CN110575091A

CN110575091A - Manual all-dimensional flushing toilet lid and water-saving exhaust toilet all-in-one machine

Info

Publication number: CN110575091A
Application number: CN201810647052.6A
Authority: CN
Inventors: 石伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-06-11
Filing date: 2018-06-11
Publication date: 2019-12-17

Abstract

A manual omnibearing flushing toilet cover and water-saving exhaust toilet integrated machine, this integrated machine uses the simple aggregate unit, finish the flexible switch by 3 hand grips, the waterflow is strong and weak arbitrarily, omnibearing flushing, etc. complete set washes movements; the tubular annular water container has no residual water and is mixed with new water, so that the washing water is warm and clean; the body can be washed in place at will without moving the body, and the use is more humanized; the closestool of the all-in-one machine has no built-in sewage discharge pipeline and flushing-assisting pipe opening, water is not needed to be flushed, dirt can be automatically discharged only by cleaning accumulated water left, the blockage is avoided, water is only needed to be used for flushing the inner wall of the closestool as water seal, and the water is saved by about 70% compared with the existing closestool; the air is exhausted from the water outlet of the toilet through the overflow pipe, so that the indoor air is kept fresh. The high-quality practical performance and the outstanding water-saving function of the intelligent closestool surpass those of the existing intelligent closestool, and the intelligent closestool has low manufacturing cost, so that Chinese people can enjoy the flushing closestool with independent intellectual property rights and higher cost performance.

Description

Manual all-dimensional flushing toilet lid and water-saving exhaust toilet all-in-one machine

Technical Field

The invention relates to an article for a toilet, in particular to a toilet cover and toilet integrated machine, and particularly relates to a manual all-dimensional flushing toilet cover and water-saving exhaust toilet integrated machine.

Background

The existing high-grade intelligent flushing closestool cover and closestool integrated machine has the defects that the fixed-point flushing mode cannot be suitable for people with different shapes, the periphery of a flushing point cannot be flushed in place, the body is required to be moved for matching, the flushing toilet is uncomfortable, the initial temperature of flushing water for women is low, and residual water in a container is unsanitary; because all the buttons are used for operation, people with poor eyesight are very inconvenient to use; the siphon method for flushing and discharging sewage needs a large amount of flushing-assisting water, wastes water, is easy to block and has poor deodorization effect.

Disclosure of Invention

In order to provide a water flushing and bathing integrated closestool which is more convenient to operate and more humanized to use, the invention provides a manual omnibearing flushing integrated closestool cover and water-saving and air-exhausting machine, an operation table surface of the integrated machine is provided with two buttons for adjusting water temperature and gasket temperature, a switch handle is arranged on the outer side surface of the operation table, and an outer layer shaft tube provided with a water jet is controlled to extend and contract; a push-pull rod for controlling the flushing intensity switch of the front and the rear water nozzles is arranged at the back of the operating handle and close to the outer side, so that the female water is ensured to be warm clean fresh water; the operating handle can flush water in all directions according to the required angle, and the body can be flushed at will without moving the body, so that the toilet is cleaner and more comfortable.

The closestool of the all-in-one machine has no built-in sewage discharge pipe and flushing assisting pipe orifice, saves water by about 70 percent compared with the prior closestool, can not be blocked, and can exhaust air automatically to make indoor air fresh. The manufacturing process is simple, the selling price is low, Chinese people can enjoy the high-quality all-in-one machine, and a large amount of water resources are saved.

In order to overcome the defects of the intelligent closestool cover of the existing intelligent closestool all-in-one machine, the invention adopts the technical scheme that: the rear part of a long box type operation table at the outer side of the toilet seat is connected with a machine cabin box and a water tank at the back of a toilet cover into a whole, durable pipes with required specifications are used as 'operation shafts' in the operation table box, and shafts are arranged at two ends of the operation shafts and are positioned in the operation table box by shaft sleeves to be close to an upper table surface; a movable gap of an operating handle rod with through upper and lower surfaces is arranged on the operating shaft close to the front end, shaft holes for positioning the operating handle rod are arranged on two side surfaces of the gap, and the operating handle rod is installed and positioned by a transverse shaft; a swing rod vertical shaft is arranged at the position, close to the outer side edge of the operating shaft, behind the operating handle rod, an upper shaft sleeve and a lower shaft sleeve of the vertical shaft are positioned on an upper panel and a lower panel which correspond to each other in the operating table box, one end of an upper swing rod arranged on the vertical shaft is extended out of a reserved movable gap at the outer side edge of the operating table box and then is upward vertical, a switch handle is arranged, and a button switch arranged at the upper end of the switch handle is connected with a warm air switch; the lower swing rod at the other end is vertically arranged in an operating console box upwards to form a shaft sleeve vertical shaft at one end of a control pull rod, the shaft sleeve at the other end of the control pull rod is connected with a swing rod short rod end on a rear spherical positioning shaft in a shaft coupling mode, a shaft sleeve is arranged at the swing rod long rod end at the other side of the rear spherical positioning shaft in a shaft coupling mode with the other end of a movable pull rod of the positioning shaft below the sliding frame, and a sliding gap of the positioning shaft below the sliding frame is arranged on the lower plate surface of; the sliding frame is provided with a rear end shaft of an outer layer shaft tube for positioning the flushing pipe by a fixed shaft sleeve, and a telescopic shaft sleeve of the outer layer shaft tube is arranged to frame the front half section of the outer layer shaft tube.

The upper proper position of the pull rod shaft hole at the lower end of the operating handle is provided with a spring hanging hole for fixing one end of a left positioning spring and one end of a right positioning spring, the other ends of the left positioning spring and the right positioning spring are respectively fixed on inner wall hanging parts corresponding to two sides in the operating table box, the operating handle rod is flexibly positioned at the middle line position of a movable gap of the handle rod on the operating table box surface by the left positioning spring and the right positioning spring, and a rubber waterproof and dustproof sleeve is arranged on the movable gap and the operating handle rod.

