CN204645732U - A kind of in-built integral vacuum toilet - Google Patents
A kind of in-built integral vacuum toilet Download PDFInfo
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- CN204645732U CN204645732U CN201520358919.8U CN201520358919U CN204645732U CN 204645732 U CN204645732 U CN 204645732U CN 201520358919 U CN201520358919 U CN 201520358919U CN 204645732 U CN204645732 U CN 204645732U
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Abstract
The utility model relates to a kind of in-built integral vacuum toilet, comprise wood floor bolck, wallboard, ground supports skeleton, wall face supporting frame, bath wastewater utilizes system, switch integrated Circuits System, described support frame is by regulating screw mandrel according to the requirement that can meet uniform force, be fixed on respectively on ground, bath wastewater utilizes system to be installed in the space on support frame and body of wall and ground, and be connected with switch integrated Circuits System, the wood floor bolck of some customizations and wallboard button is embedding is installed on support frame, owing to have employed the support frame of steel work and regulating screw mandrel, enhance the stress-bearing capability of toilet integral, each floor brick and wallboard use the installation that removably connects, monolithic is only needed to change during damage, in water tank, the cooperation of the switch that law of buoyancy is made is used, water pump automatic operation can be made.The utility model water-tight performance is good, can automatic pumping, the recycling of water, water saving, quick for installation, maintain easily, and without construction pollution, cost is low, is applicable to first or secondary decoration.
Description
Technical field
The utility model relates to a kind of in-built integral vacuum toilet.
Background technology
Along with the development of decoration industry, interior decoration, installing engineering more and more trend towards specialization, integrated, integration.The washroom operation of traditional handicraft finishing is loaded down with trivial details, and uneven decorative effect can not meet people for the agility of decorating, globality and day by day harsh aesthetic requirement.
Between conventional sanitation there is following drawback in ground mounting method: distributed finishing and installation, the operation such as waterproof, floor leveling, the paving of brick surface layer, Pipe installing need intert operation, adopts the wet trade modes such as cement mortar paving to there is considerable influence to surrounding environment.Waterproofing work is time-consuming, and mode of operation relies on purely manually carries out, and the construction period is long, and labour intensity is large, and technique is loaded down with trivial details, and cost of labor is high, and bath water not in addition any recycling especially in life, wastes efficient resource.
Also there are some its ground, integrated washroom on the market, metope module at present, cannot the initiatively problem such as levelling.And can only same specification have certain quantity to make, can not meet used aloned requirement, there is following drawback in existing accomodation ground module: accomodation ground module is the repair and replacement that planar design is difficult to the maintenance of built-in pipeline and wood floor bolck, wallboard.
Summary of the invention
For above-mentioned the deficiencies in the prior art, the utility model provide a kind of antiseep ground, body of wall, saving space, convenient for maintaining, quick for installation, without corner or spot as yet untouched by a clean-up campaign, and water saving integral vacuum toilet.
For solving the problems of the technologies described above, the present invention is by the following technical solutions: a kind of in-built integral vacuum toilet, it is characterized in that: integral vacuum toilet comprises wood floor bolck (3), wallboard (4), ground supports skeleton (1), wall face supporting frame (1a), bath wastewater utilizes system to open integral circuitry System's composition with two, wall face supporting frame (1a) is point single-sided structure or a two-sided wall construction two kinds, ground supports skeleton (1) regulates screw mandrel (2) to be mounted on respectively on ground by several, several piece wood floor bolck (3) is laid respectively and is arranged on ground supports skeleton (1), several piece wallboard (4) is installed and is placed on wall face supporting frame (1a), bath wastewater utilizes system to be positioned in ground supports skeleton (1) and ground or the mezzanine space between wall face supporting frame (1a) and body of wall,
Connection between described two floor bricks (3) or between two pieces of wallboards (4) is detachable; The connection of every floor brick (3) and ground supports skeleton (1) is for removably connecting; Wallboard (4) is connected employing and removably connects form with wall face supporting frame (1a);
Described two integral circuitry system (13) of opening coordinates and is arranged on bath wastewater and utilizes in system, and two integral circuitry system (13) of opening is connected with main power source.
