CN108158473B

CN108158473B - Assembled electroless can cold and hot toilet bowl suit

Info

Publication number: CN108158473B
Application number: CN201711446665.5A
Authority: CN
Inventors: 赵宁
Original assignee: Dongningsheng Beijing Digital Technology Co ltd
Current assignee: Dongningsheng Beijing Digital Technology Co ltd
Priority date: 2017-12-27
Filing date: 2017-12-27
Publication date: 2020-05-05
Anticipated expiration: 2037-12-27
Also published as: CN108158473A

Abstract

The invention discloses an assembled type electroless cold and hot toilet seat set which comprises an integrally formed assembled type button-free toilet seat component, wherein the assembled type button-free toilet seat component comprises a toilet seat part and a water tank part, a cover plate seat component is fixedly connected right above the toilet seat part, an upper cover plate and a toilet seat cover component are hinged on the cover plate seat component, the toilet seat cover component comprises an upper cover plate half shell and a lower cover plate half shell which are buckled together, a cavity is formed between the connecting parts of the upper cover plate half shell and the lower cover plate half shell, a cold and hot water bag capable of feeding and discharging water is arranged in the cavity, and a first telescopic flusher and a second telescopic flusher are further arranged on the toilet seat part. The invention has simple and stable installation, can realize independent finishing of the end surface of the pipeline and smooth and tight sealing of drainage, can realize the regulation of the temperature of the flushing water and the cover plate of the toilet bowl without laying the pipeline, improves the user experience and simultaneously ensures the sanitation and the safety.

Description

Assembled electroless can cold and hot toilet bowl suit

Technical Field

The invention belongs to the field of assembly type decoration and ceramic bathroom manufacturing, and particularly relates to an assembly type electroless and coolable toilet bowl set.

Background

The existing traditional pedestal pan and the installation mode thereof are that the drain pipe is sawed according to the setting height or the ground floor is firstly completed, then the drain pipe is sawed, then the connecting piece or the modified asphalt sealant is placed to connect the drain outlet and the drain pipe of the pedestal pan, then the expansion bolt is used for fixing the bottom of the pedestal pan, and then the sealant is used for coating and sealing along the outer ring of the bottom of the pedestal pan. The disadvantages of this are: the sawed sewage pipe orifice is often uneven, the movement of a worker in the process of placing the toilet bowl leads to untight sealing between the sewage outlet and the sewage pipe, and the sealant tightly coated on the outer ring of the bottom is easy to leak odor and blacken, so that the sawed sewage pipe orifice is extremely unsuitable for the existing assembly type decoration.

With the improvement of the technological level, a toilet bowl with a heating function is developed at present, represented by sanitary and wash beauty, and a toilet bowl cover plate of the toilet bowl is electrically heated, but the toilet bowl is not suitable for modern assembly type decoration because a pipeline needs to be embedded; meanwhile, the cover plate of the toilet bowl is required to be provided with a small heating water tank which is stable at more than 30 ℃ for a long time, is particularly not suitable for the existing water quality of China, and is easy to grow bacteria and small insects; meanwhile, the narrow bathroom of the apartment is not provided with an air conditioner generally, and the toilet seat cover plate can only heat but not refrigerate and cannot bring comfort to users in hot summer.

In addition, the phenomenon of sewage splash and foul smell gathering when current toilet bowl can't thoroughly solve the defecation, dashes when the defecation can alleviate this kind of phenomenon by a wide margin, even there is the water that splashes also to be the clean water that the water tank flows when the defecation, and current toilet bowl bath button all sets up in toilet bowl tank lid or water tank side, and is extremely inconvenient.

Disclosure of Invention

In order to solve the defects in the prior art, the invention provides an assembled electroless cold and hot water closet set which is provided with a closet flushing button at the right front end of a closet cover plate, uses circulating water as a water source for heating and refrigerating the closet cover plate and adapts to the existing and future assembled decoration systems, and the specific scheme is as follows:

an assembled type electroless cold and hot toilet suit comprises an integrally formed assembled type button-free toilet component, wherein the assembled type button-free toilet component is installed on the ground with a vertical sewage discharge pipe through a toilet installation jig component, the assembled type button-free toilet component comprises a toilet seat part and a water tank part, a cover plate seat component is fixedly connected right above the toilet seat part, an upper cover plate cover and a toilet cover plate component are hinged to the cover plate seat component, the toilet cover plate component comprises an upper cover plate half shell and a lower cover plate half shell which are buckled together, a cavity is formed between the connecting parts of the upper cover plate half shell and the lower cover plate half shell, a cold and hot water bag capable of feeding and discharging water is arranged in the cavity, and a cold and hot water bag water inlet and a cold and hot water bag outlet are respectively arranged on the cold and hot water bag; the water tank part comprises a water tank provided with a button-free water tank cover, a water tank water inlet assembly, a flushing valve assembly and a non-electric water pressure power control valve assembly are arranged in the water tank, the water tank water inlet assembly is used for supplying water to the water tank and the cold and hot water bags, the flushing valve assembly is used for flushing water to the water tank part, and the non-electric water pressure power control valve assembly is used for controlling the water tank water inlet assembly to inlet water and the flushing valve assembly to flush water.

The bottom of the water tank is provided with a flushing port of a toilet with an inner groove; preferably, the flushing valve assembly comprises a flushing valve housing fixedly connected to a flushing port of the toilet bowl, the flushing valve housing is of a hollow structure which is open up and down, a flushing water inlet is formed in the bottom of the flushing valve housing, a plurality of flushing water outlets are formed in the side surface of the flushing valve housing, a flushing valve opening and closing sheet groove is formed below the flushing water outlets, a flushing valve overflow port communicated with the flushing valve opening and closing sheet groove is further formed in the side surface of the flushing valve housing, an internal cavity of the flushing valve housing is formed into a flushing valve power part accommodating cavity, and a plurality of vertically-arranged limiting clamping grooves are formed in the inner wall of the flushing valve power part accommodating cavity;

preferably, a cylindrical flushing valve power part is arranged in the flushing valve power part accommodating cavity, and a plurality of limiting clamping protrusions matched with the limiting clamping grooves are arranged on the outer wall of the flushing valve power part; the side walls of the flushing valve power part and the flushing valve casing are respectively provided with a first flushing valve power water inlet and a second flushing valve power water inlet which correspond to each other) and a first flushing valve power water outlet and a second flushing valve power water outlet, and the first flushing valve power water inlet and the second flushing valve power water inlet are communicated with a water supply pipeline through the electroless hydraulic pressure power control valve component after being aligned; a flushing switch shaft hole is formed in the bottom of the flushing valve power part, and a flushing switch shaft penetrates through the flushing switch shaft hole;

preferably, the upper end of the flushing switch shaft is provided with a flushing switch shaft screw thread, the lower end of the flushing switch shaft is sequentially provided with a flushing switch sheet connecting piece and a flushing switch sheet component, the flushing switch sheet component is connected with the flushing valve switch sheet groove, and an elastic spring is sleeved outside the flushing switch shaft screw thread;

preferably, threaded connection has the bath valve housing cover on the bath valve housing, the steam pressure export has been seted up to the bath valve housing cover, be equipped with the silica gel gasket of band-pass hole in the steam pressure export, the bath valve housing cover is located the top of steam pressure export articulates there is bath switch that falls fast control cover plate, the bath switch that falls fast regulation hole of having seted up on the bath switch that falls fast control cover plate.

Preferably, the water tank water inlet assembly comprises a float valve assembly, a float valve switch of the float valve assembly is connected with a tee joint, a water tank water inlet is formed in the bottom of the water tank, the tee joint penetrates through the water tank water inlet through a fixed sealing assembly to be communicated with an external water supply pipeline, and the float valve assembly is further connected with an overflow pipe communicated with the flushing valve switch sheet groove.

Preferably, the non-electric hydraulic pressure power control valve assembly comprises a first control valve of a cold and hot water bag, a second control valve of the cold and hot water bag, a flushing control valve, a inching valve assembly and a double control valve assembly, wherein the first control valve, the second control valve, the third control valve and the fourth control valve are arranged in the water tank, and the inching valve assembly and the double control valve assembly are arranged in the toilet cover assembly.

Preferably, the first inching valve, the second inching valve, the third inching valve and the fourth inching valve all comprise inching valve bodies, inching valve water inlets and inching valve water outlets are arranged on the inching valve bodies in a penetrating mode, and inching valve water power control assemblies are arranged in the inching valve bodies; the double-control valve component comprises a double-control valve main body, a double-control valve water inlet and a double-control valve water outlet are arranged on the double-control valve main body in a penetrating mode, and a double-control valve water power control component is arranged in the double-control valve main body.