The shaft hole at the lower end of the operating handle rod is provided with a shaft sleeve connected with one end of a pulling rod transverse shaft in a shaft connection mode, the other end of the pulling rod is connected with a spherical shaft sleeve arranged below the outer end shaft of the pulling rod transverse shaft, the pulling rod transverse shaft is positioned by the shaft sleeves at two ends, an upper pulling rod and a lower pulling rod extending out are arranged on the upper surface and the lower surface of the other end of the pulling rod transverse shaft, the upper pulling rod and the lower pulling rod extend through the upper surface and the lower surface of the outer layer shaft tube; the lower part of the rear section of the operating shaft is provided with a shaft sleeve which is connected with one end of a transverse pull rod, the other end of the transverse pull rod is correspondingly connected with the shaft sleeve arranged on a positioning shaft of the notch deflector rod, and two ends of the positioning shaft are sleeved on a supporting rod on the chute and a telescopic port shaft sleeve of an outer layer shaft tube.

The back of the operating handle is arranged on the operating table panel close to the outer side of the operating tube, a movable gap of the push-pull rod is arranged, two side surfaces of the gap are provided with shaft sleeves for positioning a transverse shaft of the push-pull rod, the lower end of the push-pull rod is provided with a shaft sleeve connected with one end of a link rod of the push-pull rod, the other end of the link rod is connected with one end of a swinging rod of a water jet switch through a shaft, the other end of the swinging rod is connected with a small connecting link rod.

A ball wheel which is matched with the inner diameter of the front end of the outer layer shaft tube and can rotate is arranged, two ends of a central shaft of the ball wheel are positioned in shaft holes arranged on the inner walls of two sides of a pipe orifice at the front end of the outer layer shaft tube, a protruding front water spraying port and a protruding back water spraying port are arranged on a long section at the front end of the ball wheel, and a water pipe interface of the front water spraying port and the back water spraying port is arranged behind the ball wheel; the front and the rear water spraying openings are respectively provided with a thin rubber cover with the shape matched with the raised water spraying opening, the rear end of the thin rubber cover is slightly arc-shaped and positioned at the rear edge of the water spraying opening, so that the thin rubber cover is easily opened when the water spraying opening is flushed and the flushing is not influenced, and the thin rubber cover is restored to be closed when the water is cut off. A ball wheel with the same size as the water spray ball wheel is arranged to serve as a swing rod ball wheel, a winding shaft-shaped groove is formed in one circle of the inner side half face of the swing rod ball wheel to serve as two water hose pipe channels, and a central shaft of the swing rod ball wheel is arranged in shaft holes in two side walls in an outer layer shaft pipe corresponding to the circle center of a transverse shaft of the driving lever; the water jet ball wheel is connected with the swing rod ball wheel through a small pull rod, the small pull rod is provided with two ends of a shaft hole, the two ends of the small pull rod are arranged in pull rod movable reserved grooves which are arranged below the two ball wheels and close to the outer side surface of the center, the shaft holes at the two ends of the pull rod penetrate through the two ball reserved grooves through shaft nails, the shaft nails are positioned on the two ball wheels, and the shaft nails and the central shafts of the two ball wheels are in the same direction.

If the front section of the outer layer shaft tube is designed into a square tube, the water spraying ball wheel and the swing rod ball wheel are changed into a water spraying roller wheel and a swing rod roller wheel. An upper swing rod and a lower swing rod are arranged on the swing rod ball wheel, swing rod movable gaps reserved on the corresponding upper pipe wall and the corresponding lower pipe wall are extended out, and a section of the surface layer of the outer layer shaft tube is extended out; a seat is arranged and positioned behind an upper swing rod of an outer layer shaft tube, the seat is bent forwards at a right angle to form a parallel swing rod at a position higher than the upper swing rod, the front end of the swing rod is tilted upwards to a required height, the parallel swing rod is limited by slide rail railings positioned by support rods at two sides on a slide way before the outer layer shaft tube does not extend out, and when the outer layer shaft tube extends out in place, the extended upper swing rod and the extended lower swing rod are vertically attached to an upper deflector rod and a lower deflector rod extending out of the outer; the rear section of the parallel swing rod is separated from the limitation of the opening-shaped front end of the slide rail railing, and the front section of the parallel swing rod is also extended into the notch of the notch shift lever in advance.

A shaft sleeve for receiving and releasing a tubular shaft of the swing rod is arranged at a proper position on the upper side surface of the rear support of the chute groove, and a rear pull swing rod balance spring positioned on the tubular shaft sleeve is arranged on the swing rod; a swing rod positioning power-assisted spring is arranged below the shaft of the retractable swing rod pipe.

Two hoses of the front and the rear water spraying ports are butted, the leading-out sections at the rear ends of the outer layer shaft tubes are loosely positioned at the upper ends of the retractable swing rods, the two hoses are led to the lower ends of the swing rods from the upper ends of the swing rods and are respectively connected with water outlet pipe orifices below tubular annular containers in lattices at the two ends of the water tank through two-way switches of a hot water pump; a heater is arranged in the central space of the tubular annular container; the water inlet of the tubular annular container of the water jet before supplying water is provided with an input switch of a female water purifying medicament; the grids at the two ends of the water tank are provided with movable covers.

The water-saving exhaust closestool only has a water outlet pipe arranged inside, the closestool is bent from a concave point at the bottom to a rear oblique lower part to form a sewage discharge pipe orifice, the pipe orifice is sleeved with a section of durable rubber pipe with smooth inner wall and good extension elasticity, the upper half surface of the rubber pipe is provided with a plurality of arc-shaped rubber ridges, the rear end of the rubber pipe is sleeved on a bent head, an arc-shaped rubber pipe supporting plate is arranged below the rubber pipe, two ends of a front cross beam and a rear cross beam of the supporting plate are positioned at corresponding positions on the inner sides of two side panels of a shaft roller undercarriage, and a shaft at the rear end of the shaft roller undercarriage; screw holes with inner clamping edges are arranged at the joints of the two side panels and the rear edge of the closestool and are matched with reserved nail holes at the rear edge of the closestool; a spool-shaped shaft roller is wound, and is positioned at the front ends of two frames of the undercarriage by a shaft and is positioned below the middle section of the soft rubber pipe; a section of pipe barrel is arranged at the central point of the drain valve of the water tank and the corresponding central point of the transverse shaft of the two frames of the undercarriage.