The requirement that described adjustment screw mandrel (2) can meet uniform force supports on the ground, regulates screw mandrel (2) to be connected with the framework that ground supports skeleton (1) forms.
Described bath wastewater utilizes header tank (5) one end in system to connect water tank (6) by water pump (12), and header tank (5) other end enters header tank (5) washing Su basin (11), gutter and bath water by being connected after double medium filtration floor drain.
Open integral circuitry system (13) and be provided with a connecting rod (13a) equally by header tank (5) and water tank (6) for described pair, respectively with header tank (5), the contact point of water tank (6) is for supporting, connecting rod (13a) can move up and down, stretch out header tank (5), water tank (6) outer one end and switch (13r), (13f) connect, bottom is flat is provided with balancing beam (13b) and backstay (13e), floating thing (13d) is sleeved on backstay (13e), and be connected with balancing beam (13b) one end with a flexible strand (13c), one end that balancing beam (13b) other end and connecting rod (13a) are positioned at water tank (6) is connected by stabiliser bar (13g).
Described wood floor bolck (3) and wallboard (4) adopt water-proof sheet material to make detachable form.
Described on ground, each floor brick (3) has waterproofing course (3b), and butt joint place is also provided with guiding gutter (8), and is coated with double faced adhesive tape and water-proof sealing rubber strip.
Described some wallboards (4) are scheduled on wall face supporting frame (1a) by corner brace connector (9) button build-in, and application double faced adhesive tape and water-proof sealing rubber strip.
Operating principle: according to intrinsic washroom of repairing the house to be installed, produce Decoration Design drawing, factory is custom materials ground supports skeleton (1), wall face supporting frame (1a), screw mandrel (2), header tank (5), water tank (6) is regulated to manufacture the standard component of required specification, wallboard (4) and wood floor bolck (3) can be processed into finished product, installation personnel only need be constructed according to design drawing, first regulate screw mandrel to shine the requirement that can meet uniform force by (2) each, be fixed on respectively on ground; Secondly, ground supports skeleton (1) is fixed on and regulates on screw mandrel (2), utilize system to be installed on ground supports skeleton (1) with in the mezzanine space on ground bath wastewater; 3rd, adopt detachable form to lay respectively the wood floor bolck (3) of customization, detain and be embeddingly installed on ground supports skeleton (1), wallboard (4) adopts detachable form to lay respectively, detain and be embeddingly installed on wall face supporting frame (1a), connecting portion need do waterproof technique process, in this course, height or the wood floor bolck (3) on available adjustment screw mandrel (2) regulating floor brick (3) and ground are levelling, two integral circuitry system (13) of opening coordinates bath wastewater to utilize system can carry out washing the secondary cycle utilization of Su water, saving water resource.
Wherein, two integral circuitry system (13) of opening is by switch (13r), (13f) the automatic closing section composition with switch, switch (13r) is installed on header tank (5), switch (13f) is installed on water tank (6), connecting rod one end connects balancing beam (13b), other end connecting valve (13r), (13f), two switches all make use of lever and water law of buoyancy, utilize buoyancy that floating thing (13d) is elevated, and then drive the balancing beam on same direction (13b) and connecting rod (13a) to be elevated, and a ball (13h) is established in hollow balancing beam (13b), ball (13h) remains at balancing beam (13b) sinking one end, overcome ripples to rock floating thing (13d) and cause switch (13r), (13f) closed or problem off and on when disconnecting, ensure switch energy quick-make and disconnection.
Adopting water buoyancy and lever principle to coordinate in the switch is that switch can control automatically, replaces electronic induction switch, can prevent electric leakage accident from occurring, also possess the unexistent water-proof function of electronic induction switch, and durable in use, and it is extremely low to keep in repair flat rate.
The utility model beneficial effect: water-tight performance is good, energy automatic pumping, can make to wash Su water secondary cycle and utilize, water saving, quick for installation, maintain easily, and without construction pollution, cost is low, is applicable to first or secondary decoration.
Accompanying drawing explanation
Fig. 1 is overall structure figure of the present utility model.
Fig. 2 is that the utility model regulates screw mandrel and ground supports skeleton and wood floor bolck connected structure figure.
Fig. 3 is the utility model one side body of wall and support frame, wallboard connection layout.
