CN109235565A

CN109235565A - The intelligent bathroom instrument to be discharged water based on pressing triggering

Info

Publication number: CN109235565A
Application number: CN201811276932.3A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-30
Filing date: 2018-10-30
Publication date: 2019-01-18

Abstract

The present invention provides the intelligent bathroom instruments to be discharged water based on pressing triggering, including the pond for storing water and being used for user, the triggering jettison gear that sewer whether can be expelled to for controlling the water in pond, for be depressed by a user and make triggering jettison gear control pond in water can be expelled to sewer by pressure control device, for making internal pressure and external atmosphere pressure during restoring by pressure control device to original state keep the Pneumatic time delay device to match, the Pneumatic time delay device includes pneumatic operated valve, Time-delayed trigger mechanism, reset spring, the pneumatic operated valve is used to make internal pressure during restoring by pressure control device to original state to match with external atmosphere pressure holding, it is triggered after the water discharge that the Time-delayed trigger mechanism is used to make pneumatic operated valve in pond, the reset spring is for touching delay Hair mechanism is restored to original state.

Description

The intelligent bathroom instrument to be discharged water based on pressing triggering

Technical field

The present invention relates to ponds, and in particular to a kind of pneumatic type closure discharges water pond.

Background technique

Pond is one of the indispensable supplies in people's daily life, and people can clean many things by pond, General pond is connected by sink, the tap being arranged in above sink, the flip lid being rotatably arranged in sink and with sink Sewerage composition；Pond in use, in order to save the use of water, can generally be sealed sink using flip lid, and The water storage in sink opens sink by mobile flip lid after user's use, and the water in sink is discharged by sewerage To sewer, but during water channel drain, user needs aside to wait, until re-using flip lid after water discharge Sink is sealed, again the use process of next round, this method makes user need to stay in for a long time beside sink, waste Time, while when the tap above pond discharges water, when water flow is contacted with flip lid first, it will easily to renovate It is overturn at sink notch, to cause the gap between flip lid and sink notch, the waste at water source will be will cause at this time, In addition to this, it causes sink that can not store water if renovating loss, influences the subsequent use of sink.

Summary of the invention

To solve the deficiencies in the prior art, the object of the present invention is to provide a kind of pneumatic types to be closed the pond that discharges water, to solve The problem of mentioning in above-mentioned background, the pond that originally discharges water can be restored to initial automatically by pressure control device and triggering jettison gear State is aside waited and is operated without using person, and more convenient to use and the degree of automation is higher.

To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.

Based on the intelligent bathroom instrument that discharges water of pressing triggering, including for storing water and being used for user pond, The triggering jettison gear of sewer whether can be expelled to, for being depressed by a user and making triggering to put for controlling the water in pond Water installations control pond in water can be expelled to sewer by pressure control device, for making to restore by pressure control device to original state During internal pressure and external atmosphere pressure keep the Pneumatic time delay device to match；

The pond includes tank ontology, outlet conduit, and the outlet conduit is located at below tank ontology, outlet pipe Road is arranged vertically and outlet conduit connect connection with tank ontology, outlet conduit can axially be divided into along itself three sections and Respectively connect with tank ontology the fillter section connected, connect with sewerage system the discharge section connected, positioned at fillter section and The triggering section between section is discharged；

It is provided in the fillter section for the filtering screen being filtered through the water after user's use；

The Pneumatic time delay device includes pneumatic operated valve, Time-delayed trigger mechanism, reset spring, and the pneumatic operated valve is for making to press Internal pressure matches with external atmosphere pressure holding during control device restores to original state, and the Time-delayed trigger mechanism uses In make pneumatic operated valve in pond water discharge after be triggered, the reset spring for make Time-delayed trigger mechanism restore to Original state；

It is provided with fixed bracket between the pneumatic operated valve and outlet conduit outer wall and pneumatic operated valve passes through fixed support level and consolidates Dingan County is loaded on the outer wall of outlet conduit, and pneumatic operated valve includes pneumatic valve casing, pneumatic valve core, the pneumatic valve casing be it is open at one end, The closed shell structure of the other end, the open end Matching installation of pneumatic valve casing have pneumatic valve deck, and the closed end of pneumatic valve casing opens up There is inserting hole one, pneumatic operated valve, which covers, offers the inserting hole two coaxially arranged with inserting hole one；

The pneumatic valve core is that three sections of coaxial waney cylindrical bodies form and are respectively close with pneumatic valve shell cavity composition Ventilation section that envelope formula is rotatably assorted, free end pass through the gearing section one that inserting hole is located at together outside pneumatic valve casing, free end is worn The gearing section two crossing inserting hole two and being located at outside pneumatic valve casing, pneumatic valve core can axially be rotated around itself, the outer circle for section of ventilating Face is provided with the venthole through its diameter；

The outer surface of the pneumatic valve casing offers and connect the air hole one connected, air hole two with its inner cavity, air hole one, In connection is connected with each other between coaxially arranged and three between air hole two, venthole three, described presses pressure control device Connection is connect with air hole one；

The motion state of the pneumatic operated valve is divided into air hole one, air hole two, between venthole three in coaxially arranged and Connect connect ventilative state, pneumatic valve core rotate and make venthole revocation connect with one/air hole of air hole two connection to Ventilative state, the original state of pneumatic operated valve are ventilative state；

The triggering section outer surface of the outlet conduit offers the slide opening for connecting and connecting with its inner cavity, and the channeling direction of slide opening is flat Row is in the axial direction of outlet conduit, and the extension trigger mechanism includes connecting rod, fixed link, floating ball, and the floating ball is set to In the triggering section of outlet conduit and it may float on the water surface；

The connecting rod is set to the region between pneumatic operated valve and the triggering section outer wall of outlet conduit, and connecting rod can be divided into three Divide and respectively receiver section, pass segment, the extending direction of the receiver section are parallel to the axial direction of pneumatic valve core, the biography It passs section to be set between receiver section and pneumatic operated valve, pass segment is provided with two groups and two groups of pass segments are respectively fixedly connected in receiving One end of section, perpendicular arrangement between pass segment and receiver section, one group of pass segment is fixedly connected with the gearing section one of pneumatic valve core, Another group of pass segment is fixedly connected with the gearing section two of pneumatic valve core；

One end of the fixed link and connecting rod receive that section is fixedly connected, the other end is disposed through the slide opening of outlet conduit And be fixedly connected with floating ball, slide-and-guide cooperation is constituted between fixed link and slide opening；

The free end of the gearing section one of the pneumatic valve core is provided with connection bump one, and connection bump one is towards away from connection The direction of bar extends, and the triggering section outer wall of the outlet conduit is additionally provided with connection bump two, and connection bump two is located at The lower section of connection bump one；

One end of the reset spring is connect with connection bump one, the other end and connection bump two connect, the bullet of reset spring Power, which does pneumatic valve core axially around itself, makes venthole connect the rotation connected with one/air hole of air hole two.

Further improvement as the technical program.

Matching is provided with drainage hood in the triggering section of the outlet conduit, and drainage hood is the rotary table shell knot of both ends open Structure, the big end of drainage hood are located above small end, and the big end of drainage hood and the triggering section cavity wall of outlet conduit are fixedly and coaxially connected, are small End is located at the surface of floating ball；

Containment member is provided in the slide opening, containment member includes sealing-plug one, sealing-plug two, and the sealing-plug one is solid Dingan County is interior loaded on slide opening and constitutes slide-and-guide cooperation between the two, is additionally provided with channeling direction on sealing-plug one and is parallel to cunning The towing pad of hole channeling direction, sealing-plug one and slide opening towards the region between the opening of outlet conduit inner cavity be sliding area, institute The sealing-plug two stated is set to sliding area and constitutes sealed slide-and-guide cooperation between the two, is additionally provided on sealing-plug two Sealing hole, sealing-plug two-way are crossed sealing hole and are fixedly sheathed in outside fixed link.

