TWM573399U - Multi-channel faucet structure with double outlets - Google Patents

Abstract

本創作係為一種具雙出水之多水路龍頭結構，包括：龍頭管體、龍頭座體、開關組件及管路組件；本創作主要係利用龍頭座體內部之熱水管通路、迴路通路、氣泡水通路、冰水通路及冷水通路的設置進而來整合多種飲用水水路，藉以提供使用者飲用水的多樣化與便利性並可大幅簡化實體水路管線配置的複雜度且無須新增其他的龍頭結構。 This creation is a multi-waterway faucet structure with double outlets, including: faucet body, faucet body, switch assembly and pipeline components; this creation mainly uses hot water pipe passage, loop passage and bubble water inside the faucet body. The pathways, ice water pathways, and cold water pathways are combined to integrate multiple drinking water channels to provide a variety of user drinking waters and conveniences, and to greatly simplify the complexity of physical waterline pipeline configurations without the need for additional faucet structures.

Description

具雙出水之多水路龍頭結構 Waterway faucet structure with double outlets

本創作係為一種具雙出水之多水路龍頭結構，尤係指可同時整合多種飲用水水路於龍頭結構內部之多水路龍頭結構。 This creation is a multi-waterway faucet structure with double outlets, especially a multi-waterway faucet structure that can simultaneously integrate multiple drinking water channels into the interior of the faucet structure.

習知水龍頭僅能藉由內部冷熱水之簡單水路再經由龍頭出水管來提供出水，然現今由於人們生活品質的逐漸提升也慢慢地越來越重視飲用水的多樣化與供水品質及便利性，如依照個人飲用水的習慣則可區分為冷水、熱水、冰水及目前廣為消費者歡迎的氣泡水；因此，若是要在使用空間有限的廚房新增其他出水龍頭來對應提供不同種類的飲用水，則不僅會額外佔用廚房的使用空間且有不美觀及供水管路複雜不易維護等問題，所以傳統的出水龍頭已無法滿足現在居家生活中廚房飲用水要能同時整合供水管路與提供不同種類之飲用水的使用需求。 The conventional faucet can only provide water through the simple water channel of the internal hot and cold water and then through the faucet outlet pipe. Nowadays, due to the gradual improvement of people's quality of life, more and more attention is paid to the diversification of drinking water and the quality and convenience of water supply. According to the drinking water habits, it can be divided into cold water, hot water, ice water and bubble water that is now widely welcomed by consumers; therefore, if you want to add other taps in the kitchen with limited space to provide different types. Drinking water will not only take up extra space in the kitchen, but also have problems such as unsightly and complicated and difficult to maintain water supply pipelines. Therefore, the traditional water taps can no longer meet the needs of drinking water in the kitchen at home. Provide the use of different types of drinking water.

本創作主要係利用龍頭座體內部之熱水管通路、迴路通路、氣泡水通路、冰水通路及冷水通路的設置進而來整合多種飲用水水路，藉以提供使用者飲用水的多樣化與便利性並可大幅簡化實體水路管線配置的 複雜度且無須新增其他的龍頭結構。 This creation mainly uses the hot water pipe passage, the loop passage, the bubble water passage, the ice water passage and the cold water passage inside the faucet body to integrate a plurality of drinking water channels, thereby providing the diversification and convenience of the user's drinking water. Significantly simplifies the configuration of physical water pipelines Complexity and no need to add other faucet structures.

具雙出水之多水路龍頭結構，包括：龍頭管體、龍頭座體、開關組件及管路組件；該龍頭管體則是裝設於該龍頭座體之上方，該開關組件則是裝設於該龍頭座體之側邊。該開關組件，則包括：熱水控制手把、氣泡水控制旋鈕、冰水控制旋鈕及冷水控制手把，且均設置有開關閥；該管路組件，則包括：連通出水管、熱水連通管、迴路出水管、氣泡水進水管、冰水進水管及冷水進水管。 The waterway faucet structure with double outlets includes: a faucet body, a faucet body, a switch assembly and a pipeline assembly; the faucet body is mounted above the faucet body, and the switch assembly is mounted on The side of the faucet body. The switch assembly comprises: a hot water control handle, a bubble water control knob, an ice water control knob and a cold water control handle, and both are provided with an on-off valve; the pipeline assembly comprises: an outlet water pipe and a hot water connection. Pipe, circuit outlet pipe, bubble water inlet pipe, ice water inlet pipe and cold water inlet pipe.

該龍頭管體之前端則設置有出水連通閥，該出水連通閥則設置有熱水連接頭與出水連接頭，且該熱水連接頭與該出水連接頭之內部則均為中空結構並於兩側形成開口。該龍頭座體之上方則設置有出水連通槽，該出水連通槽之底部則設置有熱水管出口與連通出水口；該出水連通槽之內部則設置有管體連通閥，該管體連通閥則設置有熱水管通道與管體連接頭，且該熱水管通道與該管體連接頭之內部則均為中空結構並於兩側形成開口；其中，該管體連通閥之該熱水管通道則是連通至該出水連通槽底部之該熱水管出口，該管體連通閥之該管體連接頭則是連通至該出水連通槽底部之該連通出水口。 The front end of the faucet pipe body is provided with a water outlet communication valve, and the water outlet communication valve is provided with a hot water connection head and a water outlet connector, and the inside of the hot water connection head and the water outlet connector are both hollow structures and two The side forms an opening. A water outlet communication groove is disposed above the faucet seat body, and a hot water pipe outlet and a communication water outlet are disposed at a bottom of the water outlet communication groove; a pipe body communication valve is disposed inside the water outlet communication groove, and the pipe body communication valve is a hot water pipe passage and a pipe body joint are arranged, and the inside of the hot water pipe passage and the pipe joint head are hollow structures and form openings on both sides; wherein the hot water pipe passage of the pipe body communication valve is The hot water pipe outlet connected to the bottom of the water outlet communication tank, the pipe body connector of the pipe body communication valve is connected to the communication water outlet of the bottom of the water outlet communication groove.

