A faucet water outlet head capable of rotating 360 degrees on a plane to control different water outlets

Abstract

The utility model relates to the field of kitchen and bathroom water outlet product components, in particular to the water outlet head components of kitchen and bathroom faucets, and specifically discloses a faucet water outlet head that can rotate 360 ​​degrees in a plane to control different water outlets, including a water inlet joint, a multi-chamber integrated block and a water outlet end head, the multi-chamber integrated block including a rotating conductive seat and a plurality of water inlet chambers, the rotating conductive seat is provided with a through conductive water inlet hole corresponding to each water inlet chamber, the water outlet end head is connected and connected to each water inlet chamber respectively, a water outlet structure forming a corresponding water outlet form is provided on the water outlet end head, the water inlet joint is provided with a connected water inlet and a conductive hole, one end of which is provided with a conductive hole is connected to the rotating conductive seat through an axially rotatable structure, when the rotating conductive seat rotates, the conductive hole is connected to a conductive water inlet hole in sequence, and an anti-leakage sealing structure is provided between the two. The faucet water outlet head of the above structure can integrate a plurality of different forms of water outlets, and the switching operation is flexible and simple.

Description

Technical Field

[0001] The utility model relates to the field of kitchen and bathroom water outlet product components, in particular to a water outlet head component of a kitchen and bathroom faucet. Background Art

[0002] With the advancement of science and technology and the improvement of the quality of life, people are gradually demanding improvements on some commonly used products in life. Therefore, some traditional structural products are constantly being improved and designed to meet market demand, with more user-friendly appearance structures. For example, the faucets used in kitchens and bathrooms are like this. The water outlets of kitchen and bathroom faucets have evolved from the traditional simple single-tube water outlet structure to the turnable bubbling water outlet structure, and then to the current water outlet structure with multiple gears and different water outlet forms (such as high-pressure water outlet, water curtain-shaped water outlet, water curtain-shaped water outlet, shower-shaped water outlet, soft water outlet, etc.). The improved structural settings have also received praise from many consumers for their user experience.

[0003] The existing kitchen and bathroom faucets have multiple water outlets with different water outlets, which are mainly realized through the structural setting of the faucet body and button control. Usually, the water outlets of different water outlets have different positions, which are relatively fixed. This will lead to problems such as complex overall structure of the faucet, strange shape, inflexible use, space occupation during installation, etc. Utility Model Content

[0004] The utility model aims to provide a faucet water outlet head which can integrate a plurality of different forms of water outlets and has flexible and convenient switching operation and can rotate 360 ​​degrees on a plane to control different water outlets.

[0005] To achieve the above-mentioned purpose, the technical solution of the utility model is: a faucet water outlet head with 360-degree rotation in a plane to control different water outlets, including a water inlet joint, a multi-chamber integrated block and a water outlet end, the multi-chamber integrated block includes a rotating conductive seat and a plurality of water inlet chambers connected to the rotating conductive seat and arranged at intervals along the circumferential direction of its central axis, the rotating conductive seat is provided with a through conductive water inlet hole corresponding to each water inlet chamber one by one, the water outlet end is respectively connected to each water inlet chamber and the water outlet end connected together is connected to the inside of the water inlet chamber, the water outlet end is provided with a water outlet structure forming a corresponding water outlet shape, the water inlet joint is provided with a connected water inlet and a conductive hole, one end of which is provided with a conductive hole is connected to the rotating conductive seat by an axially rotatable structure, when the rotating conductive seat rotates, the conductive holes are connected to one conductive water inlet hole in turn and an anti-leakage sealing structure is provided between the two.

[0006] The water inlet joint is provided with an anti-rotation limiting structure for preventing axial rotation.

[0007] The rotating conduction seat and the water inlet joint are provided with a gear position sensing structure for confirming that the rotation is in place.