Preferably, the inching valve body is three cuboids which are vertically arranged and sequentially connected, the inching valve water power control assembly comprises a vertically arranged inching valve water flow cavity formed in the middle cuboid and vertically arranged inching valve bearing accommodating grooves formed in the cuboids on two sides, an inching valve water outlet is formed in the inching valve water flow cavity and communicated with the water inlet of the inching valve, and the inching valve water flow cavity is communicated with the water outlet of the inching valve; an inching valve linear bearing is arranged in the inching valve accommodating groove, and an inching valve movable optical axis is arranged in an axial hole of the inching valve linear bearing; a lower inching valve spring guide roller connected with the inching valve body is arranged below a central shaft of the inching valve body, a lower inching valve moving leaf spring is sleeved on the lower inching valve spring guide roller, a lower inching valve moving leaf matched with the bottom of the inching valve body is arranged below the lower inching valve moving leaf spring, the lower inching valve moving leaf is provided with two lower inching valve moving leaf shaft holes coaxial with an inching valve bearing accommodating groove, a moving optical axis of the inching valve is fixedly connected in the lower inching valve moving leaf shaft holes, and a lower inching valve button is arranged below the lower inching valve moving leaf;

preferably, an inching valve middle connecting piece is arranged above a central shaft of the inching valve main body, the inching valve middle connecting piece is a cylinder matched with the inching valve main body in shape, and an inching valve cover is connected to the inching valve middle connecting piece; the middle connecting piece of the inching valve is internally provided with a middle connecting piece clapboard of the inching valve, and the middle connecting piece clapboard of the inching valve is provided with two middle connecting piece clapboard water flow holes of the inching valve; the middle connecting piece of the inching valve is also provided with an inching valve, the middle of the inching valve is connected with the upper part of the water column along the axis, the middle of the inching valve is connected with the upper part of the water column and is of a hollow columnar structure, an inching valve water passing column spring is sleeved on the middle of the inching valve, the upper part of the water column is connected with the middle of the inching valve, and an inching valve rubber plug body and an inching valve rubber plug nozzle are arranged on the inching; the lower part of the water passing column of the intermediate connecting piece of the inching valve is arranged in the water emitting port of the inching valve, and a sealing ring of the inching valve cover is arranged between the intermediate connecting piece of the inching valve and the inching valve cover;

preferably, the inching valve cover is provided with an inching valve upper movable sheet matched with the top of the inching valve main body, an inching valve upper button is arranged above the inching valve upper movable sheet, and the inching valve upper button can press the inching valve rubber plug nozzle.

Preferably, the double-control valve hydraulic power control assembly comprises a double-control valve water flow cavity which is horizontally arranged and arranged in the double-control valve main body, a double-control valve water inlet is arranged in the double-control valve water flow cavity, the double-control valve water inlet is communicated with the double-control valve water inlet, and the double-control valve water flow cavity is communicated with the double-control valve water outlet; one side of the double-control valve main body is provided with a double-control valve middle connecting piece, and the other side of the double-control valve middle connecting piece is provided with a double-control valve cover; a double-control valve middle connecting piece clapboard and a double-control valve middle connecting water column upper part positioned in the center of the double-control valve middle connecting piece are arranged in the double-control valve middle connecting piece, the double-control valve middle connecting piece clapboard is provided with two double-control valve middle connecting piece clapboard water flow holes, the double-control valve middle connecting water column upper part is of a hollow structure, a double-control valve water column spring is sleeved on the double-control valve middle connecting water column upper part, and a double-control valve rubber plug body and a double-control valve rubber plug nozzle are arranged on the double-control valve water column; the double-control valve middle connecting piece is also provided with a double-control valve middle connecting piece water passing column lower part, the double-control valve middle connecting piece water passing column lower part is sleeved in the double-control valve water emitting opening through a double-control valve middle connecting piece sealing ring, and a double-control valve sealing ring is arranged between the double-control valve middle connecting piece and the double-control valve cover;

preferably, the double control valve main body is externally provided with an upper double control valve shell and a lower double control valve shell, a double control valve screw rod bearing which is horizontally arranged is arranged between the upper double control valve shell and the lower double control valve shell, a double control valve screw rod optical axis is arranged in a shaft hole of the double control valve screw rod bearing in a penetrating manner, two ends of the double control valve screw rod optical axis are respectively formed into a double control valve screw rod and a double control valve screw rod gear, a double control valve screw rod is sleeved with a double control valve with a plug screw nut sliding block, the tail end of the double control valve screw rod is provided with a double control valve sliding block plug button, and the double control valve with a plug screw nut sliding block can change the rotary motion of the double control valve screw rod gear into the transverse; the double-control valve sliding block plug button extends into the double-control valve cover to press the double-control valve rubber plug nozzle;

preferably, a double-control valve vertical rack main body is further arranged between the upper part of the double-control valve shell and the lower part of the double-control valve shell, a double-control valve vertical rack spring is arranged between the double-control valve vertical rack main body and the upper part of the double-control valve shell, and a double-control valve vertical rack matched with the double-control valve lead screw gear is arranged on the double-control valve vertical rack main body; the double-control valve vertical rack main body sliding groove is connected with the upper part of the double-control valve shell through a double-control valve vertical rack main body sliding guide strip, and the upper part of the double-control valve shell is provided with a double-control valve upper button; the double control valve vertical rack main body is also provided with a double control valve lower button and a double control valve vertical rack spring accommodating groove, a double control valve lower button spring guide stick on the double control valve lower button penetrates through a double control valve lower button spring to be accommodated in the double control valve lower button limiting groove, and the double control valve lower button spring is accommodated in the double control valve vertical rack spring accommodating groove; the lower part of the double control valve shell is connected with a double control valve upper shell connecting bulge arranged on the upper part of the double control valve shell through a double control valve lower shell connecting groove, and the elastic force of the double control valve lower button spring is greater than the sum of the elastic force of the double control valve vertical rack spring and the gravity of the double control valve vertical rack main body;

preferably, a fourth valve-moving button on the fourth valve-moving mechanism and a second double-control valve button on the double-control valve assembly are contacted with a first double-empty valve button arranged on the placing surface of the toilet seat cover plate or the upper cover of the cover plate; the first, second, and third inching valve buttons protrude out of the surface of the toilet cover.

Preferably, the toilet bowl part is further provided with a first telescopic flusher and a second telescopic flusher, a water tank toilet bowl cover plate connecting hole is formed in the position, corresponding to the cover plate seat assembly, of the side wall of the water tank, a first water divider is arranged in the water tank toilet bowl cover plate connecting hole, the first water divider and the water tank toilet bowl cover plate connecting hole are subjected to sealing treatment, the first water divider is respectively communicated with the cold and hot water bag first control valve, the cold and hot water bag second control valve and the flushing control valve through a plurality of pipelines, the first water divider is connected with a second water divider through a connecting water belt piece, and the second water divider is connected with a third water divider through a pipeline;

preferably, the first water divider is provided with a first water divider first water inlet, a first water divider second water inlet, a first water divider third water inlet, a first water divider fourth water inlet, a first water divider fifth water inlet, a first water divider sixth water inlet, a first water divider first water outlet, a first water divider second water outlet, a first water divider third water outlet, a first water divider fourth water outlet, a first water divider fifth water outlet and a first water divider sixth water outlet; the second water divider is provided with a first water inlet of the second water divider, a second water inlet of the second water divider, a third water inlet of the second water divider, a first water outlet of the second water divider, a second water outlet of the second water divider and a third water outlet of the second water divider; the third water distributor is provided with a third water distributor water inlet, a third water distributor first water outlet, a third water distributor second water outlet, a third water distributor third water outlet, a third water distributor fourth water outlet and a third water distributor fifth water outlet;

preferably, the third water splitter is in communication with the tee through the second water splitter first drain opening, the second water splitter first water inlet and the first water splitter first drain opening, the first water splitter first water inlet, the fourth inching valve water inlet is connected to the third water splitter fifth drain opening, the third inching valve water inlet is connected to the third water splitter fourth drain opening, the dual control valve assembly water inlet is connected to the third water splitter third drain opening, the second inching valve drain opening is connected to the third water splitter second drain opening, and the first inching valve drain opening is connected to the third water splitter first drain opening; the water inlet of the cold and hot water bag is connected with the second water outlet of the second water separator and is connected with the main water outlet of the second control valve of the cold and hot water bag through the second water inlet of the second water separator and the second water outlet of the first water separator, and the water outlet of the cold and hot water bag is connected with the third water inlet of the second water separator and the third water outlet of the second water separator and is connected with the third water inlet of the first water separator and the third water outlet of the first water separator; the fourth inching valve water outlet is connected with a fifth water inlet of the first water divider, and the fifth water outlet of the first water divider is connected with a inching water inlet of a second control valve of the cold and hot water bag; the water outlet of the double control valve is connected with a sixth water inlet of the first water divider, and the sixth water outlet of the first water divider is connected with a first control valve actuating water inlet of the cold and hot water bag; the water outlet of the third inching valve is connected with the fourth water inlet of the first water divider, and the fourth water outlet of the first water divider is connected with the inching water inlet of the flushing control valve; the water outlet of the second inching valve is connected with the second telescopic flusher; the water outlet of the first inching valve is connected with the first telescopic flusher; the tee joint is connected with the main water inlet of the first control valve of the cold and hot water bag and the main water inlet of the flushing control valve, and the main water outlet of the first control valve of the cold and hot water bag is connected with the main water inlet of the second control valve of the cold and hot water bag; the flushing valve power water discharge port, the cold and hot water bag first control valve inching water discharge port, the flushing control valve inching water discharge port, the cold and hot water bag second control valve inching water discharge port and the first water divider third water discharge port are all communicated with the water tank.