該龍頭座體之側邊則設置有熱水連通槽、氣泡水連通槽、冰水連通槽及冷水連通槽，且均設置有進水孔與出水孔；該龍頭座體之下方則設置有熱水管進口、迴路出水口、氣泡水進水口、冰水進水口及冷水進水口。該龍頭座體之內部則設置有熱水管通路、迴路通路、氣泡水通路、冰水通路及冷水通路；其中，該迴路通路，則包括：迴路進水通路與迴路出水通路；該氣泡水通路，則包括：氣泡水進水通路與氣泡水出水通路； 該冰水通路，則包括：冰水進水通路與冰水出水通路；該冷水通路，則包括：冷水進水通路與冷水出水通路。 The side of the faucet body is provided with a hot water communication groove, a bubble water communication groove, an ice water communication groove and a cold water communication groove, and both are provided with a water inlet hole and a water outlet hole; the faucet body is provided with heat under the faucet body Water pipe inlet, circuit outlet, bubble water inlet, ice water inlet and cold water inlet. The inside of the faucet body is provided with a hot water pipe passage, a loop passage, a bubble water passage, an ice water passage and a cold water passage; wherein the loop passage includes: a loop inlet passage and a loop outlet passage; the bubble water passage, Including: a bubble water inlet passage and a bubble water outlet passage; The ice water passage includes: an ice water inlet passage and an ice water outlet passage; the cold water passage includes: a cold water inlet passage and a cold water outlet passage.

俾使審查委員能對於本創作之技術特徵，有更進一步之了解，以下謹以一具體實施例，且佐以圖式作詳細說明。 Further, the reviewing committee can have a better understanding of the technical features of the present invention. The following is a detailed description of the specific embodiments and the drawings.

1‧‧‧龍頭結構 1‧‧‧ faucet structure

2‧‧‧龍頭管體 2‧‧‧Lead tube body

2g‧‧‧出水連通閥 2g‧‧‧water connection valve

2g1‧‧‧熱水連接頭 2g1‧‧・hot water connector

2gc‧‧‧出水連接頭 2gc‧‧‧water connection

3‧‧‧龍頭座體 3‧‧‧ faucet body

s0‧‧‧出水連通槽 S0‧‧‧water connection tank

s0h1‧‧‧熱水管出口 S0h1‧‧‧ hot water pipe outlet

s0hc‧‧‧連通出水口 S0hc‧‧‧connecting water outlet

s0g‧‧‧管體連通閥 S0g‧‧‧pipe connection valve

s0g1‧‧‧熱水管通道 S0g1‧‧‧ hot water pipe passage

s0gc‧‧‧管體連接頭 S0gc‧‧‧Tube connector

s1‧‧‧熱水連通槽 S1‧‧‧ hot water communication slot

s2‧‧‧氣泡水連通槽 S2‧‧‧bubble water connection slot

s3‧‧‧冰水連通槽 S3‧‧‧ice water connection slot

s4‧‧‧冷水連通槽 S4‧‧‧ cold water connection slot

ha‧‧‧進水孔 Ha‧‧‧ water inlet

hb‧‧‧出水孔 Hb‧‧‧ water hole

h1‧‧‧熱水管進口 H1‧‧‧hot water pipe import

h2‧‧‧氣泡水進水口 H2‧‧‧bubble water inlet

h3‧‧‧冰水進水口 H3‧‧‧ice water inlet

h4‧‧‧冷水進水口 H4‧‧‧ cold water inlet

h5‧‧‧迴路出水口 H5‧‧‧ loop outlet

w1‧‧‧熱水管通路 W1‧‧‧ hot water pipe access

w2a‧‧‧氣泡水進水通路 W2a‧‧‧bubble water inlet passage

w2b‧‧‧氣泡水出水通路 W2b‧‧‧bubble water outlet

w3a‧‧‧冰水進水通路 W3a‧‧‧Ice water inlet channel

w3b‧‧‧冰水出水通路 W3b‧‧‧ ice water outlet

w4a‧‧‧冷水進水通路 W4a‧‧‧ cold water inlet passage

w4b‧‧‧冷水出水通路 W4b‧‧‧ cold water outlet

w5a‧‧‧迴路進水通路 W5a‧‧‧ loop water inlet

w5b‧‧‧迴路出水通路 W5b‧‧‧ loop water outlet

c1‧‧‧熱水控制手把 C1‧‧‧ hot water control handle

sw1‧‧‧開關閥 Sw1‧‧‧ switch valve

c2‧‧‧氣泡水控制旋鈕 C2‧‧‧ bubble water control knob

sw2‧‧‧開關閥 Sw2‧‧‧ switch valve

c3‧‧‧冰水控制旋鈕 C3‧‧‧ice water control knob

sw3‧‧‧開關閥 Sw3‧‧‧ switch valve

c4‧‧‧冷水控制手把 C4‧‧‧ cold water control handle

sw4‧‧‧開關閥 Sw4‧‧‧ switch valve

pc‧‧‧連通出水管 Pc‧‧‧Connected outlet pipe

p1‧‧‧熱水連通管 P1‧‧‧ hot water connecting pipe

p2‧‧‧氣泡水進水管 P2‧‧‧bubble water inlet pipe

p3‧‧‧冰水進水管 P3‧‧‧ice water inlet pipe

p4‧‧‧冷水進水管 P4‧‧‧ cold water inlet pipe

p5‧‧‧迴路出水管 P5‧‧‧Circuit outlet pipe

d1‧‧‧加熱器 D1‧‧‧heater

d1a‧‧‧進水口 D1a‧‧‧ Inlet

d1b‧‧‧熱水出水口 D1b‧‧‧ hot water outlet

d2‧‧‧氣泡水機 D2‧‧‧ bubble water machine

d2a‧‧‧進水口 D2a‧‧‧ water inlet

d2b2‧‧‧氣泡水出水口 D2b2‧‧‧bubble water outlet

d2b3‧‧‧冰水出水口 D2b3‧‧‧ ice water outlet

d4‧‧‧過濾裝置 D4‧‧‧Filter device

d4a‧‧‧進水口 D4a‧‧‧ Inlet

d4b‧‧‧過濾水出水口 D4b‧‧‧ filtered water outlet

第一圖 本創作之立體圖。 The first picture is a three-dimensional picture of this creation.

第二圖 龍頭管體之元件分解圖。 The second figure is an exploded view of the faucet body.

第三圖 龍頭座體之元件分解圖。 The third figure is an exploded view of the components of the faucet body.