Fig. 4 is work system figure of the present utility model.
Fig. 5 is the wallboard abutting joint constructional drawing of the two-sided wall of the utility model.
Fig. 6 is the enlarged drawing at the abutting joint of wallboard shown in Fig. 5 position.
Fig. 7 is water tank structure chart of the present utility model.
Fig. 8 is the two on-off circuit figure opening integral circuitry system of the utility model.
Fig. 9 is the mounting means of header tank of the present utility model.
Figure 10 of the present utility modelly utilizes system mounting means without bath wastewater.
Indicate in figure: 1-ground supports skeleton, 1a-wall face supporting frame, 2-regulate screw mandrel, 3-wood floor bolck, 3a-floor drain, 3b-waterproofing course, 4-wallboard, 5-header tank, 5a-support bracket, 5b-overfall gap, 6-water tank, 6a-water inlet interface, 6b-spilling water interface, 6c-blowoff valve, 6d-water outlet mouthpiece, 6e-tap water interface, 6f-water tap interface, 6g-swash plate, 7-flushing tank, 8-guiding gutter, 9-corner brace connector, 10-total blow-off pipe, 11-wash Su basin, 12-water pump, 13-bis-ly open integral circuitry system, 13a-connecting rod, 13b-balancing beam, 13c-flexible strand, 13d-floating thing, 13e-backstay, 13f-switch, 13g-stabiliser bar, 13h-ball, 13p-cable.
Detailed description of the invention
According to intrinsic washroom of repairing the house to be installed, technician's in-site measurement washroom size, except exterior wall, outside the body of wall that load-bearing must be built, provide feed source, connect electric connection and sewage draining exit, make design drawing, and by factory custom materials ground supports skeleton 1, regulate screw mandrel 2, wall face supporting frame (1a), standard component that header tank 5, water tank 6 manufacture required specification, wallboard 4 and wood floor bolck 3 can be processed into finished product, and installation personnel only need carry out construction according to design drawing can be completed.
The in-built integral vacuum toilet of the utility model comprises floor tile, wallboard, ground supports skeleton, wall face supporting frame, bath wastewater utilizes system, SWITCHING CIRCUITRY, described ground supports skeleton 1 is by regulating screw mandrel 2 according to the requirement that can meet uniform force, be fixed on ground and wall respectively, bath wastewater utilizes system to be installed on floor tile 3 with in ground supports skeleton 1 or wallboard 4 and wall face supporting frame 1a mezzanine space, wood floor bolck 3 and the wallboard 4 of some customizations are laid respectively, detain and be embeddingly installed on ground supports skeleton 1, on wall face supporting frame 1a, SWITCHING CIRCUITRY also connects bath wastewater and utilizes system.
Wood floor bolck 3 and wallboard 4 adopt water-proof sheet material to make can dismantle form arbitrarily.
Regulate screw mandrel 2 to distribute dispersedly according to the requirement that can meet uniform force to fix on the ground, and be connected with ground supports skeleton 1, suggestion adopts the higher stainless steel of purity as raw material, the environment that can be applicable to different regions uses, improve the overall load-bearing stress-bearing capability of supporting bracket simultaneously, levelling by the height and wood floor bolck 3 regulating screw mandrel 2 regulating floor brick 3 and ground.
Waterproofing course 3b is had at each floor brick 3, detachable form is adopted to dock and be arranged on ground supports skeleton 1 between wood floor bolck 3, single repair and replacement can be carried out fast during convenient damage, each floor brick 3 butt joint place is also provided with guiding gutter 8, guiding gutter 8 connects header tank, the water of seepage is guided to header tank, prevents seepage to ground.
Bath wastewater utilizes system to utilize to regulate the header tank 5 of screw mandrel 2 and a spatial placement cubical content computed in advance on ground, and header tank 5 one end connects water tank by water pump 12, the other end with wash Su basin 11 gutter and be connected.
The bath water collected in header tank 5 flows directly in header tank by a double medium filtration floor drain, be provided with an interface to be connected with water pump 12, also connect water tank spilling water interface 6b respectively, wash Su basin 11, wash Su basin 11 flow out waste water be pooled to header tank 5 after, water tank is extracted into as rushing toilet or latrine pit water by water pump 12, header tank 5 is also provided with overfall gap 5b and is connected with total blow-off pipe 10, and the water exceeding header tank moisture storage capacity is discharged.
