TW201305475A - Outlet valve structure featuring adjustable angle - Google Patents

Abstract

The present invention relates to an outlet valve structure featuring adjustable angle, and more particularly, to an improved design of an adapting outlet valve linking water supply pipes and water equipments, which is characterized by lockingly connecting the water inlet of the outlet valve base to another separately made adapter base, setting the other end of the adapter base to be a junction segment for fitting another separately made lock base, using the stop ring made by the lock base inner diameter to obtain the limit of fitting relationship of the two, and using the seal ring inlaid in the junction segment outer diameter of the adapter seat to obtain the watertight relationship with the lock base, to separately make inner threads on the junction segment inner diameter of the adapter seat to allow the locking sleeve entering from the other end of the lock seat to be screwed so as to fix the engagement relationship between the lock base and the adapter base, and the locking sleeve outer diameter relative to the limit ring at the lock seat inner diameter is a thread-free design, accordingly enabling the locking sleeve to achieve forced clip of lock holing without getting screwed, and allowing the lock base to perform a rotation relative to the adapter base. As such, under the condition of the lock base being fixedly screwed at the water supply conduit, the adapter base and the outlet valve base can be timely rotated to adjust the angle and orientation of the outlet tube, thereby to facilitate the assembly construction of water equipments, thoroughly solving the various problems and flaws existed and derived in conventional structures.

Description

Adjustable angle outlet valve structure

The invention relates to a water outlet valve structure design which is used for the combination of a water supply pipeline and a water equipment, and is connected with a sleeve of an alternative lock seat via an outlet of the water outlet seat and a lock seat. After the locking seat and the water supply pipeline are locked and fixed, the water valve seat can be rotated in time to adjust the angle and orientation of the water outlet pipe, so as to facilitate the connection operation of the water equipment, and achieve a more flexible and convenient implementer.

According to the configuration of the water supply pipeline of the general building, it is usually hidden inside the wall or hidden by the decoration to avoid the appearance of the water supply pipeline affecting the aesthetics of the indoor space, while the water supply pipeline and the faucet and shower group On the assembly connection of water equipment such as toilets and ‧ ‧ , the water supply valve is used as a referral, and the water inlet pipe of the water outlet valve is locked and fixed to the water supply pipe, and then the water valve is locked by the hose. The water outlet pipe and the water inlet pipe of the water equipment complete the overall assembly, and the water control device prefabricated by the water outlet valve can regulate the water intake of the water equipment, especially the water equipment with cold and hot water inlet, and The proportion of cold water and hot water entering the water equipment should be determined by the regulation of the outlet valve independently connected to the cold and hot water supply lines.

In the structural design of the water outlet valve of the water supply pipeline and the water equipment, the one end of the outlet valve body is mainly provided with an external thread locking end for screwing the screw to the water supply pipeline, and Inside the outlet valve body, it is necessary to plan and install appropriate water control valve parts or precision ceramic valve parts to control the water output or water stop with external water control components, so as to facilitate the replacement and maintenance of water equipment. On the other side of the main body of the water outlet valve, a water outlet end pipe of external thread type is protruded, and the water supply device is combined with the water equipment. Under this functional structure, the lock end and the water discharge end pipe of the water outlet valve are different. Direction, so when the locking end of the outlet valve and the water supply pipeline are indeed locked, the outlet pipe may not be just in the water inlet position of the water equipment, so that it must properly twist the connecting hose between the two to complete successfully The combination of the results of such a reluctant combination results in a large compromise in the overall aesthetics of the assembly. If a better combination is desired, it is necessary to screw the lock valve end of the outlet valve with the water supply line. Relationship is slightly relaxed or locked again In order to adjust the outlet end pipe of the outlet valve to the ideal position, if the re-locking method is adopted, it is not only laborious, but also easy to cause the problem of caving, and even the destruction of the water supply pipeline leads to water leakage, and the way of slightly relaxing The leakage may occur and must be combined with the use of a large number of cessation belts, which also causes great inconvenience and trouble. In other words, the existing water outlet valve often faces the position of the outlet pipe that cannot reach the set orientation. The problem leads to the trouble of having to make adjustments and the problems that may arise. It is necessary to try to solve the improvement.