第四圖 龍頭座體之立體圖(一)。 The fourth picture is a three-dimensional picture of the faucet body (1).

第五圖 龍頭座體之立體圖(二)。 Figure 5 is a perspective view of the faucet body (2).

第六圖 龍頭座體之立體圖(三)。 Figure 6 The perspective view of the faucet body (3).

第七圖 龍頭座體之內部水路示意圖。 Figure 7 Schematic diagram of the internal waterway of the faucet body.

第八圖 本創作之實施例圖。 The eighth figure shows an example of the creation of this creation.

實施例一，請參閱第一至八圖；一種具雙出水之多水路龍頭結構1，包括：龍頭管體2、龍頭座體3、開關組件及管路組件；該龍頭管體2則是裝設於該龍頭座體3之上方，該開關組件則是裝設於該龍頭座體3之側邊。 For the first embodiment, please refer to the first to eighth figures; a multi-waterway faucet structure 1 with double outlets, comprising: a faucet body 2, a faucet body 3, a switch assembly and a pipeline assembly; the faucet body 2 is mounted The switch assembly is disposed on the side of the faucet body 3 above the faucet body 3.

該龍頭管體2之前端則設置有出水連通閥2g，該出水連通 閥2g則設置有熱水連接頭2g1與出水連接頭2gc，且該熱水連接頭2g1與該出水連接頭2gc之內部則均為中空結構並於兩側形成開口。 The front end of the faucet body 2 is provided with a water outlet communication valve 2g, which is connected to the water The valve 2g is provided with a hot water connection head 2g1 and a water outlet connector 2gc, and the inside of the hot water connection head 2g1 and the water outlet connector 2gc are both hollow structures and open on both sides.

該龍頭座體3之上方則設置有出水連通槽s0，該出水連通槽s0之底部則設置有熱水管出口s0h1與連通出水口s0hc；該出水連通槽s0之內部則設置有管體連通閥s0g，該管體連通閥s0g則設置有熱水管通道s0g1與管體連接頭s0gc，且該熱水管通道s0g1與該管體連接頭s0gc之內部則均為中空結構並於兩側形成開口；其中，該管體連通閥s0g之該熱水管通道s0g1則是連通至該出水連通槽s0底部之該熱水管出口s0h1，該管體連通閥s0g之該管體連接頭s0gc則是連通至該出水連通槽s0底部之該連通出水口s0hc。 The water outlet communication groove s0 is disposed above the faucet body 3, and the hot water pipe outlet s0h1 and the communication water outlet s0hc are disposed at the bottom of the water outlet communication groove s0; the pipe communication valve s0g is disposed inside the water outlet communication groove s0 The pipe connecting valve s0g is provided with a hot water pipe passage s0g1 and a pipe joint s0gc, and the inside of the hot water pipe passage s0g1 and the pipe joint s0gc are hollow structures and form openings on both sides; The hot water pipe passage s0g1 of the pipe communication valve s0g is connected to the hot water pipe outlet s0h1 at the bottom of the water outlet communication groove s0, and the pipe joint s0gc of the pipe communication valve s0g is connected to the water outlet communication groove The water outlet s0hc at the bottom of s0.

該龍頭座體3之側邊則設置有熱水連通槽s1、氣泡水連通槽s2、冰水連通槽s3及冷水連通槽s4，且均設置有進水孔ha與出水孔hb；該龍頭座體3之下方則設置有熱水管進口h1、迴路出水口h5、氣泡水進水口h2、冰水進水口h3及冷水進水口h4。 The side of the faucet body 3 is provided with a hot water communication groove s1, a bubble water communication groove s2, an ice water communication groove s3 and a cold water communication groove s4, and both are provided with a water inlet hole ha and a water outlet hole hb; Below the body 3, there are a hot water pipe inlet h1, a circuit water outlet h5, a bubble water inlet h2, an ice water inlet h3, and a cold water inlet h4.

該龍頭座體3之內部則設置有熱水管通路w1、迴路通路、氣泡水通路、冰水通路及冷水通路；其中，該迴路通路，則包括：迴路進水通路w5a與迴路出水通路w5b；該氣泡水通路，則包括：氣泡水進水通路w2a與氣泡水出水通路w2b；該冰水通路，則包括：冰水進水通路w3a與冰水出水通路w3b；該冷水通路，則包括：冷水進水通路w4a與冷水出水通路w4b。 The inside of the faucet body 3 is provided with a hot water pipe passage w1, a circuit passage, a bubble water passage, an ice water passage and a cold water passage; wherein the loop passage includes: a loop water inlet passage w5a and a loop water outlet passage w5b; The bubble water passage includes: a bubble water inlet passage w2a and a bubble water outlet passage w2b; the ice water passage includes: an ice water inlet passage w3a and an ice water outlet passage w3b; and the cold water passage includes: cold water inlet The water passage w4a and the cold water outlet passage w4b.

該開關組件，則包括：熱水控制手把c1、氣泡水控制旋鈕c2、冰水控制旋鈕c3及冷水控制手把c4，且均設置有開關閥；該管路組件， 則包括：連通出水管pc、熱水連通管p1、迴路出水管p5、氣泡水進水管p2、冰水進水管p3及冷水進水管p4。 The switch assembly includes: a hot water control handle c1, a bubble water control knob c2, an ice water control knob c3, and a cold water control handle c4, and both are provided with an on-off valve; the pipeline assembly, The method includes: an outlet water pipe pc, a hot water communication pipe p1, a circuit water outlet pipe p5, a bubble water inlet pipe p2, an ice water inlet pipe p3, and a cold water inlet pipe p4.

該龍頭座體3內部之該熱水管通路w1之兩端則是分別連通至該出水連通槽s0之該熱水管出口s0h1與該熱水管進口h1，該迴路出水通路w5b之出水端則是連通至該迴路出水口h5，該迴路進水通路w5a之進水端則是連通至該冷水進水口h4，該氣泡水進水通路w2a之進水端則是連通至該氣泡水進水口h2，該冰水進水通路w3a之進水端則是連通至該冰水進水口h3，該冷水進水通路w4a之進水端則是連通至該冷水進水口h4。 The two ends of the hot water pipe passage w1 inside the faucet body 3 are respectively connected to the hot water pipe outlet s0h1 of the water outlet communication groove s0 and the hot water pipe inlet h1, and the water outlet end of the circuit water outlet passage w5b is connected to The water outlet h5 of the circuit, the inlet end of the circuit inlet passage w5a is connected to the cold water inlet h4, and the inlet end of the bubble water inlet passage w2a is connected to the bubble water inlet h2, the ice The water inlet end of the water inlet passage w3a is connected to the ice water inlet port h3, and the inlet end of the cold water inlet passage w4a is connected to the cold water inlet port h4.