[0008] The gear position sensing structure includes a mounting groove on the water inlet joint, a ball embedded in the mounting groove, an elastic member embedded in the mounting groove for ejecting the ball, and a positioning groove on the rotating conductive seat corresponding to each water inlet chamber for the ball to be embedded in place.

[0009] The anti-leakage sealing structure is a sealing rubber pad positioned and connected on a surface of the water inlet joint provided with a conducting hole, and the sealing rubber pad has a through hole corresponding to the conducting hole.

[0010] A steering joint is also included, one end of which is connected to a water inlet joint and is provided with a joint limiting structure for preventing the water inlet joint from rotating.

[0011] The water outlet structure includes a water curtain outlet configured to discharge water in the form of a water curtain, a water curtain outlet configured to discharge water in the form of a water curtain, a bubble outlet of a bubbler structure and / or a soft water outlet of a soft water outlet structure.

[0012] The water curtain outlet is an arc-shaped long strip outlet, the water curtain outlet is a plurality of water outlet holes distributed in an arc-shaped long strip and arranged in a direction opposite to the arc-shaped concave surface of the water curtain outlet, the bubbling outlet and the soft water outlet are arranged at both ends of the water curtain outlet and the water curtain outlet; the water curtain outlet, the water curtain outlet, the bubbling outlet and the soft water outlet are respectively facing one side of the rotating plane, or the water curtain outlet and the water curtain outlet are respectively facing one side of the rotating plane, one of the bubbling outlet and the soft water outlet is respectively facing one side of the rotating plane with the water curtain outlet and the water curtain outlet, and the other is facing the opposite side.

[0013] It also includes an outer shell body that covers the water inlet joint, the multi-chamber integrated block and the water outlet end. The outer shell body is formed with a contour structure that is convenient for rotation operation, and the outer shell body has a through opening corresponding to the water outlet structure.

[0014] The water outlet end and the water inlet chamber are connected via a pipe-to-pipe connection structure provided with a quick-connect structure and a sealing structure.

[0015] By adopting the above technical solution, the beneficial effect of the utility model is that the multi-chamber integrated block of the faucet water outlet of the above structure has multiple water inlet chambers arranged at intervals in the circumference, each water inlet chamber is connected to the water outlet end respectively, and multiple water inlet chambers are connected to the water inlet joint through the same rotating conduction seat, and are rotatably connected to the rotating conduction seat. By rotating the multi-chamber integrated block, each water inlet chamber can be connected to the water inlet in sequence, so that each water outlet end can be assembled on a water outlet head, and can be arranged in a plane and rotated 360 degrees freely to adjust the water outlet state of various different needs, so that the adjustment and switching can be simple to use and operate. It can be installed and applied to the water outlet of the faucet water outlet pipe, and can also be applied to the pull-out faucet. Compared with some existing faucet products with multiple gears and different water outlet forms, the product of the utility model can make the faucet product structure relatively simple, flexible and convenient to operate, and will not take up space. The above further structural setting can further improve the rationality of the structural layout setting, improve the consumer's use experience, etc., so as to better achieve the above-mentioned purpose and effect of the utility model. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 and Figure 2 The utility model relates to a schematic diagram of a structure of different angles of a faucet water outlet head for controlling different water outlets by 360-degree rotation of a plane.

[0017] Figure 3 The utility model is another structural schematic diagram of a faucet water outlet head which can rotate 360 ​​degrees in a plane to control different water outlets.

[0018] Figure 4 and Figure 5 The utility model relates to a schematic diagram of the structural decomposition of different angles of a faucet water outlet head for controlling different water outlets by 360-degree rotation of a plane.

