TW201329375A - Temperature control valve of faucet - Google Patents

Abstract

A temperature control valve of a faucet comprises: a housing that arranged in sequence from a bottom lid thereof, a fixing valve disk and a movable valve disk, a control member is mounted in the housing and in operative coupling with the movable valve disk to rotate. The control member forms therein a flow chamber, a turbulent section, a first flow channel, and a second flow channel. The control member is connected with a flow regulation cover outside the housing to regulate the flow of water. One end of the temperature sensor sleeved a flow ring and is received in the flow chamber of the control member in such a way that the flow ring barricades between the first and second flow channels and the flow chamber. Both two ends of the temperature sensor are provided respectively with a bottom spring and a top spring, whereby an effect of automatic temperature regulation can be achieved through thermal expansion and cold shrinkage of the temperature sensor. Further, an effect of simplifying the structural components can be achieved to reduce the manufacture costs.

Description

Faucet temperature control valve

The invention relates to a faucet control valve, in particular to a temperature control valve of a faucet having both flow control, temperature control and automatic temperature regulation functions.

Press, the conventional faucet generally has a turn button on both the cold and hot water ends, and the cold and hot water are separately controlled by the rotary knobs at both ends, and the two rotary buttons must be separately rotated during use to control the cold and heat respectively. The water volume of the water is concentrated and formed to achieve the purpose of adjusting the water temperature. Therefore, it is necessary to pay attention to the operation of the two sides. It is easy to reduce the operation efficiency due to the uncoordinated cooperation, and the ratio of the water volume to the water temperature is difficult to grasp, that is, the water volume is The instability of water temperature control and the difficulty of adjustment.

In addition, the faucet structure for the separation and control of the water quantity and the water temperature is as follows: "Centralized Regulating Thermostatic Control Faucet Structure" approved by the Bureau of the Public Health Bureau on July 21, 1989. The application date is On November 5, 1988, it can be analyzed from the scope of application and the drawings, which mainly include a faucet body 10 having a positioning lock cover 11 and an outer cover 12, and a screw-shaped water-out shaft. The water outlet valve sleeve 30 of the sleeve 20, a temperature control shaft 40, a temperature control sleeve 50, a temperature control device 60 composed of a temperature sensing rod 61, a mixing valve sleeve valve 62, a partition valve 63 and two buffer springs 64, The water outlet handle 70, a positioning ring sleeve 80 and a temperature control handle 90, etc.; firstly, the water outlet valve sleeve 30 is screwed to the water shaft sleeve 20 in the upper small cylindrical section 31 lifting thread 33, and then the positioning lock cover 11 is fitted upward to make the hexagon The body 34 is sleeved with the hexagonal sleeve hole 111 inside the positioning lock cover 11; the lower outer thread portion 44 of the lower temperature control shaft 40 is locked into the threaded hole 53 of the thin hexagonal section 51 of the temperature control sleeve 50, and then the water outlet sleeve 30 is loaded. The multi-stage inner sleeve hole is such that the upper cog segment 43 of the temperature control shaft 40 protrudes from the upper end of the small cylindrical section 31 311, wherein the enlarged retaining edge 41 is blocked inside the small hole 311, and the thin hexagonal sleeve 51 of the temperature control bushing 50 is inserted into the hexagonal deep hole 39 of the multi-stage inner sleeve hole, and the lower temperature thread of the lower temperature control shaft 50 can be driven to move up and down. The center of the bottom of the faucet body 10 is placed in the center of the combined temperature control device 60, and the positioning cover 11 of the inner component is locked into the limit opening 16 of the faucet body 10, thereby forming a faucet with constant temperature control, but Looking at the above-mentioned conventional structure is not difficult to find that there are still some shortcomings. The main reasons are as follows:

(1) The inside of the water outlet valve sleeve 30 is hollowed out and continuously provided with a small hole 311 and a hexagonal deep hole 39 to provide the temperature control shaft 40 and the temperature control sleeve 50, and the outside of the water outlet valve sleeve 30 Further, a ring-shaped cog 32, a small cylindrical section 31, a lifting thread 33, a hexagonal body 34, a third-stage body 35 and a water-discharging section 37 are formed for placing the faucet body 10 and the cover sleeve, that is, the outlet valve The processing required for the sleeve 30 is too complicated, the precision requirement is too high, and there is a problem that the combination has difficulty in matching. The water outlet sleeve 20, the mixing valve sleeve 62, the temperature control shaft 40 and the faucet body 10 are also the same. It is difficult to process the lack of processing, and in the overall view, there are still cases of using too many component combinations, so that it has the lack of high production costs.