Further improvement as the technical program.

Above-mentioned triggering jettison gear includes water inlet pipe, Inductance valve, the trigger mechanism that discharges water, close mechanism, the closure Mechanism is used to block the discharge section of outlet conduit and makes water can not be by the way that section is discharged, and the Inductance valve is for being pressed control dress It sets and triggers and pass water through water inlet pipe, Inductance valve inflow trigger mechanism, the trigger mechanism by water for being triggered and making to be closed Mechanism cancels the blocking to outlet conduit；

The fillter section outer surface of the outlet conduit offers to connect with its inner cavity and connects and be located at wearing below filtering screen Apertured, one end of the water inlet pipe is located in outlet conduit fillter section and is located at below filtering screen, the other end is worn The connection of Kong Bingyu Inductance valve is connected, and sealed cooperation is constituted between water inlet pipe and perforating；

The trigger mechanism that discharges water includes mounting bracket, guide rod, fixing sleeve, triggering spring, circulation tank, runner pipe, draining Hose, the mounting bracket are fixedly installed in outside outlet conduit, are provided in mounting bracket and are axially perpendicular to the logical of ground Hole, perpendicular to ground, guide rod is fixedly installed in mounting bracket and is located above through-hole the channeling direction of the guide rod；

The circulation tank is open at one end, other end closing and open end is located at the shell structure above closed end, is circulated The open end Matching installation of tank has circulation to cover, and circulation tank is coaxially movably set in through-hole and constitutes slide-and-guide between the two Cooperation, the closed end for the tank that circulates is coaxially arranged with for the circulation mouth for connecting connection between tank inner cavity and outside that circulates；

The fixing sleeve is fixedly sheathed in outside circulation tank, and socket protrusion is provided on fixing sleeve and fixing sleeve passes through socket Raised pivot bush unit constitutes slide-and-guide cooperation outside guide rod between socket protrusion and guide rod；

The triggering spring pocket is set to outside guide rod, triggers one end and the conflict of socket protrusion, the other end and installation of spring Bracket contradicts, and the elastic force for triggering spring makes circulation tank do the upper elevator far from ground along guide rod channeling direction by fixing sleeve It is dynamic；

The guide rod is provided with two groups and is located at the side of through-hole, and the triggering spring is set to fixing sleeve Socket protrusion be correspondingly arranged on two groups；

The circulation lid, which is coaxially offered, connect the stretching hole connected, one end of the runner pipe and sense with circulation tank inner cavity It answers valve connection connection, the other end to pass through to stretch out hole and be located in circulation tank, constitutes sealed sliding between runner pipe and stretching hole Guiding cooperation；

The discharge section outer surface of the outlet conduit offers the avoid holes for connecting and connecting with its inner cavity, the scupper hose One end with circulation mouth connect connections, the other end across avoid holes and positioned at outlet conduit discharge section in, scupper hose with keep away It allows between hole and constitutes sealed cooperation, the specific discharge of scupper hose is less than the specific discharge of runner pipe；

The close mechanism include for outlet conduit discharge section blocked enclosed member, for enclosed member with put The driving component connected between water trigger mechanism；

The discharge section outer surface of the outlet conduit offers the turn hole for connecting and connecting with its inner cavity, and turn hole is located at evacuation Above hole, turn hole is provided with two groups and two groups of turn holes be located at outlet conduit it is same diametrically, the enclosed member includes Closure plug, shaft, the shaft are axially parallel to ground, and one end of shaft is located at outside outlet conduit, the other end passes through Two groups of turn holes and be located at outlet conduit outside, constituted between shaft and turn hole it is sealed be rotatably assorted, the closure plug is set It is placed in outlet conduit and closure plug can block the discharge section of outlet conduit, be provided with sleeve joint hole and closure plug in closure plug It is fixedly sheathed in outside shaft by sleeve joint hole, shaft axially rotates around itself and draws closure plug and rotates synchronously；

The driving component includes draw bar, swing rod, and the draw bar can be divided into two parts and be respectively to be socketed section, lead Draw section, the extending direction of the socket section is parallel to the axial direction of shaft, and the middle position for being socketed section is provided with fixation hole simultaneously And socket section is fixedly sheathed in outside circulation mouth by fixation hole, the traction section is located between outlet conduit and socket section Region, traction section is provided with two groups and two groups of traction sections are respectively fixedly connected in one end of socket section, and traction section is horizontally disposed And perpendicular arrangement between section and socket section is drawn, channeling direction is additionally provided in traction section and is parallel to traction section extending direction Guide hole；

The swing rod is set to shaft and draws the region between section, and swing rod can be divided into two parts and respectively wobble segment One, wobble segment two, the extending direction of the wobble segment one are parallel to the extending direction of traction section, one end setting of wobble segment one There is connecting hole and be fixedly sheathed in outside shaft by connecting hole, the other end is suspension end, the extension side of the wobble segment two It is located at the top of wobble segment one, one end of wobble segment two and wobble segment one to the axial direction and wobble segment two for being parallel to outlet conduit Suspension end be fixedly connected, the other end is provided with guide hump, guide hump, which is located in guide hole and constitutes between the two, to be slided Action-oriented cooperation, swing rod are correspondingly arranged on two groups；

The motion state of close mechanism is divided into the closed state of closure plug blocking outlet conduit discharge section, closure plug revocation blocks out The opening state of section is discharged in waterpipe, and the original state of close mechanism is in off state.

Further improvement as the technical program.

Above-mentioned includes for being depressed by a user the pressing mechanism of triggering, for pressing mechanism and touching by pressure control device It provides and connects the first connection hose of connection between water installations, connected for connection between pressing mechanism and Pneumatic time delay device Second connection hose；

The pond edge of the tank ontology offers the pressing hole through its thickness, and the pressing mechanism includes pressing Shell, piston rod, presses pressing spring at piston, and pressing shell is set to below the pond edge of tank ontology, and pressing shell is one The cylindrical shell structure of outlet conduit axial direction is closed and are axially parallel to end opening, the other end, presses the open end of shell With being equipped with the bottom surface for being fixedly installed in tank ontology pond edge by gland and by gland, pressing cover offer with The coaxially arranged jack of pressing hole, the closed end for pressing shell are coaxially arranged with the connection connected for its inner cavity and external connection Mouth；

The piston is set in pressing shell and constitutes slide-and-guide cooperation, the piston rod and pressing between the two Shell is coaxially arranged, one end of piston rod is fixedly connected with the piston, the other end is press-side and the end pass through jack and by It presses hole and is located at the top at tank ontology pond edge；

Described is set in pressing shell by pressing spring, is contradicted by one end of pressing spring and the bottom of chamber of pressing shell, the other end With piston contradict, by the elastic force of pressing spring make piston along piston rod to do close to by gland movement；

The press-side of the piston rod is provided with briquetting；

The described first connection hose, the second connection hose, be provided between connection mouth for connecting connection between three three Siphunculus, tee tube include horizontal flow tube, vertical flow tube, and vertical flow tube is vertically installed in horizontal flow tube middle position and phase mutual connection Lead to and constitute T-type structure, the free end of vertical flow tube connect connection with connection mouth；