[0019] In the figure:

[0020] Water inlet connector 1; water inlet 11; conducting hole 12; anti-leakage sealing structure 13; through hole 131;

[0021] Mounting groove 14; ball 15; anti-rotation limiting structure 16;

[0022] Multi-chamber integrated block 2; rotating conductive seat 21; in-position groove 211; water inlet chamber 22; conductive water inlet hole 23; water outlet end 3; water outlet structure 31; water curtain outlet 311; water curtain outlet 312;

[0023] Bubble water outlet 313; soft water outlet 314; outer shell 4; steering joint 5 。 DETAILED DESCRIPTION

[0024] In order to further explain the technical solution of the present utility model, the present utility model is described in detail below through specific embodiments.

[0025] This embodiment discloses a faucet head that can rotate 360 ​​degrees on a plane to control different water outputs, such as Figure 1-Figure 5 As shown, it includes a water inlet joint 1, a multi-chamber integrated block 2, a water outlet end 3, an outer shell 4 and a steering joint 5. The water inlet joint 1 is mainly used for connecting the water outlet pipe of the faucet with the multi-chamber integrated block 2 so as to conduct water. The multi-chamber integrated block 2 is mainly used to construct a structure in which multiple different water flow channels are integrated and can be connected to the water inlet joint 1 at the same water inlet end. The water outlet end 3 is used to form a structure formed according to the required water outlet form. The outer shell 4 can constitute a product appearance effect and a structure that is convenient for operation. In practical applications, if the multi-chamber integrated block 2 directly constitutes the appearance structure, there is no need to set the outer shell. The steering joint 5 is used for the steering connection between the water inlet joint 1 and the water outlet pipe of the faucet. In practical applications, if the water outlet pipe of the faucet is directly formed with a steering joint, there is no need to set this component. The specific structural settings and position connection relationships of each component are described in detail below in conjunction with the accompanying drawings.

[0026] The multi-chamber integrated block 2, such as Figure 4 and Figure 5 As shown, it includes a rotating conductive seat 21 and a plurality of water inlet chambers 22 connected to the rotating conductive seat 21 and arranged at intervals along the circumferential direction of the central axis thereof. As shown in the figure, the bottom surface of the rotating conductive seat 21 is a circular seat, and the outer periphery of the circular seat protrudes into a circle of convex rings for the water inlet joint to be sleeved. One end of the plurality of water inlet chambers 22 is separated and concentrated on the upper surface of the rotating conductive seat 21, and the other end extends outward. A through conductive water inlet hole 23 is opened at the end of each water inlet chamber 22 on the rotating conductive seat 21 corresponding to each other, so that water flows to the corresponding water inlet chamber 22 when the faucet is used for water outlet. In the figure, the water inlet chamber 22 is arranged as 4 horizontally, and channels are extended in 4 directions, and the outer end of the channel is connected to the water outlet end 3.