該龍頭座體3內部之該迴路進水通路w5a之出水端則是連通至該熱水連通槽s1之該進水孔ha，該氣泡水進水通路w2a之出水端則是連通至該氣泡水連通槽s2之該進水孔ha，該冰水進水通路w3a之出水端則是連通至該冰水連通槽s3之該進水孔ha，該冷水進水通路w4a之出水端則是連通至該冷水連通槽s4之該進水孔ha。 The water outlet end of the circuit inlet passage w5a inside the faucet body 3 is connected to the water inlet hole ha of the hot water communication tank s1, and the water outlet end of the bubble water inlet passage w2a is connected to the bubble water. The water inlet hole ha of the communication tank s2, the water outlet end of the ice water inlet passage w3a is connected to the water inlet hole ha of the ice water communication tank s3, and the water outlet end of the cold water inlet passage w4a is connected to The cold water communicates with the water inlet hole ha of the tank s4.

該龍頭座體3內部之該迴路出水通路w5b之進水端則是連通至該熱水連通槽s1之該出水孔hb，該氣泡水出水通路w2b之進水端則是連通至該氣泡水連通槽s2之該出水孔hb，該冰水出水通路w3b之進水端則是連通至該冰水連通槽s3之該出水孔hb，該冷水出水通路w4b之進水端則是連通至該冷水連通槽s4之該出水孔hb。 The water inlet end of the circuit outlet passage w5b inside the faucet body 3 is connected to the water outlet hole hb of the hot water communication tank s1, and the water inlet end of the bubble water outlet passage w2b is connected to the bubble water connection. The water outlet hole hb of the tank s2, the water inlet end of the ice water outlet passage w3b is connected to the water outlet hole hb of the ice water communication tank s3, and the water inlet end of the cold water outlet passage w4b is connected to the cold water connection. The water outlet hole hb of the groove s4.

該龍頭座體3內部之該氣泡水出水通路w2b之出水端、該冰水出水通路w3b之出水端及該冷水出水通路w4b之出水端則均連通至該出水連通槽s0之該連通出水口s0hc。 The water outlet end of the bubble water outlet passage w2b inside the faucet body 3, the water outlet end of the ice water outlet passage w3b, and the outlet end of the cold water outlet passage w4b are both connected to the communication outlet s0hc of the outlet conduit s0. .

該開關組件之該熱水控制手把c1則是裝設於該龍頭座體3 側邊之該熱水連通槽s1，且該熱水控制手把c1之該開關閥sw1之兩端則是分別連通於該熱水連通槽s1之該進水孔ha與該出水孔hb；該氣泡水控制旋鈕c2則是裝設於該龍頭座體3側邊之該氣泡水連通槽s2，且該氣泡水控制旋鈕c2之該開關閥sw2之兩端則是分別連通於該氣泡水連通槽s2之該進水孔ha與該出水孔hb；該冰水控制旋鈕c3則是裝設於該龍頭座體3側邊之該冰水連通槽s3，且該冰水控制旋鈕c3之該開關閥sw3之兩端則是分別連通於該冰水連通槽s3之該進水孔ha與該出水孔hb；該冷水控制手把c4則是裝設於該龍頭座體3側邊之該冷水連通槽s4，且該冷水控制手把c4之該開關閥sw4之兩端則是分別連通於該冷水連通槽s4之該進水孔ha與該出水孔hb。 The hot water control handle c1 of the switch assembly is mounted on the faucet body 3 The hot water communication groove s1 on the side, and the two ends of the switch valve sw1 of the hot water control handle c1 are respectively connected to the water inlet hole ha and the water outlet hole hb of the hot water communication groove s1; The bubble water control knob c2 is the bubble water communication groove s2 installed on the side of the faucet body 3, and the two ends of the switch valve sw2 of the bubble water control knob c2 are respectively connected to the bubble water communication groove. The water inlet hole ha of the s2 and the water outlet hole hb; the ice water control knob c3 is the ice water communication groove s3 installed on the side of the faucet body 3, and the on-off valve of the ice water control knob c3 The two ends of the sw3 are respectively connected to the water inlet hole ha of the ice water communication tank s3 and the water outlet hole hb; the cold water control handle c4 is the cold water communication groove installed on the side of the faucet body 3 S4, and the two ends of the switching valve sw4 of the cold water control handle c4 are respectively connected to the water inlet hole ha and the water outlet hole hb of the cold water communication groove s4.

該管路組件之該連通出水管pc則是設置於該龍頭管體2之內部，該連通出水管pc之一端則是連接設置於該龍頭管體2前端之該出水連通閥2g之該出水連接頭2gc，而該連通出水管pc之另一端則是連接設置於該龍頭座體3上方之該出水連通槽s0內部之該管體連通閥s0g之該管體連接頭s0gc。該熱水連通管p1則是經由該龍頭座體3下方之該熱水管進口h1、該熱水管通路w1、該出水連通槽s0之該熱水管出口s0h1及該管體連通閥s0g之該熱水管通道s0g1來依序穿設過該龍頭座體3並相對設置於該龍頭管體2之內部，而該熱水連通管p1之一端則可連接設置於該龍頭管體2前端之該出水連通閥2g之該熱水連接頭2g1。 The communication outlet pipe pc of the pipeline assembly is disposed inside the faucet pipe body 2, and one end of the communication water outlet pipe pc is connected to the water outlet connection of the water outlet communication valve 2g disposed at the front end of the faucet pipe body 2. The head 2gc, and the other end of the communication outlet pipe pc is connected to the pipe body connection joint s0gc of the pipe body communication valve s0g disposed inside the water outlet communication groove s0 above the faucet seat body 3. The hot water communication pipe p1 is the hot water pipe inlet h1, the hot water pipe passage w1, the hot water pipe outlet s0h1 of the water outlet communication groove s0, and the hot water pipe of the pipe body communication valve s0g. The channel s0g1 is sequentially disposed through the faucet body 3 and disposed opposite to the inside of the faucet body 2, and one end of the hot water communication pipe p1 is connectable to the water outlet valve disposed at the front end of the faucet body 2. 2g of this hot water connector 2g1.