(2) The faucet body 10 is respectively provided with cold and hot water inlets 14 and 13 and is formed with cold and hot ring grooves 141 and 131, and two sides of the water outlet 15 are connected to the upper side, and the mixing valve sleeve 62 is blocked. It is disposed between the cold and hot ring grooves 141 and 131, so that the cold and hot water penetrates the mixing valve sleeve 62 and the temperature sensing rod 61 and directly mixes at the bottom of the faucet body 10, forming a semi-mixed state of cold and hot water only acting on One end of the temperature sensing rod 61 will cause the temperature change of the temperature sensing rod 61 to be insufficiently stable, and the semi-mixed cold and hot water will then produce water from the water outlet 15 end, and there is a lack of uneven mixing of cold and hot water.

(3) The temperature sensing rod 61 is only provided with a spring 64 at the bottom end of the faucet body 10, so that the temperature sensing rod 61 is easy to be blocked at the end of the water outlet valve sleeve 30, and the automatic constant temperature adjustment is like a dummy, and the water is serious. Unstable and uncontrollable water temperature.

In view of this, the inventors have been engaged in the manufacturing development and design experience of related products for many years, and after detailed design and careful evaluation of the above objectives, the present invention has finally become practical.

The technical problem to be solved by the present invention is to provide a temperature control valve for a faucet in view of the above-mentioned deficiencies in the prior art.

One end of the casing has a through opening, and the other end cover is provided with a bottom cover. The bottom cover is sequentially provided with a fixed valve piece and a movable valve piece, and the fixed valve piece, the movable valve piece and the bottom are fixed. The cover is provided with a hot water hole, a cold water hole and a water outlet hole. A control member is installed in the housing and can rotate the movable valve piece to rotate. The control member forms a flow chamber through the water outlet hole, and the flow chamber is connected by the movable valve piece end. Forming a spoiler, a first flow path and a second flow path, the first flow path is connected to the hot water hole, and the second flow path is connected to the cold water hole, and the control member is connected to the outer side of the housing with a flow regulating cover. The flow regulating sleeve drives the control member and the movable valve piece to form an adjustment of the amount of water. One end of the temperature sensing member is provided with a flow ring, and is accommodated in the circulation chamber of the control member, so that the flow ring is blocked by the first and second flow paths. Between the flow chamber and the flow ring, a lower end spring is arranged at the top of the spoiler, and the other end of the temperature sensing member is connected with an upper end spring, and the first and second flow paths are changed by thermal expansion and contraction of the temperature sensing member. Opening size, which in turn has automatic adjustment The effect of temperature, a temperature control member is mounted on the port end of the housing, and resistance to the formation of the upper end of the spring.

The main object of the present invention is to provide a control member and a temperature sensing member in the housing, and the movable valve piece is connected with the control member to make the movable valve piece and the fixed valve piece conductive, that is, the water flow can be controlled, and the feeling is achieved. The temperature member is disposed in the center of the control member, and the temperature adjusting member changes the moving space of the temperature sensing member, so that the flow ring can adjust the position of the first and second flow paths, that is, the water temperature control function can be achieved, and Through the thermal expansion and contraction of the temperature sensing element, the effect of automatically adjusting the temperature and maintaining a constant temperature can be achieved, and a practical structure with multifunctional functions can be obtained.

A secondary object of the present invention is that a control member is disposed in the housing, and a temperature sensing member is slidably disposed at a center of the control member, and the control member is interlocked by the flow regulating cover and can drive the movable valve piece, and the control is further controlled. The flow ring is interlocked and adjusted by the temperature adjusting member. With the above simplified structure, the water quantity, the water temperature and the constant temperature can be effectively used, that is, the function of simplifying the constituent members can be performed under the same function. To reduce its production costs.

