TWM566283U - Faucet with adjustable water outlet - Google Patents

Abstract

A faucet capable of adjusting a water level, comprising a second main structure body provided with a first water control valve and a second water control valve, wherein the first water control valve is connected to a tap water source, and the The second water control valve is for connecting one of the drinking water sources. a first outlet pipe and a second outlet pipe disposed on the main structure, wherein the outer diameter of the first outlet pipe is smaller than the inner diameter of the second outlet pipe to form an axial direction The water guiding space. The first water outlet pipe and the water guiding space system are in communication with the first water control valve and the second water control valve, respectively. a watertight valve block is sleeved between the first outlet pipe and the second outlet pipe, and the water guiding valve block is respectively connected with a first water outlet structure for providing drinking water and a tap water for independent flow passages. a second effluent structure, the second effluent structure comprising a reset structure disposed on an outer wall thereof, the reset structure temporarily maintaining the second effluent structure in a certain shape, and temporarily locating the second effluent The water outlet position of the structure is maintained in a certain direction.

Description

Faucet with adjustable water outlet

This creation relates to a faucet, and in particular to an innovative structural type revealer that can adjust the position of the water.

According to the development of the faucet structure, it has a long history, and its structural form has also developed a variety of appearances. Among them, the traditional structure used in the faucet on the flow table is mostly a single outlet type. However, since many consumers currently install water filtration equipment (such as pure water machines) in the flow table, the water filtration equipment must also be installed on the surface of the flow table by the water outlet for the user to operate. In the first place, the appearance of the flow table will be messy and lack of integrated aesthetics. In view of this, the industry has developed an improved faucet with a double outlet system, which features a double outlet pipe directly inside the faucet structure. It is connected with the tap water pipe and the water outlet pipe of the water filtering device, thereby integrating two different water supply systems of tap water and filtered water into the same faucet structure.

The conventional structure of the faucet of the double outlet system is characterized in that the tap water pipeline and the filtered water pipeline are set in the same outlet pipe of the faucet, and the control switches of the tap water and the filtered water are set in the faucet. On the two sides; however, this kind of conventional structural pattern found in the actual use experience that the following problems still exist:

1. Take the sink of the kitchen flow table as an example. The water outlet structure extended by the traditional faucet can only be swung left and right around the faucet body. Therefore, the angle of the water spray cannot cover the entire range of the sink, and when it is cleaned When the bowl walks through the entire sink, it must be flushed under the effluent structure one by one, which is quite inconvenient.

2. Since the outlet of the filtered water will be confined to the same tap water outlet position, it will result in a relatively inconvenient shortcoming in its operation. In addition, the traditional double-outlet faucet has a water hole shared by the filtered water and the tap water, which is prone to the problem of water mixing, which may cause secondary pollution of the filtered water that can be directly consumed, allowing the user to directly sterilize the bacteria without knowing it. Contaminants are brought into the body.

3. Secondly, since the water outlet of the new water filtration equipment has developed a multi-water supply type (such as cold water, hot water, bubble water, etc.), the above-mentioned conventional structure sets the tap water pipeline and the filtered water pipeline. In the design of the same outlet pipe of the faucet, there will be problems in that it is difficult to accommodate too many pipelines, and the switching structure is difficult to overcome in setting and design.

4. Furthermore, the conventional faucet structure with double water outlet system, when one of the water outlet systems is damaged, because of the overall structural design, the possibility of replacement is not considered in advance, so there are still repairs and replacements. The problem of inconvenience.

The main purpose of this creation is to provide a faucet, and the technical problem to be solved is to make an innovative breakthrough in how to develop a new type of structural shape that can adjust the water position.