The bottom design of water tank 6 becomes inclined-plane or funnel shaped, the inverted T-shaped form of sewage draining exit can be installed in bottom surface, and have certain distance on top, inclined-plane, arrange some swash plate 6g, the tie point between swash plate 6g leaves the gap of certain distance, and sealed bottom connects, the bootable dirt of swash plate 6g concentrates near the blowoff valve of bottom, when opening blowoff valve 6c, utilizing the power cleaning bottom precipitation thing of water flow self, keeping the clean of case.
Two integral circuitry system 13 of opening is arranged in header tank 5 and water tank 6 respectively, water pump 12, switch 13f, connected by cable 13p between 13r, two switch 13f, 13r adopts fit system work, two integral circuitry system 13 of opening is provided with a connecting rod 13a equally by header tank 5 and water tank 6, respectively with header tank 5, the contact point of water tank 6 is for supporting, connecting rod 13a can move up and down, stretch out header tank 5, the outer one end of water tank 6 and switch 13r, 13f connects, bottom is flat is provided with balancing beam 13b and backstay 13e, floating thing 13d is sleeved on backstay 13e, and be connected with balancing beam 13b one end with a flexible strand 13c, one end that the balancing beam 13b other end and connecting rod 13a are positioned at water tank 6 is connected and composed by stabiliser bar 13g, to be installed in water tank 6 two opens integral circuitry system 13 and utilizes buoyancy of water, certain altitude is risen to when waterborne, floating thing 13d rises with flexible strand 13c, flexible strand 13c is stretching promotes balancing beam 13b, the balancing beam 13b other end is then sunk by stabiliser bar 13g drivening rod 13a, when connecting rod 13a exceedes equalization point, connecting rod 13a leaves switch 13f, deenergization, water pump 12 is quit work, water tank 6 floats thing 13d decline with being down to certain altitude under water, balancing beam 13b is connected on one end with connecting rod 13a rise, connecting rod 13a contact-making switch 13f is energized, water pump 12 carries out work of drawing water.The ball 13h having one can pass through equalization point in balancing beam 13b disconnects at the bottom of masterpiece outside, avoids floating thing 13d switch 13 be energized damage water pump off and on due to the wave of horizontal plane.
To be installed in header tank 5 two opens integral circuitry system 13, open integral circuitry system 13 by cable 13p and two on water tank 6 to be connected, when in header tank 5, water is many, floating thing 13d utilizes buoyancy to float, rise with flexible strand 13c and balancing beam 13b is promoted, the balancing beam 13b one end be connected by stabiliser bar 13g with connecting rod 13a is pushed down downwards by ball 13h, switch 13r one end upwards lifting of drivening rod 13a, and switch 13r is closed, water pump 12 work is drawn water, when the water in header tank 5 is less, floating thing 13d sinks, ball 13h is rolled into this one end of balancing beam 13b connecting floating thing 13d, balancing beam 13b is by one end of stabiliser bar 13g drivening rod 13a rises, the switch 13r on connecting rod 13a is forced to disconnect, water pump 12 stops pumping work.
Some wallboards 4 are fixed on the corner brace connector 9 on wall face supporting frame 1a by the draw-in groove inlay card offered in advance, and application double faced adhesive tape makes buffering and water-proof sealing rubber strip waterproof.
The adjustable form that adopts corner brace connector 9 is fixed on wall face supporting frame 1a, can according to the integral smoothness of wallboard 4 size adjustment docking point position and wallboard 4.
embodiment 1:
According to Fig. 1, shown in Fig. 4, water tank 1 is established and blowoff valve is housed is connected with total blow-off pipe 10, at nearly wall on the ground of rough house, regulate screw mandrel 2 according to the requirement that can meet uniform force each, install fixing respectively, again ground supports skeleton 1 is sequentially connected on adjustment screw mandrel 2 according to construction drawing, the height of screw mandrel 2 is regulated to carry out the flat also level altitude of water detection to ground support frame 1, header tank 5 is loaded in ground with the mezzanine space regulating the height of screw mandrel 2 to be formed, header tank 5 interface is connected with water pump 12 respectively, connect water tank 6 overfall gap, wash Su basin 11 delivery port, the water that water tank 6 overfall gap mouth overflows is pooled in header tank 5 with the waste water washing Su basin 11 outflow jointly, water tank 6 is drawn into as rushing toilet water by water pump 12, header tank 5 is also provided with overfall gap 5b to be connected with total blow-off pipe 10, the water exceeding header tank moisture storage capacity is discharged.