The lower section of the short pull rod is movably inserted into the pipe barrel and movably sleeved with the pipe barrel, and a supporting spring is arranged below the midpoint of the transverse shaft.

The screw hole is positioned at the center of the water outlet of the drain valve and is enlarged to pass through the pull rod outer sleeve, the steel-structure positioning nut is matched with the screw buckle at the lower section of the pull rod outer sleeve, and the lower end of the pull rod outer sleeve penetrates through the lower water channel layer arranged in the lower water outlet of the valve and is fixed by the waterproof gasket nut.

The upper end of the pull rod outer sleeve is higher than a horizontal plane by one section, a sealing washer is arranged and fixed at the lower end of the pull rod outer sleeve, the pull rod outer sleeve is sleeved with the pull rod outer sleeve, the sealing washer is arranged in a horn mouth shape or made of impermeable cloth, a small opening is sleeved on the periphery of the pull rod outer sleeve for positioning, a large opening is matched with the sealing washer for positioning, the inner hole of the ring is proper in tightness with the periphery of the pull rod outer sleeve, a connecting piece with a shaft hole is arranged at the upper end of the pull rod outer sleeve and is connected with and positioned with a power arm end shaft on a lever fulcrum shaft at the upper end of the drain valve.

The main force arm on the lever fulcrum shaft is arranged, the middle part of the lever fulcrum shaft is hollow, the main force arm is divided into a left side and a right side, the upper end of the pull rod in the outer sleeve penetrates through the hollow part in the middle of the main force arm to the lower ends of the left pressure rod and the right pressure rod, half surfaces of the left pressure rod and the right pressure rod are correspondingly pressed on the half surface of the upper end of the pull rod and the left side and the right side of the corresponding main force arm, and the lower end of the pull rod.

The upper end of the overflow pipe is sleeved with an exhaust pipeline, the height of the overflow pipe is higher, an overflow water inlet is formed in the wall of the overflow pipe at the height of the overflow line, a door matched and attached with the wall of the overflow pipe in an arc shape is arranged outside the water inlet, a positioning door shaft is arranged at the upper end of the door, and a floating ball positioned by a support rod is arranged on the door below the positioning door shaft; the water tank cover corresponding to the exhaust pipeline is provided with a pipeline outlet, a butt-buckling outer sleeve box thicker than the pipeline is arranged at a proper section of the pipeline, a small exhaust fan is arranged in the butt-buckling outer sleeve box, an empennage exhaust cap exhausting by wind power is arranged at the tail end of the pipeline and is led out to be fixed at a place where the pipeline is located outdoors, an upper cover of the exhaust cap is closed, the front side of the side edge of the exhaust cap is arc-shaped, extends one section of the exhaust cap from two sides to the rear, the lower periphery of the side edge of the exhaust cap surrounds a part of an upper end pipe orifice of the pipeline, a central shaft.

As a high-grade flushing closestool all-in-one machine, or can directly set the internal drainage valve part of the water tank into a way that the water inlet pipe is communicated with the water inlet of the annular container in the cells at the two ends of the water tank and the super-vortex water outlet channel of the closestool through the water purifier, a button pressure switch with the time-limiting function controlled by a pull rod is arranged on the water pipe of the super-vortex water outlet channel of the closestool, the lower end of the pull rod linked with the pressure switch is connected with a central shaft sleeve which passes through a positioning waterproof nut at the lower end of an outer sleeve of the switch pull rod and is connected with the upper.

An exhaust pipe interface is arranged above the super-swirl water outlet channel.

The invention has the beneficial effects that: residual water cannot be left in the tubular annular container arranged in the all-in-one machine, and the flushing water is ensured to be warm and clean new water; the manual control push-pull rod can set any flushing intensity; the water jet can rotate in all directions, the body does not need to be moved, and the eyes can be washed in place at will when the eyes are closed; the closestool capable of automatically discharging sewage saves about 70 percent of water compared with the prior closestool and is not blocked; and the tail wing exhaust cap with aerodynamic force can automatically exhaust and deodorize from the super-vortex water outlet.

All the performances of the intelligent closestool all surpass those of the existing intelligent closestool all-in-one machine.

The toilet cover and the water-saving and exhaust integrated machine with manual all-dimensional flushing, which has independent intellectual property and higher cost performance, can be used by Chinese people.

Drawings

FIG. 1 is a top sectional view of the toilet seat, console box, body cabinet box and water tank of the present invention.

Fig. 2 is a schematic right side sectional view of the console box of the present invention.

Fig. 3 is a rear cross-sectional schematic view of the drive configuration of the present invention.

Fig. 4 is a side cross-sectional view of the outer layer axle tube and the transmission structure of the present invention.

Fig. 5 is a schematic cross-sectional view of the console box of the present invention.

Fig. 6 is a schematic view of the structural state of the push-pull rod of the water jet switch of the present invention.

Fig. 7 is a top view of the outer axle tube, parallel swing link and slide rail of the present invention.

Fig. 8 is a side view of the single nozzle ball wheel and outer layer shaft tube with a thin cover of the present invention.

Fig. 9 is a side view of the ball wheel and outer shaft tube of the dual nozzle with a thin cover of the present invention.

Fig. 10 is a schematic view of the structure of the tubular annular container of the present invention.

FIG. 11 is a schematic side cross-sectional view of a toilet waste outlet device with a drain valve for the all-in-one machine of the present invention.

FIG. 12 is a schematic side sectional view of the all in one water pipe direct discharge toilet bowl of the present invention with the waste outlet closed.

Fig. 13 and 14 are schematic diagrams of the integral baffle plates on two sides of the rear surface of the closestool and the roller landing gear device on the baffle plates.

FIG. 15 is a schematic top cross-sectional view of an integral baffle structure of the present invention.

Fig. 16 is a schematic sectional view of the internal structure of the water discharge valve of the present invention.

Fig. 17 is a side sectional view schematically showing an upper structure of a drain valve according to the present invention.

Fig. 18 is a schematic view of a positioning steel structure of a drain valve according to the present invention.

Fig. 19 is a side view of the overflow inlet door of the present invention.

FIG. 20 is a schematic view of a fan housing box snap-fit over the exhaust duct of the present invention.

FIG. 21 is a schematic view of an outdoor tail vane exhaust cap of the exhaust duct of the present invention.