The first check valve is provided between the described first connection hose and one end of horizontal flow tube and between the two by the One check valve is attached connection, and the first check valve is used for for controlling fluid from connection mouth to connecting mouth one-way flow, and first Check valve includes unidirectional valve casing, valve ball, unidirectionally controlled spring, and the unidirectional valve casing is the cylindrical shell structure of both ends open, One end connection that one end of unidirectional valve casing connect connection with horizontal flow tube, the other end connect hose with first is connected, the first connection The other end of hose connect connection with Inductance valve, and built-in step is provided in unidirectional valve casing and built-in step is close to the first connection Hose, the valve ball is set in unidirectional valve casing and valve ball is close to horizontal flow tube, and valve ball can block horizontal flow tube and unidirectional At connection between valve casing, the unidirectionally controlled spring is set in unidirectional valve casing, one end of unidirectionally controlled spring and valve ball It contradicts, the other end and the conflict of built-in step, the elastic force of unidirectionally controlled spring make valve ball do the movement close to horizontal flow tube and block up It fills at the connection between horizontal flow tube and unidirectional valve casing；

Second one-way valve is provided between the second connection hose and the other end of horizontal flow tube and is passed through between the two Second one-way valve is attached connection, and second one-way valve is for controlling fluid from Pneumatic time delay device to horizontal flow tube one-way flow Dynamic, second one-way valve, the second connection relationship connected between hose, horizontal flow tube connect hose, water with the first check valve, first Connection relationship between advection pipe is consistent, and the other end of the second connection hose is connect with the air hole one for being set to pneumatic valve casing to be connect It is logical.

The beneficial effect of the present invention compared with prior art is, user only need to by by pressure control device carry out by Pressure can make close mechanism closed state switch to opening state, and the intrinsic water of tank can be expelled to by outlet conduit Sewer, it is easy to operate, while after water discharge, restore automatically by pressure control device and triggering jettison gear to initial State is aside waited and is operated without using person, and more convenient to use and the degree of automation is higher, in addition to this, pneumatically Time-delay mechanism is consistent internal pressure during restoring by pressure control device to original state with external atmosphere pressure, recovery process It is more steady smooth.

Detailed description of the invention

It in order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, below will be to institute in embodiment

Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention some Embodiment for those of ordinary skill in the art without any creative labor, can also be according to these Attached drawing obtains other attached drawings.

Fig. 1 is the structural diagram of the present invention.

Fig. 2 is the structural schematic diagram in pond of the invention.

Fig. 3 is structural schematic diagram of the invention.

Fig. 4 is the structural schematic diagram by pressure control device of the invention.

Fig. 5 is the cross-sectional view of pressing mechanism of the invention.

Fig. 6 is the cooperation figure of the first connection hose of the invention, tee tube, the second connection hose.

Fig. 7 is the structural schematic diagram of exhaust gear of the invention.

Fig. 8 is the structural schematic diagram of exhaust triggering component of the invention.

Fig. 9 is the cross-sectional view of deflation component of the invention.

Figure 10 is the cooperation figure of triggering jettison gear and outlet conduit of the invention.

Figure 11 is the structural schematic diagram of triggering jettison gear of the invention.

Figure 12 is the cooperation figure of water inlet pipe of the invention, Inductance valve, runner pipe.

Figure 13 is the cross-sectional view of Inductance valve of the invention.

Figure 14 is the structural schematic diagram of the trigger mechanism that discharges water of the invention.

Figure 15 is the structural schematic diagram of close mechanism of the invention.

Figure 16 is the cooperation figure of Pneumatic time delay device and outlet conduit of the invention.

Figure 17 is the structural schematic diagram of Pneumatic time delay device of the invention.

Figure 18 is the structural schematic diagram of Time-delayed trigger mechanism of the invention.

Figure 19 is the cross-sectional view of pneumatic operated valve of the invention.

It is denoted as in figure:

100, pond；110, tank ontology；120, outlet conduit；

200, jettison gear is triggered；

210, water inlet pipe；

220, Inductance valve；221, incude valve casing；222, mouth is connected；223, interface one；224, interface two；225, seal section one； 226, seal section two；227, fixed section；228, incude spring；

230, discharge water trigger mechanism；231, mounting bracket；232, guide rod；233, fixing sleeve；234, spring is triggered；235, it circulates Tank；236, circulate mouth；237, runner pipe；238, scupper hose；

240, close mechanism；241, draw bar；242, guide hole；243, shaft；244, closure plug；245, swing rod；

300, pressure control device is pressed；

310, pressing mechanism；311, shell is pressed；312, connection mouth；313, piston；314, piston rod；315, briquetting；316, By pressing spring；

320, the first connection hose；321, unidirectional valve casing；322, valve ball；323, unidirectionally controlled spring；

330, the second connection hose；

340, exhaust gear；

3410, it is vented triggering component；3411, interlocking lever；3412, linked block；3413, elastic piece；

3420, deflation component；3421, deflation valve casing；3422, deflation spool；3423, triggering block；3424, support protrusion；3425, Wind spring；3426, bleeder pipe；

400, Pneumatic time delay device；

410, pneumatic operated valve；411, pneumatic valve casing；412, pneumatic valve core；

420, Time-delayed trigger mechanism；421, connecting rod；422, fixed link；423, floating ball；424, sealing-plug one；425, sealing-plug Two；

430, reset spring.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete

Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts all Other embodiments shall fall within the protection scope of the present invention.

The present invention is advantageous in that by the way that whether the water in triggering jettison gear control pond can be expelled to sewer, is made User only need to be by that can make close mechanism closed state switch to opening state, tank to pressing by pressure control device After intrinsic water can be expelled to sewer by outlet conduit, easy to operate, while water is discharged, by pressure control device And triggering jettison gear restores automatically to original state, aside waits and operates without using person, it is more convenient to use And the degree of automation is higher, and in addition to this, Pneumatic time delay device makes internal during restoring by pressure control device to original state Pressure is consistent with external atmosphere pressure, and recovery process is more steady smooth.

As shown in figures 1-19, the intelligent bathroom instrument to be discharged water based on pressing triggering, including for storing water and for using Whether pond 100 that person uses can be expelled to the triggering jettison gear 200 of sewer for controlling the water in pond 100, be used for Be depressed by a user and make trigger jettison gear 200 control pond 100 in water can be expelled to sewer by pressure control device 300, for making internal pressure and external atmosphere pressure during restoring by pressure control device 300 to original state keep the gas to match Dynamic time-delay mechanism 400；When user is finished using the water in pond 100, it can be pressed and be made to by pressure control device 300 Triggering jettison gear 200 is triggered, so that the water in pond 100 can be expelled to sewer, after discharge, pressing control Device 300 restores under the cooperation of Pneumatic time delay device 400 to original state.

The pond 100 includes tank ontology 110, outlet conduit 120, and the outlet conduit 120 is located at water storage The lower section of pond ontology 110, outlet conduit 120 is arranged vertically and outlet conduit 120 with tank ontology 110 connect connection, out Waterpipe 120 can axially be divided into along itself three sections and be respectively the fillter section for connect with tank ontology 110 connection, be lauched The discharge section that system connection in road is connected, the triggering section between fillter section and discharge section.

Preferably, it is provided in the fillter section for the filtering to being filtered through the water after user's use Mesh enclosure.