Preferably, the bottom of the toilet bowl part is provided with at least two rings of rubber ring grooves corresponding to the shape of the bottom of the toilet bowl part, the bottom of the toilet bowl part within the range of the rubber ring grooves is provided with a toilet bowl sewage discharge outlet, a plurality of toilet bowl glue injection inner holes and a plurality of toilet bowl mounting holes, and the side wall of the toilet bowl part near the bottom is provided with a plurality of toilet bowl glue injection holes communicated with the toilet bowl glue injection inner holes;

preferably, the toilet bowl installation jig assembly comprises a jig main body, the jig main body is of a structure corresponding to the shape of the bottom of the toilet bowl, a drain pipe trepanning matched with the vertical drain pipe is formed in the jig main body, a jig tool rest is connected to the outer side of the jig main body, a knife edge groove is formed in the position, close to the jig tool rest, of the drain pipe trepanning away from the bottom surface of the jig main body, the jig main body is located at two ends of the knife edge groove and provided with a first knife rest installation groove and a second knife rest installation groove, and the part, corresponding to the drain pipe trepanning, of the bottom surface of the jig main body is lower than other parts of the bottom surface of the; the jig comprises a jig body and is characterized in that a plurality of vertically-arranged jig mounting holes and jig pasting block grooves are further formed in the jig body, jig pasting blocks are arranged in the jig pasting block grooves, and the bottoms of the jig pasting blocks are connected with the ground through double faced adhesive tapes.

Preferably, the tool rest comprises a tool rest outer frame, two ends of the tool rest outer frame are provided with a first tool rest mounting foot and a second tool rest mounting foot, and the first tool rest mounting foot and the second tool rest mounting foot are respectively mounted in the first tool rest mounting groove and the second tool rest mounting groove; two tool rest slide rail grooves which are oppositely arranged are formed in the inner side of the tool rest outer frame, and tool rest limiting grooves are formed in the positions, close to the end parts of the tool rest outer frame, of the tool rest slide rail grooves; a knife rest main body is arranged in the knife rest outer frame, knife rest main body sliding rail bulges matched with the knife rest sliding rail grooves are formed on two sides of the knife rest main body, knife rest main body limiting bulges matched with the knife rest limiting grooves are arranged at one ends, corresponding to the notches of the knife rest outer frame, of the knife rest main body sliding rail bulges, and knife rest limiting rods are arranged at the outermost ends of the knife rest limiting grooves; a blade accommodating cavity is formed in the tool rest main body, a circular blade is arranged in the blade accommodating cavity through a blade shaft which is vertically arranged, and the edge of the blade is formed into a cutting edge; the inner side of the knife rest outer frame is provided with a knife rest spring accommodating groove which is arranged in parallel with the knife rest slide rail groove, a knife rest spring which is arranged axially is arranged in the knife rest spring accommodating groove, and the knife rest main body is provided with a knife rest main body spring guide stick which corresponds to the knife rest spring accommodating groove and extends into the knife rest spring.

The assembled electroless cold and hot toilet bowl set provided by the invention is simple and stable to mount, can realize independent trimming of the end face of a pipeline, smooth drainage and tight sealing, and the electroless hydraulic pressure power control valve component in the water tank is matched with the cold and hot water bag arranged in the upper toilet bowl cover component, so that the temperature regulation of flushing water and the toilet bowl cover component can be realized without laying a pipeline, the user experience is improved, and the sanitation and the safety are ensured; in addition, the inching valve buttons arranged at different positions on the toilet cover plate enable the toilet to have multiple different working modes according to different use conditions, and the toilet is more intelligent and convenient to operate for a user.

Drawings

Fig. 1, an exploded view of the structure of the present invention,

fig. 2, an exploded view of the structure of the flush valve assembly of the present invention,

fig. 3 is an exploded view of the water inlet assembly of the water tank of the present invention,

fig. 4, a schematic view of the structure of the non-hydraulic power control valve assembly of the present invention,

fig. 5, an exploded view of the construction of the jog valve assembly of the present invention,

fig. 6, an exploded view of the construction of the double check valve assembly of the present invention,

fig. 7, a schematic structural diagram of the first water separator of the present invention,

fig. 8, a structural schematic diagram of a second water separator of the present invention,

fig. 9 is a schematic structural diagram of a third water distributor of the present invention,

fig. 10 is a schematic view showing the bottom structure of the toilet bowl according to the present invention,

FIG. 11 is a schematic view showing the structure of the toilet bowl installation jig assembly according to the present invention,

fig. 12 is an exploded view of the tool holder of the jig of the present invention.

Figure number and name: 1. a blow-off pipe, 2, a ground, 3, a toilet bowl, 301, a cover plate seat upper shell, 302, a cover plate seat lower shell, 303, a cover plate upper cover, 304, a cover plate upper half shell, 305, a cover plate lower half shell, 306, a cold and hot water bag, 307, a first telescopic flusher, 308, a second telescopic flusher, 309, a toilet bowl flushing port, 310, a double-air valve first button, 311, a water tank toilet bowl cover connection hole, 312, a first water divider, 31201, a first water divider first water inlet, 31202, a first water divider second water inlet, 31203, a first water divider third water inlet, 31204, a first water divider fourth water inlet, 31205, a first water divider fifth water inlet, 31206, a first water divider sixth water inlet, 31207, a first water divider first water outlet, 31208, a first water divider second water outlet, 31209, a first water divider third water outlet, 31210, a first water divider fourth water outlet, 31211. fifth outlet of first water separator, 31212 sixth outlet of first water separator, 313, second water separator, 31301, first inlet of second water separator, 31302, second inlet of second water separator, 31303, third inlet of second water separator, 31304, first outlet of second water separator, 31305, second outlet of second water separator, 31306, third outlet of second water separator, 314, third water separator, 31401, third water separator inlet, 31402, first outlet of third water separator, 31403, second outlet of third water separator, 31404, third outlet of third water separator, 31405, fourth outlet of third water separator, 31406, fifth outlet of third water separator, 315, rubber ring groove, 316, drain outlet of toilet, 317, inner hole of toilet bowl, 318, mounting hole of toilet bowl, 319, rubber hole of toilet bowl, 4, water tank part, 5, water inlet assembly of water tank, 501, water inlet assembly of water tank, and water outlet assembly of water tank, A floating valve component 502, a floating valve switch 503, a tee joint 504, a fixed sealing component 505, an overflow pipe 6, a flushing valve component 601, a flushing valve shell 602, a flushing water inlet 603, a flushing water outlet 604, a flushing valve switch sheet groove 605, a flushing valve overflow port 606, a flushing valve power component accommodating cavity 607, a limit clamping groove 608, a flushing valve power component 609, a limit clamping protrusion 610, a first flushing valve power water inlet 611, a second flushing valve power water inlet 612, a flushing switch shaft hole 613, a flushing switch shaft 614, a flushing switch shaft screw thread 615, a flushing switch sheet connecting piece 616, a flushing switch sheet component 617, a flushing valve housing cover 618, a steam pressure outlet 619, a silica gel gasket 620, a flushing switch falling speed control cover plate 621, a flushing switch falling speed adjusting hole 622, a first flushing valve power water outlet, 623. a second flush valve powered water outlet, 7, a non-electric water pressure powered control valve assembly, 701, a cold and hot water bag first control valve, 702, a cold and hot water bag second control valve, 703, a flush control valve, 704, a first inching valve, 70401, a inching valve body, 70402, an inching valve water inlet, 70403, an inching valve water outlet, 70404, an inching valve water flow chamber, 70405, an inching valve bearing receiving groove, 70406, an inching valve water outlet, 70407, an inching valve linear bearing, 70408, an inching valve movable optical axis, 70409, an inching valve lower spring guide roller, 70410, an inching valve lower movable plate spring, 70411, an inching valve lower movable plate, 70412, an inching valve lower movable plate shaft hole, 70413, an inching valve lower button, 70414, an inching valve intermediate linkage, 70415, an inching valve cover, 70416, an inching valve intermediate linkage spacer, 70417, an inching valve intermediate linkage spacer hole, 70418, and a water flow valve intermediate linkage to the upper, 70419. 70420, a plug body of point valve rubber, 70421, a plug mouth of point valve rubber, 70422, the lower part of the plug middle connecting piece, 70423, a sealing ring of point valve cover, 70424, a movable plate of point valve, 70425, a button of point valve, 705, a second point valve, 706, a third point valve, 707, a fourth point valve, 708, a double control valve component, 70801, a double control valve body, 70802, a double control valve inlet, 70803, a double control valve outlet, 70804, a double control valve water flow cavity, 70805, a double control valve outlet, 70806, a middle connecting piece of double control valve, 70807, a valve cover, 70808, a middle connecting piece of double control valve, 70809, the middle of double control valve is connected with the upper part of the plug, 70810, a middle connecting piece of double control valve, a partition water flow hole, 70811, a double control valve plug spring, 70812, a plug body of double control valve rubber, 70813, a plug mouth of double control valve, 70814, a plug middle connecting piece of double control valve, 70815. a double control valve sealing ring, 70816, an upper part of a double control valve shell, 70817, a lower part of the double control valve shell, 70818, a double control valve screw rod bearing, 70819, a double control valve screw rod optical axis, 70820, a double control valve screw rod, 70821, a double control valve screw rod gear, 70822, a double control valve screw rod with a plug screw nut slider, 70823, a double control valve slider plug button, 70824, a double control valve vertical rack main body, 70825, a double control valve vertical rack, 70826, a double control valve vertical rack main body sliding groove, 70827, a double control valve upper button, 70828, a double control valve lower button, 70829, a double control valve vertical rack spring accommodating groove, 70830, a double control valve lower button spring, 70831, a double control valve vertical rack spring, 8, a toilet seat installation jig component, 801, a jig main body, 802, a drain pipe sleeve hole, 803, a jig tool rest, 80301, a tool rest outer frame, 80302, a first tool rest installation foot, 80303, a second tool rest installation foot, 80304, a, 80306. the tool rest comprises a tool rest main body, 80307, a tool rest main body sliding rail protrusion, 80308, a tool rest main body limiting protrusion, 80309, a tool rest limiting rod, 80310, a blade accommodating cavity, 80311, a blade shaft, 80312, a blade, 80313, a tool rest spring accommodating groove, 80314, a tool rest spring, 80315, a tool rest main body spring guide rod, 804, a blade groove, 805, a first tool rest mounting groove, 806, a second tool rest mounting groove, 807, a jig mounting hole, 808, a jig pasting block groove, 809 and a jig pasting block.