In the figure, 1 is a toilet seat, 2 is an operation table, 3 is a machine cabin box, 4 is an operation shaft, 5 is an operation shaft sleeve, 6 is an operation handle rod, 7 is a handle rod movable gap, 8 is a handle rod positioning shaft hole, 9 is a swing rod vertical shaft, 10 is an upper shaft sleeve and a lower shaft sleeve of the vertical shaft, 11 is an upper swing rod of the vertical shaft, 12 is a switch handle, 13 is a warm air switch, 14 is a vertical shaft lower swing rod, 15 is a shaft sleeve vertical shaft, 16 is a control pull rod, 17 is a control pull rod other end shaft sleeve, 18 is a spherical positioning shaft, 19 is a short swing rod, 20 is a long swing rod, 21 is a long swing rod end shaft sleeve, 22 is a sliding frame, 23 is a movable pull rod, 24 is a sliding channel, 25 is a sliding gap, 26 is an outer shaft sleeve of 26 is an outer layer shaft sleeve, 27 is an outer layer shaft sleeve, 28 is a telescopic fastening shaft sleeve, 29 is a lower end pull rod shaft hole of the operation handle rod, a lower deflector rod, a transverse pull rod shaft sleeve below the rear section of the 39 operation shaft, a 40 transverse pull rod, a 41 notch deflector rod, a 42 deflector rod positioning shaft, a 43 transverse pull rod shaft sleeve above the positioning shaft, shaft sleeves at two ends of a 44 positioning shaft, a 45 support rod, a 46 push-pull rod, a 47 push-pull rod positioning shaft, a 48 push-pull rod positioning shaft sleeve, a 49 push-pull rod lower end shaft sleeve, a 50 push-pull rod link rod, a 51 link rod other end, a 52 switch, a 53 switch swing rod, a 54 swing rod other end, a 55 switch upper and lower link rod end shaft sleeve, a 56 switch swing rod positioning shaft, a 57 ball wheel, a 58 ball wheel central shaft, a 59 water spray port, a 60 water spray port water pipe interface, a 61 rubber cover, a 62 swing rod ball wheel, a 63 spool-shaped groove, a 64 swing rod ball wheel central shaft, a 65 small pull rod, a 66 shaft nail, a 67 upper and lower swing rods, 68 seats, 69 parallel swing rods, a 70 slide rail, 77 flexible pipe, 78 water tank cells, 79 tubular annular container, 80 lower water outlet, 81 heater, 82 water inlet, 83 water outlet, 84 sewage pipe orifice, 85 rubber pipe, 86 elbow, 87 support plate, 88 support plate cross beam, 89 landing gear, 90 two side panels, 91 landing gear rear end shaft, 92 clamping screw hole, 93 shaft roller, 94 landing gear frame cross shaft, 95 pipe barrel, 96 short rail, 97 support force spring, 98 screw hole, 99 pull rod outer sleeve, 100 steel structure, 101 valve lower water outlet, 102 water channel lower layer, 103 waterproof pad nut, 104 closed washer, 105 lifting pipe, 106 lifting pipe upper end connecting piece with shaft hole, 107 lever fulcrum shaft, 108 power arm, 109 two side press rod, 110 press rod outer frame edge, 111 force arm, 112 inner pull rod of outer sleeve, 113 main force arm middle empty place, 114 pull rod lower end shaft sleeve, 115 overflow pipe, 116 overflow water inlet, 117 overflow pipe wall water inlet door, 118 positioning door shaft, 119 floating ball, 120 exhaust pipeline, 121 buckled jacket box, 122 exhaust fan, 123 exhaust cap, 124 exhaust cap side, 125 central shaft, 126 positioning bearing, 127 button pressure switch, 128 switch pull rod jacket pipe and 129 exhaust pipe interface.

Detailed Description

The specific implementation mode is as follows: in fig. 1, the rear part of a long box type operation table 2 and a toilet bowl cover rear part are connected into a whole by a water tank of a machine cabin box 3 in fig. 1 and 4 at the position of the outer side surface of a toilet seat 1, in fig. 1, 2 and 5, a durable pipe material with required specification is used as an 'operation shaft 4' in the operation table box, in fig. 1 and 2, shafts are arranged at two ends of the operation shaft and are positioned in the operation table box by shaft sleeves 5 to be close to an upper table surface; a movable gap 7 of an operating handle rod 6 with through upper and lower surfaces is arranged at the front end of the operating shaft, in the figures 2 and 5, shaft holes 8 for positioning the operating handle rod are arranged on two side surfaces of the gap, and the operating handle rod is installed and positioned by a transverse shaft; a swing rod vertical shaft 9 and an upper shaft sleeve and a lower shaft sleeve 10 of the vertical shaft are arranged at the position, close to the outer side edge of the operating shaft, behind the operating handle rod and positioned on the corresponding upper panel and the corresponding lower panel in the operating table box, one end of an upper swing rod 11 arranged on the vertical shaft is extended out of a reserved movable gap at the outer side edge of the operating table box and then is upwards vertical, a switch handle 12 is arranged, and a button switch connecting line warm air switch 13 is arranged at the upper end of the switch handle; a lower swing rod 14 at the other end is vertically arranged in an operation console box upwards to form a shaft sleeve vertical shaft 15 at one end of a control pull rod, in the figures 1 and 2, a shaft sleeve 17 at the other end of the control pull rod 16 is connected with a swing rod short rod 19 on a rear spherical positioning shaft 18 in a shaft mode in the figure 1, in the figures 3, in the figure 3, a swing rod long rod 20 at the other side of the rear spherical positioning shaft is connected with the other end of a positioning shaft movable pull rod 23 below a sliding frame 22 in a shaft mode in the figures 3 and 4, the lower plate surface of a sliding channel 24 below the sliding frame is provided with a sliding gap 25 of the positioning shaft below the sliding frame in the figures 3 and 7; the carriage is provided with a fixed sleeve 26 for positioning the rear end shaft of the outer shaft tube 27 of the flush pipe, and a telescopic sleeve 28 for the outer shaft tube is provided in fig. 1, 4 and 7 for framing the front half of the outer shaft tube.