Another object of the present invention is that the control member is provided with first and second flow passages and a spoiler at the flow chamber, and the cold and hot water can enter the spoiler from the first and second flow passages, and the disturbance A plurality of axially arranged spoiler grooves are formed at the flow portion, and the obliquely tapered spoiler can concentrate the cold and hot water, thereby generating a disturbance of cold and hot water, so that the cold and hot water can be fully The mixture is used to achieve a stable water temperature effect.

Other objects, advantages and novel features of the invention will be apparent from the description and appended claims.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [detailed description of the drawings] as follows: First, please refer to Figure 1, Figure 2 and Section 3. As shown in the figure, a temperature control valve for a faucet includes: a casing (10), a control member (20), a temperature sensing member (30) and a temperature adjusting member (40), a casing (10) one end opening (11), and the other end cover is provided with a bottom cover (12), and a fixed valve piece (13) is arranged in the casing (10) by the bottom cover (12). A movable valve piece (14), the bottom cover (12), the fixed valve piece (13) and the movable valve piece (14) each have a hot water hole (121) (131) (141) and a cold water hole (122). (132) (142) and a water outlet hole (123) (133) (143), the casing (10) is provided with at least one perforation (111) at the outer edge of the opening (11), and a control member (20) Installed in the casing (10) and can rotate the movable valve plate (14), the control member (20) is formed with a flow chamber (21) through the water outlet hole (143), and the flow chamber (21) is formed by the movable valve plate (14) sequentially forming a spoiler (22), a first flow path (23) and a second flow path (24), the The flow passage (23) communicates with the hot water hole (141), and the second flow passage (24) communicates with the cold water hole (142), and the control member (20) is connected to the outer casing (10) with a flow regulating cover (25). The flow regulating cover (25) drives the control member (20) and the movable valve plate (14) to form an adjustment of the amount of water, and the control member (20) has a plurality of interlocking strips (26) protruding from the outer wall. The outer edge of the valve plate (14) is provided with a plurality of notches (144), and the control member (20) is inserted into the notch (144) of the movable valve piece (14) by a linking strip (26), thereby forming a control member (20). In conjunction with the movable valve piece (14), the spoiler portion (22) of the control member (20) is tapered in a direction toward the water outlet hole (143), and a plurality of strips are formed at the spoiler portion (22). The axially arranged spoiler (221) causes the water flow to generate a spoiler by the spoiler (221), so that the hot and cold water can be fully turbulently mixed at the spoiler (22), and a temperature sensing member (30) One end is provided with a flow ring (31) and is accommodated in the flow chamber (21) of the control member (20), so that the flow ring (31) blocks the first and second flow paths (23) (24) and Between the circulation chambers (21), and the flow ring (31) is provided with a lower end spring (32) to the spoiler portion (22), the temperature sensing member (3) 0) The other end is connected with an upper end spring (33), and the temperature sensing member (30) is connected to the upper end spring (33) by a top seat (34), and a screwing section is formed at the top seat (34) ( 341), in summary, that can change the opening size of the first and second flow passages (23) (24) through the thermal expansion and contraction of the temperature sensing member (30), thereby having the effect of automatically adjusting the temperature, a temperature The adjusting member (40) is mounted on the opening (11) end of the casing (10) and forms a resistance to the upper end spring (33). The temperature adjusting member (40) includes a limiting sleeve (41) and a sliding a shifting rod (42) and a temperature regulating bolt (43), one end of the limiting sleeve (41) is clamped inside the casing (10) and the other end passes through the flow regulating cover (25), and the sliding rod (42) is slid In the limiting sleeve (41), the sliding rod (42) abuts against the upper end spring (33) of the temperature sensing member (30), and the temperature regulating bolt (43) is axially pivoted on the limiting sleeve (41) Wherein, the thermostatic plug (43) forms a screw-lock connection with the sliding rod (42), and the thermostatic plug (43) is provided with a convex ring (431) and a annular groove (432), and the annular groove (432) A C-shaped buckle (433) is disposed on the sleeve, and the limiting sleeve (41) is clamped through the convex ring (431) and the C-shaped buckle (433), so that the thermostat bolt (43) is restricted and can only be rotated. among them The outer edge of the sliding rod (42) is convexly provided with a plurality of limiting blocks (421), and the inner edge of the limiting sleeve (41) is recessed with a plurality of sliding slots (411), and the sliding rod (42) The limiting block (421) is accommodated at the chute (411), so that the thermostatic bolt (43) rotates the interlocking sliding rod (42) to generate an axial displacement, and the sliding rod (42) has a combination therethrough. a hole (422), and a screwing portion (341) of the top seat (34) is provided by the coupling hole (422), and the screwing portion (341) is screwed by a locking bolt (423) to form a top seat ( 34) connecting with the sliding rod (42), and the limiting sleeve (41) is provided with at least one screw hole (412) in cooperation with the through hole (111) of the housing (10), and the flow adjustment of the control member (20) At least one adjusting groove (251) is opened at the cover (25), and a bolt (252) is disposed between the through hole (111) and the screw hole (412), so that the rotation angle of the flow regulating cover (25) is adjusted. The limit of the slot (251) and the bolt (252), by the above structure, the control member (20) and the temperature sensing member (30) achieve the functions of integrated flow control and temperature control, and can have the same function under the same function. Simplify the effectiveness of the components to reduce their production costs.