[0027] The water outlet end 3, such as Figure 4 and Figure 5As shown, there is a shell structure with an inner cavity, and the water outlet ends 3 connected to and arranged corresponding to each water inlet chamber 22 and connected together are communicated with the inside of the water inlet chamber 22. In the figure, the water outlet end 3 and the water inlet chamber 22 are connected and formed as an integral body. In order to facilitate injection molding production and molding, the water inlet chamber 22 and the water outlet end 3 are divided into upper and lower parts, which are molded separately and then assembled to form a complete inner cavity structure. The water outlet end 3 is provided with a water outlet structure 31 that forms a corresponding water outlet shape. The water outlet ends 3 connected to each water outlet chamber 22 are arranged according to the designed structure. As shown in the figure, the water outlet structure 31 includes a water curtain outlet 311 configured to discharge water in the form of a water curtain, a water curtain outlet 312 configured to discharge water in the form of a water curtain, a bubbler outlet 313 and a soft water outlet 314 of a soft water outlet structure (other different water outlet structures 31 can also be provided as needed in actual product applications). The water curtain outlet 311 is arc-shaped. The water curtain outlet 312 is a plurality of water outlet holes distributed in arc-shaped strips and arranged in a direction opposite to the arc-shaped concave surface of the water curtain outlet 311. Here, in order to make the long strip structures of the water curtain outlet 311 and the water curtain outlet 312 able to discharge water evenly within the length range when discharging water, a partition filter is provided in the chamber corresponding to the water curtain outlet 311 and the water curtain outlet 312. The partition filter can make the water in the chamber more The water will not be discharged from the same place after the chamber is filled, so that the effect of the water curtain and the water curtain is better. The bubbling water outlet 313 and the soft water outlet 314 are arranged at the two ends 312 of the water curtain outlet 311 and the water curtain outlet, and the overall distribution is elliptical. The water curtain outlet 311, the water curtain outlet 312, the bubbling water outlet 313 and the soft water outlet 314 are respectively facing one side of the rotating plane, such as the side below the rotating plane, as shown in the figure. Figure 1 and Figure 2 The layout structure shown is as follows: Figure 3 The layout structure shown is that the water curtain outlet 311 and the water curtain outlet 312 are respectively facing the side below the rotating plane, and the bubbling outlet 313 and the soft water outlet 314 are respectively facing the side below the rotating plane with the water curtain outlet 311 and the water curtain outlet 312, and the other is facing the opposite upper side. The water is discharged from the upper side in a parabolic shape, which can meet some cleaning needs. In the drawings of this embodiment, the water outlet end 3 and the water inlet chamber 22 are connected by a pipe-to-pipe connection structure with a quick-connect structure and a sealing structure, which is convenient for production and manufacturing, as well as for assembly and assembly. Figure 1 or Figure 3 The different structural settings can be adjusted according to the orientation needs. Through the above-mentioned structural setting, the overall structural layout of the faucet water outlet head makes reasonable use of space, has a small volume and a more compact structure.

[0028] The water inlet connector 1, such as Figure 4 and Figure 5 As shown, when installed and used, the pipe is usually arranged vertically with an axis, and is provided with a connected water inlet 11 (lower end) and a conducting hole 12 (upper end). The water inlet 11 is for the faucet to enter, and the conducting hole 12 is used to correspond to the conducting water inlet hole 23 of each water outlet chamber 22 to connect the water flow into the water outlet chamber 22. One end (i.e., the upper end) provided with the conducting hole 12 is connected to the circular seat convex ring of the rotating conducting seat 21 through an axially rotatable structure. The upper end of the water inlet joint 1 in the figure is nested in the convex ring for positioning connection, and is locked and connected to the rotating conducting seat 21 at the center by bolts. Here, the conduction of the conducting hole 12 can only correspond to the conduction of the conducting water inlet hole 23 at a time, and the water flow cannot flow in from other conducting water inlet holes 23 at the same time. Therefore, an anti-leakage sealing structure 13 must be provided between the conducting hole 12 and the conducting water inlet hole 23, so that the rotating conducting seat 21 When the conduction hole 12 is rotated so as to be connected to one conduction water inlet hole 23 in sequence, water will not leak into other water outlet chambers 22 or leak out from other gaps. The anti-leakage sealing structure 13 shown in the figure is a sealing gasket positioned and connected on one side of the water inlet joint 1 provided with the conduction hole 12. The sealing gasket corresponds to the conduction hole 12 and has a through hole 131. The sealing gasket around the through hole 131 is used to block and seal to achieve anti-leakage. It should be noted that the positioning of the sealing gasket cannot be offset with the rotation of the rotating conduction seat 21. As shown in the figure, the upper end of the water inlet joint 1 and the lower surface of the sealing gasket are formed with a nested shape that can be nested and positioned with each other and is non-rotatable to position the sealing gasket, thereby ensuring that the anti-leakage sealing structure 13 can achieve its effect when the rotating conduction seat 21 is rotated 360 degrees in a plane.

