TWI612202B - Flush toilet - Google Patents

Abstract

The flush toilet comprises a body, a water inlet pipeline, a flushing pipeline, a water injection pipeline, a processing module, an electric control valve component, a power generation unit and a power storage unit. The two ends of the water inlet pipe are respectively connected with the water source and the electric control valve member, and the two ends of the flushing pipeline and the water injection pipeline are respectively connected with the bearing tank and the electric control valve member. The power generation unit is disposed in the water injection pipeline, and can generate electric energy when the water source water passes through the water injection pipeline to be stored in the electricity storage unit, and can provide the electric energy required for the relevant accessories. The processing module can control the electronically controlled valve member to selectively connect the water inlet pipe to the flushing pipe and the water injection pipe. The water discharged from the water injection pipeline is used for cleaning and replenishing the bearing tank of the main body, and the water discharged from the flushing pipeline is used to flush the object to be discharged in the bearing tank to the discharge passage of the body.

Description

Flush toilet

The present invention relates to a flush toilet, and more particularly to a flush toilet capable of generating electrical energy during a flushing process.

In recent years, in response to the needs of various users, various flush toilet manufacturers have introduced different types of automatic or semi-automatic flush toilet equipment with small power consumption, such as automatic induction flushing accessories. However, most of these accessories need to be plugged into the socket through wires to obtain power. As a result, the user is inconvenienced, such as the problem that the power supply socket is not provided around the toilet installation position, the electric wire is easily wet, and electric shock or electric leakage occurs. Accordingly, the inventors have diligently studied and cooperated with the application of the theory, and proposed a present invention which is rational in design and effective in improving the above problems.

SUMMARY OF THE INVENTION A primary object of the present invention is to provide a flush toilet for solving the problems associated with the use of electric wires to obtain a source of electric power in an automatic or semi-automatic flush toilet fitting of a small amount of electricity.

In order to achieve the above object, the present invention provides a flush toilet comprising: a body, a water inlet assembly and a control assembly. The main body has a bearing groove and a discharge channel. The bearing groove is formed by one side of the body, and the discharge channel communicates with the bearing groove, and a discharge object located in the bearing groove can be discharged outward through the discharge channel. The water inlet component is disposed on the body, and the water inlet component comprises: a water inlet pipeline, a flushing pipeline and a water injection pipeline. The water inlet pipe is used to communicate with a water source. The two ends of the flushing pipeline are respectively connected with the water inlet pipeline and the bearing tank, and the end of the flushing pipeline communicating with the bearing tank is defined as a water spout, and the water spout is arranged adjacent to the opening of the discharge passage, and is arranged through the spout. The liquid that is discharged can move the objects to be discharged in the carrying tank toward the discharge passage. The two ends of the water injection pipeline are respectively connected with the water inlet pipeline and the bearing tank, and one end of the water injection pipeline and the bearing tank is defined as a water injection end, the water injection end is disposed away from the water spray port, and the water injection end is formed adjacent to the bearing groove on the body. An opening setting. The control component comprises: a processing module, an electronically controlled valve member, a power generating unit and a power storage unit. The electronically controlled valve member is electrically connected to the processing module, and the electronically controlled valve member can be controlled by the processing module to selectively cause the liquid in the water inlet pipe to flow into at least one of the water injection pipe and the flushing pipe. The power generation unit is disposed in the water injection pipeline, and the power generation unit can generate electric energy when the liquid in the water inlet pipeline passes through the water injection pipeline. The power storage unit is electrically connected to the power generation unit, and the power storage unit is used to store the power generated by the power generation unit.

The beneficial effects of the present invention may be that, through the arrangement of the power generating unit and the power storage unit, electricity may be generated correspondingly by the flow of the water flow during the process of the flush toilet user, thereby serving as a power source for the related automatic or semi-automatic equipment. Therefore, the related automatic or semi-automatic equipment (for example, the relevant sensing component of the induction flushing, the related components of the automatic flip cover, etc.) can be solved without separately setting a power cord, thereby solving the problem caused by additionally setting the power cord.

