TWM598904U - Anti-infection faucet structure - Google Patents

Abstract

An anti-infection faucet structure, which mainly has: a water outlet pipe, a valve core, a valve body and a water control unit, wherein: the water outlet pipe is arranged on one side of the valve body, and its function is to transport water into The valve body, the valve core is arranged on the top of the valve body and can be used to control the water outlet size of the water outlet pipe, and the water control unit is arranged at the water outlet end of the bottom of the valve body and is used to control the water outlet of the faucet. The feature that the water control unit is located at the water outlet can achieve the effect of washing the water control unit at the same time while washing your hands. There is no need to use the palm to rinse with water, which can save the time of holding water and save water. Resources, it is less likely to splash water out of the sink.

Description

Anti-infection faucet structure

This creation is about a faucet, especially an anti-infection faucet structure that can prevent the infection of bacteria and viruses.

The water control switch of the common faucet is usually set at the upper side, and the water outlet is set at the lower position. After washing the hands, the water control switch of the faucet is usually rinsed with the palms of both hands, and the water control switch is rinsed off with clean water. Bacteria to avoid contact with too many bacteria on the hands.

However, although this method can wash away most of the bacteria, it is inconvenient to spend a little more time to flush the water control switch after washing your hands. It is also a waste of water resources. It is more probable when flushing with water. The water splashes out of the sink, causing slippery around the sink.

Therefore, how to develop and improve the shortcomings of the conventional faucet is actually the goal of the relevant industry’s efforts. In view of this, the creator has thought and created the idea, and then designed it with many years of experience. Discussing and trial-making sample tests, and several amendments and improvements, is the introduction of this creation.

For the above-mentioned faucets, after washing hands, you must use both hands to hold water to clean the faucet’s water control This is a waste of time and water resources after washing the hands. Water is also easy to splash out of the sink and cause slippery around the sink. This is the technical problem to be solved.

This creation provides an anti-infection faucet structure, which includes: a water outlet pipe, a first non-leak ring, a valve core, a second non-leak ring, a first water retaining member, a valve body and a water control unit , Wherein: the front and rear ends of the outlet pipe each have a first external thread and a second external thread, and a flow channel for liquid circulation is provided inside the outlet pipe, a braking groove is provided on the top of the valve core, and a The third external thread has a set of connecting grooves on the inner circumference, one section of the first water retaining member has a set of connecting sections, the other section has a water retaining section, and one side of the valve body has a first internal thread, One end has a second internal thread, and the other end has a third internal thread. The valve body has a water outlet in the middle section. The water control unit has a screw, a second water stop, and a linkage. , A pivoting piece, a rotating piece and a bolt, the second water blocking member has a perforation, the top of the linkage member has a accommodating groove whose height is smaller than that of the second water blocking member, in the accommodating groove It also has a connecting piece screw hole, and the middle section of the outer circumference of the connecting piece has a connecting piece thread, and the bottom has a slot penetrating the left and right sides of the connecting piece and a bolt hole penetrating from the bottom surface to the slot. The outer circumference of the pivoting piece It has a fourth external thread, and its center has a pivoting piece screw hole. Around the pivoting piece screw hole is provided a number of water outlet holes arranged in a circle, and the second external thread of the water outlet pipe is sleeved on the first A leak-proof ring, the outlet pipe is screw-locked to the first female thread of the valve body through the second external thread, and the assembly section of the first water stopper is covered with the second leak-proof ring, After sleeved, insert the assembly section into the assembly groove of the valve core to combine the valve core with the first water stopper, and then lock the valve core through the third external thread of the valve core On the second internal thread of the valve body, the second water blocking member of the water control unit is placed in the receiving groove of the linkage member, Use a screw to pass through the through hole of the second water stopper and screw it to the screw hole of the linkage member, so that the second water stopper is fixed to the accommodating groove of the linkage member, using the linkage member thread The connecting piece is locked through the pivoting piece with the screw hole of the pivoting piece, and then the rotating piece is inserted into the slot of the connecting piece, and finally the connecting piece is locked into the connecting piece by the bolt The bolt hole is against the rotating member, and the water control unit locks the water control unit to the third internal thread of the valve body through the fourth external thread of the pivotal member, so as to obtain an anti-infection faucet Structurer.

This creation provides an anti-infection faucet structure. Because the water control unit is arranged below the water outlet, most bacteria on the water control unit can be washed away when washing hands, and there is no need to use the palm to hold water for washing. This saves the time of holding water for flushing and saves water resources, and it is less likely to splash water out of the sink.

This creative part:

(10): Outlet pipe

(11): The first external thread

(12): The second external thread

(13): Runner

(20): The first o-ring

(30): Spool

(31): Brake groove

(32): Third external thread

(33): Assembly slot

(40): The second o-ring

(50): The first water stop

(51): Assembly section

(52): Water retaining section

(60): Valve body

(61): First internal thread

(62): second internal thread

(63): Third internal thread

(64): Outlet

(70): Water control unit

(71): Screw

(72): The second water retaining piece

(721): Piercing

(73): Linkage

(731): holding slot

(732): Linkage screw hole

(733): Linkage thread

(734): Slot

(735): Bolt hole

(74): pivot

(741): Fourth external thread

(742):Pivot piece screw hole

(743): Outlet

(75): Rotating Piece

(76): Bolt

(80): Water source end

[Figure 1] is a three-dimensional view of this creation.