The technical feature of the present invention is mainly for the faucet of the adjustable water outlet position, comprising a main structure body, the main structure body is formed with a hollow water outlet valve seat; a first installation on the main structure body a water control valve, the first water control valve is connected with at least one first water inlet pipe, the first water inlet pipe is connected to an external tap water source; the first water control valve is formed with a first water outlet flow channel; The first water control valve selectively connects the at least one first inlet pipe and the first outlet channel; a second water control valve installed on the main structure, the second water control valve is connected a second inlet pipe is provided for connecting to a water purification device; the second water control valve is formed with a second water outlet channel; the second water control valve selectively connects the first water control valve a second water inlet pipe and the second water outlet flow channel; a water-dividing structure installed in the water outlet valve seat in a watertight manner, the water-dividing structure is axially formed with a perforation, the perforation is divided into a small diameter section and a a large diameter section, the outer wall of the water dividing structure is formed with at least one and the large diameter section a water inlet hole; the large diameter section communicates with the first water outlet passage by the at least one water inlet hole, and the small diameter section is in communication with the second water outlet flow passage; a first outlet pipe that is inserted into the water distribution structure, the first water outlet pipe and the small diameter section communicate with each other, and isolates the large diameter section from the small diameter section; a second outlet pipe of the water distribution structure, the second outlet pipe is in communication with the large diameter section of the water distribution structure, the inner diameter of the second outlet pipe is larger than the outer diameter of the first outlet pipe, and surrounds the An outlet pipe is disposed to form an axial water guiding space; a water guiding valve block is sleeved in the first outlet pipe and the second outlet pipe in a watertight manner, and a first flow path is formed in the water guiding valve block and at least a second flow channel, wherein the first flow channel and the at least one second flow channel are not in communication with each other; the first flow channel is in communication with the first outlet pipe, and the at least one second flow channel is connected to the water conduit Connected to each other; a first water outlet structure pivotally disposed in the water guiding valve block in a watertight manner, the first The outlet structure is in communication with the first flow passage; and a second outlet structure connected to the water guide valve block in a watertight manner, the second outlet structure being a flexible pipe body and the at least one second flow passage The second effluent structure includes a reset structure disposed on an outer wall thereof, the reset structure temporarily maintaining the second effluent structure in a fixed position.

With this innovative and unique design, this creation can change the water outlet angle and position of the nozzle and automatically reset and integrate the tap water and purified drinking water pipeline according to the prior art, and use different water outlet devices to output separately. It is convenient to operate, avoids water mixing, convenient pipeline configuration, and provides practical progress and better industrial economy (utilization) benefits for the kitchen to use more space.

Please refer to Figures 1, 2, and 3 for a preferred embodiment of the faucet in which the water position can be adjusted. However, these embodiments are for illustrative purposes only and are not limited by this structure. The faucet of the adjustable water outlet position comprises a main structure body 10, and a hollow water outlet valve seat 11 is formed on the main structure body 10; a first water control valve 20 is mounted on the main structure body 10, The first water control valve 20 is connected with at least one first water inlet pipe 21 for connecting to an external tap water source (not shown); the first water control valve 20 is formed with a first a water outlet passage 22; the first water control valve 20 selectively connects the at least one first inlet pipe 21 and the first outlet channel 22; in the preferred embodiment selected in the present case, the first water control The valve 20 is connected with two first inlet pipes 21 for connecting a cold water source and a hot water source, and changing the first out by the control of the first water control valve 20. The water outlet temperature of the water channel 22. a second water control valve 30 is disposed on the main structure 10, and the second water control valve 30 is connected to a second water inlet pipe 31 for connecting to a water purification device ( The second water control valve 30 is formed with a second water outlet passage 32; the second water control valve 30 selectively connects the second inlet pipe 31 and the second outlet passage 32. a water-dividing structure 40 installed in the water outlet valve seat 11 in a watertight manner. The water-dividing structure 40 is axially formed with a through hole 41, and the through hole 41 is divided into a small diameter section 411 and a large diameter section 412. At least one water inlet hole 42 communicating with the large diameter section 412 is formed on the outer wall of the water dividing structure 40; the large diameter section 412 is formed by the at least one water inlet hole 42 and the first water outlet stream 22 Connected to each other, the small diameter section 411 is in communication with the second water outlet passage 32; a first outlet pipe 50 axially inserted into the water distribution structure 40 in a watertight manner, the first outlet pipe 50 is coupled to The small diameter section 411 is in communication with each other, and isolates the large diameter section 412 from the small diameter section 411; and axially sets the second outlet pipe 60 of the water dividing structure 40 in a watertight manner, the first The two outlet pipes 60 are in communication with the large diameter section 412 of the water distribution structure 40. The inner diameter of the second outlet pipe 60 is larger than the outer diameter of the first outlet pipe 50, and is disposed around the first outlet pipe 50. An axial water guiding space 61 is formed; a water guiding valve block 70 is sleeved in the first water outlet pipe 50 and the second water outlet pipe 60 in a watertight manner, and a first flow path 71 is formed in the water guiding valve block 70 and At least one second flow path 72, wherein the first flow path 71 and the at least one second flow path 72 are not in communication with each other; the first flow path 71 is in communication with the first water outlet pipe 50, and the at least one second flow The channel 72 is in communication with the water guiding space 61; a first water outlet structure 80 pivotally disposed in the water guiding valve block 70 in a watertight manner, the first water discharging structure 80 is in communication with the first flow channel 71; and a watertight The second water outlet structure 90 is connected to the second water outlet structure 90 of the water guiding valve block 70. The second water outlet structure 90 is a flexible pipe body and communicates with the at least one second flow channel 72. The second water outlet structure 90 includes a returning structure 91 disposed on an outer wall thereof, the resetting structure 91 temporarily temporarily locating the second water Structure 90 is maintained in a fixed position. In a preferred embodiment of the present invention, the reset structure is a spring.

