TWM619745U - Shower head - Google Patents

Abstract

This creation system provides a shower, including a main body, a diverter, a water outlet piece, a locking ring and a control structure, wherein the main body forms a cavity inside which is connected to a water channel, according to which water enters The chamber, the diverter is embedded in the main body, and the diverter forms a first chamber and a second chamber. Each of the first outlet holes is distributed in the corresponding range of the first chamber, and each of the second outlet holes is distributed in the corresponding range of the second chamber, so as to enter the first chamber and The water flow of the second chamber passes through each of the first water outlet holes and each of the second water outlet holes; the control structure controls to change the communication relationship between the first chamber and the second chamber and the chamber, thereby changing the water outlet mode.

Description

Shower

This creation is related to a shower appliance, especially a revealer of the innovative structure of the shower.

The shower head, also known as the shower head, is a common shower appliance. The shower head is connected to a faucet through a flexible hose to guide the water flow to the shower head, and then spread out through the multiple water outlets of the shower head. , The washing area can be enlarged, which can save the overall water consumption compared with the bathtub.

Using a shower head to diffuse the water out can improve the use efficiency of water resources, but it is also limited in its use. If you want to change the way of the shower head, you need to replace the shower head with a different outlet configuration, or remove the shower head. Water is injected directly from the water pipe, but unless the water pressure is strong enough, when the water is injected from the water pipe, it will usually appear weak. Many inconveniences need to be improved.

However, this type of structure has been found in actual use experience to still have the following problems: the scattered spraying type of water leaving the shower is limited by the distribution of the outlet holes, and cannot be changed according to the needs of the user. , But in the process of showering, the user sometimes hopes to use a strong water column to spur specific parts of the body to achieve the effect of local massage. At this time, it can only be done by increasing the water output, resulting in an increase in water consumption. , The convenience of use needs to be improved.

The main purpose of this creation is to provide a shower. The technical problem it wants to solve is to develop a new type of shower structure with an adjustable water mode and more ideal practicality to make innovative breakthroughs.

Based on the foregoing objectives, the present invention provides a shower head, which includes:

A shell-shaped main body, the inside of the main body forms a chamber, the chamber communicates with a water channel, and the main body forms an opening according to which water enters the chamber through the water channel;

A diverter, the diverter has a surrounding wall and a partition wall, the surrounding wall surrounds the periphery of the partition wall, and the surrounding wall is embedded in the opening, so that the diverter is connected to the main body and the partition wall The central part protrudes toward the direction away from the chamber with a circular partition ring, thereby enclosing the interior of the partition ring to form a first chamber, and a second chamber is formed between the partition ring and the surrounding wall. The partition wall penetrates a first hole and a second hole, the first hole communicates with the chamber and the first chamber, the second hole communicates with the chamber and the second chamber; the partition wall faces a part of the chamber An elastic piece is embedded on the side. The elastic piece cooperates with the first hole and the second hole to respectively form a third hole and a fourth hole. The side of the elastic piece facing the cavity forms a cavity, and the cavity The hole is located between the third hole and the fourth hole; an end of the separation ring away from the separation wall is embedded with a leak stop ring;

A spout is arranged on the side of the stop ring away from the separation ring, the spout passes through a number of first spout holes and a number of second spout holes, each of the first spout holes is distributed in the stop ring The edge is projected on the limited area of the outlet piece, and each of the second outlet holes is distributed on the outer edge of the stop ring and the inner edge of the surrounding wall is orthographically projected on the limited area of the outlet piece, so as to enter the first chamber And the water in the second chamber flows through each of the first water outlet holes and each of the second water outlet holes;

A locking ring is locked on the main body, and the locking ring forms a restriction on the water outlet piece, thereby positioning the water outlet piece and the diverter; and

A control structure, the control structure includes an operating element, a swing arm, a spring, and a top ball, wherein the operating element is pivoted to the main body, the swing arm is provided in the cavity, and one end of the swing arm leaves the cavity The chamber is connected with the operating member, and the operating member is linked to the swing arm to reciprocately rotate. The spring is embedded at the other end of the swing arm, and the top ball is arranged between the spring and the elastic piece. Accordingly, the control is moved The device can change the top bead to shield the third hole or the fourth hole or be embedded in the cavity, thereby changing the water outlet mode.

With this innovative structure and technical features, compared with the previous technology, this creation can be operated by dialing the operating element, changing different water outlet modes, improving the ease of use, and achieving practical progress.

Please refer to Fig. 1 to Fig. 9 for the preferred embodiments of the creative shower head. However, these embodiments are for illustrative purposes only, and are not limited by this structure in the patent application.