In view of the problems and shortcomings faced by the conventional water valve in combination, the inventor specially made research and improvement, based on his years of experience and technology in related industries, and then researched and created the structure of the outlet valve of the present invention, that is, its main purpose The utility model provides a group which can adjust the angle and orientation of the water outlet end pipe of the water outlet valve in a state where the lock knot is fixed to the water supply system, so that the water equipment group can be easily completed without loosening or relocking. Matching.

Another object of the present invention is to design the structure so that it does not affect the watertight relationship between the outlet valve and the lock seat when adjusting the angle and orientation of the water outlet pipe of the water stop valve to ensure that there is no leakage. By.

In order to achieve the above, the present invention is mainly designed to lock an alternative adapter seat at the water inlet end of the outlet valve seat, and a set of knots at the other end of the adapter seat to fit a The lock seat is made separately, and the limit ring of one of the inner diameters of the lock seat is used to obtain the limit of the two sleeves, and the water seal between the lock seat and the lock seat is obtained by the water stop ring embedded in the outer diameter of the adapter sleeve. Relationship, and the inner diameter of the ferrule section of the adapter seat is additionally provided with an internal thread, and a lock sleeve is screwed by the other end of the lock seat to fix the locking mechanism of the lock seat and the adapter seat, and Therefore, the lock seat can be made to be rotatable relative to the adapter seat, so that when the lock seat lock is fixed in the water supply pipe, the adapter seat and the water outlet seat can be rotated in time to adjust the water outlet end. The angle and orientation of the pipe to facilitate the construction of the water equipment.