[Figure 2] is a three-dimensional exploded view of this creation.

[Figure 3] is the state diagram of the outlet pipe connected to the water source.

[Figure 4] is the state diagram of the water control unit used against the outlet.

[Figure 5] is the state diagram of the water source flowing out through the outlet hole after the water control unit of this creation is rotated.

[Figure 6] is a diagram of the state of use when the spool of this creation is rotated to increase the water flow.

First, please look at it from Figure 1 to Figure 3, which contains: a water outlet pipe (10), a The first non-leak ring (20), a valve core (30), a second non-leak ring (40), a first water retaining member (50), a valve body (60) and a water control unit (70) , Wherein: the front and rear ends of the water outlet pipe (10) each have a first external thread (11) and a second external thread (12), and a flow channel (13) for liquid circulation is provided inside the outlet pipe (10). The top of the valve core (30) is provided with a braking groove (31), the outer periphery is provided with a third external thread (32), and the inner periphery is provided with a set of connecting grooves (33), and the first water retaining member (50) has a section One set of connecting section (51), the other section has a water retaining section (52), the valve body (60) has a first internal thread (61) on one side and a second internal thread (62) on one end, The other end has a third internal thread (63), the inner middle section of the valve body (60) has a water outlet (64), the water control unit (70) has a screw (71), a second The water retaining member (72), a linkage member (73), a pivoting member (74), a rotating member (75) and a bolt (76), the second water retaining member (72) has a through hole ( 721), the top of the linkage member (73) has a accommodating groove (731) whose height is smaller than that of the second water blocking member (72), and the accommodating groove (731) has a connecting member screw hole (732) , And the middle section of the outer periphery of the link (73) has a link thread (733), and the bottom has a slot (734) that penetrates the left and right sides of the link (73) and a bolt that penetrates the slot (734) from the bottom surface Hole (735), the outer periphery of the pivotal member (74) has a fourth external thread (741), and the center of the pivotal member screw hole (742), the pivotal member screw hole (742) is provided around There are several water outlet holes (743) arranged around, the second external thread (12) of the water outlet pipe (10) is put on the first anti-leak ring (20), and then the second external thread (12) The water outlet pipe (10) is screw-locked to the first internal thread (61) of the valve body (60), and the assembly section (51) of the first water stopper (50) is put on the second stop The leakage ring (40), after being sleeved, the assembly section (51) is inserted into the assembly groove (33) of the valve core (30), so that the valve core (30) and the first water blocking member (50) Combine, and then screw the valve core (30) to the second internal thread (62) of the valve body (60) through the third external thread (32) of the valve core (30), and the control The second water blocking member (72) of the water unit (70) is placed in the receiving groove (731) of the linkage member (73), and the screw (71) is used to pass through the perforation of the second water blocking member (72) (721) Screwed to the screw hole (732) of the linkage member, so that the second water blocking member (72) The accommodating groove (731) is fixed to the linkage member (73), and the linkage member (73) is locked through the pivot by the linkage member thread (733) and the pivot member screw hole (742) The connecting piece (74), and then the rotating piece (75) is inserted into the slot (734) of the connecting piece (73), and finally the bolt (76) is used to lock the connecting piece (73) The bolt hole (735) abuts against the rotating member (75), and the water control unit (70) locks the water control unit (70) through the fourth external thread (741) of the pivotal member (74) On the third internal thread (63) of the valve body (60).

Please observe from Figure 3 and Figure 4, when using, the entire faucet structure must be connected to the water source end (80) through the first external thread (11) of the water outlet pipe (10), so that the water source end ( 80) The water source can be transported into the valve body (60) through the flow channel (13) of the water outlet pipe (10).

Please observe from Figure 5 and Figure 6, when you want to use water to wash your hands, you can use your hands to rotate the rotating member (75) of the water control unit (70) in one direction to drive the linkage member (73) Unscrew the second water retaining member (72) from the water outlet (64) in the valve body (60), so that the water source can be from the water outlet (64) in the valve body (60) 64) Seepage, and then the water source from the water outlet (743) of the pivotal member (74) of the water control unit (70) is supplied to the hands for washing. The water control unit (70) can be washed while washing the hands. ), after cleaning, turn the rotating member (75) of the water control unit (70) in another direction to lock the water control unit (70) so that the linkage (73) ) Drive the second water retaining member (72) to resist the water outlet (64) in the valve body (60) to close the water source, thereby eliminating the need for holding water to flush the water control unit (70), It saves time and water resources, and is less likely to splash around the sink.