Detailed Description

To explain the technical content, structural features, attained objects and effects of the present invention in detail, embodiments are described below in detail with reference to the accompanying drawings.

Referring to fig. 1, the invention discloses a fabricated type non-electric cold and hot toilet set, comprising an integrally formed fabricated type button-free toilet component, the fabricated type button-free toilet component is mounted on a ground 2 with a vertical sewage pipe 1 through a toilet mounting jig component 8, the fabricated type button-free toilet component comprises a toilet bowl part 3 and a water tank part 4, a cover plate seat component is fixedly connected right above the toilet bowl part 3, a cover plate upper cover 303 and a toilet seat cover component are hinged on the cover plate seat component, the cover plate seat component comprises a cover plate seat upper shell 301 and a cover plate seat lower shell 302 which are buckled together, the cover plate component comprises a cover plate upper half shell 304 and a cover plate lower half shell 305 which are buckled together, the cover plate upper half shell 304 and the cover plate lower half shell 305 are in an O-shaped structure according with ergonomics, a cavity is formed between the connection parts of the cover plate upper half shell 304 and the cover plate lower half shell 305, a cold and hot water bag 306 capable of feeding and discharging water is arranged in the cavity, and a first telescopic flusher 307 and a second telescopic flusher 308 are also arranged in the closestool part 3; the water tank part 4 comprises a water tank provided with a button-free water tank cover, a water tank water inlet component 5, a flushing valve component 6 and a non-electric water pressure power control valve component 7 are arranged in the water tank, the water tank water inlet component 5 is used for supplying water to the water tank and the cold and hot water bag 306, the flushing valve component 6 is used for flushing water to the closestool part 3, and the non-electric water pressure power control valve component 7 is used for controlling the water tank water inlet component 5 to inlet water and the flushing valve component 6 to flush water. The cold and warm water bag 306 is an elastic U-shaped bag structure, and both ends of the cold and warm water bag 306 are respectively provided with a cold and warm water bag water inlet and a cold and warm water bag water outlet.

As shown in fig. 1 and 2:

the bottom of the water tank is provided with a toilet bowl flushing port 309 with an inner groove, the flushing valve assembly 6 comprises a flushing valve housing 601 fixedly connected with the toilet bowl flushing port 309, the flushing valve housing 601 is a hollow cylinder which is opened up and down, the bottom of the flushing valve housing 601 is provided with a flushing water inlet 602, the side surface of the flushing valve housing 601 is provided with a plurality of flushing water outlets 603, a flushing valve flap slot 604 is arranged below the flushing water outlets 603, the side surface of the flushing valve housing 601 is also provided with a flushing valve overflow port 605 communicated with the flushing valve flap slot 604, the inner cavity of the flushing valve housing 601 is formed into a flushing valve power part accommodating cavity 606, and the inner wall of the flushing valve power part accommodating cavity 606 is provided with a plurality of vertically arranged limiting clamping;

a cylindrical flushing valve power part 608 is arranged in the flushing valve power part accommodating cavity 606, and a plurality of limiting clamping protrusions 609 matched with the limiting clamping grooves 607 are arranged on the outer wall of the flushing valve power part 608; the side walls of the flushing valve power part 608 and the flushing valve housing 601 are respectively provided with a first flushing valve power water inlet 610 and a second flushing valve power water inlet 611 which correspond to each other, and a first flushing valve power water outlet 622 and a second flushing valve power water outlet 623, and the first flushing valve power water inlet 610 and the second flushing valve power water inlet 611 are aligned and then communicated with a water supply pipeline through the non-electric water pressure power control valve component 7; a flushing switch shaft hole 612 is formed in the bottom of the flushing valve power piece 608, and a flushing switch shaft 613 penetrates through the flushing switch shaft hole 612;

a flushing switch shaft screw 614 is arranged at the upper end of the flushing switch shaft 613, a flushing switch sheet connecting piece 615 and a flushing switch sheet component 616 are sequentially arranged at the lower end of the flushing switch shaft 613, the flushing switch sheet component 616 is connected with the flushing valve switch sheet groove 604, and an elastic spring is sleeved outside the flushing switch shaft screw 614;

the last threaded connection of bath valve casing 601 has a bath valve housing cover 617, has seted up steam pressure export 618 on the bath valve housing cover 617, is equipped with the silica gel gasket 619 of band-pass hole in the steam pressure export 618, and the top that the bath valve housing cover 617 is located steam pressure export 618 articulates there is bath switch that falls fast control cover plate 620, has seted up bath switch that falls fast regulation hole 621 on the bath switch that falls fast control cover plate 620.

Referring to fig. 3:

the water tank inlet assembly 5 comprises a float valve assembly 501, a float valve switch 502 of the float valve assembly 501 is connected with a tee 503, a water tank inlet is formed in the bottom of the water tank, the tee 503 penetrates through the water tank inlet through a fixed sealing assembly 504 to be communicated with an external water supply pipeline, and the float valve assembly 501 is further connected with an overflow pipe 505 communicated with a flushing valve switch sheet groove 604.

Combining fig. 1 and fig. 4:

the non-hydraulic pressure power control valve assembly 7 comprises a first control valve 701, a second control valve 702 and a flushing control valve 703 of the cold and hot water bag arranged in the water tank, and a inching valve assembly and a double control valve assembly 708 arranged in the toilet cover assembly, wherein the inching valve assembly comprises a first inching valve 704, a second inching valve 705, a third inching valve 706 and a fourth inching valve 707.

As shown in fig. 5:

the first inching valve 704, the second inching valve 705, the third inching valve 706 and the fourth inching valve 707 all comprise inching valve main bodies 70401, the inching valve main bodies 70401 are three cuboids which are vertically arranged and sequentially connected, an inching valve water inlet 70402 and an inching valve water outlet 70403 penetrate through the cuboid in the middle, a vertically arranged inching valve water flow cavity 70404 is formed in the cuboid in the middle, vertically arranged inching valve bearing accommodating grooves 70405 are formed in the cuboids on two sides, an inching valve water outlet 70406 is formed in the inching valve water flow cavity 70404, the inching valve water outlet 70406 is communicated with the inching valve water inlet 70402, and the inching valve water flow cavity 70404 is communicated with the inching valve water outlet 70403; an inching valve linear bearing 70407 is arranged in the inching valve accommodating groove 70405, and an inching valve movable optical axis 70408 is arranged in a shaft hole of the inching valve linear bearing 70407; a lower inching valve spring guide roller 70409 connected with the main inching valve body 70401 is arranged below the central shaft of the main inching valve 70401, a lower inching valve moving plate spring 70410 is sleeved on the lower inching valve spring guide roller 70409, a lower inching valve moving plate 70411 matched with the bottom of the main inching valve 70401 is arranged below the lower inching valve moving plate spring 70410, two lower inching valve moving plate shaft holes 70412 coaxial with the inching valve bearing accommodating groove 70405 are formed in the lower inching valve moving plate 70411, the inching valve moving optical axis 70408 is fixedly connected into the lower inching valve moving plate shaft holes 70412, and a lower inching valve button 70413 is arranged below the lower inching valve moving plate 70411;

an inching valve middle connecting piece 70414 is arranged above the central shaft of the inching valve main body 70401, the inching valve middle connecting piece 70414 is a cylinder matched with the inching valve main body 70401 in shape, and an inching valve cover 70415 is connected to the inching valve middle connecting piece 70414; an inching valve middle connecting piece clapboard 70416 is arranged in the inching valve middle connecting piece 70414, and the inching valve middle connecting piece clapboard 70416 is provided with two inching valve middle connecting piece clapboard water flow holes 70417; the middle connecting piece 70414 of the inching valve is also provided with an inching valve middle connecting water column upper part 70418 along the axis, the middle connecting water column upper part 70418 of the inching valve is a hollow columnar structure, an inching valve water column passing spring 70419 is sleeved on the middle connecting water column upper part 70418 of the inching valve, and an inching valve rubber plug body 70420 and an inching valve rubber plug mouth 70421 are arranged on the inching valve water column passing spring 70419; an inching valve middle connecting piece water passing column lower part 70422 is further arranged in the inching valve middle connecting piece 70414, an inching valve middle connecting piece water passing column lower part 70422 is arranged in an inching valve water outlet 70406, and an inching valve cover sealing ring 70423 is arranged between the inching valve middle connecting piece 70414 and the inching valve cover 70415;

the inching valve cover 70415 is provided with an inching valve upper movable sheet 70424 matched with the top of the inching valve main body 70401, an inching valve upper button 70425 is arranged above the inching valve upper movable sheet 70424, and the inching valve upper button 70425 can press the inching valve rubber plug 70421.