該管路組件之該迴路出水管p5之一端則是裝設於該龍頭座體3下方之該迴路出水口h5，該氣泡水進水管p2之一端則是裝設於該龍頭座體3下方之該氣泡水進水口h2，該冰水進水管p3之一端則是裝設於該龍 頭座體3下方之該冰水進水口h3，該冷水進水管p4之一端則是裝設於該龍頭座體3下方之該冷水進水口h4。 One end of the circuit outlet pipe p5 of the pipeline assembly is the circuit water outlet h5 installed under the faucet body 3, and one end of the bubble water inlet pipe p2 is installed under the faucet body 3. The bubble water inlet h2, one end of the ice water inlet pipe p3 is installed in the dragon The ice water inlet h3 below the head block 3, and one end of the cold water inlet pipe p4 is the cold water inlet h4 installed under the faucet body 3.

該具雙出水之多水路龍頭結構1則需搭配過濾裝置d4、氣泡水機d2、加熱器d1及外部管路配置來使用；其中，過濾裝置d4則是用來將外部源水經由內部濾芯結構過濾為過濾水後出水，氣泡水機d2則是用來將過濾水經由內部壓縮裝置、氣瓶及冷凝器處理後再分別提供氣泡水出水與冰水出水，加熱器d1則是用來將過濾水經由內部加熱裝置加熱至100℃後出水。 The double water outlet faucet structure 1 needs to be used with the filter device d4, the bubble water machine d2, the heater d1 and the external pipeline configuration; wherein the filter device d4 is used for the external source water through the internal filter structure. Filtration is filtered water and then effluent. Bubble water machine d2 is used to treat filtered water through internal compression device, gas cylinder and condenser, and then provide bubble water effluent and ice water effluent respectively. Heater d1 is used for filtering. The water was heated to 100 ° C via an internal heating device and then effluent.

過濾裝置d4之進水口d4a則是以管路連通至外部源水，過濾裝置d4之過濾水出水口d4b則是以管路連通至該具雙出水之多水路龍頭結構1之該管路組件之該冷水進水管p4之另一端。氣泡水機d2之進水口d2a則是以管路連通至過濾裝置d4之過濾水出水口d4b，氣泡水機d2之氣泡水出水口d2b2則是以管路連通至該具雙出水之多水路龍頭結構1之該管路組件之該氣泡水進水管p2之另一端，氣泡水機d2之冰水出水口d2b3則是以管路連通至該具雙出水之多水路龍頭結構1之該管路組件之該冰水進水管p3之另一端。加熱器d1之進水口d1a則是以管路連通至該具雙出水之多水路龍頭結構1之該管路組件之該迴路出水管p5之另一端，加熱器d1之熱水出水口d1b則是以管路連通至該具雙出水之多水路龍頭結構1之該管路組件之該熱水連通管p1之另一端。 The water inlet d4a of the filtering device d4 is connected to the external source water by a pipeline, and the filtered water outlet d4b of the filtering device d4 is connected to the pipeline assembly of the water outlet faucet structure 1 with double outlet water. The other end of the cold water inlet pipe p4. The water inlet d2a of the bubble water machine d2 is connected to the filtered water outlet d4b of the filtering device d4, and the bubble water outlet d2b2 of the bubble water machine d2 is connected to the water outlet with the double outlet. At the other end of the bubble water inlet pipe p2 of the pipeline assembly of the structure 1, the ice water outlet d2b3 of the bubble water machine d2 is connected to the pipeline assembly of the water outlet faucet structure 1 with double outlet water. The other end of the ice water inlet pipe p3. The water inlet d1a of the heater d1 is connected to the other end of the circuit outlet pipe p5 of the pipeline assembly of the multi-water outlet faucet structure 1 with a pipeline, and the hot water outlet d1b of the heater d1 is The other end of the hot water communication pipe p1 of the pipe assembly of the double water outlet faucet structure 1 is connected in a pipeline.

使用者若是要使用熱水時，即可藉由設置該具雙出水之多水路龍頭結構1之該開關組件之該熱水控制手把c1為開啟狀態，進而連動設置該熱水控制手把c1內部之該開關閥sw1兩端以連通該龍頭座體3側邊之 該熱水連通槽s1之該進水孔ha與該出水孔hb，使得該龍頭座體3內部之該迴路通路可以連通出水；熱水即可由加熱器之熱水出水口d1b出水並藉由管路連通至該管路組件之該熱水連通管p1後再由該龍頭管體2前端之出水口出水。而若是當該具雙出水之多水路龍頭結構1之該開關組件之該熱水控制手把c1設置為關閉狀態時，則會連動設置該熱水控制手把c1內部之該開關閥sw1兩端藉以阻隔該龍頭座體3側邊之該熱水連通槽s1之該進水孔ha與該出水孔hb而無法彼此連通，使得該龍頭座體3內部之該迴路通路無法連通出水進而達到關閉龍頭的作用。 If the user wants to use hot water, the hot water control handle c1 can be opened by setting the switch assembly of the double water outlet faucet structure 1, and then the hot water control handle c1 is connected. The two ends of the switch valve sw1 are connected to communicate with the side of the faucet body 3 The water inlet hole ha of the hot water communication tank s1 and the water outlet hole hb enable the circuit passage inside the faucet seat body 3 to communicate with the water; the hot water can be discharged from the hot water outlet d1b of the heater and passed through the tube. After the road is connected to the hot water communication pipe p1 of the pipeline component, water is discharged from the water outlet of the front end of the faucet pipe body 2. And if the hot water control handle c1 of the switch assembly of the double water outlet faucet structure 1 is set to the closed state, the two ends of the switch valve sw1 inside the hot water control handle c1 are interlocked. The water inlet hole ha and the water outlet hole hb of the hot water communication groove s1 on the side of the faucet body 3 are not able to communicate with each other, so that the circuit passage inside the faucet body 3 cannot communicate with the water to reach the faucet. The role.