According to Fig. 1, Fig. 4, Fig. 7, water tank 6 can be perforated through wallboard 4 and be fixedly mounted on wall face supporting frame 1a, water tank base plate 4 one side has the water inlet pipe be connected with water pump 12 and the overfall gap be connected with header tank 5, and the water outlet mouthpiece of toilet flushing tank 7, tap water water inlet tube interface, water tap interface design the suitable location in other faces of water tank 6 according to actual needs.Water tank 6 inwall bottom design has polylith swash plate (two pieces or three pieces of swash plates), the gap of certain distance is reserved with between the two pieces of swash plate 6g arranged, the gap of swash plate 6g can allow automatic flushing water tank 6 inside bottom in water flow process, guides the dirt in water tank 6 to focus near the blowoff valve bottom water tank 6.When opening blowoff valve 6c, self strength of the water of flowing water tank 6 capable of washing inside bottom sediment, keeps cleaning in water tank 6.Water tank 6 bottom surface sewage draining exit is inverted T-shaped structure, and keeps certain distance on top, two pieces of inclined-planes, inner side.
According to Fig. 2, describedly have waterproofing course 3b at each floor brick 3, butt joint place is also provided with guiding gutter 8, and guiding gutter 8 is connected with total blow-off pipe 10.
According to Fig. 3, Fig. 5, shown in Fig. 6, wall face supporting frame 1a is divided into single-sided structure and bilateral structure two kinds of installation forms, the interface of each wallboard 4 has 2-2.5 doubly asymmetric groove, adopt supporting asymmetric inlay card to dock with the corner brace connector 9 on wall face supporting frame 1a to fix, during installation, the wide fixed edge in dark groove alignment school is up carried, end opening is close to wall face supporting frame 1a simultaneously, determine to be anchored to position afterwards simultaneously toward to press down and narrow limit, school is buckled at wallboard, position, the space mildew-resistant of interface, dope is filled, wallboard is detained after the fixing adhesive tape that the upper and lower checkpost of corner brace customizes well, wall face supporting frame 1a sticks double faced adhesive tape and cushions and school planeness.Remove the glue at position, space during dismounting, up carry and pulling outward simultaneously.
As shown in Figure 8, open integral circuitry system 13 and be installed in header tank 5 and water tank 6 respectively for used in this application pair, two integral circuitry system 13 of opening is provided with a connecting rod 13a equally by header tank 5 and water tank 6, respectively with header tank 5, the contact point of water tank 6 is for supporting, connecting rod 13a can move up and down, stretch out header tank 5, the outer one end of water tank 6 and switch 13r, 13f connects, bottom is flat is provided with balancing beam 13b and backstay 13e, floating thing 13d is sleeved on backstay 13e, and be connected with balancing beam 13b one end with a flexible strand 13c, one end that the balancing beam 13b other end and connecting rod 13a are positioned at water tank 6 is connected and composed by stabiliser bar 13g, to be installed in water tank 6 two opens integral circuitry system 13 and utilizes buoyancy of water, certain altitude is risen to when waterborne, floating thing 13d rises with flexible strand 13c, flexible strand 13c is stretching promotes balancing beam 13b, the balancing beam 13b other end is then sunk by stabiliser bar 13g drivening rod 13a, when connecting rod 13a exceedes equalization point, connecting rod 13a leaves switch 13f, deenergization, water pump 12 is quit work, water tank 6 floats thing 13d decline with being down to certain altitude under water, one end that balancing beam 13b is connected with connecting rod 13a rises, connecting rod 13a contact-making switch 13f is energized, water pump 12 carries out work of drawing water.The ball 13h having one can pass through equalization point in balancing beam 13b disconnects at the bottom of masterpiece outside, avoids floating thing 13d to damage water pump 12 because the wave of horizontal plane makes switch 13f be energized off and on.