As shown in fig. 6:

the double-control valve assembly 708 comprises a double-control valve main body 70801, the double-control valve main body 70801 is a horizontally arranged cuboid, a double-control valve water inlet 70802 and a double-control valve water outlet 70803 are arranged on the double-control valve main body 70801 in a penetrating mode, a double-control valve water flow cavity 70804 is arranged in the double-control valve main body 70801 in a horizontal mode, a double-control valve water outlet 70805 is arranged in the double-control valve water flow cavity 70804, the double-control valve water outlet 70805 is communicated with the double-control valve water inlet 70802, and the double-control valve water flow cavity 70804 is communicated; one side of the double control valve main body 70801 is provided with a double control valve middle connecting piece 70806, the double control valve middle connecting piece 70806 is a cylinder matched with the double control valve main body 70801 in shape, and the other side of the double control valve middle connecting piece 70806 is provided with a double control valve cover 70807; a double-control valve middle connecting piece partition plate 70808 and a double-control valve middle connecting water column upper part 70809 positioned in the center of the double-control valve middle connecting piece partition plate 70808 are arranged in the double-control valve middle connecting piece partition plate 7054, two double-control valve middle connecting piece partition plate water flow holes 70810 are arranged in the double-control valve middle connecting piece partition plate 70808, the double-control valve middle connecting water column upper part 70809 is of a hollow columnar structure, a double-control valve water column spring 70811 is sleeved on the double-control valve middle connecting water column upper part 70809, and a double-control valve rubber plug body 70812 and a double-control valve rubber plug nozzle 59; the double-control valve middle connecting piece 70806 is also provided with a double-control valve middle connecting piece water passing column lower part 70814, the double-control valve middle connecting piece water passing column lower part 70814 is sleeved in the double-control valve water outlet 70805 through a double-control valve middle connecting piece sealing ring, and a double-control valve sealing ring 70815 is arranged between the double-control valve middle connecting piece 70806 and the double-control valve cover 70807;

the double-control valve main body 70801 is externally provided with a double-control valve shell upper part 70816 and a double-control valve shell lower part 70817, a double-control valve screw shaft bearing 70818 which is horizontally arranged is arranged between the double-control valve shell upper part 70816 and the double-control valve shell lower part 70817, a double-control valve screw shaft optical axis 70819 is arranged in a shaft hole of the double-control valve screw shaft bearing 70818 in a penetrating manner, two ends of the double-control valve screw shaft optical axis 70819 are respectively formed into a double-control valve screw rod 70820 and a double-control valve screw rod gear 70821, a double-control valve screw rod with a plug screw slider 70822 is sleeved on the double-control valve screw rod 70820, a double-control valve slider plug button 70823 is arranged at the tail end of the double-control valve screw rod 70820, and the double-control valve screw; the double control valve slider plug button 70823 extends into the double control valve cover 70807 to press the rubber plug nozzle 70813 of the double control valve;

a double-control valve vertical rack main body 70824 is also arranged between the upper part 70816 of the double-control valve shell and the lower part 70817 of the double-control valve shell, a double-control valve vertical rack spring 70831 is arranged between the double-control valve vertical rack main body 70824 and the upper part 70816 of the double-control valve shell, and a double-control valve vertical rack 70825 matched with a double-control valve lead screw gear 70821 is arranged on the double-control valve vertical rack main body 70824; the double-control valve vertical rack main body 70824 is also provided with a double-control valve vertical rack main body sliding groove 70826, the double-control valve vertical rack main body sliding groove 70826 is connected with the upper part 70816 of the double-control valve shell through a double-control valve vertical rack main body sliding guide strip, and the upper part 70816 of the double-control valve shell is provided with a double-control valve upper button 70827; the double control valve vertical rack main body 70824 is further provided with a double control valve lower button 70828 and a double control valve vertical rack spring accommodating groove 70829, a double control valve lower button spring guide rod on the double control valve lower button 70828 penetrates through a double control valve lower button spring 70830 to be accommodated in the double control valve lower button limiting groove, and a double control valve lower button spring 70830 is accommodated in the double control valve vertical rack spring accommodating groove 70829; the lower part 70817 of the double control valve shell is connected with the upper double control valve shell connecting bulge arranged on the upper part 70816 of the double control valve shell through the lower double control valve shell connecting groove, and the elasticity of the lower double control valve button spring 70830 is greater than the sum of the elasticity of the vertical double control valve rack spring 70831 and the gravity of the vertical double control valve rack main body 70824;

the fourth traveling valve button on the fourth traveling valve 707 and the double control valve second button on the double control valve assembly 708 are in contact with the double-empty valve first button 310 arranged on the pedestal pan cover plate resting surface or the cover plate upper cover 303; the first, second, and third inching valve buttons protrude out of the surface of the toilet cover.

With reference to fig. 7-9, in conjunction with fig. 1:

a water tank toilet cover plate connecting hole 311 is formed in the position, corresponding to the cover plate seat assembly, of the side wall of the water tank, a first water divider 312 is arranged in the water tank toilet cover plate connecting hole 311, the first water divider 312 is in sealing treatment with the water tank toilet cover plate connecting hole 311, the first water divider 312 is respectively communicated with a first control valve 701 of a cold and hot water bag, a second control valve 702 of the cold and hot water bag and a flushing control valve 703 through a plurality of pipelines, the first water divider 312 is connected with a second water divider 313 through a water connecting pipe, the second water divider 313 is connected with a third water divider 314 through a pipeline, the first water divider 312 comprises a first water divider first water inlet 31201, a first water divider second water inlet 31202, a first water divider third water inlet 31203, a first water divider fourth water inlet 31204, a first water divider fifth water inlet 31205, a first water divider sixth water inlet 31206, a first, A first water divider second water discharge port 31208, a first water divider third water discharge port 31209, a first water divider fourth water discharge port 31210, a first water divider fifth water discharge port 31211, and a first water divider sixth water discharge port 31212; the second water divider 313 includes a second water divider first water inlet 31301, a second water divider second water inlet 31302, a second water divider third water inlet 31303, a second water divider first water outlet 31304, a second water divider second water outlet 31305 and a second water divider third water outlet 31306; the third water divider 314 comprises a third water divider water inlet 31401, a third water divider first water outlet 31402, a third water divider second water outlet 31403, a third water divider third water outlet 31404, a third water divider fourth water outlet 31405 and a third water divider fifth water outlet 31406;

the third water splitter 314 is communicated with the tee 503 through a second splitter first drain 31304, a second splitter first water inlet 31301 and a first splitter first drain 31207, the first splitter first water inlet 31201, a fourth inching valve 707 is connected to a third splitter fifth drain 31406, a third inching valve 706 is connected to a third splitter fourth drain 31405, a dual control valve assembly water inlet 70802 is connected to a third splitter third drain 31404, a second inching valve 705 is connected to a third splitter second drain 31403, and a first inching valve 704 drain is connected to a third splitter first drain 31402; the water inlet of the cold and hot water bag is connected with a second water distributor second water outlet 31305 and is connected with the main water outlet of the cold and hot water bag second control valve 702 through a second water distributor second water inlet 31302 and a first water distributor second water outlet 31305, and a first water distributor second water inlet 31202, and the water outlet of the cold and hot water bag is connected with a second water distributor third water inlet 31303, a second water distributor third water outlet 31306 and is further connected with a first water distributor third water inlet 31203 and a first water distributor third water outlet 31209; the water outlet of the fourth inching valve 707 is connected with a fifth water inlet 31205 of the first water separator, a fifth water outlet 31211 of the first water separator is connected with a inching water inlet of the second control valve 702 of the cold and hot water bag; the water outlet of the double control valve is connected with a sixth water inlet 31206 of the first water separator, a sixth water outlet 31212 of the first water separator is connected with a inching water inlet of a first control valve 701 of the cold and hot water bag; the water outlet of the third inching valve 706 is connected with a fourth water inlet 31204 of the first water separator, and a fourth water outlet 31210 of the first water separator is connected with the inching water inlet of the flushing control valve 703; the water outlet of the second inching valve 705 is connected with a second telescopic flusher 308; the water outlet of the first inching valve 704 is connected with the first telescopic flusher 307; the tee joint 503 is connected with a main water inlet of a first control valve 701 of the cold and hot water bag and a main water inlet of a flushing control valve 703, and a main water outlet of the first control valve 701 of the cold and hot water bag is connected with a main water inlet of a second control valve 702 of the cold and hot water bag; the flushing valve power water discharge port, the warm and cold water bag first control valve inching water discharge port, the flushing control valve inching water discharge port, the warm and cold water bag second control valve 702 inching water discharge port and the first water divider third water discharge port 31209 are all communicated with the water tank.