This creation provides an anti-infection faucet structure, wherein the valve core (30) can be used to control the amount of water from the flow channel (13) of the outlet pipe (10), and the brake at the top of the valve core (30) The groove (31) can control the rotation of the valve core (30) to drive the first water blocking member (50) to move away from or approach the water outlet (64) in the valve body (60), thus The water output of the flow channel (13) of the water outlet pipe (10) can be controlled, and the water retaining section (52) of the first water retaining member (50) can also be used to resist the valve body (60) The inner water outlet (64) thus restricts the water outlet (which can be viewed as shown in Figure 6).

The present invention provides an anti-infection faucet structure, wherein the pivoting member (74) is provided with the water outlet holes (743) of various shapes.

With the above structure, since the water control unit (70) is arranged under the water outlet, when washing hands, most bacteria on the water control unit (70) can be washed away by the way, and there is no need to use the palm to hold water for washing. Therefore, it can save the time of holding water for washing and save water resources, and it is less likely to splash water out of the sink.

In summary, this creation has indeed achieved a breakthrough structural design, and it has improved creation content, while at the same time it can achieve industrial utilization and progress. Moreover, this creation has not been seen in any publications, and it is also novel. In accordance with the relevant provisions of the Patent Law, Yan filed a new patent application in accordance with the law, and I implore the Jun Bureau review committee to grant legal patent rights. I really pray.

Only the above is only one of the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation; that is, all equal changes and modifications made in accordance with the scope of the patent application for this creation should still belong to this creation Covered by the patent.

(10): Outlet pipe

(11): The first external thread

(12): The second external thread

(13): Runner

(20): The first o-ring

(30): Spool

(31): Brake groove

(32): Third external thread

(33): Assembly slot

(40): The second o-ring

(50): The first water stop

(51): Assembly section

(52): Water retaining section

(60): Valve body

(61): First internal thread

(62): second internal thread

(63): Third internal thread

(64): Outlet

(71): Screw

(72): The second water retaining piece

(721): Piercing

(73): Linkage

(731): holding slot

(732): Linkage screw hole

(733): Linkage thread

(734): Slot

(735): Bolt hole

(74): pivot

(741): Fourth external thread

(742):Pivot piece screw hole

(743): Outlet

(75): Rotating Piece

(76): Bolt

Claims (3)

An anti-infection faucet structure, which includes: a water outlet pipe, a first leak-proof ring, a valve core, a second leak-proof ring, a first water retaining member, a valve body, a pivoting member and a control The water unit, wherein: the front and rear ends of the outlet pipe are each provided with a first external thread and a second external thread, and a flow channel for liquid circulation is provided inside the outlet pipe, and the top of the valve core has a braking groove, and the outer circumference It has a third external thread, the inner circumference has a set of connecting grooves, one section of the first water stop has a set of connecting sections, the other section has a water blocking section, and one side of the valve body has a first inner Thread, one end has a second internal thread, the other end has a third internal thread, the middle section of the valve body has a water outlet, the water control unit has a screw, a second water blocking member, a The connecting piece, a pivoting piece, a rotating piece, and a bolt, the second water blocking piece has a through hole, the top of the linkage piece has an accommodating groove whose height is smaller than that of the second water blocking piece. The groove has a screw hole for the link, and the middle section of the outer periphery of the link has a link thread, and the bottom has a slot penetrating the left and right sides of the link and a bolt hole penetrating from the bottom surface to the slot. The outer periphery of the member is provided with a fourth external thread, and the center is provided with a pivoting member screw hole. Around the pivoting member screw hole, there are several water outlet holes arranged in a circle, and the second external screw thread of the water outlet pipe is covered on the The first anti-leak ring, and then through the second external thread to screw the outlet pipe to the first internal thread of the valve body, the assembly section of the first water stopper is covered with the second anti-leak Ring, insert the assembly section into the assembly groove of the valve core after sleeve, so that the valve core is combined with the first water stopper, and then the valve core is connected through the third external thread of the valve core Screwed to the second internal thread of the valve body, the second water blocking member of the water control unit is placed in the receiving groove of the linkage member, and the screw is used to pass through the perforated screw lock of the second water blocking member In the screw hole of the linkage member, the second water blocking member is fixed to the accommodating groove of the linkage member, and the linkage member is locked through the linkage member thread and the pivot member screw hole The pivotal member, and then the rotating member is inserted into the slot of the linkage member, and finally the screw The bolt hole bolted into the linkage member abuts against the rotating member, and the water control unit bolts the water control unit to the third internal thread of the valve body through the fourth external thread of the pivotal member. The anti-infection faucet structure according to claim 1, wherein the valve core can be used to control the amount of water in the flow passage of the outlet pipe, and the brake groove at the top of the valve core can be used to control the valve core Rotate to drive the first water blocking member to move away from or approach the water outlet in the valve body, thereby controlling the water output of the flow channel of the water outlet pipe, and also using the first water blocking member The water retaining section resists the water outlet in the valve body to limit the water outlet. The anti-infection faucet structure according to claim 1, wherein the water outlet holes of various shapes are provided on the pivot member.

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