Super water-saving, direct whirlpool water pressure natural drainage-type toilet

Abstract

The present invention relates to a super water-saving, direct whirlpool water pressure natural drainage-type toilet. The toilet comprises: a toilet body including a water tank, which is formed on an upper rear side, stores cleaning water, and has a partition, a water reservoir, which is formed on the front side, is connected to the water tank to drain the cleaning water, and has a seat for sitting provided at the upper end, and a discharge space, which is formed on the lower rear side, is connected to the water reservoir to discharge pollutants, and has an artificial trap so as to prevent odor and backflow; a cleaning water discharge cover that is installed across the upper end of the water tank in the longitudinal direction, wherein a cleaning water discharge lever is coupled on one side and, when pressed, rotates the cleaning water discharge cover, thereby opening or closing a connection port between the water tank and the water reservoir; and a lever which is connected to a pollutant discharge cover for opening and closing an inlet of an artificial trap connected to the water reservoir, and which opens and closes the cleaning water discharge cover and the pollutant discharge cover simultaneously when rotated.

Description

Ultra-saving, vortex-type, direct-flow, natural-draining toilet

[0001] The present invention relates to an ultra-water-saving, tornado-type, direct-flow, natural-draining toilet that can completely block foul odors and backflow from sewer pipes, uses an extremely small amount of water, cleans the freshwater portion through a direct-flow method, and is easy to install and maintain.

[0002] A toilet is a Western-style toilet for sitting down to urinate or defecate. It is generally designed to store a certain amount of water inside the toilet and then, when the operation button is pressed, water is supplied from the tank to the freshwater section to discharge the waste in the freshwater section. To this end, water from the tank is used to wash the inner wall of the freshwater section through a number of perforated holes.

[0003] However, because this method causes water to flow vertically along the inner wall of the flushing chamber, a large volume of water must be supplied to thoroughly clean the flushing chamber. Conventional toilets typically use an S-trap in the discharge chamber, resulting in a significant volume of water, typically 10-15 liters, being discharged per flush.

[0004] Therefore, to overcome this, it is necessary to develop a toilet that can smoothly discharge waste and clean the water part with only a small amount of water (3L), fundamentally block bacterial powder generated in existing toilets, reduce odor and noise, and enable rapid discharge of waste, prevent damage to parts, etc., is easy to install, and has a structure that can smoothly handle A / S issues during use.

[0005] [Prior Art Literature]

[0006] [Patent Document]

[0007] (Patent Document 1) Korean Patent No. 10-1163357

[0008] The present invention aims to solve the above problems by providing an ultra-water-saving, tornado-type, direct-drainage toilet that is easy to install and maintain, and that quickly and completely blocks bad odors and backflow of waste by installing an artificial trap of a natural drainage type instead of the S-type trap of a conventional toilet, and that saves 70% to 80% of water compared to a conventional toilet by using only a small amount of water of about 3L per use.

[0009] In addition, the purpose of the ultra-saving and double-side vortex direct natural drainage toilet of the present invention is to provide an ultra-saving vortex water pressure direct natural drainage toilet that cleanly washes the inside of the water tank with only a small amount of water and completely disposes of waste, etc., by developing a new cleaning method.

[0010] In addition, the present invention aims to provide an ultra-saving, vortex-type, direct-flow, natural-drainage toilet having a structure that prevents damage during use or by impact and allows for easy problem resolution during after-sales service, etc.

[0011] In order to solve the above problem, an ultra-saving vortex water pressure direct natural drainage type toilet according to an embodiment of the present invention comprises: a toilet body having a tank formed at the upper rear side for storing flushing water and having a partition, a fresh water portion connected to the tank for discharging flushing water and having a seating portion provided at the upper side for seating; a toilet body formed at the front side for discharging flushing water, and a discharge space formed at the lower rear side for discharging contaminants while being equipped with an artificial trap for preventing odor and backflow; a flushing water discharge lever installed so as to cross the upper side of the tank in the longitudinal direction, and having a flushing water discharge lever coupled to one side to rotate when pressed, and opening and closing a connection port between the tank and the fresh water portion; The artificial trap may include a contaminant discharge member that opens and closes an inlet port of the artificial trap connected to the fresh water unit, and a lever member that is connected to the contaminant discharge member and simultaneously opens and closes the cleaning water discharge member and the contaminant discharge member when rotated, wherein the artificial trap forms an outlet in a direction perpendicular to the inlet port and is connected to a pipe buried in the floor, and the fresh water unit may include a first outlet formed so that cleaning water swirls in a circumferential direction of the inner wall of the fresh water unit and is discharged through water pressure, and a second outlet formed adjacent to the first outlet and spaced apart from the first outlet at a predetermined distance from the inner wall of the fresh water unit.

[0012] Additionally, the first outlet and the second outlet may include a plurality of vortex-forming members formed radially along the circumferential direction inside the first outlet and the second outlet.

[0013] Additionally, the vortex-forming member may have a shape that becomes narrower toward the inside of the first outlet and the second outlet.

[0014] In addition, the lever part may include a lever shaft formed to cross the upper end of the water tank in the longitudinal direction, one end of which penetrates one side of the water tank and is connected to the cleaning water discharge lever, and the other end of which forms a step; a first lever connected to the first end of the lever shaft and having an end connected to the contaminant discharge lever by a wire or a chain; a second lever connected to the second end of the lever shaft and having an end connected to the cleaning water discharge lever by a wire or a chain; and a time and residual water control lever provided at the other end of the lever shaft and having a flow port formed on at least two surfaces including one side and a lower surface through which cleaning water can be introduced and discharged, thereby simultaneously delaying the opening and closing operation times of the cleaning water discharge lever and the contaminant discharge lever.

[0015] The above time and residual water control valve is formed to control the degree of opening and closing of the flow port by providing an opening and closing control valve of a shape corresponding to the flow port, and may include an opening and closing control device capable of controlling the inflow and discharge of cleaning water.

[0016] In addition, the contaminant discharge tambour is coupled to a rotating shaft that crosses the upper side of the inlet of the artificial trap, and an extension bar formed in the shape of the letter 'ㄱ' is coupled to one end of the rotating shaft and rotates according to the rotation of the lever part, and a magnet is installed on the extension bar so that the contaminant discharge tambour can be opened and closed magnetically.