Compare fig. 10 and 11:

the bottom of the closestool part 3 is provided with at least two rings of rubber ring grooves 315 corresponding to the shape of the bottom of the closestool part 3, the bottom of the closestool part 3 is positioned within the range of the rubber ring grooves 315 and is provided with a closestool sewage outlet 316, a plurality of closestool glue injection inner holes 317 and a plurality of closestool mounting holes 318, and the position of the side wall of the closestool part 3 close to the bottom is provided with a plurality of closestool glue injection holes 319 communicated with the closestool glue injection inner holes 317; the toilet bowl installation jig assembly 8 comprises a jig main body 801, the jig main body 801 is of a structure corresponding to the shape of the bottom of a toilet bowl, a drain pipe trepanning 802 matched with the vertical drain pipe 1 is formed in the jig main body 801, a jig tool rest 803 is connected to the outer side of the jig main body 801, a knife edge groove 804 is formed in the position, close to the jig tool rest 803, of the drain pipe trepanning 802, away from the bottom surface of the jig main body 801, a first knife rest mounting groove 805 and a second knife rest mounting groove 806 are formed in two ends, located at the knife edge groove 804, of the jig main body 801, and the part, corresponding to the drain pipe trepanning 802, of the bottom surface; the jig body 801 is further provided with a plurality of vertically arranged jig mounting holes 807 and a jig pasting block groove 808, a jig pasting block 809 is arranged in the jig pasting block groove 808, and the bottom of the jig pasting block 809 is connected with the ground 2 through a double faced adhesive tape.

As shown in fig. 12:

the tool holder 803 comprises a U-shaped holder 80301, the two ends of the holder 80301 are provided with a first holder mounting foot 80302 and a second holder mounting foot 80303, and the first holder mounting foot 80302 and the second holder mounting foot 80303 are respectively mounted in a first holder mounting groove 805 and a second holder mounting groove 806; the inner side of the cutter rest outer frame 80301 is provided with two cutter rest slide rail grooves 80304 which are oppositely arranged, and the position of the cutter rest slide rail grooves 80304 close to the end part of the cutter rest outer frame 80301 is provided with a cutter rest limiting groove 80305; a tool rest main body 80306 is arranged in the tool rest outer frame 80301, tool rest main body slide rail protrusions 80307 matched with the tool rest slide rail grooves 80304 are formed on two sides of the tool rest main body 80306, a tool rest main body limiting protrusion 80308 matched with the tool rest limiting groove 80305 is arranged at one end, corresponding to the notch of the tool rest outer frame 80301, of the tool rest main body slide rail protrusions 80307, and a tool rest limiting rod 80309 is arranged at the outermost end of the tool rest limiting groove 80305; a blade accommodating cavity 80310 is formed in the tool holder main body 80306, a circular blade 80312 is arranged in the blade accommodating cavity 80310 through a blade shaft 80311 which is vertically arranged, and the edge of the blade 80312 is formed into a blade edge; the inner side of the knife rest outer frame 80301 is provided with a knife rest spring receiving groove 80313 arranged in parallel with the knife rest slide rail groove 80304, a knife rest spring 80314 arranged axially is arranged in the knife rest spring receiving groove 80313, and a knife rest main body spring guide stick 80315 which corresponds to the knife rest spring receiving groove 80313 and extends into the knife rest spring 80314 is arranged on the knife rest main body 80306.

Referring to the attached drawings of the specification, the installation process of the invention is as follows:

connecting components in a water tank of the toilet: the first water divider is clamped and sealed and bonded on a connecting hole of a cover plate of the water tank toilet, and a water inlet component of the water tank, a flushing valve component, a second control valve of the cold and hot water bag, a flushing control valve and a first control valve of the cold and hot water bag in the water tank are respectively connected with a water inlet and outlet of the water tank and the first water divider through pipes. Cutting a drain pipe and fixing an expansion bolt: sleeving a toilet bowl installation jig assembly on a sewage discharge pipe, tightly attaching the toilet bowl installation jig assembly to the ground, installing a jig tool rest on a jig main body of the toilet bowl installation jig assembly, and rotating for 360 DEG and 720 DEG to cut the pipe in order; then according to the position that toilet bowl needs the installation, with the isosceles triangle base alignment reference object of tool main part, paste the double faced adhesive tape protection paper of piece bottom with the tool and fill in the tool after tearing and put up a groove, paste the tool main part temporarily on the ground floor, will along the tool mounting hole, bore into the bottom surface layer with the drill bit, then implant expansion bolts respectively and remove the nut after fixed, remove toilet bowl installation tool subassembly again. Installing a toilet bowl: put into the position that the toilet bowl bottom corresponds in proper order with toilet bowl installation auxiliary material subassembly, then align three toilet bowl mounting hole respectively and implanted the bottom surface and remove the three expansion bolts of bolt, compress tightly according to reality, again from the downthehole toward the first rubber ring cell wall of toilet bowl of both sides toilet bowl injecting glue and the silica gel blowdown pipe connector of cover on the toilet bowl drain between fill solidifiable liquid adhesive, treat to gelatinize solid back, connect into the intaking again, accomplished the installation of toilet bowl.

Installing a toilet cover plate assembly: and connecting the assembled cold and hot water containing bags, valves, pipes, the cover plate upper cover, the cover plate seat assembly and the pipeline of the toilet seat cover assembly to the first water divider and fixing the first water divider on the resting surface of the toilet seat cover to complete installation.

The working process of the invention is as follows:

before the use, supposing that the original state of the toilet bowl is that the cover plate covers the toilet bowl cover plate component, the first button of the double-empty valve and the second button of the double-empty valve are in a simultaneously pressed state, the first control valve of the cold and hot water bag and the flushing control valve are both in a closed state, the second control valve of the cold and hot water bag is in an open state, and at the moment, water in the cold and hot water bag does not circulate. When in use, if female defecation or male defecation is supposed, the cover plate upper cover needs to be lifted, at the moment, the first button of the double-empty valve is lifted, the first control valve of the cold and hot water bag is opened, the cold and hot water bag is rapidly filled with water, and the cold and hot water is transferred to the toilet seat cover plate assembly; when a person sits on the toilet, the fourth movable valve button is pressed, the second control valve of the cold and hot water bag is changed into a flow limiting state from a water flowing state, water flow in the cold and hot water bag circulates slowly, and the aim of saving water is fulfilled while the temperature of the toilet cover plate assembly is kept. When the excrement is discharged, the third three-point valve button is pressed to control the flushing valve to flush, so that the functions of preventing splashing and taking away odor are achieved. When the male and female defecate is finished, the first inching valve button can be clicked, and the second telescopic flusher extends out of the drainage clean anus at the moment; when the female finishes urination, the button of the second inching valve is clicked, and at the moment, the first telescopic flusher stretches out to drain clean vulva. After urination and defecation are finished and flushing is finished, the third three-point valve button is pressed to control the flushing valve to flush, the cover plate upper cover is covered at the moment, the double-empty-valve first button and the double-empty-valve second button are in a simultaneously pressed state, the cold and hot water bag is not heated, and the state before use is recovered.

In use, if a male urinates, the cover plate upper cover and the toilet seat cover plate assembly need to be lifted up simultaneously, the first button of the double-empty valve and the second button of the double-empty valve are lifted up simultaneously, the first control valve of the cold and hot water bag is closed, and the cold and hot water bag is not heated. After the male urinates, the third stop valve button is clicked, the flushing control valve flushes water, then the cover plate upper cover and the toilet seat cover plate component are put down simultaneously, and the state before the male urinates is recovered.

It should be understood that the above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, so that the equivalent changes and modifications made in the light of the above disclosure and the appended claims are all within the scope of the present invention.

Claims

1. The utility model provides an assembly type electroless can cold and hot toilet bowl suit, includes integrated into one piece's assembly type button-free toilet bowl subassembly, its characterized in that: the assembly type button-free toilet bowl component is installed on the ground (2) with a vertical sewage draining pipe (1) through a toilet bowl installation jig component (8), the assembly type button-free toilet bowl component comprises a toilet bowl part (3) and a water tank part (4), a cover plate seat component is fixedly connected right above the toilet bowl part (3), an upper cover plate (303) and a toilet bowl cover component are hinged to the cover plate seat component, the toilet bowl cover component comprises an upper cover plate half shell (304) and a lower cover plate half shell (305) which are buckled together, a cavity is formed between the connecting parts of the upper cover plate half shell (304) and the lower cover plate half shell (305), a cold and hot water bag (306) capable of water inlet and outlet is arranged in the cavity, and a cold and hot water bag water inlet and a cold and hot water bag outlet are respectively arranged on the cold and hot water bag (306);

the water tank part (4) comprises a water tank provided with a button-free water tank cover, a water tank water inlet assembly (5), a flushing valve assembly (6) and a non-electric hydraulic pressure power control valve assembly (7) are arranged in the water tank, the water tank water inlet assembly (5) is used for supplying water to the water tank and the cold and hot water bag (306), the flushing valve assembly (6) is used for flushing the toilet part (3), and the non-electric hydraulic pressure power control valve assembly (7) is used for controlling the water tank water inlet assembly (5) to feed water and the flushing valve assembly (6) to flush water;

the non-electric hydraulic pressure power control valve assembly (7) comprises a first cold and hot water bag control valve (701), a second cold and hot water bag control valve (702), a flushing control valve (703) and a inching valve assembly and a double control valve assembly (708) which are arranged in the water tank, wherein the inching valve assembly comprises a first inching valve (704), a second inching valve (705), a third inching valve (706) and a fourth inching valve (707);

the first inching valve (704), the second inching valve (705), the third inching valve (706) and the fourth inching valve (707) all comprise inching valve main bodies (70401), inching valve water inlets (70402) and inching valve water outlets (70403) penetrate through the inching valve main bodies (70401), and inching valve water power control assemblies are arranged in the inching valve main bodies (70401); the double-control valve assembly (708) comprises a double-control valve main body (70801), a double-control valve water inlet (70802) and a double-control valve water outlet (70803) are arranged on the double-control valve main body (70801) in a penetrating mode, and a double-control valve water power control assembly is arranged in the double-control valve main body (70801);