For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings.

1‧‧‧ flush toilet

10‧‧‧ Ontology

10a‧‧‧ openings

101‧‧‧ carrying trough

102‧‧‧Drainage channel

102a‧‧‧ Opening

1021‧‧‧Bend section

103‧‧‧ accommodating slots

104‧‧‧ Guide groove

20‧‧‧Water inlet components

21, 21'‧‧‧ water supply pipeline

22‧‧‧Water injection pipeline

23‧‧‧ flushing pipeline

231‧‧‧ spout

30‧‧‧Control components

31‧‧‧Processing module

311‧‧‧Power preset

32, 32'‧‧‧Electric control valve parts

33‧‧‧Power generation unit

34‧‧‧Power storage unit

35‧‧‧Water level sensing unit

351‧‧‧ water level signal

36‧‧‧Sensor unit

361‧‧‧Induction signal

37‧‧‧Cue unit

S‧‧‧ touch switch

Figure 1 is a schematic view of a flush toilet of the present invention.

2 is a schematic cross-sectional view of a flush toilet of the present invention.

3 is a schematic view of a water inlet pipe, a control assembly, and a water injection pipe of the flush toilet of the present invention.

Figure 4 is a block diagram of the control assembly of the flush toilet of the present invention.

The embodiments of the flush toilet of the present invention are described below by way of specific specific examples, and those skilled in the art can easily understand the present disclosure by the contents disclosed in the present specification. Other advantages and effects of the invention. The present invention may be embodied or applied in various other specific embodiments, and various modifications and changes may be made without departing from the spirit and scope of the invention. Further, the drawings of the present invention are merely illustrative, and are not depicted in actual dimensions, that is, the actual dimensions of the related structures are not reflected, which will be described first. The following embodiments are intended to describe the present invention in further detail, but are not intended to limit the scope of the invention.

Please refer to FIG. 1 and FIG. 2 together, which are a perspective view and a cross-sectional view of the flush toilet of the present invention. As shown in the figure, the flush toilet 1 comprises: a body 10, a water inlet assembly 20 and a control assembly 30 (shown in FIG. 4); the water inlet assembly 20 is disposed on the body 10 for connecting the water source, and the control assembly 30 and the water inlet The assembly 20 is coupled to control the water inlet assembly 20 such that the water inlet assembly 20 selectively flushes the body 10.

Further, the body 10 has a bearing groove 101 and a discharge channel 102. The bearing groove 101 is concavely formed by one side of the body 10. One end of the discharge channel 102 communicates with the bearing groove 101, and the other end of the discharge channel 102 is It may be connected to an external related discharge passage (for example, a waste pipe) through a pipe. The outer shape of the carrying groove 101 and the discharge channel 102 can be changed according to the requirements and the flushing mode, and is not limited to the one shown in the figure; preferably, the end of the discharging channel 102 communicating with the carrying groove 101 can be corresponding. Adjacent to the lowest position of the carrying tank 101, the objects to be discharged in the carrying tank 101 can be easily discharged outward through the discharge passage 102 during the flushing operation.

The water inlet assembly 20 includes a water inlet line 21, a water injection line 22, and a flush line 23. The water inlet pipe 21 is connected to an external water source, and one end of the water injection pipe 22 and the flushing pipe 23 are respectively connected to one end of the water inlet pipe 21, and the water source water entering by the water inlet pipe 21 can be accessed accordingly. Water injection line 22 and flushing line 23. The water injection pipe 22 and the flushing pipe 23 are opposite to the water inlet pipe 21 at the end connected to the water receiving pipe 101, and the water source water introduced by the water inlet pipe 21 can pass through the water injection pipe 22 and the flushing pipe. Guided by 23 into the carrying groove 101, according to the cleaning operation of the surface of the carrying groove 101, and the object to be discharged in the carrying groove 101 (Fig. The flushing operation is performed, and the water carrying operation is performed on the carrying tank 101. The water inlet pipe 21, the water injection pipe 22, and the flushing pipe 23 may be, for example, a water pipe or a passage partially formed in the body 10, which is not limited herein. As shown in FIG. 3, in a preferred application, the water inlet assembly 20 may include a split line 21 (for example, a water tube that presents an F-shaped appearance) that includes three interfaces that communicate with each other. The interface is connected to the water inlet line 21, the water injection line 22 and the flushing line 23, respectively.

