CN202442405U - Device for carrying out energy saving and heat apportionment on parallel-flow type system of vertical single tube - Google Patents
Device for carrying out energy saving and heat apportionment on parallel-flow type system of vertical single tube Download PDFInfo
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- CN202442405U CN202442405U CN2011205752590U CN201120575259U CN202442405U CN 202442405 U CN202442405 U CN 202442405U CN 2011205752590 U CN2011205752590 U CN 2011205752590U CN 201120575259 U CN201120575259 U CN 201120575259U CN 202442405 U CN202442405 U CN 202442405U
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Abstract
The utility model discloses a device for carrying out energy saving and heat apportionment on a parallel-flow type system of a vertical single tube, which comprises a room temperature controller, a plurality of on-off control valves, a collector, an integrated circuit (IC) card, a communication device and a remote control center, wherein the room temperature controller comprises an IC card reading circuit; the room temperature controller is arranged on an indoor typical place for controlling the room temperature for a heat consumer; the on-off control valves are arranged on a water supply pipeline in front of a heat consumer radiator; the room temperature controller is in communicating junction with the on-off control valves; the room temperature controller is in communicating junction with the collector or exchanges data with the IC card by the IC card reading circuit; and the collector is in the communicating junction with the remote control center by the communication device, which is called ''multi-split'' for short. The device disclosed by the utility model has the functions of low cost, convenient construction, obvious energy saving effect, and fair and reasonable heat apportionment, is simultaneously convenient to manage, more conforms to the practical heat supply and consumption working conditions in China and can be widely applied to a system used for family splitting energy saving and heat metering with an on-off time area method.
Description
Technical field
The utility model belongs to heat supply and field of energy-saving technology, relates in particular to a kind of energy-conservation apparatus and method of sharing with heat of in vertical single-pipe system system, carrying out.
Background technology
Along with China's constantly perfect to improving constantly of requiring of building energy conservation and heating charge system, house and town and country construction portion comprise direct metering and measure various heat measuring methods indirectly in that " the heat metering technical regulation " of promulgation in 2009 is also clear and definite in (JCJ173-2009).The most conventional calorimeter method has many types such as mechanical type calorimeter, ultrasonic type calorimeter.The initial cost of mechanical type calorimeter is low, but the flow measurement precision is not high, and the table resistance is big, easy to be blocked, and consumable accessory is more, therefore water quality is had certain requirement.The flow measurement precision of ultrasonic type calorimeter is high, crushing is little, be difficult for obstruction, but initial cost is higher.Mainly be that a complete energy-conservation and heat measuring system will comprise that all calorimeter and radiator thermostat valve two parts are combined into, the structure of radiator thermostat valve high-drag almost can't realize normal operation for the system that heat supply is transformed; For the clearing of heat expense; No matter be to adopt the family directly to measure clearing or share the clearing of total amount of heat according to the family with hotlist value secondary with calorimeter; Because the investment of each user's family table is very high, family table fault rate also very high (the bad easy obstruction of water treatment, instrument moving component are difficult to satisfy the environment for use that the heating system water temperature is high, the working time is long etc.) can't provide accurately reasonably charge foundation; Another angle, the calorimeter accurate measurement is the same with inaccurate metering result: because of it causes very big impact all can't link directly with charge to Thermal Corp's operation.This also is an important thorny problem in engineering practice, carrying out the heat metering in recent years.Firmly build portion's " hot measurement technology rules " and (JCJ173-2009) recommended user's heat sharing metering method of a kind of " make-and-break time area-method ".This method is that each the heating user when adopting on/off formula heat supply control model (Q formula system) is a foundation accumulative total water flowing time; Share whole building and heating heat consumption in conjunction with heating area; Thereby calculate each hot user's heating heat consumption, and carry out hot meterage.Get final product the turn-on time that each family on-off control valve only need added up and write down to heat metering (heat is shared) device that matches with the method, compared with calorimeter with former other kinds family, and this device need not be measured the flow and the temperature contrast of heat donor fluid again.More existing at present heat metering (sharing) devices based on " make-and-break time area-method " can only be used on the two-pipe system of heat supply, and can not be applied in vertical single-pipe system heating system.Heat metering (sharing) device of " make-and-break time area-method "; Also there are many problems that are difficult to solve and overcome; Fail on the various heating systems of being used in of real universality, these a few problems comprise: 1, present vertical single-pipe system heating system does not have good energy-saving valve technology to adapt to, and it is little that flow appears in traditional radiator thermostatic valve easily; Be prone to stop up, and scale of investment is huge.2, the heat of present " make-and-break time area-method " metering (sharing) device can only be used on the two-pipe system of heat supply, and can not be applied in vertical single-pipe system heating system.What 3, present indoor system still adopted is the design result under the continuous heat supply working condition, and under the heat supply operating mode of switching regulate mode, the situation of system's hydraulic misadjustment must occur.