The first water outlet structure 80 includes a ring sleeve 81 which is annularly assembled to the water guiding valve block 70 in a watertight manner; the water sleeve 81 is formed with a water inlet hole 82, and the ring sleeve 81 is formed thereon. The water inlet hole 82 is in communication with the first flow path 71 of the water guiding valve block 70; the second water discharging structure 90 corresponds to one end of the water guiding valve block 70, and is axially disposed in the watertight valve block 70 in a watertight manner. on.

The second water outlet structure 90 is connected with a fixing member 92. The free end of the fixing member 92 is provided with a buckle 93 for temporarily positioning the free end of the second water outlet structure 90. In a preferred embodiment of the present invention, the free end of the second water outlet structure 90 is further provided with a spray head 94 for temporarily positioning the spray head 94 of the second water discharge structure 90. Further, the nozzle 94 is provided with a switch 95 for changing the water discharge state of the nozzle 94.

With the above structural composition design, the use situation of the present creation is explained as follows: As shown in FIG. 4, after the user wants to use the drinking water to rotate the second water control valve 30, the second water inlet pipe 31 The second water outlet channel 32 is in communication with the second water outlet channel 32, and the drinking water provided by the water purification device flows through the second inlet pipe 31, the second outlet channel 32, and the water dividing structure 40. The small diameter section 411, the first outlet pipe 50, the first flow path 71 of the water guiding valve block, and the through hole 82 of the collar 81 are finally sent out through the first water discharge structure 80. When the user finishes using the second water control valve 30, the second water inlet pipe 31 and the second water outlet channel 32 can be interrupted, so that the first water outlet structure 80 is stopped. drinking water.

Referring to FIG. 5, when the user wants to use the tap water to operate the first water control valve 20, the at least one first water inlet pipe 21 and the first water outlet flow channel 22 are in a state of communication, so that the tap water is from the tap water. The tap water of the source flows through the at least one first inlet pipe 21, the first outlet channel 22, the water inlet hole 42 of the water dividing structure 40, and the large diameter section 412 of the through hole 41, the water guiding space 61, and the At least one second flow path 72 of the water guiding valve block 70 is finally sent out via the second water discharge structure 90. Please refer to FIG. 6 again. When the user wants to change the spray angle and position of the water, the nozzle 94 can be detached from the clip 93 by simply pulling the nozzle 94 of the second water outlet structure 90 outward. The limit position can adjust the spraying angle and position of the nozzle 94 arbitrarily, so that the user can clean the dish or wash the fruits and vegetables. When the user finishes using it and the user releases the hand, the reset structure 91 is immediately Bring the print head 94 back to its original position for the next use. In addition, the switch 94 is further provided with a switch 95, so that the water discharge state of the nozzle 94 can be changed according to different needs of the user, for example, when water is desired, a water column-like water discharge mode can be selected; When making a simple flushing operation, you can use the watering method of the shower to save water.

In summary, this creation does have at least the following advantages. The spray head 94 of the second water discharge structure 90 can be arbitrarily pulled by the user to change the spray angle and position of the water flow according to the needs of the user, so that the spray range of the second water discharge structure 90 can change the entire water tank, and the same The reset structure 91 provides an automatic reset function, which can achieve a half-time effect in operation, relatively shorten the water use time, and achieve the effect of saving water. Moreover, the flow channel of the tap water flow channel and the purified drinking water are completely independent and are respectively output by different water discharge devices, so that there is no case where the drinking water is mixed with tap water. This creation integrates the purified drinking water pipeline with the tap water pipeline, which can reduce the space required for the pipeline configuration in the kitchen and reduce the number of faucets, which not only facilitates construction, but also provides a large working crying space. After the tap water pipeline and the purified water pipeline are integrated, no matter which one of the pipelines has a problem, it can be easily detected and facilitated for maintenance.