[0017] In addition, the washing water discharge tank is rotatably connected to an overflow pipe that is connected to form an upright or partially inclined position on one side of the connection port of the water tank and the fresh water portion, and a connecting body connected to a lever portion is mounted on the overflow pipe, and the mounted connecting body is fastened to the lever portion by a fixing clamp, so that the overflow pipe and the lever portion can be formed to support each other.

[0018] In addition, the artificial trap may include a fixing part that connects an inlet through which pollutants flow in via a pipe connected from the freshwater portion and the freshwater portion, and the fixing part may include a sleeve having a cylindrical body, a screw thread on an outer surface of the body, and a bell part formed on one side of the body with a diameter wider than an outlet of the pipe; a silicone sealing part provided between the outlet of the pipe and the bell part of the sleeve; a hexagonal nut that is fastened through the screw thread of the sleeve to fix the sleeve and the outlet of the pipe; and a reinforcing flange that is connected to the inlet, has screw threads on an inner surface of an inlet hole, and is connected to the sleeve between the hexagonal nut and the inlet.

[0019] The present invention is equipped with an artificial trap of a natural drainage type instead of the existing S-trap type trap, so as to quickly and completely block the backflow of bad smells or waste, and can save 70% to 80% of water compared to existing toilets by using only a small amount of water of about 3L per use, and also has the advantage of being easy to install and maintain.

[0020] In addition, the present invention has the advantage of cleaning the fresh water part cleanly with only a small amount of water through a vortex-type fresh water part cleaning structure.

[0021] In addition, the present invention has the advantage of preventing parts from being separated or damaged by impact and solving leakage problems.

[0022] Figure 1 is a perspective view of an ultra-saving, vortex-type, direct-flow, natural-drainage toilet according to an embodiment of the present invention.

[0023] FIG. 2 is a perspective view showing a vortex-forming member applied to the outlet of a super-saving vortex pressure direct natural drainage type toilet according to an embodiment of the present invention.

[0024] Figure 3 is an enlarged drawing of the outlet of Figure 2.

[0025] Figure 4 is a drawing of the vortex forming member of Figure 2.

[0026] Figure 5 is a rear perspective view of Figure 1.

[0027] Figure 6 is a projection view viewed from the side of Figure 1.

[0028] Figure 7 is an exemplary diagram showing the water discharged from the outlet of Figure 1 cleaning the fresh water part.

[0029] Figure 8 is a plan view of the tank of Figure 1.

[0030] Fig. 9 is a drawing of the lever portion of Fig. 1 and the components connected to the lever portion.

[0031] Figure 10 (a) is a drawing showing a time and water control valve, which is a component of the lever part of Figure 9, and (b) is a drawing showing a detachable opening and closing control device separated from the time and water control valve.

[0032] Fig. 11 is an exploded view of the connecting body and fixing clamp connected to the washing water discharge tank of Fig. 1.

[0033] Figure 12 is a schematic diagram of the artificial trap of Figure 1 with the cover removed.

[0034] Figure 13 is a body configuration diagram of the artificial trap of Figure 12.

[0035] Figures 14 (a) and (b) are examples of height adjustment of the height-adjustable magnet of Figure 12.

[0036] Figures 15 and 16 are drawings illustrating the opening and closing operation of the pollutant discharge chamber through the artificial trap lever shaft, which is one component of the artificial trap of Figure 12.

[0037] Figure 17 is a side view of the closed state of the pollutant discharge chamber of Figure 15, with the artificial trap cut open.

[0038] Fig. 18 is a detailed view of the seal member of the artificial trap lever shaft of Fig. 12 when viewed separately.

[0039] Fig. 19 is a rear perspective view of the reinforcing insertion member of Fig. 17.

[0040] Fig. 20 is a configuration diagram of a fixed part applied to Fig. 12.

[0041] Fig. 21 is a perspective view of the reinforcing flange of Fig. 12.

[0042] Figure 22 is a schematic diagram showing the fixing part of Figure 21 being applied to an artificial trap.

[0043] Figure 23 is a cross-sectional view showing the fixed part of Figure 21 connected to the artificial trap and the freshwater pipe outlet.

[0044] It should be understood that the present invention is not limited to the specific embodiments described below, but includes all modifications, equivalents, and substitutes included in the spirit and technical scope of the present invention.

[0045] The terminology used in this specification is intended to describe specific embodiments and is not intended to limit the invention. Singular expressions may include plural expressions unless the context clearly indicates otherwise.

[0046] Terms such as "include" or "have" imply that the specification may include other components or functions in addition to those described in the specification. Terms such as "first" and "second" are not intended to limit the components, but rather to distinguish one component from another.

[0047] Hereinafter, an embodiment of a super-saving vortex hydraulic pressure direct natural drainage type toilet according to the present invention will be described in detail with reference to the attached drawings.

[0048] FIG. 1 is a perspective view of an ultra-saving vortex water pressure direct natural drainage toilet according to an embodiment of the present invention, FIG. 2 is a perspective view of a vortex-forming member applied to a water outlet of an ultra-saving vortex water pressure direct natural drainage toilet according to an embodiment of the present invention, FIG. 3 is an enlarged view of the water outlet of FIG. 2, FIG. 4 is a drawing of the vortex-forming member of FIG. 2, FIG. 5 is a rear perspective view of FIG. 1, FIG. 6 is a projection view viewed from the side of FIG. 1, and FIG. 7 is an exemplary view showing a state in which water discharged from the water outlet of FIG. 1 washes a freshwater portion.

[0049] Referring to FIGS. 1 to 7, the ultra-saving, vortex, pressure-saving, direct-drainage toilet according to an embodiment of the invention comprises a toilet body (100) having a water tank (200), a seating portion (140), and a water reservoir (130), and an artificial trap (500) mounted thereon, and a lever portion (300, not shown in FIGS. 1 to 4) provided in the water tank (200) that can be connected to a pipe (not shown) buried in the floor.

[0050] Specifically, the toilet body (100) can be provided with a tank (200) that stores cleaning water at the upper part of the rear side and is divided into two spaces on both sides by a partition (210, as shown in FIG. 6), and a water storage unit (130) that is connected to the tank (200) at the front side to store waste while supplying and spraying the stored cleaning water, and forms a seating unit (140) at the upper part so that a user can sit on it, and a discharge space (150) that forms one body with the tank (200) and the water storage unit (130) and is equipped with an artificial trap (500) that is connected to the water storage unit (130) at the lower part of the rear side can be provided.

