39results about "Central heating sensors" patented technology

A multiple heating/cooling zone control system is disclosed. A heating/cooling system control device continuously monitors heating/cooling zone demand and matches the heating/cooling device output capacity to the total space or heat input required. Within the calculated heating/cooling device output capacity the heating/cooling device is modulated based on zone temperature setpoint to further adjust heating/cooling device output. As heat/cooling loss is increased heating/cooling device capacity and modulation are increased. Should heat/cooling loss decrease heating/cooling device capacity and modulation are decreased. Since heat/cooling output is adjusted based on the heat loss(gain) the heating/cooling device can be immediately adjusted to the proper or matching heating/cooling rate even before water/air temperature based adjustments can be made. Hence, the overall effect of the control device is a reduction in cycles of the heating/cooling device and the life of the heating/cooling device is extended and subsequent energy is saved.

The invention provides a real time load calculation method considering thermal inertia of a building and a solar radiation effect. The method comprises that an outdoor comprehensive temperature simplified calculation model considering the solar radiation effect and absorption characteristics of the building for solar radiation is put forward, an outdoor comprehensive equivalent temperature simplified calculation model considering the thermal inertia of the building, that is, considering that the effect of an outdoor temperature on the interior of a room has attenuation and delay, and finally a real time heating load calculation model comprehensively considering the thermal inertia of the building and the solar radiation effect is finally put forward. By adopting the method provided by the invention, computer measurement and control is easy to realize, two-network water supplying and returning temperatures can be accurately and reliably determined through verification of application, oversupply or supply lack is avoided, and better energy-saving and emission reduction benefits are realized.

A nonvolatile semiconductor memory includes a cell array, redundancy array, erase circuit, timer, and controller. The cell array has a plurality of memory cells. The redundancy array has a plurality of redundant cells capable of replacing the memory cell. The erase circuit performs an erase operation on a target cell including the memory cell or the redundant cell. The timer measures the time elapsed from the start of the erase operation performed for the target cell by the erase circuit. The controller stops the erase operation and replaces the target cell with the redundant cell, when detecting that a predetermined time has elapsed from the start of the erase operation by the measurement of the elapsed time by the timer.

Provided is a heat pump hot-water supply device capable of determining whether scale is deposited. Specifically disclosed is a heat pump hot-water supply device provided with a heat pump refrigerant circuit which is configured by connecting at least a compressor (1), a refrigerant-side heat transmission tube (2a) of a liquid refrigerant heat exchanger (2), a pressure reduction unit (4), and an air heat exchanger (5) by refrigerant piping, a liquid-to-be-heated circuit which is configured by connecting at least a pump (15) and a liquid-side heat transmission tube (2b) of the liquid refrigerant heat exchanger (2) by liquid piping, a first temperature sensor (20) which detects the temperature of a liquid to be heated on the outlet side of the liquid refrigerant heat exchanger (2), and an operation control means (52); which controls the heat pump refrigerant circuit and/or the liquid-to-be-heated circuit to perform a liquid heating operation, said heat pump hot-water supply device being provided with a second temperature sensor (24) which detects the temperature of the liquid to be heated on the upstream side from the liquid to be heated the temperature of which is detected by the first temperature sensor (20).

A programmable, user-controllable heat storage system and method to provide instant hot water on demand at the desired time while avoiding the waste of energy resulting from continuous pre-heating.

The invention discloses a control method. The control method comprises the steps of detecting the active state of a user by utilizing a sensor; judging whether the user goes to sleep according to thedetected active state; obtaining the sleeping time of the user if the user goes to sleep; and controlling the heating temperature of a heater in the sleeping period of the user by utilizing the obtained sleeping time according to a preset sleeping curve. The invention further discloses a control device and a computer readable storage medium.

The invention provides a continuous water supply type room heat supply temperature control and heat metering device and a method. The device comprises a water current conversion system for releasing heat carried by a hot water source to indoor space of single house rooms to realize user heating, a temperature control metering system for obtaining heat consumption parameters and working state parameters based on operation parameters of the water current conversion system in the user heating process, and a monitoring terminal for receiving data transmitted by the water current conversion system and sending a data reading request to the water current conversion system. The heat supply temperature control heat metering device can realize effective control and high-precision metering of the heat consumption in the indoor space of single house rooms.