The utility model content
The purpose of the utility model is to design a kind of novel energy-conservation apparatus and method of sharing with heat of in vertical single-pipe system system, carrying out, and addresses the above problem.
To achieve these goals, the technical scheme of the utility model employing is following:
A kind ofly in vertical single-pipe system system, carry out the energy-conservation device of sharing with heat, comprise room thermostat, several on-off control valve, collector, IC-card, communication device and remote control center, said room thermostat comprises IC-card Card Reader circuit; Said room thermostat is arranged on the indoor type locality of hot user's the room temperature of controlling; Said on-off control valve is arranged on the water supply line before said hot user's radiator; Said room thermostat is connected with said on-off control valve communication; Said room thermostat is connected with said collector communication or comes swap data through said IC-card Card Reader circuit and said IC-card, and said collector is connected with said remote control center communication through said communication device, is simply referred to as " one drag many ".
Said on-off control valve comprises the break-make actuator of on-off control valve body and the said on-off control valve body break-make of control; Said room thermostat is connected with the communication of said break-make actuator, and said room thermostat is connected with said collector communication or comes swap data through said IC-card Card Reader circuit and said IC-card; Said break-make actuator comprises the encryption control line that prevents user's malice outage robber heat.
Said remote control center comprises concentrator and computer, and said communication device is connected with said concentrator communication, and said concentrator is connected with said computer.
Toll administration software and special-purpose corrected Calculation program are installed on the said computer.
Said room thermostat also comprises room thermostat body, greenhouse control circuit, clock circuit, on-off control valve circuit and communication module circuit; Said room thermostat body, said clock circuit, said on-off control valve circuit and said communication module circuit all are connected to said greenhouse control circuit; Said communication module circuit is connected with said collector communication, and said on-off control valve circuit is connected with said electric T-shaped valve communication.
Also comprise power supply, said power supply is connected with said communication module circuit.
Also comprise a building calorimeter, a said building calorimeter is connected with said communication device communication.
Said room thermostat is a programmable electronic formula room thermostat, and said room thermostat can be divided into two above time periods to one day 24 hours on demand, imports the design temperature of each time period respectively.
Described on-off control valve is electronic, the thermoelectric control valve of two logical or threeways.
A kind ofly in vertical single-pipe system system, carrying out energy-conservation method of sharing with heat; The electric T-shaped valve that possesses flow shunting function and break-make control function is installed on the inlet feed pipe of every group of radiator; Indoor type locality in hot user's the room temperature of controlling is provided with room thermostat, and the user controls some electric T-shaped valves switches simultaneously through input setting data on said room thermostat; Be arranged on the said room thermostat of computer acquisition of remote control center and the data that said electric T-shaped valve transmits; Write down and carry out Treatment Analysis, and according to the said room thermostat of relatively control and the said electric T-shaped valve of result and setting data.
The utility model relates on the vertical single-pipe system heating system in a kind of central heating system to be used the make-and-break time area-method and carries out energy-conservation method and the device of sharing with heat thereof; Be specially a kind of solution single-pipe system heating system " make-and-break time area-method " heat and share the method and the device thereof of energy saving of system efficient, belong to field of heating ventilation air conditioning.Said method is applied in central heating system and installs based on the room temperature control of on/off formula heat supply control model (Q formula system) and the device of heat metering (sharing); Carry out the Heat Loss amount when sharing according to " make-and-break time area-method "; Adopt temperature control technology and valve technology to be transformed into the form that is equivalent to horizontal two-pipe system (being the branch family individual heating system of Double tube) to the single-main distribution of heating and come again to share, to adapt to the requirement of central heating, branch family heat metering (sharing) charge according to the make-and-break time area-method.
It is according to calculating corrected parameter with the heat dissipation capacity that designs terminal heat dissipation equipment that special-purpose corrected Calculation program in the utility model adopts the heat dissipation capacity of the terminal heat dissipation equipment of actual measurement.
The purpose of the utility model is to solve " make-and-break time area-method " heat and shares the problem that exists in system's prior art, provides a kind of and can use " make-and-break time area-method " heat in the indoor heating system to share system and its apparatus.Through being employed in every group of radiator front the three-way valve of low-resistance is installed; Change over the system that is similar to two-pipe system to original vertical single-pipe system heating system; Come to drive simultaneously a plurality of radiator three-way valves with an attemperating unit; A plurality of valves can open simultaneously, close simultaneously, with meet building and heating " make-and-break time area-method " method branch family heat metering (sharing), by the actual requirement of heating heat consumption meterage, be simply referred to as " one drag many " and control.