[0051] In addition, the artificial trap (500) is installed so that the inlet (512) is connected to the drainage opening (155) that borders the freshwater section (130) and the discharge space (150), and the discharge opening (514) is formed in a vertical direction with respect to the inlet and is connected to a pipe buried in the floor, so that when the cleaning water is sprayed from the freshwater section (130) containing the waste, the pollutants that are a mixture of the waste and the cleaning water can pass through and be discharged through the discharge opening (514). Here, the inlet (512) of the artificial trap (500) is provided with a pollutant discharge opening (530) so that it is formed to open simultaneously with the spraying of the cleaning water, so that the pollutants can be quickly discharged before the cleaning water reaches the freshwater section (130), and the cleaning water is discharged after thoroughly cleaning the freshwater section with a time difference, and the pollutant discharge opening (530) is formed to close after the cleaning water is discharged, so that leakage, odor, and backflow can be prevented.

[0052] At this time, the closure of the contaminant discharge unit (530) can strongly block leakage, bad smell, and backflow, etc. by the magnetic force of the magnet (526) embedded in the extension bar (524), which is the lever axis of the contaminant discharge unit (530), as will be described later.

[0053] In addition, the contaminant discharge unit (530) is connected to a lever unit (300) installed so as to cross the top of the water tank in the longitudinal direction, and can be opened and closed according to the operation of the cleaning water discharge lever (350) provided on one side of the lever unit (300). Here, the lever unit (300) is also connected to a cleaning water discharge unit (450) that opens and closes a connection port (452, not shown in FIGS. 1 to 7) between the water tank (200) and the fresh water unit (130), so that the cleaning water discharge unit (450) and the contaminant discharge unit (530) can be opened and closed simultaneously, thereby enabling the discharge of contaminants simultaneously with the spraying of cleaning water.

[0054] A first outlet (131) and a second outlet (132) may be formed in the freshwater tank (130) so that the cleaning water of the tank (200) may be discharged in the circumferential direction of the inner wall of the freshwater tank (130). The second outlet (132) may be formed adjacent to the first outlet (131) and spaced apart from the first outlet (131) by a certain distance from the inner wall of the freshwater tank.

[0055] That is, when the cleaning water discharge lever (350) of the lever part (300) installed at the top of the water tank (200) is operated, the cleaning water discharge lever (450) and the contaminant discharge lever (530) connected to the lever part (300) are simultaneously opened, so that the waste contained in the fresh water part (130) is first discharged toward the artificial trap (500) by its own weight and pressure difference, and the cleaning water stored in the water tank (200) is immediately discharged by the water pressure while generating a rotating water flow through the first water outlet (131) and the second water outlet (132), thereby allowing the inner wall of the fresh water part (130) to be washed without any gaps.

[0056] Inside the first outlet (131) and the second outlet (132), vortex-forming members (1311, 1321) may be formed radially along the circumferential direction. The vortex-forming members (1311, 1321) may have a shape that becomes narrower as they go toward the inside of the first outlet (131) and the second outlet (132), thereby making the space through which the cleaning water is discharged narrower as they go toward the exit side of the outlet, thereby increasing the flow velocity and forming a vortex, thereby improving the cleaning effect of the inner wall of the water storage unit (130).

[0057] In addition, the inner wall of the fresh water part (130) is formed at an angle of inclination of 70° to 80°, so that the cleaning water discharged through the first outlet (131) and the second outlet (132) flows in a swirling manner along the inner wall of the fresh water part, thereby having the advantage of being able to quickly, strongly, and thoroughly clean the inside of the fresh water part (130) and cleanly dispose of waste, etc.

[0058] In addition, an inspection hole (160) is formed on one side or both sides of the discharge space (150) of the toilet body (100) in which the artificial trap (500) is mounted, so that the condition of the artificial trap (500) can be easily observed from the outside of the toilet body (100), and thus there is an advantage in that it can exhibit excellence in terms of maintenance. In addition, a cover is provided on the inspection hole (160), so that when not in use, the inspection hole (160) is closed to protect the artificial trap (500) from the outside, and it can be kept neat in terms of appearance, and the inflow of foreign substances or water into the interior of the toilet body (100) can be blocked.

[0059] Meanwhile, one feature of the present invention is that the lever portion (300) is provided with a time and residual water control valve (340) formed to delay time, thereby delaying the opening and closing operation time of the washing water discharge tank (450) and the contaminant discharge tank (530). That is, the discharge time of the waste and washing water can be controlled through the time and residual water control valve (340), and this will be described together with the detailed configuration within the tank when referring to FIGS. 8 to 11.

[0060] FIG. 8 is a plan view of the tank of FIG. 1, FIG. 9 is a configuration diagram of the lever portion of FIG. 1 and parts connected to the lever portion, FIG. 10 (a) is a diagram showing a time and water remaining control valve, which is a component of the lever portion of FIG. 9, (b) is a diagram showing a detachable opening and closing control device attached to the time and water remaining control valve, and FIG. 11 is an exploded view of a connecting body and a fixing clamp connected to the washing water discharge tank of FIG. 1.

[0061] Referring to FIGS. 8 to 11, the tank (200) forms two spaces (205a, 205b) on both sides by a partition (210), and cleaning water flows into and is stored in one space (205b), and the flow of cleaning water into the remaining space (205a) can be blocked by the partition (210). At this time, a cleaning water supply pipe (not shown) is connected to the cleaning water storage space (205b) into which cleaning water flows, like a conventional toilet, so that cleaning water is supplied, and a water level ball top (220) that can control the supply according to the amount of cleaning water can be provided.

[0062] At the top of the tank, a lever portion (300) having a cleaning water discharge lever (350) coupled to one end thereof may be installed so as to extend across the length of the tank (200) above the partition (210). At this time, the cleaning water discharge lever (350) may be formed to rotate on the outer wall of the tank (200), and as described above, the cleaning water discharge lever (450) and the contaminant discharge lever (530) connected to the lever portion (300) may be opened and closed simultaneously according to the rotational operation of the cleaning water discharge lever (350).

[0063] More specifically, the lever part (300) may include a lever shaft (310) that extends longitudinally across the top of the water tank (200) and has one end penetrating one side of the water tank (200) and the other end forming a step, a first lever (320) that is connected to the first end of the lever shaft (310) and has an end connected to a contaminant discharge unit (530) by a wire or chain (W1), a second lever (330) that is connected to the second end of the lever shaft (310) and has an end connected to a cleaning water discharge unit (450) by a wire or chain (W2), and a time and residual water control valve (340) that is provided at the other end of the lever shaft (310) in which a step is formed.