In an actual application, the opening of one end of the flushing line 23 communicating with the carrying tank 101 is defined as a water spout 231, which may be disposed adjacent to the lowest point of the carrying trough 101, and the spout 231 It may be disposed corresponding to the opening 102a communicating with the carrying groove 101 facing the discharge passage 102, whereby the water source water sprayed through the water spray port 231 can effectively make the object to be discharged in the bearing groove 101 outward along the discharge passage 102. discharge.

An end of the water injection line 22 communicating with the bearing groove 101 is defined as a water injection end (not shown) disposed adjacent to the opening 10a formed by the body 10 in the body 10; the water injection line 22 is used for guiding The water source water entering the water inlet pipe 21 enters the load bearing tank 101, whereby the surface of the load bearing tank 101 is flushed, and the water source water guided by the water injection pipe 22 can also be stored in the bearing tank 101. The water injection pipe 22 is used for cleaning the load bearing tank 101 and replenishing the load bearing tank 101. Therefore, the water pressure, the flow rate and the flow rate of the water injection pipeline 22 are smaller than the flushing pipeline 23. In a preferred application, the body 10 may have a guiding groove 104 adjacent to the opening 10a, and the water injection end of the water injection line 22 may be disposed adjacent to the guiding groove 104, thereby being discharged from the water injection end. The water source water will be permeable to the surface of the load bearing tank 101 through the guiding of the guiding groove 104.

Referring to FIG. 2 to FIG. 4 , the control module 30 includes a processing module 31 , two electronically controlled valve members 32 , 32 ′, a power generating unit 33 , and a power storage unit 34 . The processing module 31 is electrically connected. The valve member 32, the power generation unit 33, and the power storage unit 34 are controlled, and the electronic control valve member 32, the power generation unit 33, and the power storage unit 34 can be controlled accordingly. In specific In the application, the body 10 may have a plurality of receiving slots 103 that are not in communication with the carrying slot 101, and the water inlet assembly 20 and the control component 30 may be correspondingly disposed in the receiving slots 103.

Two electronically controlled valve members 32, 32' are respectively disposed in the water injection pipe 22 and the flushing pipe 23, and each of the electronically controlled valve members 32 (32') can be respectively controlled by the processing module 31 to selectively make the water inlet pipe The road 21 is in communication with at least one of the water injection pipe 22 and the flushing pipe 23; that is, the processing module 31 can selectively control the two electronically controlled valve members 32, 32' to make the water inlet pipe 21 and the water injection pipe The road 22 is in communication, so that the water inlet pipe 21 is not in communication with the flushing pipe 23, or the water inlet pipe 21 is connected to the flushing pipe 23, and the water inlet pipe 21 is not connected to the water injection pipe 22, or The water inlet pipe 21 is simultaneously connected to the water injection pipe 22 and the flushing pipe 23. Of course, in other applications, the control component 30 may include only a single electronically controlled valve member 32, and correspondingly disposed at a position where the water inlet conduit 21, the water injection conduit 22, and the flushing conduit 23 are connected to each other, The two electrically controlled valve members 32 shown in the figures are limited.

The power generation unit 33 is disposed in a certain section of the water injection pipeline 22, and the power generation unit 33 can communicate with the water injection pipeline 22 in the water inlet pipeline 21, and the water source water in the water inlet pipeline 21 passes through the water injection pipeline 22, correspondingly generated. Electrical energy. The power generating unit 33 may be any member that can generate power by liquid flow, and is not limited herein.