使用者若是要使用氣泡水時，即可藉由設置該具雙出水之多水路龍頭結構1之該開關組件之該氣泡水控制旋鈕c2為開啟狀態，進而連動設置該氣泡水控制旋鈕c2內部之該開關閥sw2兩端以連通該龍頭座體3側邊之該氣泡水連通槽s2之該進水孔ha與該出水孔hb，使得該龍頭座體3內部之該氣泡水通路可以連通出水；氣泡水即可由氣泡水機之氣泡水出水口d2b2出水並藉由管路連通且依序經由該管路組件之該氣泡水進水管p2、該龍頭座體3內部之該氣泡水通路及該龍頭管體2內部之該連通出水管pc後再由該龍頭管體2前端之出水口出水。而若是當該具雙出水之多水路龍頭結構1之該開關組件之該氣泡水控制旋鈕c2設置為關閉狀態時，則會連動設置該氣泡水控制旋鈕c2內部之該開關閥sw2兩端藉以阻隔該龍頭座體3側邊之該氣泡水連通槽s2之該進水孔ha與該出水孔hb而無法彼此連通，使得該龍頭座體3內部之該氣泡水通路無法連通出水進而達到關閉龍頭的作用。 If the user wants to use the bubble water, the bubble water control knob c2 of the switch assembly with the double water outlet faucet structure 1 is set to be in an open state, and then the bubble water control knob c2 is interlocked. The water inlet hole ha and the water outlet hole hb of the bubble water communication groove s2 on the side of the faucet body 3 are connected at both ends of the switch valve sw2, so that the bubble water passage inside the faucet body 3 can communicate with the water; The bubble water can be discharged from the bubble water outlet d2b2 of the bubble water machine and communicated through the pipeline and sequentially through the bubble water inlet pipe p2 of the pipe assembly, the bubble water passage inside the faucet body 3 and the faucet After the outlet pipe pc is connected to the inside of the pipe body 2, water is discharged from the water outlet of the front end of the faucet pipe body 2. If the bubble water control knob c2 of the switch assembly of the double water outlet faucet structure 1 is set to the closed state, the switch valve sw2 inside the bubble water control knob c2 is interlocked to block the two ends. The water inlet hole ha of the bubble water communication groove s2 on the side of the faucet body 3 and the water outlet hole hb cannot communicate with each other, so that the bubble water passage inside the faucet body 3 cannot communicate with the water to reach the faucet. effect.

使用者若是要使用冰水時，即可藉由設置該具雙出水之多水 路龍頭結構1之該開關組件之該冰水控制旋鈕c3為開啟狀態，進而連動設置該冰水控制旋鈕c3內部之該開關閥sw3兩端以連通該龍頭座體3側邊之該冰水連通槽s3之該進水孔ha與該出水孔hb，使得該龍頭座體3內部之該冰水通路可以連通出水；冰水即可由氣泡水機之冰水出水口d2b3出水並藉由管路連通且依序經由該管路組件之該冰水進水管p3、該龍頭座體3內部之該冰水通路及該龍頭管體2內部之該連通出水管pc後再由該龍頭管體2前端之出水口出水。而若是當該具雙出水之多水路龍頭結構1之該開關組件之該冰水控制旋鈕c3設置為關閉狀態時，則會連動設置該冰水控制旋鈕c3內部之該開關閥sw3兩端藉以阻隔該龍頭座體3側邊之該冰水連通槽s3之該進水孔ha與該出水孔hb而無法彼此連通，使得該龍頭座體3內部之該冰水通路無法連通出水進而達到關閉龍頭的作用。 If the user wants to use ice water, he can set up the water with double water. The ice water control knob c3 of the switch assembly of the road faucet structure 1 is in an open state, and the two ends of the switch valve sw3 inside the ice water control knob c3 are connected to connect the ice water connection of the side of the faucet body 3 The water inlet hole ha and the water outlet hole hb of the tank s3 enable the ice water passage inside the faucet body 3 to communicate with the water; the ice water can be discharged from the ice water outlet d2b3 of the bubble water machine and connected by the pipeline. And passing the ice water inlet pipe p3 of the pipeline assembly, the ice water passage inside the faucet body 3 and the communication outlet pipe pc inside the faucet pipe body 2, and then the front end of the faucet pipe body 2 The outlet is out of water. If the ice water control knob c3 of the switch assembly of the double water outlet faucet structure 1 is set to the closed state, the two ends of the switch valve sw3 inside the ice water control knob c3 are interlocked to block The water inlet hole ha of the ice water communication groove s3 on the side of the faucet body 3 and the water outlet hole hb cannot communicate with each other, so that the ice water passage inside the faucet body 3 cannot communicate with the water to reach the faucet. effect.

使用者若是要使用冷水時，即可藉由設置該具雙出水之多水路龍頭結構1之該開關組件之該冷水控制手把c4為開啟狀態，進而連動設置該冷水控制手把c4內部之該開關閥sw4兩端以連通該龍頭座體3側邊之該冷水連通槽s4之該進水孔ha與該出水孔hb，使得該龍頭座體3內部之該冷水通路可以連通出水；冷水即可由過濾裝置之過濾水出水口d4b出水並藉由管路連通且依序經由該管路組件之該冷水進水管p4、該龍頭座體3內部之該冷水通路及該龍頭管體2內部之該連通出水管pc後再由該龍頭管體2前端之出水口出水。而若是當該具雙出水之多水路龍頭結構1之該開關組件之該冷水控制手把c4設置為關閉狀態時，則會連動設置該冷水控制手把c4內部之該開關閥sw4兩端藉以阻隔該龍頭座體3側邊之該冷水連通槽s4之該進水孔ha與該出水孔hb而無法彼此連通，使得該龍頭座體3內部之該 冷水通路無法連通出水進而達到關閉龍頭的作用。 If the user wants to use cold water, the cold water control handle c4 of the switch assembly with the double water outlet faucet structure 1 is set to be in an open state, and the inside of the cold water control handle c4 is interlocked. The water inlet hole ha and the water outlet hole hb of the cold water communication groove s4 on the side of the faucet body 3 are connected at both ends of the switch valve sw4, so that the cold water passage inside the faucet body 3 can communicate with the water; the cold water can be The filtered water outlet d4b of the filtering device is discharged from the water and is connected by the pipeline and sequentially passes through the cold water inlet pipe p4 of the pipe assembly, the cold water passage inside the faucet body 3 and the communication inside the faucet pipe body 2 After the water outlet pipe pc is discharged from the water outlet of the front end of the faucet pipe body 2. And if the cold water control handle c4 of the switch assembly of the double water outlet faucet structure 1 is set to the closed state, the two ends of the switch valve sw4 inside the cold water control handle c4 are interlocked to block The water inlet hole ha of the cold water communication groove s4 on the side of the faucet body 3 and the water outlet hole hb cannot communicate with each other, so that the inside of the faucet body 3 The cold water passage cannot connect the water to the function of closing the faucet.