[0064] Here, the lever shaft (310) penetrating one side of the water tank (200) can be combined with the cleaning water discharge lever (350) as described above, and the cleaning water discharge lever (350) can be provided with a stopper (350a) protruding from one side and the other side of the rotation radius of the cleaning water discharge lever (350) so as to have a certain rotation range. The cleaning water discharge lever (350) whose rotation radius is determined by the stopper (350a) prevents excessive rotation so that no excessive impact is applied, and prevents the components connected to the lever shaft (310) from hitting the inner wall of the water tank (200), thereby reducing the impact applied to the components.

[0065] In addition, the first lever (320) is connected to the first end of the lever shaft (310) formed above the space (205a) of the tank (200) into which cleaning water does not flow, and has a connecting port (325) formed at the end thereof so that it can be connected to a contaminant discharge member (530) that opens and closes the artificial trap (500) with a wire or chain (W1), and the second lever (330) is connected to the second end of the lever shaft (310) formed above the space (205b) of the tank into which cleaning water flows, and has a connecting port (335) formed at the end thereof so that it can be connected to a cleaning water discharge member (450) with a wire or chain (W2).

[0066] At this time, the washing water discharge tumbler (450) may be equipped with a central ball top (450a), and more specifically, the second lever (330) may be connected to the central ball top (450a) of the washing water discharge tumbler (450) to perform an opening and closing operation of the washing water discharge tumbler (450).

[0067] In addition, the time and residual water control bucket (340) is provided on the step portion of the lever shaft (310) to simultaneously delay the opening and closing operation times of the cleaning water discharge tank (450) and the contaminant discharge tank (530). To this end, the time and residual water control bucket (340) can be formed as a circular or oval container that has an open top and can store and discharge cleaning water therein. In order to connect to the lever shaft (310), a hook (341) is formed on the left and right sides, and a hook center axis (342) is installed inside the hook (341) to firmly support it. The hook center axis (342) forms a length upwardly at the center and a rotating part (343a) is provided at the end so as to rotate along the axis of the lever shaft (310). The hook can be connected to the lever shaft (310) through a connecting hook (343).

[0068] In addition, the time and residual water control drum (340) can form two flow ports (340a) on each side and bottom to introduce and discharge cleaning water according to the rotation operation of the lever shaft (310), and includes an opening and closing control device (345) that can control the amount of cleaning water introduced and discharged by controlling the degree of opening and closing of each flow port (340a), thereby controlling the time for delaying the opening and closing operation of the cleaning water discharge tank (450) and the contaminant discharge tank (530).

[0069] For example, the time and residual water control valve (340) basically forms a delay time of about 4 to 6 seconds, but can be formed to delay for 3 to 30 seconds by increasing or decreasing the delay time of the flow port (340a) from the threshold value through the control of the opening / closing control device (345).

[0070] In addition, the opening / closing control device (345) may form an opening / closing control port (345a) having a shape corresponding to the flow port (340a) in order to control the degree of opening / closing of the flow port (340a), but is not limited thereto, and the shape may be modified, and may be formed to be easily attached / detached to each of the side flow port (340a) and the lower flow port (340a) so as to be used as needed.

[0071] In the ultra-water-saving wall-mounted toilet according to an embodiment of the present invention including a lever part (300) of such a structure, when a user pours waste into the water tank (130) containing water and then rotates the flushing water discharge lever (350) to discharge the waste, the flushing water discharge lever (450) connected to each stage of the lever shaft (310) and the contaminant discharge lever (530) of the artificial trap (500) are simultaneously opened, so that the waste is discharged first, and then the flushing water is sprayed into the water tank (130) and sufficiently drains out together with the remaining waste. The time and residual water control bucket (340) connected to the step portion of the lever shaft (310) is immersed in the flushing water filled inside the tank (200) by the rotating part (343a) before the flushing water discharge lever (350) is operated, and the flushing water is introduced into the time and residual water control bucket (340) through each flow port (340a), thereby controlling the time and residual water. The inside of the water tank (340) is filled with cleaning water, and after the cleaning water discharge lever (350) is operated, it stops until it approaches the vertical position of the bottom of the water tank, and when the water level of the water tank (200) drops due to the discharge of cleaning water and approaches the flow port (340a), the cleaning water inside the time and residual water control water tank (340) begins to leak, which can delay the opening time of the cleaning water discharge tank (450) and the contaminant discharge tank (530).

[0072] Here, the time delay can be approximately 3 to 30 seconds as described above, and the delay time can be increased or decreased depending on the control of the opening / closing control device (345).

[0073] After the time delay starts, the washing water discharge lever (350) returns and the washing water discharge lever (350) closes along with the rise of the time and residual water control bucket (340) due to the decrease in the weight of the water in the time and residual water control bucket (340). At this time, leakage, backflow, and bad odors are blocked by magnetic force. After the washing water discharge lever (450) and the contaminant discharge bucket (530) close, the water level inside the water tank (200) rises again, allowing washing water to flow into the flow port (340a) of the time and residual water control bucket (340), and the washing water is filled to prepare for the time delay operation by the rotation of the lever shaft (310) in the future.

[0074] Meanwhile, the closing of the cleaning water discharge tumbler (450) and the contaminant discharge tumbler (530) can be achieved by magnets (516, 526) provided on the outside of the artificial trap (500) to provide a faster and stronger fixing force. This will be described together with the description of the artificial trap (500) with reference to FIGS. 12 to 23.

[0075] The cleaning water discharge ram (450) can be rotatably coupled to the overflow pipe (451) installed in the cleaning water inflow space (205b). To this end, a coupling protrusion (451-1) that forms a rotational axis of the cleaning water discharge ram (450) can be protruded on both sides of the lower portion of the overflow pipe (415), and the cleaning water discharge ram (450) can be coupled to the protruding coupling protrusion (451-1) and rotated within a certain radius. Here, the cleaning water discharge ram (450) can be easily coupled to the coupling protrusion (451-1) in a one-touch manner, so that attachment and detachment can be easy.

[0076] The overflow pipe (451) can be connected to one side of the connection port (452) of the water tank (200) and the fresh water section (130) so as to stand upright or form a partial slope. That is, the overflow pipe (451) and the connection port (452) can be manufactured to form a single body, or can be manufactured separately and then assembled.

