CN212376333U

CN212376333U - Combined type sunlight bathroom water station

Info

Publication number: CN212376333U
Application number: CN202020605820.4U
Authority: CN
Inventors: 汪沛
Original assignee: Beijing Shenghua Xinggu Ecological Energy Technology Co ltd
Current assignee: Beijing Shenghua Xinggu Ecological Energy Technology Co ltd
Priority date: 2020-04-21
Filing date: 2020-04-21
Publication date: 2021-01-19
Anticipated expiration: 2030-04-21

Abstract

The utility model provides a modular sunshine bathroom water station, the side of wall body includes light and heat insulation wallboard and/or heated board and at least includes light and heat insulation wallboard to the sunny side, and the top of part side or side includes a plurality of clean water tanks, and the bottom is a plurality of return water tanks, and the top is light and heat insulation wallboard, light and heat insulation wallboard passes through heating circuit and connects clean water tank, is equipped with shower facility in the room and connects clean water tank through bathing hydrologic cycle return circuit. The combined type sunlight bathroom water station of the utility model is particularly suitable for areas where infrastructure equipment is lacked or lack power supply, such as frontier defense sentry posts, remote poor mountainous areas, scientific investigation stations and the like, and can conveniently provide hot bath water and hot life water. Especially to mobile personnel, for example march or scientific investigation personnel etc. can utilize modular structure concatenation use at any time, simple to operate and safety and sanitation, and the heating efficiency is high, but mainly utilizes solar energy and water cyclic utilization resources are saved, very big promotion daily life condition.

Description

Combined type sunlight bathroom water station

Technical Field

The utility model relates to a bathroom water station, concretely relates to can be applied to the combination formula sunshine bathroom water station of multiple occasion.

Background

At present, in areas with missing or lack of power supply of infrastructure equipment, such as frontier sentry posts, remote poor mountainous areas, scientific investigation stations and the like, the problems of bath hot water and domestic hot water in temporary living places still have great limitation. In particular, in case of the incapability of building permanent houses and portable tents by mobile personnel such as marching personnel and scientific research personnel, the daily living conditions are very hard, and improvement is urgently needed.

SUMMERY OF THE UTILITY MODEL

In order to solve the above problems, the utility model provides a combined type sunshine bathroom water station.

The technical scheme of the utility model as follows:

the utility model provides a modular sunshine bathroom water station, the side of its characterized in that wall body includes light and heat preservation wallboard and/or heated board and at least includes light and heat preservation wallboard to the sunny side, and the top of part side or side includes a plurality of clear water tanks, and the bottom is a plurality of return water tanks, and the top is light and heat preservation wallboard, light and heat preservation wallboard passes through heating circuit and connects the clear water tank, is equipped with shower facility in the room and connects the clear water tank through bathing hydrologic cycle return circuit.

Preferably the return water tank falls into two-stage at least, and the one-level return water tank that is furthest away from the clear water tank side deposits the collecting box for the return water, and the surface has the return water mouth, and subsequent return water tank is sealed, and through the pipe connection for last one-level return water tank high-order, at terminal return water tank recirculating pump and filter intercommunication clear water tank again.

Further preferred the return water tank still includes the snow melt return water tank of connecting the one-level return water tank that is located the side wallboard outside.

Further preferably, the snow melting and water returning tank is internally provided with an electric heater or a lead, and the top of the snow melting and water returning tank is provided with a snow inlet.

The interior of a further optimized room is divided into two parts, a stainless steel cover plate covers the ground close to the surface of the first-stage water return tank, a bathing facility is arranged above the stainless steel cover plate, and the other part of the ground covers a heat insulation plate.

Preferably, the periphery of the clean water tank and/or the return water tank is covered with an insulation board.

The sunny side of preferred water station top is light and heat insulation wallboard, and the opposite side is heated board or roof.

Preferably, the photo-thermal insulation wallboard is an insulation board with a photo-thermal function part on the surface.

Preferably, the heat insulation plate or the top plate comprises at least five layers, the surface layer is an impact-resistant panel, the second layer is a heat insulation layer, the third layer is an energy storage plate, the fourth layer is a temperature adjusting plate with a heating or refrigerating function, the fifth layer is a heat dissipation plate, the layers are connected through a connecting piece or bonded through an adhesive, and an electric wire penetrating pipe and an outlet interface are additionally arranged in the fourth layer and used for being connected with an adjacent plate group or connecting a plug-in device or an electric appliance.