本創作主要係利用該龍頭座體3內部之該熱水管通路w1、該迴路通路、該氣泡水通路、該冰水通路及該冷水通路的設置進而來整合多種飲用水水路，藉以提供使用者飲用水的多樣化與便利性並可大幅簡化實體水路管線配置的複雜度且無須新增其他的龍頭結構。 The present invention mainly utilizes the hot water pipe passage w1, the circuit passage, the bubble water passage, the ice water passage and the arrangement of the cold water passage inside the faucet body 3 to integrate a plurality of drinking water channels, thereby providing users with drinking. The variety and convenience of water and the complexity of the physical waterline configuration can be greatly simplified without the need for additional faucet structures.

上述實施例僅為說明本創作之原理及其功效，並非限制本創作；因此，習於此技術之人士對上述實施例進行修改及變化仍不脫本創作之精神。本創作已具備產業上利用性、新穎性及進步性，並符合新型專利要件，爰依法提起申請。 The above embodiments are merely illustrative of the principles and functions of the present invention, and are not intended to limit the present invention; therefore, modifications and variations of the above-described embodiments will be apparent to those skilled in the art. This creation has the industrial applicability, novelty and progress, and meets the requirements of new patents.

Claims (1)

一種具雙出水之多水路龍頭結構，包括：龍頭管體、龍頭座體、開關組件及管路組件；該龍頭管體則是裝設於該龍頭座體之上方，該開關組件則是裝設於該龍頭座體之側邊；該龍頭管體之前端則設置有出水連通閥，該出水連通閥則設置有熱水連接頭與出水連接頭，且該熱水連接頭與該出水連接頭之內部則均為中空結構並於兩側形成開口；該龍頭座體之上方則設置有出水連通槽，該出水連通槽之底部則設置有熱水管出口與連通出水口；該出水連通槽之內部則設置有管體連通閥，該管體連通閥則設置有熱水管通道與管體連接頭，且該熱水管通道與該管體連接頭之內部則均為中空結構並於兩側形成開口；其中，該管體連通閥之該熱水管通道則是連通至該出水連通槽底部之該熱水管出口，該管體連通閥之該管體連接頭則是連通至該出水連通槽底部之該連通出水口；該龍頭座體之側邊則設置有熱水連通槽、氣泡水連通槽、冰水連通槽及冷水連通槽，且均設置有進水孔與出水孔；該龍頭座體之下方則設置有熱水管進口、迴路出水口、氣泡水進水口、冰水進水口及冷水進水口；該龍頭座體之內部則設置有熱水管通路、迴路通路、氣泡水通路、冰水通路及冷水通路；其中，該迴路通路，則包括：迴路進水通路與迴路出水通路；該氣泡水通路，則包括：氣泡水進水通路與氣泡水出水通路；該冰水通路，則包括：冰水進水通路與冰水出水通路；該冷水通路，則包括：冷水進水通路與冷水出水通路； 該開關組件，則包括：熱水控制手把、氣泡水控制旋鈕、冰水控制旋鈕及冷水控制手把，且均設置有開關閥；該管路組件，則包括：連通出水管、熱水連通管、迴路出水管、氣泡水進水管、冰水進水管及冷水進水管；該龍頭座體內部之該熱水管通路之兩端則是分別連通至該出水連通槽之該熱水管出口與該熱水管進口，該迴路出水通路之出水端則是連通至該迴路出水口，該迴路進水通路之進水端則是連通至該冷水進水口，該氣泡水進水通路之進水端則是連通至該氣泡水進水口，該冰水進水通路之進水端則是連通至該冰水進水口，該冷水進水通路之進水端則是連通至該冷水進水口；該龍頭座體內部之該迴路進水通路之出水端則是連通至該熱水連通槽之該進水孔，該氣泡水進水通路之出水端則是連通至該氣泡水連通槽之該進水孔，該冰水進水通路之出水端則是連通至該冰水連通槽之該進水孔，該冷水進水通路之出水端則是連通至該冷水連通槽之該進水孔；該龍頭座體內部之該迴路出水通路之進水端則是連通至該熱水連通槽之該出水孔，該氣泡水出水通路之進水端則是連通至該氣泡水連通槽之該出水孔，該冰水出水通路之進水端則是連通至該冰水連通槽之該出水孔，該冷水出水通路之進水端則是連通至該冷水連通槽之該出水孔；該龍頭座體內部之該氣泡水出水通路之出水端、該冰水出水通路之出水端及該冷水出水通路之出水端則均連通至該出水連通槽之該連通出水口； 該開關組件之該熱水控制手把則是裝設於該龍頭座體側邊之該熱水連通槽，且該熱水控制手把之該開關閥之兩端則是分別連通於該熱水連通槽之該進水孔與該出水孔；該氣泡水控制旋鈕則是裝設於該龍頭座體側邊之該氣泡水連通槽，且該氣泡水控制旋鈕之該開關閥之兩端則是分別連通於該氣泡水連通槽之該進水孔與該出水孔；該冰水控制旋鈕則是裝設於該龍頭座體側邊之該冰水連通槽，且該冰水控制旋鈕之該開關閥之兩端則是分別連通於該冰水連通槽之該進水孔與該出水孔；該冷水控制手把則是裝設於該龍頭座體側邊之該冷水連通槽，且該冷水控制手把之該開關閥之兩端則是分別連通於該冷水連通槽之該進水孔與該出水孔；該管路組件之該連通出水管則是設置於該龍頭管體之內部，該連通出水管之一端則是連接設置於該龍頭管體前端之該出水連通閥之該出水連接頭，而該連通出水管之另一端則是連接設置於該龍頭座體上方之該出水連通槽內部之該管體連通閥之該管體連接頭；該熱水連通管則是經由該龍頭座體下方之該熱水管進口、該熱水管通路、該出水連通槽之該熱水管出口及該管體連通閥之該熱水管通道來依序穿設過該龍頭座體並相對設置於該龍頭管體之內部，而該熱水連通管之一端則可連接設置於該龍頭管體前端之該出水連通閥之該熱水連接頭；該管路組件之該迴路出水管之一端則是裝設於該龍頭座體下方之該迴路出水口，該氣泡水進水管之一端則是裝設於該龍頭座體下方之該氣泡水進水口，該冰水進水管之一端則是裝設於該 龍頭座體下方之該冰水進水口，該冷水進水管之一端則是裝設於該龍頭座體下方之該冷水進水口。 The utility model relates to a waterway faucet structure with double water discharge, comprising: a faucet pipe body, a faucet seat body, a switch assembly and a pipeline component; the faucet pipe body is installed above the faucet seat body, and the switch component is installed a water outlet communication valve is disposed at a front end of the faucet body; the water outlet communication valve is provided with a hot water connection head and a water outlet connector, and the hot water connection head and the water outlet connector are The inside is hollow structure and forms openings on both sides; the upper part of the faucet seat body is provided with a water outlet communication groove, and the bottom of the water outlet communication groove is provided with a hot water pipe outlet and a connecting water outlet; the inside of the water outlet communication groove is a pipe body communication valve is provided, the pipe body communication valve is provided with a hot water pipe passage and a pipe body joint head, and the inside of the hot water pipe passage and the pipe body joint head are hollow structures and form openings on both sides; The hot water pipe passage of the pipe body communication valve is connected to the hot water pipe outlet at the bottom of the water outlet communication groove, and the pipe body connection head of the pipe body communication valve is connected to the connection of the bottom of the water outlet communication groove. a water outlet; a side of the faucet body is provided with a hot water communication groove, a bubble water communication groove, an ice water communication groove and a cold water communication groove, and both are provided with a water inlet hole and a water outlet hole; and the faucet body is disposed below the faucet body There are hot water pipe inlet, circuit water outlet, bubble water inlet, ice water inlet and cold water inlet; the inside of the faucet body is provided with hot water pipe passage, loop passage, bubble water passage, ice water passage and cold water passage; Wherein, the loop passage includes: a loop inlet passage and a loop outlet passage; the bubble water passage includes: a bubble water inlet passage and a bubble water outlet passage; and