[0029] The above-mentioned structural setting can determine the gear position of the rotation adjustment by making the conductive position of the conductive hole 12 and the conductive water inlet hole 23 correspond to the use direction, and can further be configured to allow the user to sense that the gear position is in place when the rotation is 360 degrees through a structural setting that can be sensed by the user, which is more convenient to use. The rotating conductive seat 21 and the water inlet connector 1 are provided with a gear position sensing structure for confirming that the rotation is in place, as shown in detail. Figure 4 and Figure 5The gear position sensing structure includes a mounting groove 14 on the water inlet joint 1, a ball 15 embedded in the mounting groove 14, an elastic member (not visible in the figure, a spring can be used) embedded in the mounting groove 14 to push out the ball 15, and a positioning groove 211 for the ball 15 to be positioned and embedded in the rotating conductive seat 21 corresponding to each water inlet chamber 22. When the water outlet shape is adjusted by rotating, it is confirmed that the required water outlet shape is facing the desired position. When the ball 15 is inserted into the corresponding positioning groove 211 when it is rotated into place, a "click" sound will be made, and the user can sense that the adjustment has been made into place. The structural setting is arranged between the opposite surfaces of the rotating conductive seat 21 and the water inlet joint 1, so the structure can be stably applied to achieve the above-mentioned desired effect.

[0030] In the structure of the utility model, in order to realize the rotation conduction of the rotating conduction seat 21 corresponding to different water outlet applications, the water inlet joint 1 must be relatively non-rotatable, that is, in a fixed state. Therefore, an anti-rotation limiting structure 16 for preventing axial rotation is provided on the water inlet joint 1. As shown in the figure, a protruding positioning bump is provided on the circumferential side wall or the end face. If the positioning bump cooperates with the steering joint 5 to achieve positioning, then the steering joint 5 is provided with a joint limiting structure and an anti-detachment structure (not visible in the figure) for preventing the water inlet 1 from rotating on the end connected to the water inlet joint 1.

[0031] As shown in the figure, the outer shell 4 is covered on the water inlet joint 1, the multi-chamber integrated block 2 and the water outlet terminal 3. The water outlet structure 31 of the outer shell corresponding to the water outlet terminal 3 is a through opening. The outer shell 4 is formed with a contour structure that is convenient for rotation operation. As shown in the figure, the overall appearance is a rounded oval, and the two sides of the upward surface are symmetrically constructed into a concave structure, which can be convenient for hand grasping and positioning when rotating.

[0032] The above embodiments and drawings do not limit the product form and style of the present utility model. Any appropriate changes or modifications made by ordinary technicians in the relevant technical field should be deemed to be within the patent scope of the present utility model.

Claims

1. A faucet head with a 360-degree rotation plane to control different water outputs, characterized in that: It includes a water inlet joint, a multi-chamber integrated block and a water outlet end. The multi-chamber integrated block includes a rotating conductive seat and a plurality of water inlet chambers connected to the rotating conductive seat and arranged at intervals along the central axis thereof in the circumferential direction. The rotating conductive seat is provided with a through conductive water inlet hole corresponding to each water inlet chamber one by one. The water outlet end is respectively connected to each water inlet chamber and the connected water outlet ends are connected with the inside of the water inlet chamber. The water outlet end is provided with a water outlet structure forming a corresponding water outlet shape. The water inlet joint is provided with a connected water inlet and a conductive hole. One end thereof provided with the conductive hole is connected to the rotating conductive seat through an axially rotatable structure. When the rotating conductive seat rotates, the conductive holes are connected to one conductive water inlet hole in turn and an anti-leakage sealing structure is provided between the two.

2. A faucet water outlet head capable of rotating 360 degrees in a plane to control different water outlets as claimed in claim 1, characterized in that: The anti-leakage sealing structure is a sealing rubber pad positioned and connected on a surface of the water inlet joint provided with a conducting hole, and the sealing rubber pad has a through hole corresponding to the conducting hole.