The preferred embodiment of the shower includes a shell-shaped main body 10, a diverter 20, a water outlet plate 30, a locking ring 40 and a control structure 50, wherein the main body 10 forms a cavity 11 inside. The cavity 11 communicates with a water channel 12, and according to the water entering the cavity 11 through the water channel 12, an opening 13 is formed on the front side of the main body 10.

The diverter 20 has a surrounding wall 21 and a partition wall 22, the surrounding wall 21 surrounds the periphery of the partition wall 22, and the surrounding wall 21 is embedded in the opening 13, so that the diverter 20 is connected to the main body 10. The central part of the partition wall 22 protrudes toward the direction away from the chamber 11 with a ring-shaped partition ring 23, thereby enclosing the interior of the partition ring 23 to form a first chamber 24, the partition ring 23 and A second chamber 25 is formed between the surrounding wall 21. The partition wall 22 penetrates a first hole 222 and a second hole 224. The first hole 222 communicates with the chamber 11 and the first chamber 24. The hole 224 communicates with the chamber 11 and the second chamber 25; the side of the partition wall 22 facing the chamber 11 is embedded with an elastic sheet 26, and the elastic sheet 26 cooperates with the first hole 222 and the second hole 224, respectively A third hole 262 and a fourth hole 264 are formed, a cavity 268 is formed on the side of the elastic sheet 26 facing the cavity 11, and the cavity 268 is located between the third hole 262 and the fourth hole 264 ; The partition ring 23 is away from the partition wall 22 at one end embedded with a leak stop ring 27.

The water outlet sheet 30 is arranged on the side of the stop ring 27 away from the separation ring 23. The water outlet sheet 30 penetrates a plurality of first outlet holes 32 and a plurality of second outlet holes 34, and each of the first outlet holes 32 is distributed The inner edge of the anti-leak ring 27 is orthographically projected on the restricted area of the water outlet plate 30, and each of the second outlet holes 34 is distributed on the outer edge of the anti-leak ring 27 and the inner edge of the surrounding wall 21 is orthographically projected on the outlet The limited area of the sheet 30 allows the water entering the first chamber 24 and the second chamber 25 to flow through each of the first water outlet holes 32 and each of the second water outlet holes 34.

The locking ring 40 is locked to the main body 10, and the locking ring 40 forms a restriction on the water outlet piece 30, and the water outlet piece 30 and the diverter 20 are positioned accordingly.

The control structure 50 includes an operating element 51, a swing arm 52, a spring 53 and a top ball 54, wherein the operating element 51 is pivoted to the main body 10, the swing arm 52 is provided in the chamber 11, and the swing arm One end of 52 leaves the chamber 11 and is connected to the operating member 51. According to the operating member 51, the swing arm 52 is connected to reciprocate rotation. The spring 53 is embedded at the other end of the swing arm 52, and the top ball 54 is provided on the spring 53. Between the elastic sheet 26 and the elastic sheet 26, according to this, the top bead 54 can be changed to selectively shield the third hole 262 or the fourth hole 264 or be embedded in the recess 268 by turning the control member 51 to change the water outlet mode.

Based on the above-mentioned structural composition and technical characteristics, the use of this creation is explained as follows:

As shown in FIG. 7, the top bead 54 is selectively inserted into the cavity 268, the first chamber 24 communicates with the chamber 11 through the first hole 222 and the third hole 262, and the second chamber 25 passes through the second hole 224 The fourth hole 264 communicates with the chamber 11, so that water can be divided into the first chamber 24 and the second chamber 25, and then divided into the first water outlet holes 32 and the second water outlet holes 34 to be sprayed outward.

As shown in FIG. 8, the top bead 54 selectively shields the third hole 262, and the communication relationship between the first chamber 24 and the chamber 11 is blocked by the top bead 54, and water cannot enter the first hole from the chamber 11 The second chamber 25 communicates with the chamber 11 through the second hole 224 and the fourth hole 264, and the water can enter the second chamber 25, and then diverted to spray outward through each of the second water outlet holes 34. The first water outlet hole 32 forms an anhydrous state.

As shown in FIG. 9, the top bead 54 selectively shields the fourth hole 264, the communication relationship between the second chamber 25 and the chamber 11 is blocked by the top bead 54, and water cannot enter the second through the chamber 11 The first chamber 24 communicates with the chamber 11 through the first hole 222 and the third hole 262, so that water can enter the first chamber 24, and then diverted to spray outward through each of the first water outlet holes 32. The second outlet hole 34 forms an anhydrous state.