Preferably, the heat insulation plate or the top plate is six layers, the sixth layer is a protection plate or a decorative plate, the fourth layer is an electric heating plate or a module plate for laying heating and/or refrigerating pipelines, and a water outlet interface is assembled on the surface of the module plate and is used for being connected with a water path of the photo-thermal functional part.

The technical effects of the utility model are as follows:

the utility model has modular design, can be conveniently spliced and assembled, and can heat the photo-thermal component of the photo-thermal insulation wallboard by sunlight in daytime, and the water in the clean water tank is circulated to the photo-thermal insulation board by the heating pipeline for heating; when bathing is needed, the hot water in the clean water tank can be used for bathing by opening the bathing water circulation loop.

The return water tank can fall into at least two-stage, generally use the level four, keep away from the one-level return water tank of clean water tank side and deposit the collecting box for the return water, subsequent return water tank is connected with last level return water tank through the high-order pipeline for last level return water tank, the terminal return water tank that is close to clean water tank passes through circulating pump and filter intercommunication clean water tank, one-level return water tank surface has the return water mouth, it guarantees that the bathing water in bathroom can all flow to this water tank in, other return water tanks are also in the bathroom, nevertheless do not let the bathing water flow in through the slope and sealed, and through the return water tank with last level pass through high-order pipe connection accept in the last level return water tank through depositing filterable more clear water. The first-stage return water tank can be followed next to have one-level or several levels deposit the filtration water tank, then let through the circulating pump deposit filterable return water and pass through the filter and get into the clear water tank, reach used repeatedly and satisfy sanitary standard's effect from this. The outer side of the side wall plate can be also provided with a snow melting water return tank, the surface of the side wall plate is provided with a snow inlet, and the inside of the side wall plate is used for making snow melting water by heaters such as an electric heating wire and the like.

The water return tank is covered with the heat insulation plate on the non-bath room, so that the strength can be improved, the cost can be saved, the water return tank can prevent slipping and the like, and the stainless steel cover plate is used inside the bath room, so that the water return tank has a good heat dissipation effect, is convenient to clean, is not easy to rust and the like. The floor of the room with different functions adopts different materials as the floor of the cover plate, and can play different roles.

The heat insulation board used in each structure is formed by combining multilayer boards, the surface layer is a panel which can be used as an impact resistant board, and aluminum plastic boards or steel plates or cement boards and the like are adopted; the second layer plate is an insulating layer and is used for preventing the energy in the plate from leaking, such as a rock wool plate or a polyurethane plate; the third layer is an energy storage (hot) plate which can be used for storing heat energy or cold energy, such as a gypsum mortar plate and the like; the fourth layer board is a heating (refrigerating) temperature adjusting board and is used for heating or refrigerating a combined board, such as an electric heating board or a module board on which heating or refrigerating pipelines are laid, the module board is a plastic board, a polyurethane, polystyrene, perlite, a gypsum mortar foaming board and/or a cement foaming board, and a water outlet interface is assembled on the surface and is used for being connected with an adjacent board group in series; the fifth layer is a heat dissipation (cold) plate used for dissipating energy to the inner side of the plate, such as a steel plate; and a sixth layer of protective plate or decorative plate can be provided for protecting the inner plate or enhancing the strength of the combined plate, such as a common engineering plastic plate.

The photo-thermal insulation wallboard comprising the photo-thermal functional part also adopts the insulation board, wherein the pipeline on the fourth layer can be used for supplying water and returning water to the photo-thermal functional part, and can also be used for heating the top part for snow prevention and the like; the photo-thermal insulation wallboard can be used for reflecting light to improve photo-thermal efficiency by adding a reflective film when a photo-thermal part is added on the insulation board, and can also melt snow quickly.

Reflecting mirror panels or films can be added between each layer of the heat-insulating board and on the surface layer board for reflecting light and heat.

The fourth layer can be additionally provided with a wire through pipe and a wire outlet interface which are used for connecting with an adjacent plate group or connecting with a plug device or an electric appliance and the like.

The outer frame of the heat-insulation plate can be sealed by adopting a sealing edge material to form a frame or a clamping edge. The layers can be connected by a connecting piece or bonded by an adhesive. The insulation board may have a space for installing a window or an exhaust port. The frame may be provided with connectors for connecting a plurality of panels to form a wall or floor or roof, etc. And sealing strips can be assembled when the edges are sealed.

In areas without power supply, a (storage) battery can be further equipped or a photovoltaic power generation device can be used, which is enough to meet the basic power usage of the whole device.

