之穿孔，該穿孔係分別與該進水流道以及該複數出水流道互相連通；　　　　一旋設於該穿孔中之操控元件，該操控元件係以液密方式封閉該穿孔相異之兩端，該操控元件係形成有一出水口，該複數出水流道係沿該出水口之移動路徑依序排列設置；以及　　　　一連設於該操控元件之扳動件，該扳動件係驅動該操控元件相對於該穿孔之內壁旋轉，藉以於該扳機結構開啟該進水流道時，將該進水流道送進之水體導入該出水結構中一相對應之出水流道。A water spray gun includes a grip structure having a water inlet passage formed therein, a shunt structure connected to the top of the grip structure, a water outlet structure connected to the shunt structure, and a connection to the water outlet structure and the holding a trigger structure of the structure, the trigger structure selectively opening the water inlet flow passage in the holding structure, so that the water flow can be sprayed outward through the split structure and the water outlet structure, wherein: the water outlet structure is formed a plurality of water outlet channels arranged in sequence, wherein each of the water outlet channels is respectively arranged to match a different water outlet mode of the water outlet structure; and the water distribution structure comprises: a lateral perforation, the perforation system respectively corresponding to the water inlet flow channel and the a plurality of water outlet channels are connected to each other; a steering element disposed in the perforation, the control element sealing the opposite ends of the perforations in a liquid-tight manner, the steering element is formed with a water outlet, the plurality of water outlet channels The moving path along the water outlet is arranged in sequence; and one is connected to the steering element a moving member that drives the steering member to rotate relative to the inner wall of the perforation, so that when the trigger structure opens the water inlet passage, the water body into which the inlet passage is fed is introduced into the water outlet structure. The water flow channel.

如申請專利範圍第1項所述之噴水槍，其中該操控元件包含有一弧形板，該出水口係形成於該弧形板上；該弧形板相對於該穿孔內壁之一面係形成有一環繞該出水口設置之凹槽，且該凹槽中係裝設有一防水墊片，該防水墊片係水密貼合於該穿孔之內壁。The water spray gun of claim 1, wherein the steering element comprises a curved plate formed on the curved plate; the curved plate is formed with respect to one of the inner walls of the perforation A groove is disposed around the water outlet, and a waterproof gasket is attached to the groove, and the waterproof gasket is watertightly attached to the inner wall of the through hole.

如申請專利範圍第2項所述之噴水槍，其中該弧形板之兩端係分別設置有一圓盤，每一圓盤之外壁係設置有一多邊形卡塊；該扳動件係為一ㄇ形結構體，且其兩側係分別形成有一多邊形孔，其中每一多邊形孔係套設於一相對應之多邊形卡塊。The water spray gun of claim 2, wherein each of the two ends of the curved plate is provided with a disc, and each of the outer walls of the disc is provided with a polygonal block; the trigger member is a dome. The structure body has a polygonal hole formed on each side thereof, wherein each of the polygonal holes is sleeved on a corresponding polygonal block.

如申請專利範圍第1、2或3項所述之噴水槍，其中該出水結構中係進一步裝設有一座體，該複數出水流道係形成於該座體中。The water spray gun of claim 1, wherein the water outlet structure is further provided with a body, and the plurality of water outlet channels are formed in the seat body.

如申請專利範圍第4項所述之噴水槍，其中該分流結構之一側係裝設有一頂撐件，該頂撐件係相對於該分流結構作往復式軸向移動；該扳動件對應於該頂撐件之內側面係形成有複數卡孔，而該等卡孔的數量係對應於該出水流道之數量設置；當該出水口與一相對應之出水流道互相連通時，該頂撐件之自由端部係卡制於一相對應之卡孔中，藉以暫時相對於該分流結構定位該操控元件。The water spray gun of claim 4, wherein one side of the diverting structure is provided with a top support member, and the top support member is reciprocally axially moved relative to the split structure; the trigger member corresponds to Forming a plurality of card holes on the inner side of the top support member, and the number of the card holes is corresponding to the number of the water outlet channels; when the water outlet is connected to a corresponding water flow channel, the The free end of the top support is snapped into a corresponding snap hole to temporarily position the steering element relative to the split structure.