As shown in fig. 10-15, above-mentioned triggering jettison gear 200 includes water inlet pipe 210, Inductance valve 220, discharge water triggering machine Structure 230, close mechanism 240, the close mechanism 240 are used to block the discharge section of outlet conduit 120 and pass through water can not Section is discharged, the Inductance valve 220 is for being pressed the triggering of control device 300 and passing water through water inlet pipe 210, Inductance valve 220 Trigger mechanism 230 is flowed into, the trigger mechanism 230 is used to be triggered and made by water the revocation of close mechanism 240 to outlet conduit 120 Blocking.

As illustrated by figs. 12-13, the Inductance valve 220 includes induction valve casing 221, induction spool, induction spring 228, institute The induction valve casing 221 stated is the rectangular housing knot that open at one end, other end closing and open end Matching installation have induction valve deck Structure, the inner cavity extending direction of induction valve casing 221 are parallel to ground, and the upper surface of induction valve casing 221 is offered to be connect with its inner cavity The interface 1 of connection, induction valve casing 221 lower end surface offer connect with its inner cavity connect and it is coaxial with interface 1 The interface 2 224 of arrangement, incudes to be coaxially arranged on valve deck 228 and connect connecing for connection with extraneous for incuding 221 inner cavity of valve casing Logical mouth 222.

The induction spool be three sections of coaxial waney cylinders form and be respectively for block interface 1 with The seal section 1 of interface 2 224, is used for seal section 1 and seal section 2 226 at the close seal section 2 226 for incuding valve deck Between the fixed section 227 that is fixedly connected, constituted between one 225/ seal section 2 226 of seal section and induction 221 inner cavity of valve casing close The cooperation of envelope formula slide-and-guide.

The induction spring 228 is set in induction valve casing 221, is incuded one end of spring 228 and is incuded valve casing 221 Bottom of chamber contradicts, the other end and seal section 1 contradict, and the elastic force of induction spring 228 leans on induction spool axially along itself The movement of near-induction valve deck.

The motion state of Inductance valve 220 be divided into seal section 1 block interface 1 and interface 2 224 blocked state, The circulation status that the revocation of seal section 1 blocks interface 1 and interface 2 224, the original state of Inductance valve 220 are blocking State.

The fillter section outer surface of the outlet conduit 120 offers to connect with its inner cavity and connects and be located under filtering screen The perforating of side, one end of the water inlet pipe 210 are located in 120 fillter section of outlet conduit and are located at below filtering screen, is another One end passes through perforating and connect connection with interface 1, and sealed cooperation is constituted between water inlet pipe 210 and perforating.

Described connect connection with mouth 222 is connected by pressure control device 300.

User to pressed by pressure control device 300 and make air through connect mouth 222 flow into induction valve casing 221 It is interior, so that induction spool axially does the movement far from induction valve deck along itself, switch Inductance valve 220 by blocked state To circulation status, water can be flowed out to by water inlet pipe 210, interface 1, interface 2 224 and be discharged water in trigger mechanism 230；Work as storage After water discharge in pond ontology 110, it is stifled that the elastic force of induction spring 228 switches to Inductance valve 220 by circulation status Plug-like state.

As shown in Figure 12,14, the trigger mechanism 230 that discharges water includes mounting bracket 231, guide rod 232, fixing sleeve 233, spring 234, circulation tank 235, runner pipe 237, scupper hose 238 are triggered, the mounting bracket 231 is fixedly installed in out Outside waterpipe 120, the through-hole for being axially perpendicular to ground, the guidance side of the guide rod 232 are provided in mounting bracket 231 To perpendicular to ground, guide rod 232 is fixedly installed in mounting bracket 231 and is located above through-hole.

The circulation tank 235 is open at one end, other end closing and open end is located at the shell knot above closed end The open end Matching installation of structure, circulation tank 235 has circulation to cover, circulation tank 235 be coaxially movably set in through-hole and the two it Between constitute slide-and-guide cooperation, the closed end of circulation tank 235 is coaxially arranged with and connects between 235 inner cavity of tank and outside for circulating The circulation mouth 236 of connection.

The fixing sleeve 233 be fixedly sheathed in circulation tank 235 outside, be provided on fixing sleeve 233 socket protrusion and Fixing sleeve 233 is constituted between socket protrusion and guide rod 232 and is slided by being socketed raised pivot bush unit outside guide rod 232 Guiding cooperation.

The triggering spring 234 is sheathed on outside guide rod 232, trigger spring 234 one end and socket protrusion contradict, The other end and mounting bracket 231 contradict, and the elastic force of triggering spring 234 makes to circulate tank 235 along guide rod 232 by fixing sleeve 233 Channeling direction does the ascending motion far from ground.

The circulation lid, which is coaxially offered, connect the stretching hole connected, the runner pipe 237 with circulation 235 inner cavity of tank One end connect with interface 2 224 connection, the other end pass through stretch out hole and be located at circulation tank 235 in, runner pipe 237 and stretch out hole Between constitute the cooperation of sealed slide-and-guide.

The discharge section outer surface of the outlet conduit 120 offers the avoid holes for connecting and connecting with its inner cavity, described One end of scupper hose 238 connect connection with circulation mouth 236, the other end passes through avoid holes and is located at the discharge of outlet conduit 120 In section, sealed cooperation is constituted between scupper hose 238 and avoid holes, the specific discharge of scupper hose 238 is less than runner pipe 237 Specific discharge.

When Inductance valve 220 is in circulation status, water can be flowed out to by water inlet pipe 210, interface 1, interface 2 224 In circulation tank 235 and eventually by the discharge section of scupper hose 238, outlet conduit 120 sewer is flowed out to, during this, by It is less than the specific discharge of runner pipe 237 in the specific discharge of scupper hose 238, then increases the water to circulate in tank 235 gradually More, i.e. the gravity of circulation tank 235 is gradually increased, so that circulation tank 235 does descending motion along the channeling direction of guide rod 232 And close mechanism 240 is triggered, so that close mechanism 240 cancels the blocking to outlet conduit 120, the water in tank ontology 110 Sewer can be expelled to；After the water discharge in tank ontology 110, the elastic force of triggering spring 234 makes the triggering that discharges water Mechanism 230 is restored to original state.

Preferably, in order to which the tank 235 that makes to circulate is more steady smooth along the movement of 232 channeling direction of guide rod, described is led Bar 232 is provided with two groups and is located at the side of through-hole, the triggering spring 234, the set for being set to fixing sleeve 233 It connects protrusion and is correspondingly arranged on two groups.

As shown in Figure 10-11,15, the close mechanism 240 includes blocking for section to be discharged to outlet conduit 120 Enclosed member, the driving component for being connected between enclosed member and the trigger mechanism 230 that discharges water.

The discharge section outer surface of the outlet conduit 120 offers the turn hole for connecting and connecting with its inner cavity, and turn hole Above avoid holes, turn hole is provided with two groups and two groups of turn holes be located at outlet conduit 120 it is same diametrically, described closes Closing component includes closure plug 244, shaft 243, and the shaft 243 is axially parallel to ground, and one end of shaft 243 is located at Outside waterpipe 120, the other end pass through two groups of turn holes and be located at outlet conduit 120 outside, constituted between shaft 243 and turn hole Sealed to be rotatably assorted, the closure plug 244 is set in outlet conduit 120 and closure plug 244 can block outlet conduit 120 discharge section is provided with sleeve joint hole in closure plug 244 and closure plug 244 is fixedly sheathed in outside shaft 243 by sleeve joint hole Portion, shaft 243 axially rotate around itself and draw closure plug 244 and rotate synchronously.