The combination of the structures is further illustrated by the second and third figures. The casing (10) is provided with a fixed valve piece (13) and a movable valve piece (14) in the bottom cover (12). And fixing the fixed valve piece (13) to the bottom cover (12) to form a cold and hot water hole (132) (122) (131) (121) and the water outlet hole (133) (123) are in communication with each other, the control The piece (20) is in contact with the movable valve piece (14) by the spoiler (22), and is received by the interlocking strip (26) of the control piece (20) at the notch (144) of the movable valve piece (14). Further, the control member (20) is coupled with the movable valve piece (14), and the lower end spring (32) is installed in the flow chamber (21), and is disposed at the lower end spring (32) by the flow ring (31). At the other end, the temperature sensing member (30) is further disposed at the flow ring (31), and the top seat (34) and the upper end spring are respectively disposed at the end of the temperature sensing member (30) away from the bottom cover (12). 33), the sliding rod (42) of the temperature adjusting member (40) is sleeved at the upper end spring (33), and the screwing portion (341) of the top seat (34) is passed through the sliding rod (42) The coupling hole (422) is further screwed to the screwing section (341) by the locking bolt (423) to form a connection between the top seat (34) and the sliding rod (42), and on the other hand, the temperature regulating bolt ( 43) is placed in the limit sleeve (41), and The convex ring (431) abuts against the inner side of the limiting sleeve (41) and is fastened to the annular groove (432) of the thermostatic plug (43) through the C-shaped buckle (433), that is, the convex ring (431) is used for the C The buckle (433) limits the thermostat bolt (43) to the limit sleeve (41), and then sets the limit sleeve (41) to the slide rod (42), so that the thermostat bolt (43) is screwed on The sliding rod (42), and the limiting block (421) of the sliding rod (42) is limited to the sliding groove (411) of the limiting sleeve (41), thereby forming the temperature sensing member (30) to cover, and The flow adjustment cover (25) is sleeved on the limit sleeve (41), and the flow adjustment cover (25) is combined with the control member (20), and finally the housing (10) is sleeved on the control member (20) , the limit sleeve (41) and the flow adjustment cover (25), and the bottom cover (12) is fastened by the housing (10) to form a structure, and the flow adjustment cover (25) and the temperature adjustment plug (43) ) protruding from the opening (11) of the casing (10), and the water volume control is formed by the rotation of the flow regulating cover (25), and the temperature control is formed by the rotation of the temperature regulating bolt (43). The through hole (111) of the casing (10) and the screw hole (412) of the limiting sleeve (41) are bored and fixed with a bolt (252), and the adjusting groove of the flow regulating cover (25) is passed through the bolt (252). (251), forming a stream The rotation angle limit of the adjustment cover (25).

