A kind of hot water constant temperature control system for sanitary equipment
Technical field
The utility model relates to thermostatic control technology field, is a kind of hot water constant temperature control system for sanitary equipment specifically.
Background technology
Sanitary equipment is used on toilet water closet, and user uses sanitary equipment entering behind lavatory to clean.Traditional sanitary equipment just in use, directly refers to the water in running water pipe and uses in jet pipe for user.Summer use still can, but when water temperature is lower in the winter time, cannot normally use sanitary equipment, therefore warm water washing is a necessary functions of sanitary equipment.Being directed to user uses, after the water temperature in sanitary equipment arrives certain design temperature, when rinsing, water temperature variation remains on more interval, being an important evaluation foundation weighing sanitary equipment product quality, is also the direction that sanitary equipment is designed and developed effort.By reaching the constant of leaving water temperature, to user, bring better experience.How to develop a hot water constant temperature control system for sanitary equipment and become the technical matters of being badly in need of solution.
Utility model content
The purpose of this utility model is cannot carry out thermostatically controlled defect to hot water in order to solve sanitary equipment in prior art, provides a kind of hot water constant temperature control system for sanitary equipment to solve the problems referred to above.
To achieve these goals, the technical solution of the utility model is as follows:
A kind of hot water constant temperature control system for sanitary equipment, comprise control mainboard, running water pipe entrance, water inlet permanent flow valve, water tank and sewer change valve, described running water pipe entrance is connected with sewer change valve with water tank by water inlet permanent flow valve, described control mainboard is connected with sewer change valve with water inlet permanent flow valve respectively, also comprise the well heater being arranged in water tank, be arranged on into the inflow temperature sensor between water permanent flow valve and water tank, be arranged on the leaving water temperature sensor on water tank, described inflow temperature sensor, leaving water temperature sensor is connected with control mainboard respectively with well heater.
Described water inlet permanent flow valve, sewer change valve and well heater is connected with control mainboard control port respectively, and described inflow temperature sensor is connected with the data receiver of controlling mainboard respectively with leaving water temperature sensor.
Also comprise and clean jet pipe and lady's jet pipe, described clean jet pipe and lady's jet pipe are connected on sewer change valve.
beneficial effect
A kind of hot water constant temperature control system for sanitary equipment of the present utility model, compared with prior art can guarantee the constant of leaving water temperature.By controlling mainboard, effluent temperature constancy is controlled in certain temperature range, not only user's use is more comfortable, can not experience the variation of temperature, can also select suitable power according to water inlet, temperature difference of outlet water, avoid full power heating all the time, improved energy saving rate.
accompanying drawing explanation
Fig. 1 is structural representation of the present utility model
Wherein, 1-controls mainboard, 2-water inlet permanent flow valve, 3-running water pipe entrance, 4-water tank, 5-sewer change valve, the clean jet pipe of 6-, the lady's jet pipe of 7-, 8-feed pipe, 9-inflow temperature sensor, 10-well heater, 11-leaving water temperature sensor.
Embodiment
For making that architectural feature of the present utility model and the effect reached are had a better understanding and awareness, in order to preferred embodiment and accompanying drawing, coordinate detailed explanation, be described as follows:
As shown in Figure 1, a kind of hot water constant temperature control system for sanitary equipment described in the utility model, comprise and control mainboard 1, running water pipe entrance 3, water inlet permanent flow valve 2, water tank 4 and sewer change valve 5, running water pipe entrance 3 is connected with sewer change valve 5 with water tank 4 by water inlet permanent flow valve 2, connects all and is connected by feed pipe 8.Water inlet permanent flow valve 2 is controlled running water pipe entrance 3 and is intake toward water tank 4, and sewer change valve 5 is controlled from water tank 4 water outlet outward.Controlling mainboard 1 and be connected with sewer change valve 5 with water inlet permanent flow valve 2 respectively, control mainboard 1 for to the opening, close with flow and control of water inlet permanent flow valve 2 and sewer change valve 5, is more than the water system of the sanitary equipment that uses in prior art.Also comprise the well heater 10 that is arranged in water tank 4, be arranged on into the inflow temperature sensor 9 between water permanent flow valve 2 and water tank 4, be arranged on the leaving water temperature sensor 11 on water tank 4, well heater 10 is for heating water tank 4, inflow temperature sensor 9 is for detection of the water temperature of water inlet end, near can also being arranged on water tank bottom or water inlet, all can, leaving water temperature sensor 11 is for detection of the water temperature of water side, all can near can also being arranged on water tank upper or water delivering orifice.Inflow temperature sensor 9, leaving water temperature sensor 11 and well heater 1 are connected with control mainboard 1 respectively, inflow temperature sensor 9, leaving water temperature sensor 11 are passed to control mainboard 1 by relevant temperature and are carried out temperature reference, control opening, close and heating power of 1 control heater 10 of mainboard.