The driving component includes draw bar 241, swing rod 245, and the draw bar 241 can be divided into two parts and divide It Wei be socketed section, traction section, the extending direction of the socket section is parallel to the axial direction of shaft 243, is socketed the middle position of section Place is provided with fixation hole and is socketed section and is fixedly sheathed in outside circulation mouth 236 by fixation hole, and the traction section is located at Region between waterpipe 120 and socket section, traction section is provided with two groups and two groups of traction sections are respectively fixedly connected in socket One end of section, traction section is horizontally disposed and draws perpendicular arrangement between section and socket section, draws and is additionally provided with guidance in section It is oriented parallel to the guide hole 242 of traction section extending direction.

The swing rod 245 be set to shaft 243 and draw section between region, swing rod 245 can be divided into two parts and Respectively wobble segment one, wobble segment two, the extending direction of the wobble segment one are parallel to the extending direction of traction section, wobble segment One one end is provided with connecting hole and is fixedly sheathed in outside shaft 243 by connecting hole, the other end is suspension end, the pendulum The extending direction of dynamic section two is parallel to the axial direction of outlet conduit 120 and wobble segment two is located at the top of wobble segment one, wobble segment Two one end is fixedly connected with the suspension end of wobble segment one, the other end is provided with guide hump, and guide hump is located at guide hole 242 Interior and constitute slide-and-guide cooperation between the two, swing rod 245 is correspondingly arranged on two groups.

The motion state of close mechanism 240 is divided into closure plug 244 and blocks the closed state of the discharge section of outlet conduit 120, closes The opening state that section is discharged in 244 revocation blocking outlet conduit 120 of plug is closed, the original state of close mechanism 240 is in off state.

When the tank 235 that circulates does descending motion along the channeling direction of guide rod 232, circulation mouth 236 is synchronous therewith to be declined simultaneously Make the synchronous decline of draw bar 241, draw bar 241 declines and guide hump is done along the channeling direction of guide hole 242 away from out The movement of waterpipe 120, so that swing rod 245 243 axially rotates around the shaft and draws the synchronous rotation of closure plug 244, finally So that closure plug 244 and outlet conduit 120 are discharged between the cavity wall of section there are gap, close mechanism 240 is cut by closed state Opening state is shifted to, the water in tank ontology 110 can be expelled to sewer by outlet conduit 120；When tank ontology 110 After interior water discharge, the elastic force of triggering spring 234 to discharge water the recovery of trigger mechanism 230 to original state, that is, circulate tank 235 do ascending motion, so that 244 direction of closure plug rotates and blocks the discharge section of outlet conduit 120, close mechanism again 240 switch to closed state by opening state.

As shown in Fig. 1,3-10,16, above-mentioned by pressure control device 300 includes pressing for being depressed by a user triggering Mechanism 310 connects hose 320, for pressing for connecting the first of connection between pressing mechanism 310 and triggering jettison gear 200 The second connection hose 330 of connection is connected between press mechanism 310 and Pneumatic time delay device 400.

The pond edge of the tank ontology 110 offers the pressing hole through its thickness, the pressing mechanism 310 include pressing shell 311, piston 313, piston rod 314, pressing pressing spring 316, and pressing shell 311 is set to tank ontology Below 110 pond edge, pressing shell 311 is open at one end, other end closing and is axially parallel to 120 axis of outlet conduit To cylindrical shell structure, pressing shell 311 open end Matching installation have by gland and be fixedly installed in water storage by gland The bottom surface at 110 pond edge of pond ontology, pressing, which covers, offers the jack coaxially arranged with pressing hole, pressing shell 311 Closed end is coaxially arranged with the connection mouth 312 connected for its inner cavity and external connection.

The piston 313 is set in pressing shell 311 and constitutes slide-and-guide cooperation, the work between the two Stopper rod 314 and pressing shell 311 are coaxially arranged, and one end of piston rod 314 is fixedly connected with piston 313, the other end is press-side And the end passes through jack and pressing hole and is located at the top at 110 pond edge of tank ontology.

Described is set in pressing shell 311 by pressing spring 316, by one end and the pressing shell 311 of pressing spring 316 Bottom of chamber contradicts, the other end and piston 313 contradict, and by the elastic force of pressing spring 316 piston 313 is axially leaned on along piston rod 314 Closely press the movement of gland.

Preferably, in order to which the press-side for making user press piston rod 314 is more convenient easily, the piston rod 314 Press-side be provided with briquetting 315.

The first connection hose 320, second, which connects, to be provided between hose 330, connection mouth 312 between three The tee tube connected is connected, specifically, tee tube includes horizontal flow tube, vertical flow tube, vertical flow tube is vertically installed in level stream Pipe middle position and mutually connection simultaneously constitute T-type structure, and the free end of vertical flow tube connect connection with connection mouth 312.

Be provided between the described first connection hose 320 and one end of horizontal flow tube the first check valve and the two it Between connection is attached by the first check valve, the first check valve is used for for controlling fluid from connection mouth 312 to connecting mouth 222 One-way flow, the first check valve include unidirectional valve casing 321, valve ball 322, unidirectionally controlled spring 323, the unidirectional valve casing 321 For the cylindrical shell structure of both ends open, one end of unidirectional valve casing 321 connect connection, the other end with horizontal flow tube and connect with first One end of hose 320, which connects, to be connected, and the other end of the first connection hose 320 connect connection, unidirectional valve casing 321 with mouth 222 is connected It is inside provided with built-in step and built-in step is close to the first connection hose 320, the valve ball 322 is set to unidirectional valve casing In 321 and valve ball 322 is close to horizontal flow tube, and valve ball 322 can block at the connection between horizontal flow tube and unidirectional valve casing 321, The unidirectionally controlled spring 323 is set in unidirectional valve casing 321, one end of unidirectionally controlled spring 323 and valve ball 322 contradict, The other end and built-in step contradict, and the elastic force of unidirectionally controlled spring 323 makes valve ball 322 do the movement close to horizontal flow tube and blocks up It fills at the connection between horizontal flow tube and unidirectional valve casing 321.

Second one-way valve and the two are provided between the second connection hose 330 and the other end of horizontal flow tube Between connection is attached by second one-way valve, second one-way valve is for controlling fluid from Pneumatic time delay device 400 to level Flow tube one-way flow, second one-way valve, the second connection hose 330, the connection relationship between horizontal flow tube and the first check valve, the Connection relationship between one connection hose 320, horizontal flow tube is consistent.

After the water use in tank ontology 110, user presses briquetting 315 and to do piston 313 separate The movement of gland is pressed, so that air is irreversibly delivered through tee tube, the first check valve, the first connection hose 320 to Inductance valve 200 It is interior, and finally to incude the movement that spool does separate induction valve deck, Inductance valve 220 switches to circulation status by blocked state, So that water is discharged to sewer, during this, Pneumatic time delay device 400 makes air soft by the second connection Pipe, second one-way valve, tee tube unidirectionally flow into pressing shell 311, so that pressing mechanism 310 does not restore to original state；

After the water discharge in tank ontology 110, Pneumatic time delay device 400 makes air soft by the second connection Pipe, second one-way valve, tee tube unidirectionally flow into pressing shell 311, to make pressing mechanism 310 by pressing spring 316 Elastic force effect is lower to restore to original state.

More specifically, as shown in Fig. 4,7-9, during the recovery of Inductance valve 220 to original state, induction spool fortune It moves and the air that incude valve deck and incude between spool in region is expelled in the first connection hose 320, due to the first list Presence to valve, the air are finally piled up in the first connection hose 320, when the pond access times that originally discharge water are excessive, then can be made The pressure obtained in the first connection hose 320 is increasing, the first connection hose 320 occurs broken, in order to solve this One problem, described first connects the exhaust gear being additionally provided on hose 320 for deflating to the accumulation air in it 340。

The exhaust gear 340 includes exhaust triggering component 3410, deflation component 3420, and exhaust triggering component 3410 is used It is released in being triggered to deflation component 3420 and deflation component 3420 being made to connect the accumulation air in hose 320 to first It puts.