In fig. 2 and 5, a spring hanging hole 30 is arranged at a proper position above a pull rod shaft hole 29 at the lower end of an operating handle in fig. 5, one end of a left positioning spring 31 and one end of a right positioning spring 31 are fixed, the other ends of the left positioning spring and the right positioning spring are respectively fixed on corresponding inner wall hanging pieces 32 at two sides in an operating table box, the operating handle rod is flexibly positioned at a middle line position of a movable gap of a handle rod on the operating table box surface by the left positioning spring and the right positioning spring, and in fig. 2 and 5, a rubber waterproof and dustproof sleeve 33 is arranged on the movable gap and the operating handle rod.

In fig. 2, the shaft hole at the lower end of the operating handle rod is provided with a shaft sleeve at one end of a pull rod 34 connected with a driving lever transverse shaft, the spherical shaft at the other end of the pull rod is connected with a spherical shaft sleeve 36 arranged below the outer end shaft of the driving lever transverse shaft 35, in fig. 1 and fig. 2, the driving lever transverse shaft is positioned by shaft sleeves 37 at two ends, in fig. 1 and fig. 4, the upper and lower sides at the other end of the driving lever transverse shaft are provided with an upper and a lower driving levers 38 which extend out, the upper and the lower driving levers extend through the upper and the lower surfaces of the shaft tube of the outer layer, and; in fig. 2, a shaft sleeve 39 is arranged below the rear section of the operation shaft and connected with the operation shaft in fig. 1, one end of a transverse pull rod 40 is arranged, in fig. 3 and 4, the other end of the transverse pull rod is correspondingly connected with a shaft sleeve 43 arranged above a positioning shaft 42 of a notch shift lever 41 in fig. 4 and 7, and shaft sleeves 44 at two ends of the positioning shaft are arranged on a support rod 45 on the chute and a shaft sleeve of an outer layer shaft tube telescopic opening.

In fig. 1, 2 and 6, a movable gap of a push-pull rod 46 is arranged on an operation table panel at the rear of an operation handle close to the outer side of an operation tube, in fig. 2 and 5, two side surfaces of the gap are provided with shaft sleeves 48 for positioning a transverse shaft 47 of the push-pull rod, the lower end of the push-pull rod is provided with a shaft sleeve 49 for connecting one end of a link rod 50 of the push-pull rod, in fig. 1, the other end 51 of the link rod is connected with one end of a swinging rod 53 of a water jet switch 52 through a shaft, the other end 54 of the swinging rod is connected with a small link rod end 55 on the switch through a shaft.

In fig. 4, 7, 8 and 9, a ball wheel 57 is provided which is capable of rotating in conformity with the inner diameter of the front end of the outer layer shaft tube, two ends of a central shaft 58 of the ball wheel are positioned in shaft holes provided on the inner walls of the two sides of the front end pipe orifice of the outer layer shaft tube, a front and a rear water spray ports 59 are provided on the long section of the front end of the ball wheel, and a water pipe joint 60 of the front and the rear water spray ports is provided behind the ball wheel; in fig. 8 and 9, the front and rear water nozzles are respectively provided with a thin rubber cover 61 with a shape matched with the raised water nozzle, and the rear end of the thin rubber cover is slightly arc-shaped and positioned at the rear edge of the water nozzle, so that the thin rubber cover is easily opened when the water nozzle is flushed and does not influence the flushing, and the thin rubber cover is restored to be closed when the water is cut off. In fig. 4 and 7, a ball wheel with the same size as the water jet ball wheel is arranged as a swing rod ball wheel 62, a spool-shaped groove 63 is formed in a circle of the inner half surface of the swing rod ball wheel in fig. 7 as two water through hose passages, and a central shaft 64 of the swing rod ball wheel is arranged in two side wall shaft holes in an outer layer shaft pipe corresponding to the circle center of a transverse shaft of the deflector rod in fig. 4 and 7; the water jet ball wheel and the swing rod ball wheel are connected by a small pull rod 65, the small pull rod is provided with two ends of a shaft hole, the two ends of the shaft hole are arranged in pull rod movable reserved grooves which are respectively arranged below the two ball wheels and close to the outer side surface of the center, the shaft holes at the two ends of the pull rod penetrate through the two ball reserved grooves by shaft nails 66 and are positioned on the two ball wheels, and the shaft nails are in the same direction with the central shafts of the two ball wheels.

If the front section of the outer layer shaft tube is designed into a square tube, the water spraying ball wheel and the swing rod ball wheel are changed into a water spraying roller wheel and a swing rod roller wheel. In fig. 4, the upper and lower swing rods 67 arranged on the swing rod ball wheel extend out of the swing rod moving gaps reserved on the corresponding upper and lower pipe walls, and extend out of the surface layer of the outer layer shaft tube by a section; in fig. 4 and 7, a base 68 is arranged and positioned behind an upper swing rod of an outer layer shaft tube, the base is bent forwards at a right angle to form a parallel swing rod 69 at a position higher than the upper swing rod, the front end of the swing rod is tilted upwards to a required height, before the outer layer shaft tube does not extend out, in fig. 7, the parallel swing rod is limited by slide rail railings 70 positioned by support rods at two sides on a slide way, and when the outer layer shaft tube extends out in place, the extended upper swing rod and the extended lower swing rod are vertically attached to an upper poking rod and a lower poking rod extending out of the outer layer shaft; the rear section of the parallel swing link is separated from the restriction of the open front end of the slide rail railing, and in fig. 3, the front section is also extended into the notch 71 of the notch shift lever in advance.

In fig. 4, a shaft sleeve 74 for receiving and releasing a tubular shaft of a swing link 73 is arranged at a proper position on the upper side surface of a chute rear bracket 72, and a rear pull swing link balance spring 75 positioned on the tubular shaft sleeve is arranged on the swing link; a swing rod positioning assisting spring 76 is arranged below the shaft of the retractable swing rod pipe.