Specifically, the flush toilet 1 of the present invention has the power generating unit 33 disposed in the water injection pipe 22, and the flow rate, water pressure, and flow rate of the liquid flowing in the water injection pipe 22 are relative to the flushing pipe 23 or the water inlet pipe. 21 is small, therefore, the power generating unit 33 will not easily be destroyed by water pressure, rapid water flow, or a relatively large amount of fluid flow. In other words, the power generating unit 33 is provided in the water injection pipe 22 (not the water inlet pipe 21 or the flushing pipe 23) having a relatively low water pressure, water flow rate, and water flow rate, and thus, the power generating unit 33 can be effectively extended. Years of use. In practical applications, if the power generating unit 33 is disposed in the water inlet pipe 21 or the flushing pipe 23, the power generating unit 33 will reduce the water pressure and flow rate of the original water inlet pipe 21 (or the flushing pipe 23), and therefore, To maintain the original preset water pressure and flow rate, it is necessary to increase the water inlet pipe 21 (or the flushing pipe). The water pressure and flow rate of 23) will cause the water inlet pipe 21 (or the flushing pipe 23) to easily cause a water hammer effect, thereby easily causing damage to the water inlet pipe 21 (or the flushing pipe 23) ( For example, water leakage, loose components, etc., thereby shortening the service life of the entire flush toilet 1. In contrast, if the power generating unit 33 is disposed in the water inlet pipe 21 or the flushing pipe 23 without correspondingly increasing the water pressure and flow rate of the water inlet pipe 21 or the flushing pipe 23, it will easily occur. The problem that the object to be discharged in 101 is cleaned; therefore, the flush toilet 1 of the present invention sets the power generating unit 33 in the water injection line 22, the service life of the power generating unit 33 is effectively extended, and the whole flush toilet 1 The useful life will also be extended.

When the user presses the relevant flush button (such as the touch switch S shown in FIG. 1) or the related sensing component senses that the user leaves the body 10, the processing module 31 will control the two electronically controlled valve members 32, 32 correspondingly. ', so that the water inlet pipe 21 is sequentially connected with the water injection pipe 22, the flushing pipe 23, and the water injection pipe 22, thereby sequentially performing the surface cleaning operation of the load bearing tank 101 on the main body 10, and flushing the water to be discharged. And the water supply operation is performed on the bearing tank 101. Of course, in other applications, the processing module 31 can also pass through the electronically controlled valve members 32, 32', and the water inlet pipe 21 is simultaneously connected with the water injection pipe 22 and the flushing pipe 23 to simultaneously carry the bearing groove. The surface cleaning operation of 101 and the flushing operation of the object to be discharged, and the post-processing module 31 controls the electronic control valve member 32 to connect the water inlet pipe 21 only to the water injection pipe 22 to perform the water supply operation of the bearing groove 101. The power generation unit 33 generates electric energy correspondingly when the water source water is guided by the water injection pipe 22 to clean the surface of the load bearing tank 101 and the water supply operation to the load bearing tank 101. Therefore, the power generation unit 33 generates The electrical energy can effectively drive the associated automatic or semi-automatic components.

The power storage unit 34 is electrically connected to the processing module 31 and the power generating unit 33, and the power storage unit 34 can store the power generated by the power generating unit 33, whereby the power storage unit 34 can provide electrical energy related to the automatic or semi-automatic components. With regard to the automatic or semi-automatic components, there is no need to connect the external power supply through wires, so as to avoid the problems caused by the extra wires. In other words, the flush toilet 1 of the present invention transmits through the hair The electric unit 33 and the electric storage unit 34 are arranged to generate electric energy and store electric energy when the flush toilet 1 performs a flushing operation, whereby the relevant automatic or semi-automatic components disposed in the flush toilet 1 can directly utilize the storage. The electrical energy of the electrical unit 34, without the need for additional wires, can be used to effectively address the associated automatic or semi-automatic components, as the wires are placed to cope with the problems that arise.