The deflation component 3420 is set to below the pond edge of tank ontology 110, and deflation component 3420 includes Vent valve, triggering block 3423, wind spring 3425, bleeder pipe 3426.

The vent valve includes deflation valve casing 3421, deflation spool 3422, and deflation valve casing 3421 is open at one end, another Closed shell structure is held, fastener is provided between deflation valve casing 3421 and tank ontology 110 and valve casing 3421 of deflating Vertically be fixedly installed in the outer wall of tank ontology 110 by fastener, the closed end of deflation valve casing 3421 coaxially offer with Its inner cavity connects the mounting hole one connected and closed end is close to tank ontology 110, and the open end of deflation valve casing 3421 matches Deflation valve deck is installed and vent valve covers and coaxially offers mounting hole two.

The deflation spool 3422 is that three sections of coaxial waney cylindrical bodies form and are respectively and deflation valve casing 3421 inner cavities constitute the sealed air inlet section being rotatably assorted, free end passes through mounting hole and is located at outside deflation valve casing 3421 together The rotational segment that deflation section, free end pass through mounting hole two and be located at outside deflation valve casing 3421, deflation spool 3422 can be around itself Axial rotation, the outer surface of air inlet section are provided with air inlet, are provided in deflation section and connect connection with the external world for air inlet Air vent.

One end of the triggering block 3423 is triggering end and the end is located at pressing shell 311 and 3422 turns of deflation spool Region between dynamic section, the other end is provided with sets of holes and triggering block 3423 is fixedly sheathed in outside rotational segment by sets of holes, institute The outer surface for the deflation valve casing 3421 stated is provided with support protrusion 3424 corresponding with triggering block 3423, and support protrusion 3424 In 3423 lower section of triggering block, support protrusion 3424 is used to support triggering block 3423 and makes it in horizontally disposed.

The wind spring 3425 is set to the interspersed place between rotational segment and mounting hole two and the elastic force of wind spring 3425 makes Obtain the rotation that rotational segment traction triggering block 3423 does close support protrusion 3424.

The outer surface of the deflation valve casing 3421 is additionally provided with the deflation for connecting connection between its inner cavity and the external world Mouth, the outer surface of first connecting tube 320, which is provided with, connect the exhaust nozzle connected with the external world for its inner cavity, and described puts One end of tracheae 3426 connect connection, the other end and exhaust nozzle connection with deflating valve and connects.

The motion state of the deflation component 3420, which is divided into, to be set to the air inlet of air inlet section and puts with what deflating valve was connected The state to be triggered that gaseity, the air inlet for being set to inlet end are not connected with deflating valve, the original state of deflation component 3420 For state to be triggered.

The exhaust triggering component 3410 is set to the region between pressing shell 311 and 3423 triggering end of triggering block, Being vented triggering component 3410 includes interlocking lever 3411, linked block 3412, elastic piece 3413.

The pond edge of the tank ontology 110 offers the pilot hole through its thickness, the interlocking lever 3411 one end is provided with installation set and is fixedly sheathed in outside piston rod 314 by installation set, the other end passes through pilot hole And it is located at below the pond edge of tank ontology 110 and is fixedly connected with linked block 3412, interlocking lever 3411 and pilot hole Between constitute slide-and-guide cooperation.

Fixed lobe is provided on the linked block 3412, the elastic piece 3413 divides for two parts and is respectively Stretch section one, stretch section two, one end of stretch section one is connecting pin and the end is fixedly connected with fixed lobe, the other end is to lead Draw end and the end be located at the surface of 3423 triggering end of triggering block, stretch section two be fixedly connected with the connecting pin of elastic force section one and It constitutes v-shaped structure between the two and distance between the two is incremented by from the bottom to top.

It is additionally provided with conflict protrusion one on the linked block 3412, contradicts protrusion two, contradicts protrusion one and is located at stretch section One lower section and the two conflict contradict protrusion two and are located at stretch section two away from the side of stretch section one and contradict raised two and bullet Property section two contradict.

The course of work of exhaust gear 340, specific manifestation are as follows: during user presses pressing mechanism 310, piston rod 314 traction exhaust triggering components 3410, which synchronize, to be moved downward, during being somebody's turn to do, the stretch section one and triggering block 3423 of elastic piece 3413 Contact, since support protrusion 3424 is located at 3423 lower section of triggering block, so that elastic deformation occurs for the stretch section one of elastic piece 3413, The traction end of final elastic piece 3413 is located at the underface of triggering block 3423, during this, deflation component 3420 be in always to Triggering state；

Pressing mechanism 310 is during recovery to original state under by the effect of the elastic force of pressing spring 316, the traction exhaust of motion bar 314 Triggering component 3410, which synchronizes, to be moved upwards, and during being somebody's turn to do, the traction end of elastic piece 3413 is contacted with triggering block 3423, due to contradicting Protrusion one is located at one lower section of stretch section and the two contradicts, so that passing through triggering block 3423 while elastic piece 3413 moves upwards It draws deflation spool 3422 and is axially rotated around itself, and deflation component 3420 is finally made to switch to deflation shape by state to be triggered State, at the same time, Inductance valve 220 are restored to be expelled in the first connection hose 320 to original state and by air, which continues It is discharged outside to by deflation component 3420；

When the accumulation air discharge in the first connection hose 320 finishes, triggering block 3423 is rotated synchronously with deflation spool 3422 And disengaged with the traction end of elastic piece 3413, then deflation component 3420 restores under the elastic force effect of wind spring 3425 to first Beginning state, i.e., state to be triggered.

As illustrated in figs. 16-19, above-mentioned Pneumatic time delay device 400 includes pneumatic operated valve 410, Time-delayed trigger mechanism 420, resets Spring 430, the pneumatic operated valve 410 is for making internal pressure and the external world during restoring by pressure control device 300 to original state Atmospheric pressure holding matches, and the water discharge that the Time-delayed trigger mechanism 420 is used to make pneumatic operated valve 410 in pond 100 finishes After be triggered, the reset spring 430 is for restoring Time-delayed trigger mechanism 420 to original state.

It is provided with fixed bracket between 120 outer wall of pneumatic operated valve 410 and outlet conduit and pneumatic operated valve 410 passes through admittedly Fixed rack level is fixedly installed in the outer wall of outlet conduit 120, and pneumatic operated valve 410 includes pneumatic valve casing 411, pneumatic valve core 412, institute The pneumatic valve casing 411 stated is open at one end, the closed shell structure of the other end, and the open end Matching installation of pneumatic valve casing 411 has Pneumatic valve deck, the closed end of pneumatic valve casing 411 offer inserting hole one, pneumatic operated valve cover offer it is coaxially arranged with inserting hole one Inserting hole two.

The pneumatic valve core 412 is that three sections of coaxial waney cylindrical bodies form and are respectively and pneumatic valve casing 411 Inner cavity constitutes the sealed ventilation section being rotatably assorted, free end passes through the gearing that inserting hole is located at together outside pneumatic valve casing 411 The gearing section two that Duan Yi, free end pass through inserting hole two and be located at outside pneumatic valve casing 411, pneumatic valve core 412 can be around itself axis To rotation, the periphery for section of ventilating is provided with the venthole through its diameter.