In fig. 4, 7, 8 and 9, two hoses 77 of the front and rear water nozzles are butted, a leading-out section at the rear end of an outer layer shaft tube is loosely positioned at the upper end of a retractable swing rod, the two hoses are led to the lower end of the swing rod from the upper end of the swing rod and pass through a two-way switch of a hot water pump respectively, and in fig. 1 and 10, a water outlet pipe orifice 80 is connected below a tubular annular container 79 in a cell 78 at two ends of a water tank; in the central space of the tubular annular container, a heater 81 is arranged; the water inlet 82 of the tubular annular container of the water jet before water supply is provided with an input switch of the water purifying medicament for women; the grids at the two ends of the water tank are provided with movable covers.

In fig. 11 and 12, only the water outlet 83 of the water-saving exhaust toilet bowl is provided with an internal water outlet pipeline, the toilet bowl is bent from a concave point at the bottom to a section of sewage discharge pipe orifice 84 directly towards the rear and obliquely below, the pipe orifice is sleeved with a section of rubber hose 85 with smooth inner wall and good elasticity, the upper half surface of the rubber hose is provided with a plurality of arc-shaped rubber ridges, the rear end of the rubber hose is sleeved on a bent head 86, in fig. 11, 12, 13, 14 and 15, an arc-shaped rubber hose supporting plate 87 is arranged below the rubber hose, in fig. 15, two ends of a front cross beam 88 and a rear cross beam 88 of the supporting plate are positioned at corresponding positions on the inner sides of two side panels 90 of a shaft roller landing gear 89, and a rear end shaft 91 of the shaft roller landing gear is positioned in shaft sleeves arranged at the rear ends of the two; in fig. 11, 12, 13, 14 and 15, screw holes 92 with inner clamping edges are arranged at the joints of the two side panels and the rear edge of the toilet bowl and are matched with the reserved nail holes at the rear edge of the toilet bowl; a spool-shaped shaft roller 93 which is positioned at the front ends of two frames of the undercarriage by a shaft and is positioned below the middle section of the soft rubber pipe; a section of pipe barrel 95 is arranged at the midpoint of the transverse shaft 94 of the two frames of the landing gear corresponding to the central point of the drain valve of the water tank.

In fig. 11 and 12, a short pull rod 96 is movably inserted into the tube at the lower section and movably sleeved with the tube, and a support spring 97 is arranged below the midpoint of the transverse shaft.

In fig. 16, a screw hole 98 is formed at the center of a drain port of a drain valve so as to be enlarged to pass through a pull rod outer tube 99, in fig. 18, a positioning nut made of steel 100 is engaged with a lower-stage screw of the pull rod outer tube, in fig. 11, a lower end of the pull rod outer tube is inserted into a lower outlet 101 of a valve, in fig. 11 and 12, a lower waterway layer 102 is fixed by a waterproof gasket nut 103.

The upper end of the pull rod outer sleeve is higher than the horizontal plane by a section, in fig. 16, a sealing washer 104 is arranged and fixed at the lower end of a pull rod 105, the pull rod is sleeved on the periphery of the pull rod outer sleeve, the sealing washer is arranged in a bell mouth shape by using impermeable cloth, a small opening is sleeved on the periphery of the pull rod outer sleeve for positioning, a large opening is matched with the sealing washer for positioning, the inner hole of the ring is proper in tightness with the periphery of the pull rod outer sleeve, a connecting piece 106 with a shaft hole is arranged at the upper end of the pull rod and is connected and positioned with a power arm 108 end shaft on a lever fulcrum shaft 107 at the upper end of the drain valve, in fig. 16 and 17, two ends of the lever fulcrum shaft are positioned in a pressure lever.

In fig. 16 and 17, a main force arm 111 on a lever fulcrum shaft is arranged, the middle part is provided with a hollow block, the main force arm is divided into a left side and a right side, the upper end of a pull rod 112 in an outer sleeve penetrates through the hollow part 113 in the middle of the main force arm in fig. 17 to the lower ends of left and right pressure rods, so that the left and right pressure rods respectively have half surfaces which are correspondingly pressed on the half surface of the upper end of the pull rod and the left and right sides of the corresponding main force arm, and in fig. 11 and 12, a shaft sleeve 114 at the lower end of the pull rod is connected with the upper end of.

In fig. 11, an exhaust duct is sleeved at the upper end of an overflow pipe 115, in fig. 16, the overflow pipe is higher, an overflow water inlet 116 is arranged on the overflow pipe wall at the height of an overflow line, a door 117 matched and attached with the overflow pipe wall in an arc shape is arranged outside the water inlet, the upper end of the door is provided with a positioning door shaft 118, and in fig. 16 and 19, a floating ball 119 positioned by a support rod is arranged on the door below the positioning door shaft; the water tank cover corresponding to the exhaust pipe 120 is provided with a pipe outlet, at a proper section of the pipe, in fig. 20, a buckling outer sleeve box 121 thicker than the pipe is arranged, a small exhaust fan 122 is arranged in the box, in fig. 21, the tail end of the pipe is provided with a tail exhaust cap 123 exhausting by wind power, the tail exhaust cap is led out of the room and fixed at a windward position, the upper cover of the exhaust cap is closed, the front of the side edge 124 of the exhaust cap is arc-shaped, and extends a section from two sides to the rear, the lower periphery of the side edge of the exhaust cap surrounds a part of the pipe orifice at the upper end of the pipe, a central shaft 125 fixed in the exhaust cap is positioned on an upper.

As a high-grade flush toilet integrated machine, or can directly set the internal drainage valve part of the water tank into a way that the water inlet pipe is communicated with the water inlet of the inner tubular annular container divided at two ends of the water tank and the super-vortex water outlet channel of the toilet, on the water pipe of the super-vortex water outlet channel of the toilet, in figure 12, a button pressure switch 127 with a time-limiting function controlled by a pull rod is arranged, the lower end of the pull rod linked with the pressure switch is provided with a central shaft sleeve which passes through the lower end of a switch pull rod outer sleeve 128 to position a waterproof nut, and the central shaft sleeve is connected with the upper end of a.

An exhaust pipe interface 129 is arranged above the super-swirl water outlet channel.

The operation table box of the all-in-one machine can also be arranged at the other side of the toilet seat.