The flow control process is as shown in Figures 2, 3, 4, and 5. When the user wants to adjust the water flow, the flow adjustment cover (25) can be directly rotated through the flow adjustment cover (25). ) in conjunction with the control member (20), thereby synchronously rotating the control member (20) to rotate, and the control member (20) further drives the notch (144) of the movable valve plate (14) with the linkage strip (26) to activate the valve The sheet (14) can be rotated on the fixed valve piece (13), and when the movable valve piece (14) is overlapped with the cold water hole (142) (132) of the fixed valve piece (13), the cold water can be cooled by cold water. The hole (122) (132) (142) flows into the second flow path (24) of the control member (20), so that the cold water enters the flow chamber (21) of the control member (20) from the second flow path (24), and Water is formed through the flow ring (31) to the spoiler (22) and the water outlet (143) (133) (123), and similarly, the hot plate of the movable valve piece (14) and the fixed valve piece (13) ( 141) When (131) is superposed, the hot water can enter the first flow passage (23) of the control member (20), and then the water is discharged from the spoiler (22) direction, and the cold and hot water simultaneously enter the control member ( 20) in the spoiler (22), the obliquely tapered spoiler (221) can concentrate cold and hot water, thereby generating cold The spoiler hot water, the cold and hot water can be fully mixed, serve to achieve the effect of the use of stable water temperature.

The process of temperature control shall continue to be observed in Figures 6, 7, and 8 in conjunction with Figure 2. When the amount of water is to be adjusted, turn the thermostat (43) of the temperature adjustment member (40) to adjust The temperature bolt (43) rotates to drive the sliding rod (42), and the limiting block (421) of the sliding rod (42) is limited by the sliding slot (411) of the limiting sleeve (41). The sliding rod (42) is unable to rotate, and thus generates an axial displacement along the sliding groove (411). When the sliding rod (42) abuts against the temperature sensing member (30), the temperature sensing member (30) is compressed. The upper and lower end springs (33) (32) achieve the effect of limiting the moving space of the temperature sensing member (30). Conversely, when the sliding rod (42) is away from the temperature sensing member (30), the upper and lower ends of the spring (33) (32) weakening the pressure on the temperature sensing member (30), and making the moving space of the temperature sensing member (30) larger, so as to achieve the function of adjusting the temperature, further illustrating that the temperature sensing member (30) has heat The characteristics of expansion and contraction, and the cold water enters the circulation chamber (21) by the second flow passage (24) of the control member (20), and the hot water is disturbed by the first flow passage (23) of the control member (20). The flow portion (22), and the openings of the first and second flow paths (23) (24) are all blocked by the flow ring (31), when When the piece (30) is inflated by the temperature, the flow ring (31) is pressed by the temperature sensing member (30) to lean toward the first flow path (23), so that the opening of the first flow path (23) is reduced, and the other The opening of the second flow passage (24) becomes larger, that is, the amount of hot water entering can be reduced, and the effect of cooling is achieved. Similarly, when the temperature sensing member (30) contracts, the flow ring (31) is subjected to the lower end spring (32). ) Extrapolation can also achieve the purpose of automatically increasing the water temperature, and it has the function of automatic constant temperature.