The combined type sunlight bathroom water station of the utility model is particularly suitable for areas where infrastructure equipment is lacked or lack power supply, such as frontier defense sentry posts, remote poor mountainous areas, scientific investigation stations and the like, and can conveniently provide hot bath water and hot life water. Especially to mobile personnel, for example march or scientific investigation personnel etc. can utilize modular structure concatenation use at any time, simple to operate and safety and sanitation, and the heating efficiency is high, but mainly utilizes solar energy and water cyclic utilization resources are saved, very big promotion daily life condition.

Drawings

FIG. 1 is an exploded view of an embodiment of the modular solarium water station of the present invention;

FIG. 2 is a completed assembly view of FIG. 1;

FIG. 3 is an exploded view of a heated board panel;

FIG. 4 is a schematic view of a mirror panel;

FIG. 5 is a schematic view of a heat-insulating board frame;

FIG. 6 is a schematic diagram of the inside of the composite board illustrating the wire passing and outgoing interfaces, the water pipe and the water outlet interface of the heat insulation board;

FIG. 7 is a schematic view of a heated board frame connector;

FIG. 8 is a schematic view of a heat-insulating board clamping edge and a connecting piece;

the reference numbers in the figure are as follows:

1-a clean water tank, 2-a photo-thermal insulation wallboard, 3-a water return tank, 4-a snow melting water return tank, 5-an insulation board, 6-a stainless steel cover plate,

11-panel, 12-insulating layer, 13 energy storage plate, 14-temperature adjusting plate, 15-heat dissipation plate, 16-protection plate, 17-connecting piece, 18-wire through pipe, 19-wire outlet interface, 110-water pipe, 111-water outlet interface, 112-frame and 113-solar collector.

Detailed Description

In order that the invention may be better understood, the invention will now be further explained with reference to specific examples.

Example 1

The modular sunshine bathroom water station of this embodiment, as shown in fig. 1 and 2, a side that constitutes the wall body is a plurality of clear water tanks 1, and all the other sides are light and heat preservation wallboard 2, and the bottom is a plurality of return water tanks 3, and the top includes light and heat preservation wallboard 2 and heated board 5, light and heat preservation wallboard 2 passes through heating circuit and connects clear water tank 1, and the roof is equipped with shower facility (not shown) and connects clear water tank 1 through the bathing return circuit indoor.

Return water tank 3 divide into multistage, outermost return water tank can be used as snow melt return water tank 4, there is into snow mouth on the surface, the inside has heaters such as electric heat wire to be used for melting snow, next-door neighbour's return water tank is the one-level return water tank, it is above-mentioned by return water mouth and backwater strip etc., guarantee that the bathing water in bathroom can all flow to this water tank in, subsequent return water tank does not let the bathing water flow in through slope and sealing, but pass through the pipe connection of relative high-order through the return water tank with last one-level, play sediment filterable effect, finally let sediment filterable return water pass through filter entering clear water tank 1 through the circulating pump at terminal return water tank, reach used repeatedly and satisfy sanitary standard's effect from this.

The interior of the room is divided into two parts, a stainless steel cover plate 6 covers the ground close to the surface of the first-stage water return tank, a bathing facility is arranged above the stainless steel cover plate, and the other part of the ground covers a heat insulation plate 5.

The periphery of the clear water tank and the return water tank is also covered with an insulation board 5.

The top cross-section of water station is right triangle, and the sunny side that becomes angle one side with ground is light and heat preservation wallboard 2 promptly, is heated board 5 with the perpendicular one side in ground.

The photo-thermal insulation wallboard 2 is an insulation board with a photo-thermal functional part on the surface, and the photo-thermal functional part can adopt the structure of the existing solar heat collector 13 and the like.

The insulation board of this embodiment can have following structure: the composite material is formed by combining six layers of plates, as shown in figure 3, the surface layer is a panel 11 which can be used as an impact-resistant plate and is made of aluminum-plastic plates; the second layer plate is an insulating layer 12 and is used for preventing the energy in the plate from leaking, and a rock wool plate is adopted; the third layer plate is an energy storage plate 13 which can be used for storing heat energy or cold energy and adopts a gypsum mortar plate; the fourth layer is a temperature adjusting plate 14 which is a heating plate and is used for heating a combined plate, such as an electric heating plate or a heating pipeline is laid on a module plate, and a water outlet interface is assembled on the surface and is used for being connected with an adjacent plate group in series; the fifth layer is a heat dissipation plate 15 which is used for dissipating heat energy to the inner side of the plate and is made of steel plates; the sixth layer is a protective plate 16 for protecting the inner plate or enhancing the strength of the composite plate, and a general engineering plastic plate is adopted.