It is worth mentioning that the processing module 31 is electrically connected to the power storage unit 34, and the processing module 31 can correspondingly control the electronic control valve member 32 when the power of the power storage unit 34 is lower than a preset value of the power 311. The water inlet pipe 21 is connected to the water injection pipe 22, so that the water source water in the water inlet pipe 21 can enter the water injection pipe 22, thereby causing the power generation unit 33 to generate electric energy to perform charging operation on the electricity storage unit 34. In the actual application, since the water injection pipe 22 is used to clean the surface of the load bearing tank 101 and perform water supply operation on the load bearing tank 101, the processing module 31 controls the electronic control valve member 32 to make the water inlet pipe 21 and the water injection pipe The roads 22 are in communication so that when the power generating unit 33 performs charging operations on the power storage unit 34, no loud noise will be generated without scaring the user. On the contrary, when the power generation unit 33 is disposed in the flushing line 23 and the processing module 31 automatically performs the charging operation on the power storage unit 34, the sound of the flushing line 23 during the flushing operation is relatively large, so that it is easy to be scared. user. In addition, it is particularly noted that the carrier tank 101 is susceptible to bacterial growth in a state where the water is not flushed for a long period of time, and the water seal water reserved in the bearing tank 101 is reduced by natural evaporation, thereby causing a water seal effect (for example, The deodorization and the insect repellent are not good. Therefore, when the power of the power storage unit 34 is lower than the preset value of the electric energy 311, the processing module 31 can control the related components to perform the hydration operation, thereby effectively reducing the load bearing slot 101. Bacteria breed, and at the same time effectively maintain the water level of the water seal, while maintaining the effect of water seal.

It is noted that the processing module 31 controls the electronically controlled valve members 32, 32' such that the water inlet conduit 21 is sequentially connected to the water injection conduit 22, the flushing conduit 23 and the water injection conduit 22, thereby enabling the bearing When the discharge in the tank 101 is discharged from the discharge passage 102, the amount of water discharged from the water injection pipeline 22 is defined as a first water discharge amount; and the electric energy stored in the electricity storage unit 34 of the processing module 31 is lower than the preset value of the electric energy 311. When the water inlet pipe 21 is controlled It is in communication with the water injection line 22, and the amount of water discharged from the water injection line 22 is defined as a second water discharge amount. In a preferred application, the second amount of water is less than the first amount of water, whereby the sound emitted by the water injection line 22 during operation can be effectively reduced, and water can be effectively saved.

In a practical application, the processing module 31 controls the electronically controlled valve member 32 so that the water source water of the water inlet pipe 21 enters the bearing tank 101 through the water injection pipe 22 for water supply operation, and the processing module 31 can be a control electric control valve. The member 32 opens the communication between the water inlet pipe 21 and the water injection pipe 22 within a predetermined time (for example, 5 seconds), so that the water source water discharged from the water injection pipe 22 cleans the surface of the load bearing tank 101, or carries the load. The water in the tank 101 is filled to a specific position.

In a better implementation, the body 10 may be provided with a water level sensing unit 35 electrically connected to the processing module 31; when the water level in the carrying tank 101 reaches a predetermined height, the water level sensing unit 35 will generate correspondingly. After receiving the water level signal 351, the processing module 31 controls the electronic control valve member 32 so that the water inlet pipe 21 is not connected to the water injection pipe 22 and the flushing pipe 23, thereby achieving The effect of making the water in the carrying tank 101 to a specific position. Preferably, the water level sensing unit 35 may be disposed relative to the curved section 1021 of the discharge passage 102 (ie, the water level sensing unit 35 and the curved section 1021 are disposed substantially at the same height with respect to the bottom of the body 10) to avoid water injection. The road 22 discharges excess water and is discharged directly from the discharge passage 102. The curved section 1021 is disposed adjacent to the opening 10a formed by the bearing groove 101 in the body 10, and the design of the curved section 1021 can make the discharge passage 102 have the effect of water sealing.