According to the structure of the above specific embodiment, the following benefits can be obtained: (1) The housing (10) is provided with a control member (20) and a temperature sensing member (30), and the movable valve is linked by the control member (20). The piece (14) enables the movable valve piece (14) to be in conduction with the fixed valve piece (13), that is, the control of the water flow rate is achieved, and the temperature sensing element (30) is disposed in the center of the control piece (20) and is The temperature adjusting member (40) changes the moving space of the temperature sensing member (30), so that the flow ring (31) can adjust the position of the first and second flow paths (23) (24), that is, the water temperature control can be achieved. The function, through the thermal expansion and contraction of the temperature sensing member (30), can achieve the effect of automatically adjusting the temperature, maintaining a constant temperature, and obtaining a practical structure with multifunctional functions; (2) inside the casing (10) A control member (20) is mounted, and a temperature sensing member (30) is slid at a center of the control member (20), and the control member (20) is interlocked by the flow regulating cover (25) and can drive the movable valve plate (14), the control member (20) interlocks the flow ring (31) and is adjusted by the temperature adjusting member (40). With the simplified structure, the water quantity, the water temperature and the constant temperature can be effectively used. That can be in the same work In the case of having the effect of simplifying the constituent members, so as to reduce the production cost thereof; (3) the control member (20) is provided with the first and second flow passages (23) (24) and the spoiler at the circulation chamber (21). In the portion (22), the cold and hot water can enter the spoiler (22) by the first and second flow passages (23) (24), and the plurality of axial loops are formed at the spoiler portion (22). The spoiler (221), the obliquely tapered spoiler (221) can concentrate the cold and hot water, thereby generating a disturbance of cold and hot water, so that the cold and hot water can be fully mixed. Stabilize the effect of water temperature.

In summary, the present invention has indeed achieved a breakthrough structural design, and has improved invention content, and at the same time, can achieve industrial utilization and progress, and the present invention is not found in any publication, but also novel, when In accordance with the provisions of the relevant laws and regulations of the Patent Law, the application for invention patents is filed according to law, and the examination authority of the bureau is required to grant legal patent rights.

The above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent variations and modifications made by the scope of the present invention should still belong to the present invention. Within the scope of the patent.

Part of the invention:

(10). . . case

(11). . . Port

(111). . . perforation

(12). . . Bottom cover

(121) (131) (141). . . Hot water hole

(122) (132) (142). . . Cold water hole

(123)(133)(143). . . drainage

(13). . . Fixed valve

(14). . . Active valve

(144). . . gap

(20). . . Control

(twenty one). . . Circulation room

(twenty two). . . Spoiler

(221). . . Spoiler

(twenty three). . . First runner

(twenty four). . . Second flow path

(25). . . Flow adjustment cover

(251). . . Adjustment slot

(252). . . bolt

(26). . . Linkage bar

(30). . . Temperature sensing

(31). . . Flow ring

(32). . . Lower end spring

(33). . . Upper end spring

(34). . . Top seat

(341). . . Screw segment

(40). . . Temperature adjustment

(41). . . Limit set

(411). . . Chute

(412). . . Screw hole

(42). . . Sliding rod

(421). . . Limit block

(422). . . Bonding hole

(423). . . Lock bolt

(43). . . Thermostat

(431). . . Convex ring

(432). . . Ring groove

(433). . . C buckle

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a perspective exploded view of the present invention.

Figure 3 is a cross-sectional view of the present invention.

Fig. 4 is a schematic view showing the flow control of the present invention in a closed state.

Fig. 5 is a schematic view showing the flow control of the present invention in an open state.

Figure 6 is a schematic illustration of the temperature control of the present invention.

Figure 7 is a schematic view showing the automatic temperature regulation of the present invention in an overheated state.

Fig. 8 is a schematic view showing the automatic temperature regulation in the supercooled state of the present invention.

(10). . . case

(11). . . Port

(111). . . perforation

(12). . . Bottom cover

(131) (141). . . Hot water hole

(132) (142). . . Cold water hole

(133) (143). . . drainage

(13). . . Fixed valve

(14). . . Active valve

(144). . . gap

(20). . . Control

(twenty one). . . Circulation room

(twenty two). . . Spoiler

(221). . . Spoiler

(twenty three). . . First runner

(twenty four). . . Second flow path

(25). . . Flow adjustment cover

(251). . . Adjustment slot

(252). . . bolt

(26). . . Linkage bar

(30). . . Temperature sensing

(31). . . Flow ring

(32). . . Lower end spring

(33). . . Upper end spring

(34). . . Top seat

(341). . . Screw segment

(40). . . Temperature adjustment

(41). . . Limit set

(411). . . Chute

(412). . . Screw hole

(42). . . Sliding rod

(421). . . Limit block

(422). . . Bonding hole

(423). . . Lock bolt

(43). . . Thermostat

(431). . . Convex ring

(432). . . Ring groove

(433). . . C buckle

Claims (8)