Described electric T-shaped valve in the utility model is electric three-way or the solenoid electric valve that possesses flow shunting function, before electric T-shaped valve is installed on the heat supply user radiator; It is described that to possess the management software of heat debugging functions, special-purpose corrected Calculation program be the material changed of the radiator used through the user's of reality measuring and calculating heat supply according to radiator testing standard GB/T 13754-92 EN442 IBR or floor heating material with the different of sheet group number and then the Coefficient K value of measuring and calculating reality, the heat dissipation capacity under the standard condition original heating time is revised; Described room thermostat need be installed in indoor, and the communication module of set inside temperature-sensing probe and communication function is gone out transfer of data with the temperature that detects this point with through M-BUS, RS 1 and wireless transmission or with the form of IC-card manual work reading.
Described room thermostat is a programmable electronic formula room thermostat.Programmable electronic formula room thermostat can be divided into 4～8 time periods to one day 24 hours on demand, imports the design temperature of each time period respectively.The user chooses the temperature of each time period according to the needs of oneself, also can be between comfort mode (18-25 degree centigrade) and energy efficiency temperature (10-15 degree centigrade) strong a switching.
(wireless-as to remove) between described room thermostat and the computer is connected and comprises that infrared ray, M-bus or number biography form connect; Perhaps through IC-card transmission data.
Described power supply can be a battery, also can be external ac power source, can also be other integrated drive generator system.
Described electric T-shaped valve comprises valve body part and electronic control section (break-make actuator), be loaded on radiator before, the flow the when valve body of electric three passes valve body partly has part flow arrangement and can shunt heat supply person in charge break-make.Electronic control section comprises the control instruction controlled valve that motor, reducing gear etc. can transmit according to room thermostat; Or select the valve of electrothermal drive for use.This electronic control section with comprise the power supply supply line being connected of room thermostat and encrypt control line, steal heat to prevent the outage of user's malice.
Described special-purpose corrected Calculation program is input to computer according to the parameter of the radiator of on-the-spot actual measurement or floor heating and original parameter relatively must be actual in the hot time with the way correction of revising the heating time parameter, can confirm appropriate correction formula and write microprocessor controller according to heat supply actual operating mode parameter.Can write multiple corrected parameter to each user.
The utility model is through installing the electric T-shaped valve of low-resistance every group of radiator front; Change over the system that is similar to two-pipe system to original vertical single-pipe system heating system; Come to drive simultaneously a plurality of radiator electric T-shaped valves with an attemperating unit; A plurality of valves can open simultaneously, close simultaneously, with meet building and heating " make-and-break time area-method " method branch family heat metering (sharing), by the actual requirement of heating heat consumption meterage.
Electronic control section with break-make control function is installed on the electric T-shaped valve; Be used to regulate the switch value of this family compensation flap; And be the foundation of this family opening time correction through functions such as actual measuring and calculating and software administrations; Binding energy is set the room thermostat that carries out switch control based on room temperature simultaneously; On-off control valve unlatching to hot user is controlled than (heat sharing ratio), thereby improves the energy-saving efficiency and the hot accuracy and the fair and reasonable property of sharing of hot user heating and remove the hydraulic misadjustment phenomenon.
The utility model changes over the system that is similar to two-pipe system to original vertical single-pipe system heating system; Come to drive simultaneously a plurality of radiator electric T-shaped valves with an attemperating unit; A plurality of valves can open simultaneously, close simultaneously, with meet building and heating " make-and-break time area-method " method branch family heat metering (sharing), by the actual requirement of heating heat consumption meterage.
Described on-off control valve is two logical or electric three-ways, thermoelectric control valve, is installed on the heat supply radiator preceding pipeline.This device is through room thermostat control heat supply and heat metering; Can realize Flow-rate adjustment between the family, room temperature adjusting automatically, toll administration; And have that cost is low, easy construction, obvious energy conservation, the fair and reasonable function of heat sharing; Be convenient to simultaneously manage, more meet the actual heat supply of China, use thermal condition, can be widely used in " make-and-break time area-method " and carry out the energy-conservation system that measures with heat in branch family.
Share (metering) method through the device of the utility model with based on the heat of this device, can effectively solve the problem that exists in present " make-and-break time area-method " heat measuring method:
1, as hot user privately more during heat exchange radiator, as only going to share the entire building total amount of heat with this user's construction area with the hot time, it is big with heat this resident family's reality then can to occur, and shares few, the few unjust phenomenon of paying the fees of heat.
2, heating system changes over the unbalance problem of pipe network that variable flow system causes to original constant flow water system because of increasing metering and energy saver.
3, because of central heating system be the delay system of " big the temperature difference, low discharge ", often bigger than normal and room temperature that cause is difficult to control and has caused heat is shared inaccurate problem during general design discharge.
4, because of can only being used in the two-pipe system ear, " make-and-break time area-method " special wireless communication function can not be used on the single-main distribution problem of on practical application, being limited to very much like this.