the inching valve comprises an inching valve body (70401), an inching valve water power control assembly, an inching valve water flow cavity (70404) and inching valve bearing accommodating grooves (70405), wherein the three cuboids are vertically arranged and sequentially connected, the inching valve water power control assembly comprises a vertically arranged inching valve water flow cavity (70404) formed in the middle cuboid and vertically arranged inching valve bearing accommodating grooves (70405) formed in cuboids on two sides, an inching valve water outlet (70406) is formed in the inching valve water flow cavity (70404), the inching valve water outlet (70406) is communicated with an inching valve water inlet (70402), and the inching valve water flow cavity (70404) is communicated with an inching valve water outlet (70403; an inching valve linear bearing (70407) is arranged in the inching valve bearing accommodating groove (70405), and an inching valve movable optical axis (70408) is arranged in an axle hole of the inching valve linear bearing (70407); the lower spring guide roller (70409) of the inching valve is arranged below the central shaft of the main body (70401) of the inching valve and connected with the main body (70401), the lower spring guide roller (70409) of the inching valve is sleeved with a lower inching valve movable plate spring (70410), the lower part of the lower inching valve movable plate spring (70410) is provided with a lower inching valve movable plate (70411) matched with the bottom of the main body (70401), the lower inching valve movable plate (70411) is provided with two lower inching valve movable plate shaft holes (70412) coaxial with an inching valve bearing accommodating groove (70405), the movable optical axis (70408) of the inching valve is fixedly connected in the lower inching valve movable plate shaft hole (70412), and a lower inching valve button (70413) is arranged below the lower inching valve movable plate (70411);

an inching valve middle connecting piece (70414) is arranged above a central shaft of the inching valve main body (70401), and an inching valve cover (70415) is connected to the inching valve middle connecting piece (70414); an inching valve middle connecting piece clapboard (70416) is arranged in the inching valve middle connecting piece (70414), and the inching valve middle connecting piece clapboard (70416) is provided with two inching valve middle connecting piece clapboard water flow holes (70417); the inching valve middle connecting piece (70414) is further provided with an inching valve middle connecting water column upper part (70418) along the axis, the inching valve middle connecting water column upper part (70418) is of a hollow structure, an inching valve water column passing spring (70419) is sleeved on the inching valve middle connecting water column upper part (70418), and an inching valve rubber plug body (70420) and an inching valve rubber plug nozzle (70421) are arranged on the inching valve water column passing spring (70419); a water column lower part (70422) of an intermediate connecting piece of the inching valve is further arranged in the intermediate connecting piece (70414) of the inching valve, the water column lower part (70422) of the intermediate connecting piece of the inching valve is arranged in the water outlet (70406) of the inching valve, and an inching valve cover sealing ring (70423) is arranged between the intermediate connecting piece (70414) of the inching valve and the inching valve cover (70415);

an upper inching valve movable sheet (70424) matched with the top of the inching valve main body (70401) is arranged on the inching valve cover (70415), an upper inching valve button (70425) is arranged above the upper inching valve movable sheet (70424), and the rubber plug nozzle (70421) of the inching valve can be pressed by the upper inching valve button (70425);

the double-control valve water power control assembly comprises a double-control valve water flow cavity (70804) which is horizontally arranged and arranged in a double-control valve main body (70801), a double-control valve water inlet (70805) is arranged in the double-control valve water flow cavity (70804), the double-control valve water inlet (70805) is communicated with the double-control valve water inlet (70802), and the double-control valve water flow cavity (70804) is communicated with the double-control valve water outlet (70803); one side of the double-control valve main body (70801) is provided with a double-control valve middle connecting piece (70806), and the other side of the double-control valve middle connecting piece (70806) is provided with a double-control valve cover (70807); a double-control valve middle connecting piece partition plate (70808) and a double-control valve middle connecting water column upper part (70809) positioned in the center of the double-control valve middle connecting piece partition plate are arranged in the double-control valve middle connecting piece (70806), two double-control valve middle connecting piece partition plate water flow holes (70810) are formed in the double-control valve middle connecting piece partition plate (70808), the double-control valve middle connecting water column upper part (70809) is of a hollow structure, a double-control valve water column spring (70811) is sleeved on the double-control valve middle connecting water column upper part (70809), and a double-control valve rubber plug body (70812) and a double-control valve rubber plug nozzle (70813) are arranged on the double-control valve water column spring; the double-control valve middle connecting piece (70806) is also provided with a double-control valve middle connecting piece water column lower part (70814), the double-control valve middle connecting piece water column lower part (70814) is sleeved in the double-control valve water inlet (70805) through a double-control valve middle connecting piece sealing ring, and a double-control valve sealing ring (70815) is arranged between the double-control valve middle connecting piece (70806) and the double-control valve cover (70807);

the double-control valve main body (70801) is externally provided with a double-control valve outer shell upper part (70816) and a double-control valve outer shell lower part (70817), a horizontally arranged double control valve screw rod bearing (70818) is arranged between the upper part (70816) of the double control valve outer shell and the lower part (70817) of the double control valve outer shell, a double-control valve lead screw optical axis (70819) is arranged in the shaft hole of the double-control valve lead screw bearing (70818) in a penetrating way, two ends of the optical axis (70819) of the double-control valve screw rod are respectively molded into a double-control valve screw rod (70820) and a double-control valve screw rod gear (70821), a double-control valve screw rod (70820) is sleeved with a double-control valve screw nut sliding block (70822) with a plug, the tail end of the double control valve screw rod (70820) is provided with a double control valve sliding block plug button (70823), the double-control valve with the plug screw nut sliding block (70822) can change the rotary motion of the double-control valve screw rod gear (70821) into the transverse linear motion of a double-control valve sliding block plug button (70823); the double control valve slider plug button (70823) extends into the double control valve cover (70807) to press the double control valve rubber plug nozzle (70813);

a double-control valve vertical rack main body (70824) is further arranged between the upper part (70816) of the double-control valve shell and the lower part (70817) of the double-control valve shell, a double-control valve vertical rack spring (70831) is arranged between the double-control valve vertical rack main body (70824) and the upper part (70816) of the double-control valve shell, and a double-control valve vertical rack (70825) matched with the double-control valve lead screw gear (70821) is arranged on the double-control valve vertical rack main body (70824); the double-control valve vertical rack main body (70824) is also provided with a double-control valve vertical rack main body sliding groove (70826), the double-control valve vertical rack main body sliding groove (70826) is connected with the upper part (70816) of the double-control valve shell through a double-control valve vertical rack main body sliding guide strip, and the upper part (70816) of the double-control valve shell is provided with a double-control valve upper button (70827); the double-control valve vertical rack main body (70824) is further provided with a double-control valve lower button (70828) and a double-control valve vertical rack spring accommodating groove (70829), a double-control valve lower button spring guide stick on the double-control valve lower button (70828) penetrates through a double-control valve lower button spring (70830) to be accommodated in a double-control valve lower button limiting groove, and the double-control valve lower button spring (70830) is accommodated in a double-control valve vertical rack spring accommodating groove (70829); the lower part (70817) of the double-control valve shell is connected with a double-control valve upper shell connecting bulge arranged on the upper part (70816) of the double-control valve shell through a double-control valve lower shell connecting groove, and the elasticity of the double-control valve lower button spring (70830) is greater than the sum of the elasticity of the double-control valve vertical rack spring (70831) and the gravity of the double-control valve vertical rack main body (70824);

a fourth traveling valve button on the fourth traveling valve (707) and a double control valve second button on the double control valve component (708) are contacted with a double-empty valve first button (310) arranged on a placing surface of a toilet seat cover plate or a cover plate upper cover (303); the buttons of the first inching valve (704), the second inching valve (705), and the third inching valve (706) protrude out of the surface of the toilet lid;

the bottom of the closestool part (3) is provided with at least two rings of rubber ring grooves (315) corresponding to the bottom of the closestool part (3) in shape, the bottom of the closestool part (3) is positioned within the range of the rubber ring grooves (315) and is provided with a closestool sewage outlet (316), a plurality of closestool glue injection inner holes (317) and a plurality of closestool mounting holes (318), and the side wall of the closestool part (3) is provided with a plurality of closestool glue injection holes (319) communicated with the closestool glue injection inner holes (317) at the position close to the bottom;

the toilet bowl installation jig assembly (8) comprises a jig main body (801), wherein the jig main body (801) is of a structure corresponding to the shape of the bottom of the toilet bowl, a sewage pipe sleeve hole (802) matched with the vertical sewage pipe (1) is formed in the jig main body (801), a jig tool rest (803) is connected to the outer side of the jig main body (801), a knife edge groove (804) is formed in the position, close to the jig tool rest (803), of the bottom surface of the jig main body (801), of the sewage pipe sleeve hole (802), a first knife rest mounting groove (805) and a second knife rest mounting groove (806) are formed in the two ends, located at the knife edge groove (804), of the jig main body (801), and the part, corresponding to the sewage pipe sleeve hole (802), of the bottom surface of the jig main body (801) is lower than other parts of the bottom surface of the jig main body (801); the jig main body (801) is further provided with a plurality of vertically arranged jig mounting holes (807) and jig pasting block grooves (808), jig pasting blocks (809) are arranged in the jig pasting block grooves (808), and the bottoms of the jig pasting blocks (809) are connected with the ground (2) through double-sided adhesive tapes;