Regarding the structural composition, technical means and efficacy of the present invention, further details will be further described with reference to the following figures: Please refer to the structural combination diagram of FIG. 1 , the structural decomposition diagram of FIG. 2 , and the third diagram. A schematic diagram of a structural relationship, a schematic diagram of the assembled state of FIGS. 4 and 5, a schematic diagram of the combination relationship of FIG. 6, and an implementation state reference diagram of FIG. 7 illustrate a preferred embodiment of the present invention. As shown in the figure, the present invention The structural design mainly includes: a water outlet valve seat (10), the inner group is provided with a water control valve member (not according to the invention, not shown), and water control is provided at the outer end of the water outlet valve seat (10). The component (11) is configured to hollow out the inner water control valve member to regulate the water output thereof, and an externally threaded water outlet end tube (12) is laterally protruded on one side of the outlet valve seat (10). An internal thread (13) is formed at the water inlet end of the outlet valve seat (10), so that a water inlet end of the outlet valve seat (10) is locked with a separate adapter seat (20); an adapter seat (20) ), one end of which is fitted with a threaded locking section (21) corresponding to the internal thread (13) of the water inlet valve seat (10), and is close to the middle section (23) A ring groove (24) is formed to embed a water stop ring (25) to obtain a watertight effect of the locking relationship between the adapter seat (20) and the water outlet valve seat (10), and the adapter seat ( The other end of the 20) is set to a sleeve portion (22) that can be fitted with an alternative lock seat (30), and the outer diameter of the sleeve portion (22) is provided with at least one ring groove (26) And a water stop ring (27) is embedded therein, and the watertight effect of the adapter seat (20) and the lock seat (30) can be obtained, and the inner edge of the sleeve section (22) is formed. The internal thread (28) allows the alternative locking sleeve (40) to be locked inside the locking seat (30) to maintain the locking relationship between the locking seat (30) and the adapter (20); 30), one end of which is matched with the sleeve groove (31) of the socket (22) of the adapter seat (20), and is obtained by a limit ring (32) formed by locking the predetermined position of the inner diameter of the seat (30). The adapter seat (20) is engaged with the lock seat (30), and a hexagonal operation portion (33) is formed on the outer diameter of the lock seat (30) with respect to the end of the adapter seat (20). The tool is provided with a wrench or a clamp to operate the locking lock (30) and the water supply pipe (50), and the other end of the lock seat (30) is set as a external screw. a screw-shaped section (34) for screwing and locking with the water supply line (50); and a lock sleeve (40) having one end set to a diameter corresponding to the locking seat (30) screwing section (34) The limit ring (41) of the inner diameter hole is set to be a smooth portion (42) of the center through hole of the ring (32) by locking the seat (30) after the limit ring (41), and is also in the smooth portion ( 42) After that, it is set to fit the outer thread (28) threaded locking portion (43) of the adapter (20), and the engagement between the locking portion (43) and the smoothing portion (42). The part touches a ring groove (44) to embed the water stop ring (45), and the center of the lock sleeve (40) is set as a hexagonal through hole (46) for the tool to be interlocked; When the lock sleeve (40) is locked into the inner thread of the sleeve (22) of the adapter seat (20) by locking the center through hole of the limit ring (32) of the seat (30), the limit ring ( 41) will be blocked outside the limit ring (32) of the lock seat (30), and the smooth portion (42) of the lock sleeve (40) corresponds to the center through hole of the limit ring (32) of the lock seat (30) At the same time, the water stop ring (45) embedded in the outer diameter thereof obtains the watertight effect of the screw-locking relationship between the lock sleeve (40) and the adapter seat (20), so that the lock sleeve (40) and the adapter are utilized. (20 The locking knot can be used to clamp the locking mechanism of the locking seat (30) and the adapter seat (20) together, so that the locking seat (30) and the adapter seat (20) can be rotated relative to each other. When the lock seat (30) is locked and fixed to the water supply line (50), the adapter (20) and the lock seat (30) can still be used depending on the assembly requirements of the water equipment (60). The swivel fit relationship allows it to be properly rotated out of the water valve seat (10) to adjust the angle and orientation of the water outlet tube (12), so that the water equipment (60) and the water outlet seat can be smoothly completed. The combination of the existing water supply pipelines and the water equipment can be seen through the above description. The improved outlet valve is designed to be used as a separate connection between the outlet valve seat and the lock seat, so that it does not affect its existing water supply and water supply control functions, and is completely locked in the lock seat. In the state of entering the water supply pipeline and achieving a stable combination and watertight effect, it is necessary to rotate the water valve seat appropriately. The angle and orientation of the outlet pipe make it easy to carry out the water supply, and can effectively maintain the overall aesthetics after the assembly, completely solve the problem that the similar products are often locked with the water supply pipeline. There are problems and disadvantages in the situation that the water outlet pipe deviates from the water equipment assembly part, and it gives better industrial utilization and practical value. It is indeed called an excellent innovative designer. In summary, the invention can be researched and developed. The angle-adjusting water valve structure is designed according to the innovative structure of the structure, so that it can adjust the orientation and angle of the outlet pipe to the best combination position in the assembly operation of the water equipment and the water supply pipeline. The combination of the operation can be more easily implemented, while maintaining the tidyness and aesthetics of the overall composition. Overall, it has excellent production, utilization and practical value, and it is an excellent and outstanding one. Innovative design, 提出 file patent application according to law.

(10). . . Outlet seat

(11). . . Water control unit

(12). . . Outlet pipe

(13). . . internal thread

(20). . . Adapter

(twenty one). . . Lock segment

(twenty two). . . Fitting section

(twenty three). . . Isolation department

(twenty four). . . Ring groove

(25). . . Water stop ring

(26). . . Ring groove

(27). . . Water stop ring

(28). . . internal thread

(30). . . Lock into the seat

(31). . . Socket slot

(32). . . Limit ring

(33). . . Operation department

(34). . . Screwing section

(40). . . Locking sleeve

(41). . . Limit ring

(42). . . Smoothing

(43). . . Locking

(44). . . Ring groove

(45). . . Water stop ring

(46). . . Through hole

(50). . . Water supply line

(60). . . Water equipment

Figure 1 is a schematic view showing the structure of a preferred embodiment of the present invention.