Toggle the operating member 51 to rotate the swing arm 52, and then the top ball 54 can be changed to shield the third hole 262 or the fourth hole 264 or be embedded in the recess 268, and then different water outlet modes can be changed. In the process of showering, without changing the total water output, choose to spray water only through each of the first water outlet 32 or each of the second water outlet 34, which can increase the water output without increasing the water output. The flow rate of spraying outward, and by selecting different water outlet modes, the distribution range of water spraying can be changed to improve the convenience of use.

The outer edge of the main body 10 is recessed to form a notch 14, and the operating member 51 is pivotally disposed in the notch 14.

The swing arm 52 forms an accommodation chamber 55, and the spring 53 is disposed in the accommodation chamber 55, thereby improving the reliability of the positioning and setting of the spring 53.

The main body 10 forms a supporting portion 15, the supporting portion 15 supports the swing arm 52, and the supporting portion 15 is opposite to the containing chamber 55.

10: main body 11: Chamber 12: Waterway 13: opening 14: Notch 15: Support Department 20: shunt 21: Wall 22: Partition wall 222: first hole 224: second hole 23: Separating ring 24: The first room 25: The second room 26: elastic sheet 262: third hole 264: fourth hole 268: pit 27: anti-leak ring 30: Water film 32: The first water outlet 34: The second water outlet 40: Locking ring 50: control structure 51: operating parts 52: swing arm 53: Spring 54: top bead 55: Room

Figure 1 is a perspective view of a preferred embodiment of this creation. Figure 2 is a three-dimensional exploded schematic diagram of a preferred embodiment of the creation. Fig. 3 is a three-dimensional exploded schematic view of another perspective of the preferred embodiment of the creation. Figure 4 is a right side view of the preferred embodiment of this creation. Fig. 5 is a cross-sectional view of 5-5 of Fig. 4; Fig. 6 is a front view of the shunt of the preferred embodiment of this creation. Fig. 7 is a partial schematic front view of the preferred embodiment of this creation, showing the perspective state of the first water outlet mode. Figure 8 is a partial schematic front view of the preferred embodiment of this creation, showing the perspective state of the second water outlet mode. Fig. 9 is a partial schematic front view of the preferred embodiment of this creation, showing the perspective state of the third water outlet mode.

10: main body

30: Water film

32: The first water outlet

34: The second water outlet

40: Locking ring

50: control structure

51: operating parts

Claims (4)

A shower head, including: A shell-shaped main body, the inside of the main body forms a chamber, the chamber communicates with a water channel, and the main body forms an opening according to which water enters the chamber through the water channel; A diverter, the diverter has a surrounding wall and a partition wall, the surrounding wall surrounds the periphery of the partition wall, and the surrounding wall is embedded in the opening, so that the diverter is connected to the main body and the partition wall The central part protrudes toward the direction away from the chamber with a circular partition ring, thereby enclosing the interior of the partition ring to form a first chamber, and a second chamber is formed between the partition ring and the surrounding wall. The partition wall penetrates a first hole and a second hole, the first hole communicates with the chamber and the first chamber, the second hole communicates with the chamber and the second chamber; the partition wall faces a part of the chamber An elastic piece is embedded on the side. The elastic piece cooperates with the first hole and the second hole to respectively form a third hole and a fourth hole. The side of the elastic piece facing the cavity forms a cavity, and the cavity The hole is located between the third hole and the fourth hole; an end of the separation ring away from the separation wall is embedded with a leak stop ring; A spout is arranged on the side of the stop ring away from the separation ring, the spout passes through a number of first spout holes and a number of second spout holes, each of the first spout holes is distributed in the stop ring The edge is projected on the limited area of the outlet piece, and each of the second outlet holes is distributed on the outer edge of the stop ring and the inner edge of the surrounding wall is orthographically projected on the limited area of the outlet piece, so as to enter the first chamber And the water in the second chamber flows through each of the first water outlet holes and each of the second water outlet holes; A locking ring is locked on the main body, and the locking ring forms a restriction on the water outlet piece, thereby positioning the water outlet piece and the diverter; and A control structure, the control structure includes an operating element, a swing arm, a spring, and a top ball, wherein the operating element is pivoted to the main body, the swing arm is provided in the cavity, and one end of the swing arm leaves the cavity The chamber is connected with the operating member, and the operating member is linked to the swing arm to reciprocately rotate. The spring is embedded at the other end of the swing arm, and the top ball is arranged between the spring and the elastic piece. Accordingly, the control is moved The device can change the top bead to shield the third hole or the fourth hole or be embedded in the cavity, thereby changing the water outlet mode. The shower according to claim 1, wherein the outer edge of the main body is recessed to form a notch, and the operating member is pivoted to the notch. The shower according to claim 1, wherein the swing arm forms a chamber, and the spring is provided in the chamber. The shower head according to claim 3, wherein the main body forms a support part, and the support part supports the swing arm.

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