According to Fig. 8, to be installed in header tank 5 two opens integral circuitry system 13, open integral circuitry system 13 by cable 13p and two on water tank 6 to be connected, when in header tank 5, water is many, floating thing 13d utilizes buoyancy to float, rise with flexible strand 13c and balancing beam 13b is promoted, the balancing beam 13b one end be connected by stabiliser bar 13g with connecting rod 13a is pushed down downwards by ball 13h, switch 13r one end upwards lifting of drivening rod 13a, and switch 13r is closed, water pump 12 work is drawn water, when the water in header tank 5 is less, floating thing 13d sinks, ball 13h is rolled into this one end of balancing beam 13b connecting floating thing 13d, balancing beam 13b drivening rod 13a sinks, the other end rises and forces the switch 13r on connecting rod 13a to disconnect, water pump 12 stops pumping work.
Described header tank 5 and two in water tank 6 open integral circuitry system 13 and need to cooperatively interact work, and two two is opened integral circuitry system 13 and connected by cable 13p, does dual fail-safe system, prevent unexpected generation of leaking electricity as water pump 12 work.Flexible strand 13c stirs and make muddy when connection can make the storage clear water of water tank 6 internal upper part can not be added water by secondary within a period of time.Under the switch 13r of header tank 5 only need exchange other structure the same terms armature contact and fixed contact, the applicable weight ball 13h skew of equalization point makes the contact surface distance of switch 13r strengthen, can make that header tank 5 switch 13r is closed to be communicated with water pump 12 like this, switch 13r is communicated with the switch 13f of water tank 6, the switch 13f of water tank 6 connects power supply, material is thus formed an Automatic Control power-supply system, this frame for movement is not easily got rusty in a humid environment, corrosion-resistant, cost is low, durable in use.
embodiment 2:according to Fig. 9, when accomodation ground and flooring maintain an equal level (secondary decoration), first making one is onesize with ground, it is highly the header tank 5 of 150cm, header tank indoor design is inverted T-shaped form, in the inside of header tank 5, some support bracket 5a are installed, and make each adjustment screw mandrel 2 lay on the support bracket 5a point that correspondence is provided with in casing respectively of a position, the upper and lower surfaces close contact of support bracket 5a two ends and header tank 5, reserve sewage draining exit, overfall gap 5b is provided with at the certain altitude of casing, overfall gap 5b is connected with total blow-off pipe 10, screw mandrel 2 is regulated to be fixedly mounted on the correspondence position of support bracket 5a of header tank 5.
embodiment 3:according to Figure 10, when not needing bath wastewater to utilize system, regulate screw mandrel 2 according to the requirement that can meet uniform force each, be fixed on respectively on ground, wall face supporting frame 1a is installed fixing simultaneously, ground supports skeleton 1 is sequentially connected on adjustment screw mandrel 2 according to construction drawing, the height of screw mandrel 2 is regulated to carry out levelling and level altitude to ground support frame 1, after first-class wall wallboard 4, floor tile 3 is installed again, be divided into twice during floor tile 3 gap filler to tamp, first time, the glue that reserves of filler was lower than floor tile 3 surface 2-3 ㎜, second time filler and floor tile 3 surface maintain an equal level just passable.Such can warding off is exempted from glue and is walked too fast and floor tile 3 side bonds is not tight leaks.
Claims (7)
1. an in-built integral vacuum toilet, it is characterized in that: integral vacuum toilet comprises wood floor bolck (3), wallboard (4), ground supports skeleton (1), wall face supporting frame (1a), bath wastewater utilizes system to open integral circuitry System's composition with two, wall face supporting frame (1a) is point perpend wall structure and a two-sided wall construction two kinds, ground supports skeleton (1) regulates screw mandrel (2) to be mounted on respectively on ground by several, several piece wood floor bolck (3) is laid respectively and is arranged on ground supports skeleton (1), several piece wallboard (4) is installed and is placed on wall face supporting frame (1a), bath wastewater utilizes system to be positioned in ground supports skeleton (1) and ground or the mezzanine space between wall face supporting frame (1a) and body of wall,
Connection between described two floor bricks (3) or between two pieces of wallboards (4) is detachable; The connection of every floor brick (3) and ground supports skeleton (1) is for removably connecting; Wallboard (4) is connected employing and removably connects form with wall face supporting frame (1a);
Described two integral circuitry system (13) of opening coordinates and is arranged on bath wastewater and utilizes in system, and two integral circuitry system (13) of opening is connected with main power source.