Claims

1. A manual omnibearing flushing toilet cover and water-saving exhaust toilet integrated machine, the back of the long box type operation desk at the outer side of the toilet seat is connected with the machine cabin box and the water tank at the back of the toilet cover into a whole, in the operation desk box, durable pipe material with required specification is used as 'operation shaft', two ends of the operation shaft are provided with shafts which are positioned in the operation desk box by shaft sleeves and are close to the upper desk surface; a movable gap of an operating handle rod with through upper and lower surfaces is arranged on the operating shaft close to the front end, shaft holes for positioning the operating handle rod are arranged on two side surfaces of the gap, and the operating handle rod is installed and positioned by a transverse shaft; the method is characterized in that: a swing rod vertical shaft is arranged at the position, close to the outer side edge of the operating shaft, behind the operating handle rod, an upper shaft sleeve and a lower shaft sleeve of the vertical shaft are positioned on an upper panel and a lower panel which correspond to each other in the operating table box, one end of an upper swing rod arranged on the vertical shaft is extended out of a reserved movable gap at the outer side edge of the operating table box and then is upward vertical, a switch handle is arranged, and a button switch arranged at the upper end of the switch handle is connected with a warm air switch; the lower swing rod at the other end is vertically arranged in an operating console box upwards to form a shaft sleeve vertical shaft at one end of a control pull rod, the shaft sleeve at the other end of the control pull rod is connected with a swing rod short rod end on a rear spherical positioning shaft in a shaft coupling mode, a shaft sleeve is arranged at the swing rod long rod end at the other side of the rear spherical positioning shaft in a shaft coupling mode with the other end of a movable pull rod of the positioning shaft below the sliding frame, and a sliding gap of the positioning shaft below the sliding frame is arranged on the lower plate surface of; the sliding frame is provided with a rear end shaft of an outer layer shaft tube for positioning the flushing pipe by a fixed shaft sleeve, and a telescopic shaft sleeve of the outer layer shaft tube is arranged to frame the front half section of the outer layer shaft tube.

2. The manual all-directional flushing toilet cover and water-saving exhaust toilet according to claim 1, wherein: a spring hanging hole is arranged at a proper position above a pull rod shaft hole at the lower end of an operating handle, one end of a left positioning spring and one end of a right positioning spring are fixed, the other ends of the left positioning spring and the right positioning spring are respectively fixed on inner wall hanging pieces corresponding to two sides in an operating table box, the operating handle rod is flexibly positioned at a middle line position of a movable gap of the handle rod on the operating table box surface by the left positioning spring and the right positioning spring, and rubber waterproof and dustproof sleeves are arranged on the movable gap and the operating handle rod; the shaft hole at the lower end of the operating handle rod is provided with a shaft sleeve connected with one end of a pulling rod transverse shaft in a shaft connection mode, the other end of the pulling rod is connected with a spherical shaft sleeve arranged below the outer end shaft of the pulling rod transverse shaft, the pulling rod transverse shaft is positioned by the shaft sleeves at two ends, an upper pulling rod and a lower pulling rod extending out are arranged on the upper surface and the lower surface of the other end of the pulling rod transverse shaft, the upper pulling rod and the lower pulling rod extend through the upper surface and the lower surface of the outer layer shaft tube; the lower part of the rear section of the operating shaft is provided with a shaft sleeve connected with one end of a transverse pull rod, the other end of the transverse pull rod is correspondingly connected with the shaft sleeve arranged on a positioning shaft of the notch shift lever, and two ends of the positioning shaft are sleeved on a support rod on the chute and a telescopic port shaft sleeve of an outer layer shaft tube; the back of the operating handle is arranged on the operating table panel close to the outer side of the operating tube, a movable gap of the push-pull rod is arranged, two side surfaces of the gap are provided with shaft sleeves for positioning a transverse shaft of the push-pull rod, the lower end of the push-pull rod is provided with a shaft sleeve connected with one end of a link rod of the push-pull rod, the other end of the link rod is connected with one end of a swinging rod of a water jet switch through a shaft, the other end of the swinging rod is connected with a small connecting link rod.

3. The manual all-directional flushing toilet lid and water-saving exhaust all-in-one machine as claimed in claim 1, which is characterized in that: a ball wheel which is matched with the inner diameter of the front end of the outer layer shaft tube and can rotate is arranged, two ends of a central shaft of the ball wheel are positioned in shaft holes arranged on the inner walls of two sides of a pipe orifice at the front end of the outer layer shaft tube, a protruding front water spraying port and a protruding back water spraying port are arranged on a long section at the front end of the ball wheel, and a water pipe interface of the front water spraying port and the back water spraying port is arranged behind the ball wheel; the front and rear water spraying ports are respectively provided with a thin rubber cover with the shape matched with the raised water spraying port, the rear end of the thin rubber cover is slightly positioned at the rear edge of the water spraying port in an arc shape, a ball wheel with the same size as the water spraying port ball wheel is arranged as a swing rod ball wheel, a winding shaft-shaped groove is formed in the half surface of the inner side of the swing rod ball wheel as two water through soft pipe channels, and the central shaft of the swing rod ball wheel is arranged in the shaft holes of the two side walls in the outer layer shaft pipe corresponding to the circle center of the transverse shaft of the driving lever; the water jet ball wheel is connected with the swing rod ball wheel through a small pull rod, the small pull rod is provided with two ends of a shaft hole, the two ends of the small pull rod are arranged in pull rod movable reserved grooves which are arranged below the two ball wheels and close to the outer side surface of the center, the shaft holes at the two ends of the pull rod penetrate through the two ball reserved grooves through shaft nails, the shaft nails are positioned on the two ball wheels, and the shaft nails are in the same direction with the central shafts of the two ball wheels; if the front section of the outer layer shaft tube is designed into a square tube, the water spraying ball wheel and the swing rod ball wheel are changed into a water spraying roller wheel and a swing rod roller wheel. An upper swing rod and a lower swing rod are arranged on the swing rod ball wheel, swing rod movable gaps reserved on the corresponding upper pipe wall and the corresponding lower pipe wall are extended out, and a section of the surface layer of the outer layer shaft tube is extended out; a seat is arranged and positioned behind an upper swing rod of an outer layer shaft tube, the seat is bent forwards at a right angle to form a parallel swing rod at the position higher than the upper swing rod, the front end of the swing rod is tilted upwards to a required height, the parallel swing rod is limited by slide rail railings positioned by support rods on two sides of a slide way before the outer layer shaft tube does not extend out, and when the outer layer shaft tube extends out in place, the extending upper swing rod and the extending lower swing rod are perpendicularly attached to an upper deflector rod and a lower deflector rod extending out of the outer.