The outer surface of the pneumatic valve casing 411, which is offered, connect the air hole one connected, air hole two with its inner cavity, thoroughly Stomata one, air hole two are connected in being connected with each other between coaxially arranged and three between venthole three, and described second connects It connects hose 330 and connect connection with air hole one.

The motion state of the pneumatic operated valve 410 is divided into air hole one, air hole two, between venthole three in coaxial cloth The ventilative state of connection is set and connected, pneumatic valve core 412 rotates and connect venthole revocation with one/air hole of air hole two The state to be breathed freely connected, the original state of pneumatic operated valve 410 are ventilative state.

The triggering section outer surface of the outlet conduit 120 offers the slide opening for connecting and connecting with its inner cavity, and slide opening draws The axial direction for being oriented parallel to outlet conduit 120 is led, the extension trigger mechanism 420 includes connecting rod 421, fixed link 422, floats Ball 423, the floating ball 423 are set in the triggering section of outlet conduit 120 and may float on the water surface.

The connecting rod 421 is set to the region between pneumatic operated valve 410 and the triggering section outer wall of outlet conduit 120, even Extension bar 421 can be divided into three parts and respectively receiver section, pass segment, and the extending direction of the receiver section is parallel to pneumatic operated valve The axial direction of core 412, the pass segment are set between receiver section and pneumatic operated valve 410, and pass segment is provided with two groups and two groups Pass segment is respectively fixedly connected in the one end for receiving section, perpendicular arrangement between pass segment and receiver section, one group of pass segment and gas The gearing section one of movable valve plug 412 is fixedly connected, another group of pass segment is fixedly connected with the gearing section two of pneumatic valve core 412.

One end of the fixed link 422 is fixedly connected with the receiving section of connecting rod 421, the other end is disposed through water outlet The slide opening of pipeline 120 is simultaneously fixedly connected with floating ball 423, and slide-and-guide cooperation is constituted between fixed link 422 and slide opening.

The free end of the gearing section one of the pneumatic valve core 412 is provided with connection bump one, and one court of connection bump Extending away from the direction of connecting rod 421, the triggering section outer wall of the outlet conduit 120 is additionally provided with connection bump two, and Connection bump two is located at the lower section of connection bump one.

One end of the reset spring 430 is connect with connection bump one, the other end and connection bump two connect, and resets bullet The elastic force of spring 430, which does pneumatic valve core 412 axially around itself, makes venthole connect turn connected with one/air hole of air hole two It is dynamic.

The course of work of Pneumatic time delay device 400, specific manifestation are as follows: when the water in tank ontology 110 is through outlet conduit 120 to when sewer discharge, and water is contacted with floating ball 423 and the impact force of water moves downward floating ball 423, and floating ball 423 moves And by fixed link 422, connecting rod 421 draw pneumatic valve core 412 around itself axially do make venthole revocation with air hole one/thoroughly The rotation that the connection of stomata two is connected, pneumatic operated valve 410 switch to state to be breathed freely by ventilative state, and user unclamps to pressing at this time The pressing of mechanism 310, simultaneously because the presence of the first check valve and pneumatic operated valve 410 are state to be breathed freely, so that air Piston 313 can not be flowed to and press the region between 311 closed end of shell, finally to fail by the elastic force of pressing spring 316 Restore pressing mechanism 310 to original state；

After the water discharge in tank ontology 110, the elastic force of reset spring 430 restores pneumatic operated valve 410 to initial State, i.e., ventilative state, outside air can connect hose 330 by pneumatic operated valve 410, second at this time, tee tube flows to pressing Mechanism 310, pressing mechanism 310 restore under by the effect of the elastic force of pressing spring 316 to original state.

More specifically, in order to make floating ball 423 done by water slug the process moved downward more it is steady smoothly, it is described Matching is provided with drainage hood in the triggering section of outlet conduit 120, and drainage hood is the rotary table shell structure of both ends open, drainage hood Big end is located above small end, and the big end of drainage hood is fixedly and coaxially connected with the triggering section cavity wall of outlet conduit 120, small end is positioned at floating The surface of ball 423.

More optimize, due to constituting slide-and-guide cooperation between fixed link 422 and slide opening, when water is through outlet conduit 120 When discharge, part water can flow out to the ground for the pond region that originally discharges water through slide opening, can make pedestrian that the sliding phenomenon of foot occur, sternly Weight can also cause actual bodily harm to pedestrian, in order to solve this problem, containment member is provided in the slide opening, seals structure Part includes sealing-plug 1, sealing-plug 2 425, and the sealing-plug 1 is fixedly installed in slide opening and structure between the two Cooperate at slide-and-guide, the towing pad that channeling direction is parallel to slide opening channeling direction, sealing-plug are additionally provided on sealing-plug 1 1 and slide opening towards the region between the opening of 120 inner cavity of outlet conduit be sliding area, the sealing-plug 2 425 is arranged It in sliding area and constitutes sealed slide-and-guide between the two to cooperate, is additionally provided with sealing hole, sealing-plug on sealing-plug 2 425 2 425 are fixedly sheathed in outside fixed link 422 by sealing hole；In 422 motion process of fixed link, fixed link 422 is moved and is led Draw sealing-plug 2 425 to move synchronously, simultaneously because sealed slide-and-guide cooperation is constituted between sealing-plug 2 425 and sliding area, So that water can not flow out to the ground for the pond region that originally discharges water by slide opening.

A kind of pneumatic type automatic time delay is closed the method that discharges water in the pond that discharges water, and step is:

S1: user is to being set to pressing on pond 100 by pressure control device 300；

The pond 100 includes tank ontology 110, outlet conduit 120, and the outlet conduit 120 is located at tank sheet The lower section of body 110, outlet conduit 120 is arranged vertically and outlet conduit 120 with tank ontology 110 connect connection, outlet conduit 120 can axially be divided into three sections along itself and be respectively to connect the fillter section connected and sewerage system with tank ontology 110 Connect the discharge section connected, the triggering section between fillter section and discharge section；

Described includes for being depressed by a user the pressing mechanism 310 of triggering, for pressing mechanism by pressure control device 300 The first connection hose 320 of connection is connected between 310 and triggering jettison gear 200, is filled for pressing mechanism 310 and Pneumatic time-delay Set the second connection hose 330 that connection is connected between 400；

The first connection hose 320, second, which connects, to be provided between hose 330, pressing mechanism 310 for connecting between three The tee tube of connection, tee tube include horizontal flow tube, vertical flow tube, and vertical flow tube is vertically installed in horizontal flow tube middle position And mutually connect and constitute T-type structure, the free end of vertical flow tube connect connection with pressing mechanism 310；

The first check valve is provided between the first connection hose 320 and one end of horizontal flow tube and is led between the two It crosses the first check valve and is attached connection, the first check valve is used to be discharged water dress for controlling fluid from pressing mechanism 310 to triggering Set 200 one-way flows；

Second one-way valve and between the two is provided between the described second connection hose 330 and the other end of horizontal flow tube Connection is attached by second one-way valve, and second one-way valve is for controlling fluid from Pneumatic time delay device 400 to pressing mechanism 310 one-way flows；

The exhaust gear 340 for deflating to the accumulation air in it is additionally provided on the first connection hose 320, Exhaust gear 340 includes exhaust triggering component 3410, deflation component 3420, and exhaust triggering component 3410 is used for deflation component 3420 are triggered and discharge deflation component 3420 to the accumulation air in the first connection hose 320；