the jig tool rest (803) comprises a tool rest outer frame (80301), two ends of the tool rest outer frame (80301) are provided with a first tool rest mounting foot (80302) and a second tool rest mounting foot (80303), and the first tool rest mounting foot (80302) and the second tool rest mounting foot (80303) are respectively mounted in the first tool rest mounting groove (805) and the second tool rest mounting groove (806); two cutter rest slide rail grooves (80304) which are oppositely arranged are formed in the inner side of the cutter rest outer frame (80301), and cutter rest limiting grooves (80305) are formed in the positions, close to the end parts of the cutter rest outer frame (80301), of the cutter rest slide rail grooves (80304); a tool rest main body (80306) is arranged in the tool rest outer frame (80301), tool rest main body slide rail protrusions (80307) matched with the tool rest slide rail grooves (80304) are formed on two sides of the tool rest main body (80306), a tool rest main body limiting protrusion (80308) matched with the tool rest limiting groove (80305) is arranged at one end, corresponding to the notch of the tool rest outer frame (80301), of the tool rest main body slide rail protrusions (80307), and a tool rest limiting rod (80309) is arranged at the outermost end of the tool rest limiting groove (80305); a blade containing cavity (80310) is formed in the tool rest main body (80306), a circular blade (80312) is arranged in the blade containing cavity (80310) through a blade shaft (80311) which is vertically arranged, and the edge of the blade (80312) is formed into a blade edge; the inner side of the knife rest outer frame (80301) is provided with a knife rest spring accommodating groove (80313) which is arranged in parallel with the knife rest slide rail groove (80304), a knife rest spring (80314) which is arranged axially is arranged in the knife rest spring accommodating groove (80313), and a knife rest main body spring guide stick (80315) which corresponds to the knife rest spring accommodating groove (80313) and extends into the knife rest spring (80314) is arranged on the knife rest main body (80306).

2. The assembled electroless coolable toilet set according to claim 1, wherein: the bottom of the water tank is provided with a toilet flushing port (309) with an inner groove; the flushing valve component (6) comprises a flushing valve shell (601) fixedly connected to a flushing port (309) of the toilet bowl, the flushing valve shell (601) is of a hollow structure which is opened up and down, a flushing water inlet (602) is formed in the bottom of the flushing valve shell (601), a plurality of flushing water outlets (603) are formed in the side surface of the flushing valve shell (601), a flushing valve switch sheet groove (604) is formed below the flushing water outlets (603), a flushing valve overflow port (605) communicated with the flushing valve switch sheet groove (604) is further formed in the side surface of the flushing valve shell (601), an internal cavity of the flushing valve shell (601) is formed into a flushing valve power part accommodating cavity (606), and a plurality of vertically arranged limiting clamping grooves (607) are formed in the inner wall of the flushing valve power part accommodating cavity (606);

a cylindrical flushing valve power part (608) is arranged in the flushing valve power part accommodating cavity (606), and a plurality of limiting clamping protrusions (609) matched with the limiting clamping grooves (607) are arranged on the outer wall of the flushing valve power part (608); the side walls of the flushing valve power part (608) and the flushing valve shell (601) are respectively provided with a first flushing valve power water inlet (610) and a second flushing valve power water inlet (611) which correspond to each other, and a first flushing valve power water outlet (622) and a second flushing valve power water outlet (623), and the first flushing valve power water inlet (610) and the second flushing valve power water inlet (611) are aligned and then communicated with a water supply pipeline through the non-electric water pressure power control valve component (7); a flushing switch shaft hole (612) is formed in the bottom of the flushing valve power part (608), and a flushing switch shaft (613) penetrates through the flushing switch shaft hole (612);

a flushing switch shaft screw thread (614) is arranged at the upper end of the flushing switch shaft (613), a flushing switch sheet connecting piece (615) and a flushing switch sheet component (616) are sequentially arranged at the lower end of the flushing switch shaft (613), the flushing switch sheet component (616) is connected with the flushing valve switch sheet groove (604), and an elastic spring is sleeved outside the flushing switch shaft screw thread (614);

the water flushing valve is characterized in that a water flushing valve shell cover (617) is connected to the water flushing valve shell (601) in a threaded mode, a water vapor pressure outlet (618) is formed in the water flushing valve shell cover (617), a silica gel gasket (619) with a through hole is arranged in the water vapor pressure outlet (618), the water flushing valve shell cover (617) is located above the water vapor pressure outlet (618) in a hinged mode, a water flushing switch falling speed control cover plate (620) is hinged to the top of the water vapor pressure outlet (618), and a water flushing switch falling speed adjusting hole (621) is formed in the water flushing switch falling speed control cover plate (.

3. The assembled electroless coolable toilet set according to claim 2, wherein: the water tank water inlet assembly (5) comprises a floating valve assembly (501), a floating valve switch (502) of the floating valve assembly (501) is connected with a tee joint (503), a water tank water inlet is formed in the bottom of the water tank, the tee joint (503) penetrates through the water tank water inlet through a fixed sealing assembly (504) to be communicated with an external water supply pipeline, and the floating valve assembly (501) is further connected with an overflow pipe (505) communicated with a flushing valve switch piece groove (604).

4. The assembled electroless coolable toilet set according to claim 3, wherein: the toilet bowl part (3) is further provided with a first telescopic flusher (307) and a second telescopic flusher (308), a water tank toilet bowl cover plate connecting hole (311) is formed in the position, corresponding to the cover plate seat assembly, of the side wall of the water tank, a first water divider (312) is arranged in the water tank toilet bowl cover plate connecting hole (311), the first water divider (312) and the water tank toilet bowl cover plate connecting hole (311) are subjected to sealing treatment, the first water divider (312) is respectively communicated with the cold and hot water bag first control valve (701), the cold and hot water bag second control valve (702) and the flushing control valve (703) through a plurality of pipelines, the first water divider (312) is connected with the second water divider (313) through a connecting water pipe piece, and the second water divider (313) is connected with a third water divider (314) through a pipeline;

the first water divider (312) is provided with a first water divider first water inlet (31201), a first water divider second water inlet (31202), a first water divider third water inlet (31203), a first water divider fourth water inlet (31204), a first water divider fifth water inlet (31205), a first water divider sixth water inlet (31206), a first water divider first water outlet (31207), a first water divider second water outlet (31208), a first water divider third water outlet (31209), a first water divider fourth water outlet (31210), a first water divider fifth water outlet (31211) and a first water divider sixth water outlet (31212); the second water divider (313) is provided with a first water inlet (31301) of the second water divider, a second water inlet (31302) of the second water divider, a third water inlet (31303) of the second water divider, a first water outlet (31304) of the second water divider, a second water outlet (31305) of the second water divider and a third water outlet (31306) of the second water divider; a third water distributor water inlet (31401), a third water distributor first water outlet (31402), a third water distributor second water outlet (31403), a third water distributor third water outlet (31404), a third water distributor fourth water outlet (31405) and a third water distributor fifth water outlet (31406) are arranged on the third water distributor (314);

said third water diverter (314) being in communication with said tee junction (503) through said second diverter first drain port (31304), second diverter first water inlet (31301), and first diverter first drain port (31207), said first diverter first water inlet (31201), said fourth inching valve (707) water inlet being connected to said third diverter fifth drain port (31406), said third inching valve (706) water inlet being connected to said third diverter fourth drain port (31405), said dual control valve water inlet (70802) being connected to said third diverter third drain port (31404), said second inching valve (705) drain port being connected to said third diverter second drain port (31403), said first inching valve (704) drain port being connected to said third diverter first drain port (31402); the water inlet of the cold and hot water bag is connected with the second water separator second water outlet (31305) and is connected with the main water outlet of the cold and hot water bag second control valve (702) through the second water separator second water inlet (31302) and the first water separator second water outlet (31208), the first water separator second water inlet (31202) is connected with the main water outlet of the cold and hot water bag second control valve (702), the cold and hot water bag water outlet is connected with the second water separator third water inlet (31303), the second water separator third water outlet (31306) is connected with the first water separator third water inlet (31203) and the first water separator third water outlet (31209); the water outlet of the fourth inching valve (707) is connected with a fifth water inlet (31205) of the first water divider, and the fifth water outlet (31211) of the first water divider is further connected with a inching water inlet of a second control valve (702) of the cold and hot water bag; the water outlet of the double control valve is connected with a sixth water inlet (31206) of the first water divider, and the sixth water outlet (31212) of the first water divider is connected with a inching water inlet of a first control valve (701) of the cold and hot water bag; the water outlet of the third three-point valve (706) is connected with the fourth water inlet (31204) of the first water divider, and the fourth water outlet (31210) of the first water divider is further connected with the inching water inlet of the flushing control valve (703); the water outlet of the second inching valve (705) is connected with the second telescopic flusher (308); the first inching valve (704) drain is connected with the first telescopic flusher (307); the tee joint (503) is connected with a main water inlet of the cold and hot water bag first control valve (701) and a main water inlet of the flushing control valve (703), and a main water outlet of the cold and hot water bag first control valve (701) is connected with a main water inlet of the cold and hot water bag second control valve (702); the first flushing valve power water outlet, the second flushing valve power water outlet, the inching water outlet of the cold and hot water bag first control valve, the inching water outlet of the flushing control valve, the inching water outlet of the cold and hot water bag second control valve (702) and the first water distributor third water outlet (31209) are communicated with the water tank.