In a preferred application, the control unit 30 can further include a sensing unit 36 electrically connected to the processing module 31 and the power storage unit 34. The sensing unit 36 is disposed on the body 10. The sensing unit 36 can be, for example, a capacitor. The proximity switch (Proximity Switch), the light sensing unit (for example, infrared sensing), and the like are not limited herein; and the position of the body 10 can be set according to different types of sensing units 36, and correspondingly disposed at different positions of the body 10, for example. In other words, the capacitive proximity switch can be set to The leading edge of the body 10 (ie, the position of the body 10 closest to the user when the user sits on the body 10).

When an object (not shown, for example, a user) approaches the body 10 and is adjacent to the sensing unit 36, the sensing unit 36 can generate an inductive signal 361 correspondingly. After receiving the sensing signal 361, the processing module 31 can correspondingly control the electronically controlled valve members 32, 32' to connect the water inlet conduit 21 with the water injection conduit 22, the flushing conduit 23 and the water injection conduit 22 in sequence; Through the setting of the sensing unit 36, after the user finishes using the flushing toilet 1, the processing module 31 automatically controls the electronically controlled valve members 32, 32' through the induction of the sensing unit 36, so that the water injection line 22, the flushing The water pipe 23 discharges the water source water to achieve the effect of automatic flushing.

In a preferred application, the sensing unit 36 and the processing module 31 may be in different states according to different states of the user (substantially divided into three states: the flush toilet 1 is not used, the flush toilet is used, and the flush toilet is used for a short time. 1 and using the flush toilet for a long time, and correspondingly changing the communication between the water inlet pipe 21 and the water injection pipe 22 and the flushing pipe 23, and the water discharge amount of the flushing pipe 23, thereby effectively achieving the effect of water saving.

For example, the sensing unit 36 may continuously perform the sensing operation, and continuously generate the sensing signal 361 when the object is sensed to approach the body 10; when the processing module 31 continues to receive the sensing signal 361 for less than a first predetermined time (for example, within 10 seconds), the object sensed by the sensing unit 36 should only pass through the body 10 and the toilet bowl 1 is not intended to be used. At this time, the processing module 31 will not control the electronically controlled valve members 32, 32'. Carry out the operation; in this way, it can effectively avoid the problem of water flushing and waste of water.

When the processing module 31 continuously receives the sensing signal 361 between a first predetermined time and a second predetermined time (for example, between 10 and 60 seconds), the processing module 31 may be a corresponding control electronic control valve. The block 32, 32' is configured to cause the flushing line 23 to eject a relatively small first amount of water; and when the processing module 31 continues to receive the inductive signal 361 for more than a second predetermined time (eg, 60 seconds or more), the processing module 31 Then, the electronically controlled valve members 32, 32' may be controlled to cause the flushing line 23 to eject a relatively large second water. the amount. In this way, the amount of water discharged can be adjusted according to different usage states of the user, thereby achieving the effect of water saving.

In practical applications, the processing module 31 can control the amount of water discharged from the flushing line 23 by controlling the communication time between the water inlet pipe 21 and the flushing pipe 23. For example, the processing module 31 can be made into The water pipe 21 and the flushing pipe 23 are respectively connected for about 4 seconds and 6 seconds, and the flushing pipe 23 is correspondingly discharged with the first water amount and the second water amount, thereby effectively achieving the effect of water saving, in practice. In the measurement, the flush toilet 1 of the present invention can achieve a small flushing amount (that is, a state in which the flushing line 23 is controlled to discharge the first amount of water) of less than 3 liters, and a large flushing amount (ie, the flushing line 23 described above). The state in which the second amount of water is controlled to be discharged) is less than 4.8 liters.

In other words, the flush toilet 1 of the present invention allows the flush toilet 1 to automatically sense and automatically perform a flushing operation through the arrangement of the sensing unit 36 (for example, an infrared sensor), and the sensing unit 36 can sense the user's use time. In order to determine whether the user is small or large, and correspondingly change the time and amount of water flushing, thereby achieving the effect of water saving.