The motion state of the deflation component 3420, which is divided into, to connect what the accumulation air in hose 320 be discharged to first Deflation status fails the state to be triggered discharged to the accumulation air in the first connection hose 320, deflation component 3420 Original state is state to be triggered；

User presses pressing mechanism 310 and air is flowed in triggering jettison gear 200, during this, puts Gas component 3420 is in state to be triggered always；

S2: after air enters triggering jettison gear 200, triggering jettison gear 200 makes the water in tank ontology 110 can be through going out Waterpipe 120 is expelled to sewer；

The triggering jettison gear 200 includes water inlet pipe 210, Inductance valve 220, the trigger mechanism 230 that discharges water, close mechanism 240, The close mechanism 240 is used to block the discharge section of outlet conduit 120 and makes water can not be by the way that section, the Inductance valve is discharged 220 trigger and pass water through water inlet pipe 210, the inflow trigger mechanism 230 of Inductance valve 220 for being pressed control device 300, described Trigger mechanism 230 be used to trigger and made by water blocking of the revocation of close mechanism 240 to outlet conduit 120；

The Inductance valve 220 connect the connection of hose 320 with first and connects, and it is logical that the motion state of Inductance valve 220 is divided into limitation water It crosses water inlet pipe 210 and Inductance valve 220 flows into the blocked state of trigger mechanism 230, can pass water through water inlet pipe 210 and Inductance valve 220 flow into the circulation status of trigger mechanism 230, and the original state of Inductance valve 220 is blocked state；

The motion state of close mechanism 240 is divided into blocking outlet conduit 120 and the closed state of section, revocation blocking outlet conduit is discharged The opening state of 120 discharge sections, the original state of close mechanism 240 are in off state；

Pressing mechanism 310 is passed air into Inductance valve 220, and Inductance valve 220 is made to switch to circulation shape by blocked state State, then water can be flowed to trigger mechanism 230, and be made by the fillter section, water inlet pipe 210, Inductance valve 220 of outlet conduit 120 It obtains the traction close mechanism 240 of trigger mechanism 230 and opening state is switched to by closed state, at this time the water in tank ontology 110 Sewer can be expelled to by outlet conduit 120；

S3: in the water discharge process in tank ontology 110, Pneumatic time delay device 400 carries out shape under the impact force action of water State switching, and pressing mechanism 310 is made to fail to restore to original state；

The Pneumatic time delay device 400 includes pneumatic operated valve 410, Time-delayed trigger mechanism 420, reset spring 430, and described is pneumatic Internal pressure matches with external atmosphere pressure holding during valve 410 is used to make to restore by pressure control device 300 to original state, institute It is triggered after the water discharge that the Time-delayed trigger mechanism 420 stated is used to make pneumatic operated valve 410 in pond 100, the reset Spring 430 is for restoring Time-delayed trigger mechanism 420 to original state；

The pneumatic operated valve 410 connect the connection of hose 330 with second and connects, and the motion state of pneumatic operated valve 410 is divided into air and can lead to It crosses pneumatic operated valve 410 and connect that hose 330 flows to the ventilative state of pressing mechanism 310, air fails through pneumatic operated valve 410 with second It is connect the state to be breathed freely that hose 330 flows to pressing mechanism 310 with second, the original state of pneumatic operated valve 410 is ventilative state；

The triggering section outer surface of the outlet conduit 120 offers the slide opening for connecting and connecting with its inner cavity, the guidance side of slide opening To the axial direction for being parallel to outlet conduit 120, the extension trigger mechanism 420 includes connecting rod 421, fixed link 422, floating ball 423, the floating ball 423 is set in the triggering section of outlet conduit 120 and may float on the water surface, the connecting rod 421 It is fixedly connected with the pneumatic valve core 412 of pneumatic operated valve 410, the fixed link 422 is used between connecting rod 421 and floating ball 423 Connection；

When the water in tank ontology 110 is discharged through outlet conduit 120 to sewer, water is contacted with floating ball 423 and water Impact force moves downward floating ball 423, floating ball 423 move through fixed link 422, connecting rod 421 draw pneumatic valve core 412 around The rotation for making pneumatic operated valve 410 switch to state to be breathed freely by state of breathing freely itself is axially done, user unclamps to pressing machine at this time The pressing of structure 310, simultaneously because the presence of the first check valve and pneumatic operated valve 410 are state to be breathed freely so that air without Method flows to pressing mechanism 310, and pressing mechanism 310 can not restore under the elastic force effect by pressing spring 316 inside it to original Shape；

S4: after the water discharge in tank ontology 110, the elastic force of reset spring 430 restores pneumatic operated valve 410 to first Beginning state, i.e., ventilative state, at this time outside air can connect hose 330 by pneumatic operated valve 410, second, tee tube flow to by Press mechanism 310, the elastic force effect by pressing spring 316 of pressing mechanism 310 inside it is lower to restore to original state；

During pressing mechanism 310 restores to original state, pressing mechanism 310 contacts with exhaust triggering component 3410 and to deflate Component 3420 switches to deflation status by state to be triggered, while the elastic force of the induction spring 228 of Inductance valve 220 inside it is made Restored with lower to original state, i.e. blocked state, the compressed air generated in 220 recovery process of Inductance valve passes through deflation component 3420 are discharged outside to；

After Inductance valve 220 is recovered, pressing mechanism 310 is detached from and the contact of exhaust triggering component 3410, deflation component 3420 The elastic force effect of wind spring 3425 inside it is lower to restore to original state, i.e., state to be triggered.

Specific examples are applied in the present invention, and principle and implementation of the present invention are described, above embodiments Illustrate to be merely used to help understand method and its core concept of the invention；At the same time, for those skilled in the art, according to According to thought of the invention, there will be changes in the specific implementation manner and application range.In conclusion the content of the present specification It should not be construed as limiting the invention.

Claims

1. the intelligent bathroom instrument to be discharged water based on pressing triggering, which is characterized in that it includes for storing water and for user The pond that uses, whether can be expelled to for controlling the water in pond the triggering jettison gear of sewer, for by user by It presses and makes the water in triggering jettison gear control pond that can be expelled to filling by pressure control device, for controlling pressing for sewer It sets internal pressure and external atmosphere pressure during restoring to original state and keeps the Pneumatic time delay device to match；

2. the intelligent bathroom instrument according to claim 1 to be discharged water based on pressing triggering, which is characterized in that described goes out Matching is provided with drainage hood in the triggering section of waterpipe, and drainage hood is the rotary table shell structure of both ends open, the big end of drainage hood Above small end, the big end of the drainage hood and triggering section cavity wall of outlet conduit is fixedly and coaxially connected, small end is being located at floating ball just Top；

3. the intelligent bathroom instrument according to claim 1 or 2 to be discharged water based on pressing triggering, which is characterized in that above-mentioned Triggering jettison gear include water inlet pipe, Inductance valve, the trigger mechanism that discharges water, close mechanism, the close mechanism is for blocking The discharge section of outlet conduit simultaneously makes water can not be by the way that section is discharged, and the Inductance valve triggers for being pressed control device and makes water Trigger mechanism is flowed by water inlet pipe, Inductance valve, the trigger mechanism is used to be triggered and made by water close mechanism revocation to out The blocking of waterpipe；

4. the intelligent bathroom instrument according to claim 3 to be discharged water based on pressing triggering, which is characterized in that above-mentioned presses Pressure control device includes for being depressed by a user the pressing mechanism of triggering, for connecting between pressing mechanism and triggering jettison gear First connection hose of connection, the second connection hose for connecting connection between pressing mechanism and Pneumatic time delay device；

The press-side of the piston rod is provided with briquetting；