the ice water passage includes: an ice water inlet passage And the ice water outlet passage; the cold water passage includes: a cold water inlet passage and a cold water outlet passage; The switch assembly comprises: a hot water control handle, a bubble water control knob, an ice water control knob and a cold water control handle, and both are provided with an on-off valve; the pipeline assembly comprises: an outlet water pipe and a hot water connection. a pipe, a circuit outlet pipe, a bubble water inlet pipe, an ice water inlet pipe and a cold water inlet pipe; the two ends of the hot water pipe passage inside the faucet body are respectively connected to the hot water pipe outlet of the outlet water communication groove and the heat a water inlet, the outlet end of the circuit outlet passage is connected to the outlet of the circuit, and the inlet end of the inlet passage of the circuit is connected to the cold water inlet, and the inlet end of the bubble water inlet passage is connected To the bubble water inlet, the inlet end of the ice water inlet passage is connected to the ice water inlet, and the inlet end of the cold water inlet passage is connected to the cold water inlet; the inside of the faucet body The water outlet end of the circuit inlet passage is connected to the water inlet hole of the hot water communication groove, and the water outlet end of the bubble water inlet passage is connected to the water inlet hole of the bubble water communication groove, the ice Water in the water inlet channel And the water inlet hole connected to the ice water communication tank, the water outlet end of the cold water inlet passage is connected to the water inlet hole of the cold water communication tank; the water inlet of the circuit outlet passage inside the faucet seat body The end is a water outlet connected to the hot water communication tank, and the water inlet end of the bubble water outlet passage is connected to the water outlet hole of the bubble water communication groove, and the water inlet end of the ice water outlet passage is connected The water outlet hole of the ice water connection tank, the water inlet end of the cold water outlet passage is connected to the water outlet hole of the cold water communication tank; the water outlet end of the bubble water outlet passage inside the faucet seat body, the ice water The water outlet end of the water outlet passage and the water outlet end of the cold water outlet passage are both connected to the communication water outlet of the outlet water communication tank; The hot water control handle of the switch assembly is disposed in the hot water communication slot on the side of the faucet body, and the two ends of the switch valve of the hot water control handle are respectively connected to the hot water The water inlet hole and the water outlet hole of the communication groove; the bubble water control knob is the bubble water communication groove installed on the side of the faucet body, and the two ends of the on-off valve of the bubble water control knob are The water inlet hole and the water outlet hole respectively connected to the bubble water communication groove; the ice water control knob is the ice water connection groove installed on the side of the faucet body, and the switch of the ice water control knob The two ends of the valve are respectively connected to the water inlet hole and the water outlet hole of the ice water communication groove; the cold water control handle is the cold water communication groove installed on the side of the faucet body, and the cold water control The two ends of the switch valve are respectively connected to the water inlet hole and the water outlet hole of the cold water communication groove; the communication outlet pipe of the pipeline assembly is disposed inside the faucet pipe body, the communication One end of the water outlet pipe is connected to the water outlet connected to the front end of the tap pipe body The water outlet connector, and the other end of the communication water outlet pipe is connected to the pipe body connecting the pipe body communication valve disposed inside the water outlet communication groove above the faucet seat body; the hot water communication pipe is The faucet body is sequentially disposed through the hot water pipe inlet, the hot water pipe passage, the hot water pipe outlet of the water outlet communication groove, and the hot water pipe passage of the pipe body communication valve. Inside the faucet body, one end of the hot water communication pipe can connect the hot water connection head of the water outlet communication valve disposed at the front end of the faucet pipe body; one end of the circuit outlet pipe of the pipeline assembly The circuit outlet is installed under the faucet body, and one end of the bubble water inlet pipe is a bubble water inlet installed under the faucet body, and one end of the ice water inlet pipe is installed In this The ice water inlet below the faucet body, and one end of the cold water inlet pipe is the cold water inlet installed under the faucet body.