[0077] The connecting port (452) may be formed to be inclined downward so that one side has a lower height. This has the advantage of facilitating the discharge of cleaning water into the freshwater tank (130) and increasing the adhesion between the connecting port (452) and the cleaning water discharge tank (450) due to its own weight.

[0078] In addition, a rubber packing (453) may be provided at the bottom of the connection port (452) to prevent leakage of cleaning water, and a tightening bolt (454) may be provided at the center of the bottom thereof. Cleaning water discharged from the cleaning water inflow space (205b) to the water storage unit (130) may pass through the connection port (452) to the tightening bolt (454) side and be discharged. Here, the amount of cleaning water discharged may be controlled by adjusting the tightening bolt (454).

[0079] Meanwhile, a connecting member (455) connected to the lever part (300) may be mounted on the overflow pipe (451), and the mounted connecting member (455) may be fastened together with the lever shaft (310) by a fixing clamp (456), so that the overflow pipe (451) and the lever part (300) may support each other.

[0080] Specifically, the connector (455) may be configured to include an insertion tube (455a) formed to have a diameter smaller or larger than that of the overflow tube (451) and to be inserted into the overflow tube (451) or formed to allow the overflow tube (451) to be inserted, and a connecting bar (455b) extending vertically from the insertion tube (455a). When the connector (455) is mounted on the overflow tube (451), the connecting bar (455b) is perpendicular to the lever shaft (310), and the parallel connecting bar (455b) and the lever shaft (310) are connected with a fixing clamp (456) so that the overflow tube (451) and the lever portion (300) are connected to each other and supported.

[0081] Here, the fixed clamp (456) may be formed as a structure in which, for example, a vertical lever shaft (310) and a connecting bar (455b) are wrapped in an n shape, and fastening holes (456a) are provided at both ends, and the lever shaft (310) and the connecting bar (455b) are fastened by a fastening member (456b) such as a butterfly bolt.

[0082] However, this is not necessarily limited to a preferred example, and the shape of the fixed clamp (456) may be formed in various ways other than the above example as long as it is a structure that can connect the lever shaft (310) and the connecting bar (455b).

[0083] Through this, the lever part (300) is supported on one side of the tank (200), and the overflow pipe (451) is supported by the connecting port (452), so that the lever part (300) and the overflow pipe (451) are formed to support each other, thereby forming a more solid support form not only when the lever part (300) is not in operation, but also when the lever part (300) is rotated, and in response to the reaction force.

[0084] Hereinafter, the artificial trap (500) will be described in more detail with reference to FIGS. 12 to 23.

[0085] Fig. 12 is a schematic diagram of the artificial trap of Fig. 1 with the cover separated, Fig. 13 is a schematic diagram of the body of the artificial trap of Fig. 12, Fig. 14 (a) and (b) are schematic diagrams of the height adjustment of the height-adjustable magnet of Fig. 12, Figs. 15 and 16 are schematic diagrams illustrating the opening and closing operation of the contaminant discharge chamber through the artificial trap lever shaft, which is a component of the artificial trap of Fig. 12, Fig. 17 is a schematic diagram of the closed state of the contaminant discharge chamber of Fig. 15 with the artificial trap cut open, Fig. 18 is a detailed diagram of the sealing member of the artificial trap lever shaft of Fig. 12 with the sealing member separated, Fig. 19 is a rear perspective view of the reinforcing insertion member of Fig. 17, Fig. 20 is a schematic diagram of the fixing member applied to Fig. 12, Fig. 21 is a schematic diagram of the reinforcing flange of Fig. 12, and Fig. 22 is a schematic diagram of the fixing member of Fig. 21. This is a schematic diagram showing the appearance applied to an artificial trap, and Fig. 23 is a cross-sectional view showing the appearance of the fixing part of Fig. 21 connected to the artificial trap and the pipe.

[0086] Referring to FIGS. 12 to 19, an artificial trap (500) is mounted in a discharge space (150) to be connected to a freshwater portion (130) of a toilet, and can be connected to a floor pipe (not shown) by forming a discharge port (514) toward the bottom. At this time, when the artificial trap (500) is discharged with waste water in a state where the water is contained in the storage unit (130) through the tank (200), the contaminant discharge unit (530) and the cleaning water discharge unit (450) are simultaneously opened during cleaning so that the waste water is first discharged through the contaminant discharge unit (530) toward the discharge port (514), and at the same time, the tank (200) sprays cleaning water through the storage unit (130) to induce rapid discharge and allows the contaminants to quickly pass through the discharge port (514), thereby preventing the generation of bad odors or backflow, and cleaning using only a small amount of water enables ultra-water-saving cleaning (using about 3.0 L of water per cleaning).

[0087] To this end, the artificial trap (500) is installed in the discharge space (150) formed at the lower rear side of the toilet body (100), has a square shape, and has a space (510-1) formed inside to supply and quickly discharge contaminants mixed with fresh water (cleaning water) and waste through a fresh water part (130), and has an opening (510-2) formed at the upper part thereof, and has walls (510a, 510b) formed as vertical or inclined planes at the front and rear, and has a space formed on one side for mounting an artificial trap lever shaft (520), and an inlet (512) for supplying and discharging contaminants is formed on the lower wall surface (510a) of the space where the artificial trap lever shaft (520) is mounted, and an outlet (514) is formed in a direction perpendicular to the inlet (512), and includes an artificial trap body (510) for draining contaminants concentrated on one side. This artificial trap body (510) has a rectangular shape, and a hook (575) connecting the artificial trap body (510) and the cover (570) is formed on the side of the artificial trap body (510), and may include a cover (570) that is mounted on the opening (510-2) of the artificial trap body (510) and covers the artificial trap body (510).

[0088] That is, the artificial trap body (510) has a square shape, and a space (510-1) is formed inside it to supply and quickly discharge contaminants mixed with fresh water and waste through the fresh water section (130), and an opening (510-2) is formed on the upper part thereof, and a cover (570) for covering the opening (510-2) is installed, and the front and rear sides form walls (510a, 510b) that form vertical or inclined surfaces, and a protruding end (510c) is formed on one side of the walls (510a, 510b) to form a space for installing the artificial trap lever shaft (520), and an inlet (512) is formed on the lower side wall (510a) of the space where the artificial trap lever shaft (520) is installed, through which contaminants supplied from the fresh water section (130) flow in, and on the lower side wall (510a) of the space where the artificial trap lever shaft (520) is installed, An outlet (514) is provided to discharge contaminants passing through the artificial trap body (510) in a vertical direction with the inlet (512), so that the contaminants can be concentrated and drained, and the opening (510-2) at the top of the artificial trap body (510) has a square shape, and a hook (575) for connecting the artificial trap body (510) and the cover (570) can be formed on the side.