Specifically, when the sensing unit 36 senses that the user's usage time is less than 1 minute, the processing module 31 determines that it is a small number, and the processing module 31 sequentially controls the water injection pipeline 22, the flushing pipeline 23, and the injection. The water line 22 performs a flushing operation for at least a predetermined time, respectively. When the sensing unit 36 senses that the user's usage time is greater than 1 minute (which may of course vary according to requirements), the processing module 31 will determine that it is large, and the processing module 31 will sequentially control the water injection line 22 and the flushing pipe. The road 23 and the water injection line 22 respectively perform a flushing operation for another predetermined time longer than the predetermined time. In a preferred application, the processing module 31 sequentially controls the water discharge time of the water injection pipe 22, the flushing pipe 23 and the water injection pipe 22, and can be defined as a first water discharge time, a second water discharge time, and a third. The water discharge time, after the processing module 31 determines the small size or the large size, may be corresponding to changing the length of the second water discharge time (that is, the second water discharge time corresponding to the judgment of the small number, which is shorter than the corresponding time when the size is determined to be large Second water time). In this way, the water saving effect can be effectively achieved.

It is worth mentioning that, in a preferred application, the control component 30 can further include a prompting unit 37 electrically connected to the processing module 31, the sensing unit 36 and the touch switch S. The prompting unit 37 is used and used. Interaction. For example, the prompting unit 37 can be an LED light. When the user touches the touch switch S, the prompting unit 37 can correspondingly emit a specific color of light, thereby prompting the user that the processing module 31 has received the touch switch S. The flushing toilet 1 will perform a flushing operation; or when the sensing unit 36 senses the user's use state and wants to perform a flushing operation through the processing module 31, the prompting unit 37 may also issue a specific one. Bright or flashing, etc., to remind the user that the flushing operation is about to take place.

In summary, the flush toilet of the present invention allows the flush toilet to generate electric power corresponding to the flushing operation through the arrangement of the power generating unit and the power storage unit, thereby providing power for the associated automatic or semi-automatic components. These automatic or semi-automatic components do not require additional wires to be connected to an external power source, thereby effectively avoiding the troubles and problems caused by the extra wires. Furthermore, the power generating unit of the present invention is disposed on the water injection pipe. Since the water source water discharged from the water injection pipe is mainly used for cleaning the surface of the water tank of the flush toilet and for hydrating the load bearing tank, the power generating unit has Relatively long service life.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent technical changes made by using the present specification and the contents of the drawings are included in the protection scope of the present invention. .

1‧‧‧ flush toilet

10‧‧‧ Ontology

10a‧‧‧ openings

101‧‧‧ carrying trough

102‧‧‧Drainage channel

102a‧‧‧ Opening

1021‧‧‧Bend section

103‧‧‧ accommodating slots

104‧‧‧ Guide groove

20‧‧‧Water inlet components

21‧‧‧ water supply pipeline

22‧‧‧Water injection pipeline

23‧‧‧ flushing pipeline

231‧‧‧ spout

32, 32'‧‧‧Electric control valve parts

33‧‧‧Power generation unit

35‧‧‧Water level sensing unit

Claims (9)