The invention provides a boiler heating system and a boiler heating main system. The boiler heating system comprises a main heating subsystem and an auxiliary heating subsystem; the main heating subsystem comprises a water tank expansion container, a boiler and a heating pipeline, water from the water tank expansion container is heated to set temperature through the boiler, and then the heated water is output to a water inlet of external heating equipment through the heating pipeline; a water outlet of the heating equipment communicates with a warm water recycling water inlet; the auxiliary heating subsystem comprises an auxiliary heat input port which communicates with an external recycling heat source, an external auxiliary heat pipeline which communicates with the auxiliary heat input port, a first heat exchanger arranged on the external auxiliary heat pipeline and an auxiliary heat output port which communicates with the external auxiliary heat pipeline; and the first heat exchanger is used for transmitting heat of the external auxiliary heat pipeline to the heating pipeline. According to the boiler heating system and the boiler heating main system, energy consumption of the boiler system is reduced, and energy conservation performance and economical efficiency of the heating system are improved.

The invention discloses a heating valve control system and a segmented control method thereof. The temperatures of supplied water are divided according to stages, and different valve opening ranges are set in different stages; according to an original control system and an existing PID regulation mechanism, the PID regulation mode is adjusted, and the fluctuation range of valve opening varies according to the variation of water temperature range. By controlling the opening range of an execution mechanism under different temperature conditions, the regulation cycle of the execution mechanism can be reduced, the shortcomings that the regulation range is too large and regulation is not timely are overcome, the failure of the execution mechanism can be reduced, and the service life of the execution mechanism can be prolonged. On the other hand, the temperature control lag problem under the conventional heating condition is solved, and the energy is saved.

The invention discloses a reclaimed water-usable saving type clean energy continuous heating system. The reclaimed water-usable saving type clean energy continuous heating system comprises a reclaimedwater treatment terminal, a reclaimed water storage barrel, a solar heating terminal, a heat exchanger, a hot water storage barrel, a bath room shower terminal, a floor heating device and a wastewater separator, wherein the reclaimed water treatment terminal is arranged at the upstream position of the reclaimed water storage barrel; the reclaimed water storage barrel communicates with the heat exchanger through a pipeline; the upper side of the heat exchanger communicates with the solar heating terminal through a water pipe; the solar heating terminal communicates with the hot water storage barrel through a water pipe; the hot water storage barrel is connected with the floor heating device and the bath room shower terminal through a water pipe; the floor heating device and the bath room shower terminal are connected with the heat exchanger; the heat exchanger is connected with the wastewater separator; and the wastewater separator is connected with the reclaimed water treatment terminal. According to the reclaimed water-usable saving type clean energy continuous heating system, through cooperation of solar heating and electric heating, the water temperature is maintained in a constant interval, temperature of wastewater is utilized, and heating efficiency for cold water is higher; and wastewater can be circularly utilized for multiple times under action of the separator.

An adaptable system for defogging a mirror in a steamy bathroom having a tube assembly with a plurality of openings with an impeller and a plurality of heating elements for blowing hot air through the openings onto the fogged mirror. In one example embodiment, the tube assembly has louvers directing the hot air from the openings. The system has a plurality of mounting assemblies configured for all types of mirrors operative for coupling to the tube assembly, such as a portable mounting assembly with a rechargeable battery that selectively attaches on or adjacent to a mirror. The system has an articulated arm mounting assembly in one example embodiment. The system has a mounting assembly fixture in another example embodiment. A kit comprises the tube assembly and at least one mounting assembly.

The invention provides an intelligent electric heater. The intelligent electric heater includes a radiator, a humidification module, and a power supply module. The intelligent electric heater also includes a control module, an alarm module and a detection module. The control module is respectively connected with the power module, the radiator, the alarm module, the detection module and the power module; the alarm module includes a water level alarm module and a temperature alarm module. The humidification module includes a water storage tank and a heating tank. The intelligent electric heater of the present invention is simple in operation, reasonable in structural design, less in energy consumption, low in cost, improved in humidification effect, self-controllable in temperature and humidity, and beneficial to the health of users.