[0089] Here, a protrusion (515) is formed on the upper outer side of the artificial trap body (510) to be mutually engaged with a side hook (575) of the cover (570), so that opening and closing can be easy. This means that when the cleaning water passes through the water tank (130) to the discharge port (514) through the water discharge lever (350) of the water tank (200) and contaminants are accumulated or piled up in the inlet (512) and the flow path, the cover (570) can be opened and closed to check and inspect at any time, and maintenance is possible at the same time. Since the cover (570) is easy to open and close, it can be easily checked by the general public. A sealing material such as silicone can be included around the perimeter of the cover (570) that comes into contact with the artificial trap body (510), so that leakage to the outside of the artificial trap (500) can be prevented.

[0090] In addition, the inlet (512) of the artificial trap body (510) may be provided with a sealing member (540), a reinforcing insertion member (550), and a fixing member (560) to increase airtightness, etc., and a detailed description thereof will be provided later.

[0091] The artificial trap lever shaft (520) that is installed in the space of the end portion (510c) protruding from one of the front and rear walls is configured to include a rotation shaft (522), an extension bar (524), and a first magnet (526), ​​and is connected to the lever portion (300) by a wire or a chain (W1), etc., so that it can rotate by the operation of the lever portion (300). At this time, a contaminant discharge member (530) that opens and closes the inlet (512) of the artificial trap (500) can be coupled to the artificial trap lever shaft (520), so that the contaminant discharge member (530) can be opened and closed according to the rotation of the lever portion (300).

[0092] More specifically, the artificial trap lever shaft (520) is installed such that the rotation shaft (522) having a circular or square shape crosses the upper side of the inlet (512) of the artificial trap (500), and two fixing members (523) are provided at both ends of the rotation shaft (522) to be inserted into a hole (511) perforated at the top of the side wall (510a) of the artificial trap body (510) and fixed so as not to be detached when moved, and an extension bar (524) formed in an 'ㄱ' shape is coupled to one end of the rotation shaft (522) through one of the two fixing members (523) so as to be integrated with the rotation shaft (522), and a magnet housing (525) is provided at the end of the extension bar (524) to be sealed by a fastening member for protection from the outside, and a first magnet (526) is embedded therein, and the magnet housing (525) is adjacent The extension bar (524) end is provided with a connecting portion (527) for connecting a wire or chain (W1) to the lever portion (300), so that the artificial trap lever shaft (520) can rotate according to the operation of the lever portion (300).

[0093] In addition, a magnet mounting portion (516a) having a second magnet (516) corresponding to the first magnet (526) may be fastened to one side of the artificial trap body (510) to which the extension bar (524) is coupled, so that the rotation of the extension bar (524) is restricted except for the operation of the lever portion (300) by the attractive force between the first magnet (526) and the second magnet (516). Here, the attractive force between the first magnet (526) and the second magnet (516) is strong enough to completely block leakage, backflow, and bad odors, and since the artificial trap body (510) has magnetism outside, even if pieces of metal or the like flow into the artificial trap body (510), there is no room for them to be caught by the first magnet (526) or the second magnet (516).

[0094] Meanwhile, in the above, to help understanding, the first magnet (526) is described as being simply embedded in the magnet housing (525), but the first magnet (526) may also be formed to allow for height adjustment.

[0095] To this end, a housing connecting portion (525b) that forms internal threads is provided at the end of the extension bar (524) where the magnet housing (525) is located, and the magnet housing (525) is formed as a screw type (525a) that forms threads at the end, so that it can be inserted to correspond to the threads of the housing connecting portion (525b).

[0096] That is, the magnet housing (525) can be formed with a cross-section in a 'convex' shape, and a first magnet (526) is provided on the lower horizontal surface (525a-1), and a screw thread is formed on the vertical surface (525a-2) to form a structure inserted from the lower part of the housing connection part (525b), and the height can be adjusted by rotating along the screw thread of the housing connection part (525b) during rotation, thereby adjusting the height of the provided first magnet (526).

[0097] Here, a rotation stopper (525c) may be provided at the end of the screw type magnet housing (525a) that penetrates the housing connection portion (525b) in reverse to prevent it from being detached from the upper side of the housing connection portion (525b) or to determine the height. The rotation stopper (525c) may be formed in the shape of a sprocket for ease of gripping, but its shape is not limited to an example.

[0098] In addition, a contaminant discharge ram (530) is coupled to the rotation axis (522) of the artificial trap lever shaft (520) so that the contaminant discharge ram (530) also rotates according to the rotation of the artificial trap lever shaft (520). The contaminant discharge ram (530) is bent into an 'ㄱ' shape to correspond to a step (510d) formed in the artificial trap body (510) due to the formation of the seating portion of the artificial trap lever shaft (520), and can be connected to the artificial trap lever shaft (520) by a connecting member (535) having a rib (535a) provided on the upper surface for increasing strength and reducing weight.

[0099] Due to this, the contaminant discharge unit (530) that operates together with the cleaning water discharge unit (450) according to the rotation of the lever unit (300) can effectively block water leakage and odor by closing the inlet (512) with magnetic force, and after sufficient discharge of contaminants by delaying the opening for a certain period of time by the time and residual water control valve (340), the inlet (512) is quickly closed to block water leakage and odor as well as use only an appropriate amount of water, thereby realizing ultra-saving water.

[0100] In this way, the contaminant discharge member (530) that opens and closes the inlet port (512) can be formed in a circular shape corresponding to the inlet port (512), and a cylinder with a step is formed in the center of the front, and a mushroom-shaped convex circular protrusion (537) is formed inside the step so that when the inlet port of the contaminant discharge member (530) is closed, the protrusion (537) is formed to be drawn into the inlet port (512), thereby improving airtightness.