Water inlet permanent flow valve 2, sewer change valve 5 and well heater 10 are connected with the control port of controlling mainboard 1 respectively.Control that mainboard 1 can be controlled the opening of water inlet permanent flow valve 2, sewer change valve 5, closes, flow control operation, can control heater 10 open, close the operation of selecting with heating power.Water temperature sensor 9 is connected with the data receiver of controlling mainboard 1 respectively with leaving water temperature sensor 11, controls like this mainboard 1 and just can grasp in real time water inlet and the leaving water temperature in current water tank.Can service condition be distinguished and be treated when guaranteeing actual use, also comprise and clean jet pipe 6 and lady's jet pipe 7, clean jet pipe 6 and lady's jet pipe 7 and be connected on sewer change valve 5.Clean jet pipe 6 and use for popular crowd, 7 particular design that adopt for women user of lady's jet pipe.
During actual use, control mainboard 1 and open into water permanent flow valve 2, from running water pipe entrance 3 tap water out, through feed pipe 8, flow to after water permanent flow valve 2 and flow into water tank 4, water inlet permanent flow valve 2 can be controlled the flow of water, in discharge control claimed range, as 650ml/min.Inflow temperature sensor 9 detects inflow temperature and passes to controls mainboard 1, controls the temperature gear that mainboard 1 is set according to user, judges whether to heat.For user's set temperature, leaving water temperature sensor 11 detects to transfer data to after the water after heating water tanks and controls mainboard 1 and judge whether to arrive user's setting value, to determine selection heating power.Water after heating, opens sewer change valve 5 by controlling mainboard 1, and warm water is drained into as required and cleans jet pipe 6 or lady's jet pipe 7 and use.
In heating deterministic process, when inflow temperature T1 is larger far below design temperature T2, for example more than 20 degree, control the 10 full power heating of 1 startup well heater of mainboard; When leaving water temperature T3 approaches design temperature T2, such as in 2 ℃, control 1 of mainboard and change the pattern heating that inflow temperature combines with leaving water temperature into.The pattern that inflow temperature combines with leaving water temperature is heated to be at control mainboard 1 and receives after inflow temperature and leaving water temperature information, the heating power of well heater 10 is set according to inflow temperature T1 and user the difference that product rinses temperature T 2 and is adjusted, and according to leaving water temperature T3 and T2 comparison, judge whether heating-up temperature arrives.Heating power P=(T2-T1) × K × V, wherein K is thermal constant, and theoretical value is 0.07W/ml ℃, and V is discharge (ml), and this type flow set is constant 650ml.I.e. heating power P=45.5 (T2-T1) in theory.Consider thermal loss, during design, numerical value rises to 47 degree to 50 degree.In work engineering, according to leaving water temperature and design temperature, carry out the fine setting of power all the time, guarantee that leaving water temperature is consistent with design temperature.
More than show and described ultimate principle of the present utility model, principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; what in above-described embodiment and instructions, describe is principle of the present utility model; under the prerequisite that does not depart from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall in claimed scope of the present utility model.The protection domain that the utility model requires is defined by appending claims and equivalent thereof.