3. A faucet water head capable of controlling different water outputs by rotating 360 degrees in a plane as claimed in claim 1, characterized in that: The water outlet end and the water inlet chamber are connected via a pipe-to-pipe connection structure provided with a quick-connect structure and a sealing structure.

4. A faucet water outlet head capable of controlling different water outlets by 360-degree rotation on a plane as claimed in claim 1, characterized in that: The water inlet joint is provided with an anti-rotation limiting structure for preventing axial rotation, and / or further comprises a steering joint, one end of which is connected to the water inlet joint and is provided with a joint limiting structure for preventing the water inlet joint from rotating.

5. A faucet water head capable of controlling different water outputs by rotating 360 degrees in a plane as claimed in claim 1, characterized in that: It also includes an outer shell body that covers the water inlet joint, the multi-chamber integrated block and the water outlet end. The outer shell body is formed with a contour structure that is convenient for rotation operation, and the outer shell body has a through opening corresponding to the water outlet structure.

6. A faucet water outlet head capable of rotating 360 degrees in a plane to control different water outlets as claimed in claim 1, characterized in that: The rotating conduction seat and the water inlet joint are provided with a gear position sensing structure for confirming that the rotation is in place.

7. A faucet water head capable of rotating 360 degrees in a plane to control different water outputs as claimed in claim 6, characterized in that: The gear position sensing structure includes a mounting groove on the water inlet joint, a ball embedded in the mounting groove, an elastic member embedded in the mounting groove for ejecting the ball, and a positioning groove on the rotating conductive seat corresponding to each water inlet chamber for the ball to be embedded in place.

8. A faucet water head capable of controlling different water outputs by rotating 360 degrees in a plane as claimed in claim 5, characterized in that: The anti-leakage sealing structure is that a sealing pad is positioned and connected on one side of the water inlet joint provided with a conducting hole, and a through hole is provided on the sealing pad corresponding to the conducting hole; the water outlet end is connected to the water inlet chamber by a pipe-to-pipe connection structure provided with a quick-connect structure and a sealing structure; the water inlet joint is provided with an anti-rotation limit structure for preventing axial rotation, and / or also includes a steering joint, one end of which is connected to the water inlet joint and is provided with a joint limit structure for preventing the water inlet joint from rotating; the outer shell is constructed to form a contour structure that is convenient for rotation operation, and the outer shell is a through opening corresponding to the water outlet structure; the rotating conducting seat and the water inlet joint are provided with a gear sensing structure for confirming that the rotation is in place, and the gear sensing structure includes a mounting groove on the water inlet joint, a ball embedded in the mounting groove, an elastic member embedded in the mounting groove for ejecting the ball, and a positioning groove for the ball to be embedded in place and provided on the rotating conducting seat corresponding to each water inlet chamber.

9. A faucet water outlet head capable of controlling different water outlets by 360-degree rotation in a plane as claimed in any one of claims 1 to 8, characterized in that: The water outlet structure includes a water curtain outlet configured to discharge water in the form of a water curtain, a water curtain outlet configured to discharge water in the form of a water curtain, a bubble outlet of a bubbler structure and / or a soft water outlet of a soft water outlet structure.

10. A faucet water outlet head capable of controlling different water outlets by 360-degree rotation on a plane as claimed in claim 9, characterized in that: The water curtain outlet is an arc-shaped long strip outlet, the water curtain outlet is a plurality of water outlet holes distributed in an arc-shaped long strip and arranged in a direction opposite to the arc-shaped concave surface of the water curtain outlet, the bubbling outlet and the soft water outlet are arranged at both ends of the water curtain outlet and the water curtain outlet; the water curtain outlet, the water curtain outlet, the bubbling outlet and the soft water outlet are respectively facing one side of the rotating plane, or the water curtain outlet and the water curtain outlet are respectively facing one side of the rotating plane, one of the bubbling outlet and the soft water outlet is respectively facing one side of the rotating plane with the water curtain outlet and the water curtain outlet, and the other is facing the opposite side.

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