4. The manual all-directional flushing toilet cover and the water-saving exhaust toilet bowl as claimed in claims 1 to 3, wherein: a shaft sleeve for receiving and releasing a tubular shaft of the swing rod is arranged at a proper position on the upper side surface of the rear support of the chute groove, and a rear pull swing rod balance spring positioned on the tubular shaft sleeve is arranged on the swing rod; a swing rod positioning power-assisted spring is arranged below the shaft of the retractable swing rod; two hoses of the front and the rear water spraying ports are butted, the leading-out sections at the rear ends of the outer layer shaft tubes are loosely positioned at the upper ends of the retractable swing rods, the two hoses are led to the lower ends of the swing rods from the upper ends of the swing rods and are respectively connected with water outlet pipe orifices below tubular annular containers in lattices at the two ends of the water tank through two-way switches of a hot water pump; a heater is arranged in the central space of the tubular annular container; the water inlet of the tubular annular container of the water jet before supplying water is provided with an input switch of a female water purifying medicament; the grids at the two ends of the water tank are provided with movable covers.

5. The manual all-directional flushing toilet cover and the water-saving exhaust toilet bowl as claimed in claims 1 to 4, wherein: the water-saving exhaust closestool only has a water outlet pipe arranged inside, the closestool is bent from a concave point at the bottom to a rear oblique lower part to form a sewage discharge pipe orifice, the pipe orifice is sleeved with a section of durable rubber pipe with smooth inner wall and good extension elasticity, the upper half surface of the rubber pipe is provided with a plurality of arc-shaped rubber ridges, the rear end of the rubber pipe is sleeved on a bent head, an arc-shaped rubber pipe supporting plate is arranged below the rubber pipe, two ends of a front cross beam and a rear cross beam of the supporting plate are positioned at corresponding positions on the inner sides of two side panels of a shaft roller undercarriage, and a shaft at the rear end of the shaft roller undercarriage; screw holes with inner clamping edges are arranged at the joints of the two side panels and the rear edge of the closestool and are matched with reserved nail holes at the rear edge of the closestool; a spool-shaped shaft roller is wound, and is positioned at the front ends of two frames of the undercarriage by a shaft and is positioned below the middle section of the soft rubber pipe; a section of pipe barrel is arranged at the central point of the drain valve of the water tank and at the corresponding central point of the transverse shaft of the two frames of the landing gear, the lower section of a short pull rod is movably inserted into the pipe barrel and movably sleeved with the pipe barrel, and a supporting spring is arranged below the central point of the transverse shaft.

6. The manual all-directional flushing toilet cover and water-saving exhaust toilet bowl according to claim 5, wherein: a screw hole is positioned at the center of a water outlet of the drain valve and is enlarged to pass through a pull rod outer sleeve, a steel-structure positioning nut is matched with a screw buckle at the lower section of the pull rod outer sleeve, and the lower end of the pull rod outer sleeve passes through a lower water channel layer arranged in a lower water outlet of the valve and is fixed by a waterproof pad nut; the upper end of the pull rod outer sleeve is higher than a horizontal plane by one section, a sealing washer is arranged and fixed at the lower end of the pull rod outer sleeve, the pull rod outer sleeve is sleeved with the pull rod outer sleeve, the sealing washer is arranged in a horn mouth shape or made of impermeable cloth, a small opening is sleeved on the periphery of the pull rod outer sleeve for positioning, a large opening is matched with the sealing washer for positioning, the inner hole of the ring is proper in tightness with the periphery of the pull rod outer sleeve, a connecting piece with a shaft hole is arranged at the upper end of the pull rod outer sleeve and is connected with and positioned with a power arm end shaft on a lever fulcrum shaft at the upper end of the drain valve; the main force arm on the lever fulcrum shaft is arranged, the middle part of the lever fulcrum shaft is hollow, the main force arm is divided into a left side and a right side, the upper end of the pull rod in the outer sleeve penetrates through the hollow part in the middle of the main force arm to the lower ends of the left pressure rod and the right pressure rod, half surfaces of the left pressure rod and the right pressure rod are correspondingly pressed on the half surface of the upper end of the pull rod and the left side and the right side of the corresponding main force arm, and the lower end of the pull rod.

7. The manual all-directional flushing toilet cover and water-saving exhaust toilet bowl according to claim 5, wherein: the upper end of the overflow pipe is sleeved with an exhaust pipeline, the height of the overflow pipe is higher, an overflow water inlet is formed in the wall of the overflow pipe at the height of the overflow line, a door matched and attached with the wall of the overflow pipe in an arc shape is arranged outside the water inlet, a positioning door shaft is arranged at the upper end of the door, and a floating ball positioned by a support rod is arranged on the door below the positioning door shaft; the water tank cover corresponding to the exhaust pipeline is provided with a pipeline outlet, a butt-buckling outer sleeve box which is thicker than the pipeline is arranged at a proper section of the pipeline, a small exhaust fan is arranged in the butt-buckling outer sleeve box, a tail exhaust cap which exhausts by wind power is arranged at the tail end of the pipeline and is led out to be fixed outdoors at a place near the wind, the upper cover of the exhaust cap is closed, the front of the side edge of the exhaust cap is arc-shaped, extends backward from two sides by a section, the lower periphery of the side edge of the exhaust cap surrounds a part of a pipe orifice at the upper end of the pipeline, is fixed on a central shaft in the; or the water discharge valve part in the water tank can be directly designed, a water inlet pipe is communicated with the water inlet of the inner tubular annular container in cells at two ends of the water tank through a water purifier shunt and a super-vortex water outlet channel of the closestool, a button pressure switch with a time-limiting function controlled by a pull rod is arranged on a water pipe of the super-vortex water outlet channel of the closestool, the lower end of the pull rod linked with the pressure switch passes through a central shaft sleeve of a positioning waterproof nut at the lower end of an outer sleeve of the switch pull rod and is connected with the upper end of a short pull rod in a pipe barrel on the; an exhaust pipe interface is arranged above the super-swirl water outlet channel.