Figure 2 is a schematic exploded view of a preferred embodiment of the present invention.

Figure 3 is a schematic view showing the structural relationship of a preferred embodiment of the present invention.

Fig. 4 is a schematic view showing the assembled state of the preferred embodiment of the present invention before adjustment.

Fig. 5 is a schematic view showing the assembled state of the preferred embodiment of the present invention.

Figure 6 is a schematic diagram showing the composition relationship of the preferred embodiment of the present invention.

Figure 7 is a reference view of an implementation state of a preferred embodiment of the present invention.

(10). . . Outlet seat

(11). . . Water control unit

(12). . . Outlet pipe

(20). . . Adapter

(twenty one). . . Lock segment

(twenty two). . . Fitting section

(twenty three). . . Isolation department

(twenty four). . . Ring groove

(25). . . Water stop ring

(26). . . Ring groove

(27). . . Water stop ring

(28). . . internal thread

(30). . . Lock into the seat

(31). . . Socket slot

(32). . . Limit ring

(33). . . Operation department

(34). . . Screwing section

(40). . . Locking sleeve

(41). . . Limit ring

(42). . . Smoothing

(43). . . Locking

(44). . . Ring groove

(45). . . Water stop ring

(46). . . Through hole

Claims (3)

The utility model relates to an adjustable angle water outlet valve structure, which is mainly used for connecting a water supply pipeline and a water equipment, and the composition thereof comprises at least: a water outlet valve seat, and an internal control valve member is arranged at an outer end of the water outlet valve seat A water control component for regulating the water output is provided, and an externally threaded outlet pipe is protruded laterally on one side of the outlet valve seat, and an internal thread is provided at the water inlet end of the outlet valve seat for locking An adapter seat is provided; one end of the adapter is provided with a threaded locking section corresponding to the water inlet end of the outlet valve seat, and the other end is configured to be sleeved with a separate locking seat. The inner edge of the sleeve portion is provided with an internal thread, and a partition portion is disposed between the lock portion and the sleeve portion, and a water stop ring is respectively embedded in the outer diameter of the lock portion and the sleeve portion; The locking seat is provided with one end groove corresponding to the adapter seat sleeve portion, and a limit ring is formed at the inner end position of the socket groove, and the outer threaded screw portion is formed at the other end of the lock seat. For screwing and locking with the water supply pipe; and a locking sleeve, one end of which is set to have a diameter corresponding to the inner diameter hole of the locking seat screwing section The position ring is set to be a smooth portion of the through hole at the center of the seat ring by locking the retaining ring, and after the smooth portion is matched with the threaded locking portion of the inner thread of the adapter sleeve portion, and The outer diameter of the locking portion is embedded with a water stop ring, and the center of the locking knot is set as a through hole for the tool to be inserted and interlocked; accordingly, the locking sleeve is screwed with the adapter by the locking seat Therefore, the special clamping force locks the positioning relationship between the locking seat and the adapter seat, and gives the locking seat and the adapter seat to rotate relative to each other, and the angle orientation adjustment function of the water outlet end pipe of the water valve seat is obtained. According to the adjustable angle water outlet valve structure described in claim 1, wherein the locking seat is provided with a hexagonal operation portion relative to the outer diameter of one end of the adapter seat, and is provided with tools such as a wrench or a clamp. Locker with clamp operation lock seat and water supply line. According to the adjustable angle water outlet valve structure described in claim 1, wherein the through hole formed in the center of the lock sleeve is a hexagonal hole type.