[0101] In addition, the contaminant discharge tumbler (530) can be operated to rotate by being coupled with the artificial trap lever shaft (520) connected to the lever portion (300) by the connecting member (535) as described above, wherein the connecting member (535) forms a lower surface in the shape of the letter 'ㄱ' and is formed in a form that is seated on the step of the artificial trap body (510) provided by forming an end for coupling the artificial trap lever shaft (520), so that when the contaminant discharge tumbler (530) is opened, it can prevent getting caught, but when closed, it can limit the rotation of the rotation shaft (522), and the upper surface unrelated to the step can be formed with a plurality of ribs (535a) to realize increased strength and reduced weight.

[0102] In addition, the connecting member (535) can be combined in a form in which the end is open and fitted into the rotary shaft (522). At this time, a recessed portion (not shown) is formed in the center of the rotary shaft (522) to be combined with the connecting member (535) to have a length corresponding to the open end of the connecting member (535), so that when combined, the upper part of the end of the connecting member (535) can be seated in the recessed portion (not shown), and thus the contaminant discharge tank (530) can be combined in the center of the rotary shaft (522). When combined, a step (528) is formed on the left / right sides of the connecting member (535), so that movement to the left / right can be restricted.

[0103] Meanwhile, a contaminant discharge member groove (not shown) may be formed between mushroom-shaped convex circular protrusions (537) formed on the inside of the step perimeter above the cylinder formed at the front center of the contaminant discharge member (530) to which a seal member (540) may be joined. This is to prevent the contaminant discharge member (530) from being dislodged from its original position when in close contact with the inlet (512) and to firmly fix it even when torsional deformation occurs. The seal member (540) is composed of a ring-shaped seal body (542) and a connecting portion (544) having a step on the outside of the seal body (542), and reinforcing ribs (546) may be formed on the inside and outside of the connecting portion (544) to increase strength. In addition, the seal member (540) may be made of a material that is flexible, has excellent elasticity, has long-lasting toughness, and is durable against contaminants such as water and sewage, such as silicone, thermoplastic polyurethane resin, polyamide resin, or synthetic resin. If necessary, an adhesive may be used to improve bonding strength.

[0104] Additionally, an inlet groove (512a) may be formed on the inside of the cylindrical inlet (512) of the artificial trap body (510) to insert a reinforcing insertion member (550). Here, the reinforcing insertion member (550) may include an insertion body (552) formed in a cylindrical shape corresponding to the inlet (512), one end of which is formed to be vertical or inclined depending on the shape of the wall, and formed with a diameter smaller than that of the inlet (512) and inserted into the inlet (512), a protrusion (554) protruding from the outside of the insertion body (552) to correspond to the inlet groove (512a) to fix the insertion body (552), and a catch (556) formed with a diameter larger than that of the insertion body (552) at the other end of the insertion body (552) to form a boundary with the inlet (512), and the protrusion (554) may be mounted on the inlet (512) so as to be firmly fixed to the inlet groove (512a) to increase strength and at the same time be firmly connected to the sealing member (540) connected to the contaminant discharge member (530). It can be tightly connected and fixed to prevent bad smell or backflow.

[0105] In addition, a fixed part (560) used as an intermediate medium of the pipe may be mutually connected between the inlet, which is the inlet of the inlet (512), and the outlet of the fresh water part (130) of the toilet, so that contaminants of water and waste contained in the fresh water part (130) do not leak through the gap and can be well transferred to the artificial trap (500).

[0106] Referring to FIGS. 20 to 23, the fixed part (560) may include a sleeve (561), a silicone seal (562), a hexagonal nut (563), and a reinforcing flange (564).

[0107] The sleeve (561) may include a trumpet part (5611) having a cylindrical body, threads formed on the outer surface of the body, and a diameter wider than the outlet of the freshwater section (130) pipe. A silicone seal (562) is provided between the trumpet part (5611) and the outlet of the freshwater section (130) pipe to prevent water leakage.

[0108] In detail, when a sleeve (561) with a silicone seal (562) inserted is inserted from the freshwater (130) side to the artificial trap (500) side, a hexagonal nut (563) is fastened through the screw thread formed on the outer surface of the sleeve (561) body, so that the sleeve (561) and the outlet of the freshwater (130) pipe can be firmly fixed.

[0109] After the sleeve (561) and the hexagonal nut (563) are fastened, a flange (564) including a screw thread on the inside of the inlet hole (5641) is connected to the sleeve (561) between the inlet (512) of the artificial trap (500) and the hexagonal nut (563), so that the artificial trap (500) can be firmly fixed to the freshwater portion (130).

[0110] Here, the reinforcing flange (564) may have an inlet hole (5641) formed at the front (on the freshwater side), a flange (5642) formed at the center thereof, and an outlet hole (5643) formed at the rear (on the inlet side). In addition, the outlet hole (5643) is connected to the end of the catch (556) of the reinforcing insertion member (550) inserted into the inlet portion of the inlet (512), and a step (5644) forming an outlet hole groove (not shown) is formed on the inside of the outlet hole (563), and a seal is inserted into the outlet hole groove so that the reinforcing flange (564) does not move and is firmly fixed to the inlet (512) in that position, so that odors can be easily blocked. In addition, the reinforcing flange (5644) may be provided with a flange rib (5645) along the periphery to increase strength.

[0111] Here, opposing supports (517) are installed on the left and right sides outside the inlet (512), and a one-touch hook (519) is installed to be used for left and right rotation using a pin (518) in a hole drilled on one side of the support (517), and the one-touch hook (519) is fixed to the flange (5642) of the reinforcing flange (564) that is in contact with the end of the hooking portion (556) of the reinforcing insert member (550), so that the fixed portion (560) can be easily and simply joined or disassembled as one in a short time, thereby improving workability, and it is also easy to handle in terms of maintenance, so that even unskilled workers can easily join or disassemble or perform maintenance, and there is an advantage that parts can be easily damaged or leaked due to impact during movement.

[0112] Although embodiments of the present invention have been described above, the spirit of the present invention is not limited to the embodiments presented in this specification, and a person skilled in the art who understands the spirit of the present invention can easily propose other embodiments by adding, changing, deleting, or adding components within the scope of the same spirit, but this will also be considered to fall within the spirit of the present invention.