A temperature control valve for a faucet includes: a casing having a through opening at one end thereof; and a bottom cover at the other end cover, wherein the bottom cover is sequentially provided with a fixed valve piece and a cover The movable valve piece, the fixed valve piece, the movable valve piece and the bottom cover all have a hot water hole, a cold water hole and a water outlet hole; a control piece is installed in the casing and can rotate the movable valve piece to rotate, The control member forms a flow chamber through the water outlet hole, and the flow chamber is sequentially formed with a spoiler portion, a first flow path and a second flow path from the movable valve piece end, the first flow path communicates with the hot water hole, and the second flow path The flow passage is connected with the cold water hole, and the control member is connected with a flow regulating cover to the outside of the casing, and the flow regulating cover drives the control member and the movable valve plate to form an adjustment of the water amount; and a temperature sensing member, the temperature sensing member is provided with a flow at one end thereof. The ring is disposed in the flow chamber of the control member, so that the flow ring is blocked between the first and second flow paths and the flow chamber, and the flow ring is provided with a lower end spring at the top of the spoiler portion, and the temperature sensing member is further One end is connected to an upper end spring, The thermal expansion and contraction of the temperature sensing member changes the opening size of the first and second flow passages, thereby having the effect of automatically adjusting the temperature; and a temperature adjusting member installed at the opening end of the housing and forming By the resistance of the upper end spring, the integrated flow control and temperature control functions are realized by the control member and the temperature sensing member, and the function of simplifying the constituent members can be further reduced under the same function condition, thereby reducing the production cost. The temperature control valve of the faucet according to claim 1, wherein the temperature adjusting member comprises a limiting sleeve, a sliding rod and a temperature regulating bolt, wherein the limiting sleeve is clamped at the inner side of the casing. The other end passes through the flow regulating cover, the sliding rod is slidably disposed in the limiting sleeve, and the sliding rod abuts against the upper end spring of the temperature sensing member, and the temperature regulating bolt is axially disposed at the limiting sleeve, and The thermostatic bolt forms a screw-lock connection with the sliding rod. The temperature control valve of the faucet according to claim 2, wherein the outer edge of the sliding rod is convexly provided with a plurality of limiting blocks, and the inner edge of the limiting sleeve is concavely provided with a plurality of sliding grooves, and the sliding The shifting rod is accommodated in the chute by the limiting block, so that the thermostatic bolt rotates and the sliding sliding rod can generate axial displacement. The temperature control valve of the faucet according to claim 2, wherein the temperature sensing member is connected to the upper end spring by a top seat, and the top seat is formed with a screwing portion, and the sliding rod has a through hole therein The hole is coupled to the hole, and the screwing portion of the top seat is provided by the joint hole, and the screwing portion is screwed by a bolt to form a connection between the top seat and the sliding rod. The temperature control valve of the faucet according to claim 2, wherein the housing is provided with at least one through hole at the outer edge of the opening, and the limiting sleeve is provided with at least one screw hole in cooperation with the through hole of the housing, and At least one adjusting slot is defined in the flow regulating cover of the control member, and a bolt is disposed between the through hole and the screw hole, so that the rotation angle of the flow regulating cover is limited by the adjusting groove and the bolt. The temperature control valve of the faucet according to claim 2, wherein the temperature regulating bolt is provided with a convex ring and a ring groove, and the ring groove is provided with a C-shaped buckle, and the convex ring and the C-shaped buckle are inserted. The limit sleeve is set to make the thermostat bolt restricted and can only be rotated. The temperature control valve of the faucet according to claim 1, wherein the control member has a plurality of interlocking strips protruding from the outer wall, the outer edge of the movable valve plate is provided with a plurality of notches, and the control member is interlocked The strip is inserted into the gap of the movable valve piece to form a joint between the control piece and the movable valve piece. The temperature control valve of the faucet according to claim 1, wherein the spoiler portion of the control member is tapered in a direction toward the water outlet hole, and a plurality of axial rings are formed at the spoiler portion. The turbulence trough allows the water flow to generate a turbulence effect through the spoiler, so that the hot and cold water can be fully turbulently mixed at the spoiler.