一種噴水槍，包括一內部形成有一進水流道之握持結構、一連設於該握持結構頂部之分流結構、一連設於該分流結構上之出水結構，其中：　　該出水結構中係形成有複數上下依序設置之出水流道，其中每一出水流道係分別配合該出水結構不同之出水模式設置；以及　　該分流結構包括：　　　　一橫向之穿孔，該穿孔係分別與該進水流道以及該複數出水流道互相連通；　　　　一旋設於該穿孔中之操控元件，該操控元件係以液密方式封閉該穿孔相異之兩端，該操控元件係形成有一出水口，該複數出水流道係沿該出水口之移動路徑依序排列設置；該操控元件係選擇性地封閉該進水流道，且當該操控元件開啟該進水流道時，該出水口係與一相對應之出水流道互相連通；以及　　　　一連設於該操控元件之扳動件，該扳動件係驅動該操控元件相對於該穿孔之內壁旋轉，藉以於操控元件開啟該進水流道時，將該進水流道送進之水體導入該出水結構中一相對應之出水流道。A water spray gun includes a grip structure having a water inlet passage formed therein, a diversion structure connected to the top of the grip structure, and a water outlet structure connected to the diversion structure, wherein: the water outlet structure is formed with plural a water outlet channel arranged in sequence, wherein each of the water outlet channels is respectively configured to match a different water outlet mode of the water outlet structure; and the water distribution structure comprises: a lateral perforation, the perforation system respectively corresponding to the inlet water channel and the plurality The water outlet channels are connected to each other; a steering element disposed in the perforation, the steering element sealing the opposite ends of the perforations in a liquid-tight manner, the steering element is formed with a water outlet, and the plurality of water outlet channels are along The water moving path of the water outlet is arranged in sequence; the steering element selectively closes the water inlet flow channel, and when the steering element opens the water inlet flow path, the water outlet is connected to a corresponding water flow channel And a trigger member connected to the steering member, the trigger member driving the steering member relative to Rotating the inner wall of the perforation, so as to open when the control element into the flow passage, the inlet passage of a feed water introduced into the water in a configuration corresponding to the outlet conduit.

如申請專利範圍第6項所述之噴水槍，其中該操控元件包含有一弧形板，該出水口係形成於該弧形板上；該弧形板相對於該穿孔內壁之一面係形成有一環繞該出水口設置之凹槽，且該凹槽中係裝設有一防水墊片，該防水墊片係水密貼合於該穿孔之內壁。The water spray gun of claim 6, wherein the operating element comprises a curved plate formed on the curved plate; the curved plate is formed with respect to one of the inner walls of the perforation A groove is disposed around the water outlet, and a waterproof gasket is attached to the groove, and the waterproof gasket is watertightly attached to the inner wall of the through hole.

如申請專利範圍第7項所述之噴水槍，其中該弧形板之兩端係分別設置有一圓盤，每一圓盤之外壁係設置有一多邊形卡塊；該扳動件係為一ㄇ形結構體，且其兩側係分別形成有一多邊形孔，其中每一多邊形孔係套設於一相對應之多邊形卡塊。The water spray gun of claim 7, wherein the two ends of the curved plate are respectively provided with a disc, and each of the outer walls of the disc is provided with a polygonal block; the trigger member is a dome The structure body has a polygonal hole formed on each side thereof, wherein each of the polygonal holes is sleeved on a corresponding polygonal block.

如申請專利範圍第6、7或8項所述之噴水槍，其中該出水結構中係進一步裝設有一座體，該複數出水流道係形成於該座體中。The water spray gun of claim 6, wherein the water outlet structure is further provided with a body, and the plurality of water outlet channels are formed in the seat body.

如申請專利範圍第9項所述之噴水槍，其中其中該分流結構之一側係裝設有一頂撐件，該頂撐件係相對於該分流結構作往復式軸向移動；該扳動件對應於該頂撐件之內側面係形成有複數卡孔；當該出水口與一相對應之出水流道互相連通時，該頂撐件之自由端部係卡制於一相對應之卡孔中，藉以暫時相對於該分流結構定位該操控元件。The water spray gun of claim 9, wherein one of the side of the diverting structure is provided with a top support member, and the top support member is reciprocally axially moved relative to the split structure; the trigger member Corresponding to the inner side surface of the top support member, a plurality of card holes are formed; when the water outlet port communicates with a corresponding water discharge channel, the free end portion of the top support member is clamped to a corresponding card hole The manipulating element is temporarily positioned relative to the shunt structure.