[0113] [Explanation of symbols]

[0114] 100: Toilet body 130: Water tank 131: First outlet

[0115] 1311: Vortex forming member 132: Second outlet 1312: Vortex forming member

[0116] 140: Seating area 150: Exhaust space 155: Water outlet

[0117] 160: Inspection hole 200: Tank 210: Partition

[0118] 205a, 205b: Space 220: Water level ball top 300: Lever part

[0119] 310: Lever shaft 320: First lever 325: Locking member

[0120] 330: Second lever 340: Time and water adjustment lever

[0121] 340a: Floating part 341: Hook 342: Hook center axis

[0122] 343: connecting link 343a: rotating part 345: opening / closing control device

[0123] 345a: Opening / closing control port 350: Washing water discharge lever 350a: Stopper

[0124] 450: Washing water discharge tank 450a: Central ball top 451: Overflow pipe

[0125] 451-1: Coupling protrusion 452: Connection port 453: Rubber packing

[0126] 454: Tightening bolt 455: Connector 455b: Connecting bar

[0127] 456: Fixed clamp 456a: Fastening hole 456b: Tightening member

[0128] 500: Artificial trap 510: Artificial trap body 510d: Step

[0129] 510-1: Space 510-2: Opening 512: Inlet

[0130] 514: exhaust port 515: stone part 516: second magnet

[0131] 516a: Magnet mounting part 517: Support 518: Pin

[0132] 520: Artificial trap lever axis 522: Rotating axis 523: Fixed member

[0133] 524: Extension bar 525: Magnetic housing 525a: Screw type

[0134] 525a-1: Lower horizontal surface 525c: Rotation stopper 526: First magnet

[0135] 527: Connection part 530: Contaminant discharge unit 535: Connection member

[0136] 535a: Rib 537: Stone 540: Seal

[0137] 550: Reinforcing insert member 552: Insert body 554: Protrusion

[0138] 556: Hook 560: Fixing part 561: Sleeve

[0139] 5611: Trumpet 562: Silicone seal 563: Hex nut

[0140] 564: Reinforcing flange 5641: Inlet hole 5642: Flange

[0141] 5643: Exit hole 5644: Stepped section 5645: Flange rib

[0142] 570: Cover 575: Hook

Claims

1. A toilet body having a tank with a partition formed at the upper rear side to store cleaning water, a fresh water portion connected to the tank to drain cleaning water, and a seating portion provided at the upper side for seating, formed at the front side, and a discharge space connected to the fresh water portion to discharge contaminants but equipped with an artificial trap to prevent odor and backflow, formed at the lower rear side; A cleaning water discharge lever is installed so as to cross the top of the water tank in the longitudinal direction, and is coupled to one side to rotate when pressed, and a cleaning water discharge lever opens and closes the connection port between the water tank and the fresh water section; A pollutant discharge chamber that opens and closes the inlet of an artificial trap connected to the above freshwater section, and It includes a lever part that is connected to the above contaminant discharge tambour and simultaneously opens and closes the cleaning water discharge tambour and the contaminant discharge tambour when rotated. The above artificial trap is, An outlet is formed in a vertical direction from the above inlet and is connected to a pipe buried in the floor. The above freshwater section, A first outlet formed so that the washing water swirls around the inner wall of the above-mentioned freshwater tank and is discharged through water pressure, and It includes a second outlet formed adjacent to the first outlet and spaced apart from the first outlet at a certain distance from the inner side of the inner wall of the freshwater tank, The above artificial trap is, It includes a fixed part connecting the inlet through which pollutants flow in and the fresh water part through a pipe connected from the fresh water part, The above fixed part, A sleeve having a body formed in a cylindrical shape, a screw thread on an outer surface of the body, and a trumpet portion formed on one side of the body with a diameter wider than the outlet of the pipe; A silicone seal provided between the outlet of the above pipe and the trumpet part of the above sleeve; A hexagonal nut that is fastened through the screw thread of the sleeve and secures the sleeve and the outlet of the pipe; and An ultra-saving, vortex-type, pressure-sensitive, direct-drainage toilet characterized in that it is connected to the inlet port and includes a reinforcing flange that is connected to a sleeve between the hexagonal nut and the inlet port, and includes a screw thread on the inner surface of the inlet hole.

2. In paragraph 1, The above first outlet and second outlet, An ultra-saving vortex water pressure direct natural drainage toilet characterized by including a plurality of vortex-forming members formed radially along the circumferential direction inside the first outlet and the second outlet.

3. In paragraph 2, The above vortex forming member is, An ultra-saving, vortex-type, pressure-sensitive, direct-drainage toilet characterized by a shape that becomes narrower toward the inside of the first and second outlets.

4. In paragraph 1, The above lever part, A lever shaft formed to cross the top of the tank in the longitudinal direction, one end of which penetrates one side of the tank and is connected to the cleaning water discharge lever, and the other end of which forms a step; A first lever connected to the first stage of the lever shaft and having an end connected to the contaminant discharge unit by a wire or chain; A second lever connected to the second stage of the above lever shaft and having an end connected to the washing water discharge tank by a wire or chain; and An ultra-saving, tornado-type, pressure-sensitive, direct-drainage toilet characterized in that it is provided at the other end of the lever shaft, and has a flow port formed on at least two surfaces including one side and a lower surface through which cleaning water can be introduced and discharged, and includes a time delaying unit and a residual water control unit for simultaneously delaying the opening and closing operation times of the cleaning water discharge unit and the contaminant discharge unit.

5. In paragraph 4, The above time and residual water adjustment bucket is, An ultra-saving, vortex, water pressure, direct natural drainage toilet characterized in that it is formed to control the degree of opening and closing of the fluid port by providing an opening and closing control port of a shape corresponding to the fluid port, and includes an opening and closing control device capable of controlling the inflow and discharge of cleaning water.

6. In paragraph 1, The above pollutant discharge unit is, An ultra-saving, vortex, water pressure, direct natural drainage toilet characterized in that it is coupled to a rotating shaft that crosses the upper side of the inlet of the artificial trap, and an extension bar formed in the shape of the letter 'ㄱ' is coupled to one end of the rotating shaft and rotates according to the rotation of the lever part, and a magnet is installed in the extension bar to open and close the pollutant discharge chamber magnetically.

7. In paragraph 1, The above washing water discharge tank is, Rotatably connected to an overflow pipe that is connected to form an upright or partially inclined portion on one side of the connection port of the above water tank and fresh water section, An ultra-saving, vortex-type, pressure-sensitive, direct-drain toilet characterized in that the overflow pipe is equipped with a connecting member connected to the lever portion, and the equipped connecting member is fixed to the lever portion by a fixing clamp, so that the overflow pipe and the lever portion support each other.

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