A flush toilet includes: a body having a bearing groove and a discharge channel formed by a recess of one side of the body, the discharge channel being in communication with the bearing groove, and being located in the bearing groove a discharge device can be discharged outward through the discharge passage; a water inlet assembly is disposed on the body, the water inlet assembly comprises: a water inlet pipe for communicating with a water source; and a flushing pipe, two of The end is respectively connected to the water inlet pipe and the bearing groove, and the end of the flushing pipe communicating with the bearing groove is defined as a water spout, and the water spout is disposed adjacent to the opening of the discharge channel, and is discharged through the spout The water source water can move the to-be-discharged object in the bearing tank to the discharge passage; and a water injection pipeline, the two ends of which are respectively connected with the water inlet pipeline and the bearing tank, the water injection pipeline and the bearing One end of the groove is defined as a water injection end, and the water injection end is disposed away from the water spray port, and the water injection end is disposed adjacent to the opening formed in the body by the water bearing end; wherein the water source water discharged by the water injection pipe is use Cleaning the bearing tank and replenishing the bearing tank; and a control component comprising: a processing module; at least one electronically controlled valve member electrically connected to the processing module, the electronically controlled valve member being capable of being The processing module controls to selectively cause the liquid in the water inlet pipe to flow into the water injection pipe and at least one of the water injection pipelines; and a power generation unit disposed in the water injection pipeline, wherein the power generation unit can The liquid in the water inlet pipe generates electric energy when passing through the water injection pipe; and an electricity storage unit electrically connected to the power generation unit, wherein the electricity storage unit is configured to store electric energy generated by the power generation unit; Wherein, the processing module controls the electronically controlled valve member, and when the water inlet pipeline is sequentially connected with the water injection pipeline, the flushing pipeline and the water injection pipeline, the water pressure discharged by the water injection pipeline is lower than The water pressure discharged from the flushing line. The flushing toilet of claim 1, wherein the control component further comprises a sensing unit, the sensing unit is disposed on the body, and when an object is adjacent to the body and adjacent to the sensing unit, the sensing unit can be correspondingly generated. The sensing unit is electrically connected to the processing module, and the processing module receives the sensing signal, and can correspondingly control the electronically controlled valve member, so that the water inlet pipeline sequentially follows the water injection pipeline and the flushing pipe The road and the water injection pipeline are connected. The flushing toilet of claim 2, wherein the processing module continuously receives the sensing signal between a first predetermined time and a second predetermined time, and the processing module controls the electronically controlled valve member correspondingly. The process module continuously discharges the sensing signal for more than the second predetermined time, and the processing module controls the electronically controlled valve member to eject the flushing pipe. a second amount of water; wherein the second amount of water is greater than the first amount of water. The flushing toilet of claim 3, wherein the processing module receives the sensing signal during the first predetermined time, the processing module controls the electronically controlled valve member such that the water inlet pipe does not intersect the water injection pipe The road and the flushing pipeline are connected. The flushing toilet of claim 2, wherein the sensing unit can generate different sensing signals according to the length of time that the object approaches the body, and the processing module can control the electronic control according to different sensing signals. The valve member is configured to sequentially connect the water inlet pipe to the water injection pipe, the flushing pipe and the water injection pipe, and discharge the flushing pipe with different flow rates of liquid. The flush toilet according to claim 1, wherein the processing module can correspondingly control the electronically controlled valve member when the electric energy stored in the electric storage unit is lower than a preset value of the electric energy to make the water inlet pipe The water injection pipeline is connected to each other to make the water inlet pipeline The liquid in the liquid can pass through the water injection pipe, and the power generation unit correspondingly generates electric energy to perform charging operation on the electric storage unit. The flush toilet according to claim 6, wherein the processing module controls the electronically controlled valve member to sequentially connect the water inlet pipe to the water injection pipe, the flushing pipe and the water injection pipe, and further When the discharge in the bearing tank is discharged from the discharge passage, the amount of water discharged from the water injection pipeline is defined as a first water discharge amount; and the electric energy stored in the electricity storage unit of the processing module is lower than the electric energy When the preset value is controlled, the water inlet pipe is controlled to communicate with the water injection pipeline, and the amount of water discharged by the water injection pipeline is defined as a second water discharge amount; wherein the first water discharge amount is greater than the second water discharge amount . The flushing toilet of claim 1, wherein the control component further comprises a water level sensing unit electrically connected to the processing module, and the water level sensing unit corresponding to the water level in the carrying tank reaches a predetermined height A water level signal is generated, and the processing module receives the water level signal, and correspondingly controls the electronic control valve member so that the water inlet pipeline does not communicate with the water injection pipeline and the flushing pipeline. The flush toilet according to claim 8, wherein the water level sensing unit is disposed in the bearing groove at a position opposite to a curved portion of the discharge passage, the curved portion being adjacent to the bearing groove formed on the body Opening setting.