The invention relates to a monitoring and early-warning device for a sleeve expansion joint and a monitoring method thereof, and belongs to the technical field of intelligent monitoring. The monitoring and early-warning device is characterized in that a camera is arranged on a fixing end pipe, and holes are formed in the fixing end tube for installing a pressure sensor and a temperature sensor; abracket is arranged on a movable core pipe and an outer cover, and an axial displacement sensor is arranged on the bracket; a wire is laid on the inner surface of the outer cover, and one end of the wire is connected with a leakage alarm sensor; and the axial displacement sensor is connected with an analog quantity acquisition module, the leakage alarm sensor is connected with the analog quantityacquisition module, the pressure sensor is connected with the analog quantity acquisition module, the temperature sensor is connected with the analog quantity acquisition module, and the camera is connected with a wireless router. The monitoring and early-warning device has the advantages and beneficial effects that sleeve expansion joint can be comprehensively monitored, whether the sleeve expansion joint needs to be replaced or not can be pre-judged, or whether the sleeve expansion joint can keep running to the maintenance period or not can be pre-judged according to the damage degree of thesleeve expansion joint, and therefore the problem that the sleeve expansion joint is suddenly damaged in the operation process of a pipe network is fundamentally solved, the phenomenon that the pipenetwork suddenly stops running due to the fact that the sleeve expansion joint is damaged is avoided, and loss caused by shutdown is reduced; and moreover, installation is convenient, and energy is saved.

The invention discloses a heat-supply control system integrating real-time monitoring and convenient maintenance. The heat-supply system comprises a device box body, a hanging plate is arranged on the top of the device box body, a thermovent is formed in one side of the device box body, and a transmission line connecting opening is arranged on one side of the thermovent, a power line is arranged on one side of the device box body, and sucking discs are arranged on the side face of the device box body. A display screen is arranged in the device body box and a controller and a sensor are arranged on one side of the display screen. The heat-supply control system integrating real-time monitoring and convenient maintenance controls ground source heat pump by the transmission line connecting opening to achieve heat supply. Through achieving heat supply in mode that the controller controls indoor temperature variation and automatically power supply and outage, a monitoring module is capable of preventing the heat pump from damage or preventing an overhigh indoor temperature both caused by the overheating of the heat pump, and transmits orders to an alarming horn and a warning light so as to order the system to automatically trip, so that safety of the heat-supply control system capable of real-time monitoring and convenient to maintain is achieved.

The invention discloses an equipment processing method and related products. The equipment processing method comprises the steps that an server receives humidity data sent by an humidity gathering node; when the server detects that the humidity data is abnormal, target floor heating tubes corresponding to the humidity data are determined; and the server controls floor heating controlling equipment being matched with the target floor heating tubes to turn off an on-off controller. The equipment processing method and related products is facilitated to improve processing timeliness of the abnormal floor heating tubes and reduce wasting of resources.

The invention discloses indoor intelligent heating equipment. The indoor intelligent heating equipment comprises a heating box, a warming device, a heat dissipation device, a full-touch-screen control panel, a humidity sensor and an air outlet, the warming device is installed on one side of the heating box, the heat dissipation device is installed below the heating box, the humidity sensor and the air outlet are formed in the inner side of the heating box side by side, and the humidity sensor is connected with the full-touch-screen control panel. According to the indoor intelligent heating equipment, self-adaptive management of the indoor temperature and humidity is achieved.

The invention relates to a ventilation device for adjusting the room temperature. The ventilation device comprises a fan shell; filter nets are arranged on the front portion and the rear portion of the fan shell correspondingly; a rain shielding device is arranged at the top end of the corresponding filter net; each filter net is provided with a temperature tester, an air sensor and an alarm; and an electric heating pipe is arranged on the inner wall of the fan shell and connected with a power supply. The ventilation device for adjusting the room temperature is simple in mechanism and convenient to operate, automation can be achieved, the exhaust temperature and the air pollution degree are effectively detected, alarming is conducted timely, and the indoor temperature can be adjusted and controlled.

The invention discloses a multi-functional heater with a good dustproof effect. The multi-functional heater comprises a fixed frame, wherein the fixed frame comprises four vertical fixed tubes; a compression spring is arranged at each of top ends of the four fixed tubes; a box body is fixed to the top end of the fixed frame through bolts; the box body adopts a cuboid structure with a cavity therein, and a circular hole is formed in a middle portion of the upper surface of the box body; annular grooves are formed in the inner wall of the periphery of the circular hole; first louver fans are rotationally connected with the interiors of the annular grooves; a support tube is fixed to the inner wall of the bottom of the box body through bolts; a fixed plate is welded to the top end of the support tube; the top end of the fixed plate is rotationally connected with an axis rotating table; and a support frame is welded to the inner wall of the bottom of the box body. When the heater is not needed, a radiation outlet is closed by rotating the louver fans, so that dust is prevented from dropping onto the surface of a heat conduction tube; and along with the opening and closing of the two louver fans, radiant heat can be dissipated to a wider space.