10‧‧‧Main structure 11‧‧‧Exhaust valve seat 20‧‧‧First water control valve 21‧‧‧First inlet pipe 22‧‧‧First outlet flow channel 30‧‧‧Second water control valve 31 ‧‧‧Second inlet pipe 32‧‧‧Second outlet channel 40‧‧‧Water separation structure 41‧‧‧Perforation 411‧‧‧ Small diameter section 412‧‧‧ Large diameter section 42‧‧‧ Inlet hole 50 ‧‧‧First outlet pipe 60‧‧‧Second outlet pipe 61‧‧‧Water-conducting space 70‧‧‧Water-conducting valve block 71‧‧‧First runner 72‧‧‧Second runner 80‧‧‧First outlet Structure 81‧‧‧ Enclosure 82‧‧‧ Inlet hole 90‧‧‧Second effluent structure 91‧‧‧Reset structure 92‧‧‧Fixed parts 93‧‧‧Cut 94.‧‧Spray 95‧‧‧Switch switch

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 cross-sectional view of the creation when the creation is completely stopped. Figure 4 is a partial cross-sectional view of the present invention providing purified water. Figure 5 is a partial cross-sectional view of the present creation when tap water is provided. Figure 6 is a reference diagram of the use state of the present creation.

Claims (6)

A faucet capable of adjusting a water discharge position, comprising: a main structure body having a hollow water outlet valve seat formed on the main structure body; a first water control valve mounted on the main structure body, the first water control valve The first water inlet pipe is connected to the external tap water source; the first water control valve is formed with a first water outlet flow channel; the first water control valve is selectively Connecting the at least one first inlet pipe and the first outlet channel; a second water control valve mounted on the main structure, the second water control valve is connected with a second inlet pipe, the second The water inlet pipe is connected to a water purification device; the second water control valve is formed with a second water outlet flow channel; the second water control valve selectively connects the second inlet pipe and the second outlet channel a water-dividing structure installed in the water outlet valve seat in a watertight manner, the water-dividing structure is axially formed with a perforation, the perforation is divided into a small diameter section and a large diameter section, and the outer wall of the water-dividing structure Forming at least one water inlet hole communicating with the large diameter section; The large diameter section is interconnected with the first water outlet passage by the at least one water inlet hole, and the small diameter section is in communication with the second water outlet flow passage; and axially interposed in the watertight manner a first outlet pipe of the water structure, the first outlet pipe is in communication with the small diameter section, and isolating the large diameter section and the small diameter section; and is axially sleeved in the watertight manner to the second of the water separation structure An outlet pipe, wherein the second outlet pipe communicates with the large diameter section of the water distribution structure, the inner diameter of the second outlet pipe is larger than the outer diameter of the first outlet pipe, and is disposed around the first outlet pipe, and Forming an axial water guiding space; a water guiding valve block that is sleeved in the first water outlet pipe and the second water outlet pipe in a watertight manner, wherein the water guiding valve block is formed with a first flow channel and at least a second flow channel The first flow channel and the at least one second flow channel are not in communication with each other; the first flow channel is in communication with the first outlet pipe, and the at least one second flow channel is in communication with the water conduit; The method is pivoted on the first water outlet structure of the water guiding valve block, The first water outlet structure is in communication with the first flow passage; and a second water outlet structure connected to the water guide valve block in a watertight manner, the second water outlet structure is a soft pipe body, and the at least one The second flow passages are interconnected; the second water discharge structure includes a reset structure disposed on the outer wall thereof, the reset structure temporarily maintaining the second water discharge structure in a fixed position. The faucet of the adjustable water outlet position according to claim 1, wherein the first water outlet structure comprises a ring sleeve, and the ring sleeve is ring-shaped in the watertight valve block; the ring sleeve is sleeved Forming a water inlet hole, the water inlet hole of the ring sleeve is in communication with the first flow channel of the water guiding valve block; the second water outlet structure corresponds to one end of the water guiding valve block, and is axially arranged in a watertight manner On the water guide valve block. The faucet of the adjustable water outlet position as described in claim 2, wherein the second water outlet structure is provided with a fixing member, and the free end of the fixing member is provided with a buckle, and the buckle is temporarily Positioning the free end of the second water outlet structure. The faucet of the adjustable water outlet position according to claim 3, wherein the free end of the second water outlet structure is provided with a spray head, and the buckle temporarily positions the spray head of the second water discharge structure. The faucet of the adjustable water outlet position as described in claim 4, wherein the nozzle is provided with a switch for changing the water discharge state of the nozzle. The faucet of the adjustable water outlet position as described in claim 1, 2, 3, 4 or 5, wherein the first water control valve is provided with two first water inlet pipes, and the two first water inlet pipes are provided A cold water source and a hot water source are connected, and the water temperature of the first water outlet channel is changed by the control of the first water control valve.