The outer frame of the combined plate can be sealed by adopting a sealing edge material to form a frame 112 or a clamping edge, as shown in fig. 5 and 8; the composite panel frame may be left with connectors 17 for connecting a plurality of composite panels to form a wall or floor or roof, etc., as shown in fig. 7 and 8, or may be bonded using an adhesive.

The combined boards can be conveniently and quickly connected with each other to form a wall surface, a ground surface or a top surface, and can be used in areas with heating requirements in high altitude and high latitude areas, such as frontier sentries in mountainous areas.

The temperature adjusting plate 14 may also be a heating integrated refrigeration plate, and a heating and refrigeration pipeline is laid to the module plate, and other structures are the same as those in embodiment 1, and the fifth-layer heat dissipation plate can dissipate heat energy or cold energy to the inner side of the plate, so that the temperature adjusting plate is suitable for areas with heating or refrigeration requirements in different seasons.

A space can be reserved on the thermal insulation board 5 to install a window or an exhaust port, etc., the photothermal thermal insulation wallboard 2 is provided with a reflector panel on the surface panel 11 for reflecting light, and a photothermal tube bank or a solar thermal collector 113 is provided on the reflector panel for forming a combined board with a solar thermal collection function, as shown in fig. 4; in the fourth layer of the combined plate, a wire through pipe 18 and a wire outlet port 19 can be added for connecting with the adjacent plate group or connecting with a connector or connecting with an electric appliance, etc., and a water pipe 110 and a water outlet port 111 can be added for connecting with the adjacent plate group and the clean water tank or connecting with a valve or a water using appliance, etc., as shown in fig. 6.

Claims

1. The utility model provides a modular sunshine bathroom water station, its characterized in that wall body all around includes light and heat insulation wallboard and/or heated board and at least includes light and heat insulation wallboard to the sunny side, and the top of part side or side includes a plurality of clear water tanks, and the bottom includes a plurality of return water tanks, and the top includes light and heat insulation wallboard to the sunny side at least, light and heat insulation wallboard passes through heating circuit and connects the clear water tank, is equipped with shower facility in the room and connects the clear water tank through bathing hydrologic cycle return circuit.

2. The modular solar bathroom water station as claimed in claim 1, wherein said return tanks are divided into at least two stages, the first stage return tank farthest from the clean water tank is a return water settling collection tank, the surface has a return port, the subsequent return tank is sealed and connected by a pipe at a high level relative to the previous stage return tank, and a recirculation pump and a filter in the end return tank communicate with the clean water tank.

3. The modular solarium water station of claim 2, wherein said return tank further comprises a snow melting return tank connected to a primary return tank located outside of the side wall panels.

4. The combined sun bathroom water station of claim 3, wherein the snow melting water return tank contains an electric heater or a wire, and the top of the snow melting water return tank is provided with a snow inlet.

5. The water station of claim 2, wherein the water station is divided into two parts, a stainless steel cover plate covers the ground near the surface of the primary water return tank, a bathing facility is arranged above the stainless steel cover plate, and the other part of the ground covers the heat insulation plate.

6. The modular solarium water station of claim 1, characterized in that the clean water tank and/or the return water tank is peripherally covered with insulation board.

7. The modular solarium water station of claim 1, wherein the sunny side of the top of the water station is a photo-thermal insulation wallboard, and the other side is an insulation board.

8. The modular solarium water station of any of claims 1 to 7, wherein said photothermal insulating wall panel is an insulating panel having photothermal functional elements on its surface.

9. The combined type sunlight bathroom water station of claim 1, wherein said heat-insulating board comprises at least five layers, the surface layer is a shock-resistant panel, the second layer is a heat-insulating layer, the third layer is an energy-storing board, the fourth layer is a temperature-regulating board with heating or refrigerating function, the fifth layer is a heat-radiating board, the layers are connected by a connecting piece or bonded by an adhesive, and the fourth layer is additionally provided with an electric wire through pipe and an outlet interface for connecting with an adjacent board set or connecting with a plug-in device or an electric appliance.

10. The modular solarium water station of claim 9, characterized in that the fourth layer is an electric hot plate or a modular plate for laying heating and/or cooling pipes, and is provided with water outlet ports on its surface for connecting with water channels of the photothermal function of the photothermal insulating wall panel.