2. in-built integral vacuum toilet according to claim 1, is characterized in that: the requirement that described adjustment screw mandrel (2) can meet uniform force supports on the ground, regulates screw mandrel (2) to be connected with the framework that ground supports skeleton (1) forms.
3. in-built integral vacuum toilet according to claim 1, it is characterized in that: described bath wastewater utilizes header tank (5) one end in system to connect water tank (6) by water pump (12), and header tank (5) other end enters header tank (5) washing Su basin (11), gutter and bath water by being connected after double medium filtration floor drain.
4. in-built integral vacuum toilet according to claim 1, it is characterized in that: open integral circuitry system (13) and be provided with a connecting rod (13a) equally by header tank (5) and water tank (6) for described pair, respectively with header tank (5), the contact point of water tank (6) is for supporting, connecting rod (13a) can move up and down, stretch out header tank (5), water tank (6) outer one end and switch (13r), (13f) connect, bottom is flat is provided with balancing beam (13b) and backstay (13e), floating thing (13d) is sleeved on backstay (13e), and be connected with balancing beam (13b) one end with a flexible strand (13c), one end that balancing beam (13b) other end and connecting rod (13a) are positioned at water tank (6) is connected by stabiliser bar (13g).
5. in-built integral vacuum toilet according to claim 1, is characterized in that: described wood floor bolck (3) and wallboard (4) adopt water-proof sheet material to make detachable form.
6. in-built integral vacuum toilet according to claim 1, is characterized in that: described on ground, each floor brick (3) has waterproofing course (3b), and butt joint place is also provided with guiding gutter (8), and is coated with double faced adhesive tape and water-proof sealing rubber strip.
7. in-built integral vacuum toilet according to claim 1, is characterized in that: described some wallboards (4) are scheduled on wall face supporting frame (1a) by corner brace connector (9) button build-in, and application double faced adhesive tape and water-proof sealing rubber strip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520358919.8U CN204645732U (en) | 2015-05-29 | 2015-05-29 | A kind of in-built integral vacuum toilet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520358919.8U CN204645732U (en) | 2015-05-29 | 2015-05-29 | A kind of in-built integral vacuum toilet |
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| Publication Number | Publication Date |
|---|---|
| CN204645732U true CN204645732U (en) | 2015-09-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520358919.8U Expired - Fee Related CN204645732U (en) | 2015-05-29 | 2015-05-29 | A kind of in-built integral vacuum toilet |
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| CN (1) | CN204645732U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105587137A (en) * | 2015-05-29 | 2016-05-18 | 杨振宇 | Interior integrated bathroom |
| CN111425663A (en) * | 2020-05-12 | 2020-07-17 | 山西西建集团有限公司 | Toilet drainage pipeline construction assembly and method |
| CN114658083A (en) * | 2022-02-14 | 2022-06-24 | 中建八局第二建设有限公司 | Assembled ecological intercepting ditch reinforcing and supporting structure |
-
2015
- 2015-05-29 CN CN201520358919.8U patent/CN204645732U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105587137A (en) * | 2015-05-29 | 2016-05-18 | 杨振宇 | Interior integrated bathroom |
| CN105587137B (en) * | 2015-05-29 | 2018-08-31 | 云南振书科技有限公司 | A kind of built-in integral vacuum toilet |
| CN111425663A (en) * | 2020-05-12 | 2020-07-17 | 山西西建集团有限公司 | Toilet drainage pipeline construction assembly and method |
| CN114658083A (en) * | 2022-02-14 | 2022-06-24 | 中建八局第二建设有限公司 | Assembled ecological intercepting ditch reinforcing and supporting structure |
| CN114658083B (en) * | 2022-02-14 | 2023-10-20 | 中建八局第二建设有限公司 | Assembled ecological intercepting ditch reinforcing and supporting structure |
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