5, this device has passed through 100,000 testing fatigues of national authority detection department, reaches world lead level.This installs convenient and reliable operation, installs simply, and the life-span is long, and cost is low, can improve the fairness of energy saving of system efficient and heat sharing greatly, is convenient to promote, and is fit to the national conditions of China.
6, traditional heat-dissipating device triplet constant temperature valve resistance is excessive, is prone to cause problems such as pipeline blockage, room temperature reduction.
7, this device integrates flat room temperature control, heat is shared; System forms simple; Construction, easy to maintenance can be directed against all kinds of HVAC such as two-pipe system, single-main distribution system simultaneously and carry out transformation energy-conservation and the heat metering, has enlarged the range of application of " make-and-break time area-method ".
The beneficial effect of the utility model can be summarized as follows:
1, the utility model is through room thermostat control heat supply and heat metering; Can realize Flow-rate adjustment between the family, room temperature adjusting automatically, toll administration; And have that cost is low, easy construction, obvious energy conservation, the fair and reasonable function of heat sharing; Be convenient to simultaneously manage, more meet the actual heat supply of China, use thermal condition, can be widely used in " make-and-break time area-method " and carry out the energy-conservation system that measures with heat in branch family.
2, the utility model is because designed the valve part of setting shunting; And the special-purpose corrected Calculation program of charging software; Therefore this device can be applied on all kinds of heating systems such as two-pipe system, single-main distribution, floor heating system and transform; And be directed against the situation that actual capabilities such as hot user's water supply flow changes, hot user reequips heat dissipation equipment privately, hot user's equal area uniform temp causes different expenses because of diverse location occur, play the more scientific and reasonable energy-conservation and function of sharing the entire building total amount of heat.
3, the utility model provides technical powerful guarantee in the popularization in straight single-pipe system system with implementing to " make-and-break time area-method " this new hot methodology of secondary.
4, the utility model proposes to overcome the problem that exists in the prior art, can realize that heat sharing is fairer and more reasonable, the energy-saving efficiency root high, can effectively solve the problem that exists in present " make-and-break time area-method " heat measuring method:
5, the utility model reaches thermal balance, the raising energy-saving efficiency of regulating between the hot user through the method that preestablishes hot user's heat supply discharge; And according to the modified computing formulae of special use, hot user's the heat sharing time is revised, reach the effect of equal area uniform temp thereby improve accuracy and the fair and reasonable property that hot user's heat shares because of the diverse location same-cost.
Description of drawings
Fig. 1 uses the make-and-break time area-method for the utility model is a kind of and carries out technical schematic diagram energy-conservation and the hot method and apparatus of sharing in straight single-pipe system system;
A kind of make-and-break time area-method of in straight single-pipe system system, using of Fig. 2 the utility model is carried out the energy-conservation and hot method of sharing and the circuit block diagram of device thereof.
The specific embodiment
Clearer for technical problem, technical scheme and beneficial effect that the utility model is solved, below in conjunction with accompanying drawing and embodiment, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.
Like Fig. 1 to a kind of energy-conservation device of sharing with heat that in vertical single-pipe system system, carrying out shown in Figure 2; Comprise room thermostat 7, several electric T-shaped valves 3, collector 4, IC-card, communication device 1 and remote control center, said room thermostat 7 comprises IC-card Card Reader circuit; Said room thermostat 7 is arranged on the indoor type locality of hot user's the room temperature of controlling; Said electric T-shaped valve 3 is arranged on the water supply line before said hot user's radiator 6; Said room thermostat 7 is connected with said electric T-shaped valve 3 communications; Said room thermostat 7 is connected with said collector 4 communications or comes swap data through said IC-card Card Reader circuit and said IC-card; Said collector 4 is connected with said remote control center communication through said communication device 1, is simply referred to as " one drag many "; Said electric T-shaped valve 3 comprises the break-make actuator of on-off control valve body and the said on-off control valve body break-make of control; Said room thermostat 7 is connected with the communication of said break-make actuator, and said room thermostat 7 is connected with said collector 4 communications or comes swap data through said IC-card Card Reader circuit and said IC-card; Said break-make actuator comprises the encryption control line that prevents user's malice outage robber heat; Said remote control center comprises concentrator and computer 8, and said communication device 1 is connected with said concentrator communication, and said concentrator is connected with said computer 8, and toll administration software and special-purpose corrected Calculation program are installed on the said computer 8; Said room thermostat 7 also comprises room thermostat 7 bodies, greenhouse control circuit, clock circuit, on-off control valve circuit and communication module circuit; Said room thermostat 7 bodies, said clock circuit, said on-off control valve circuit and said communication module circuit all are connected to said greenhouse control circuit; Said communication module circuit is connected with said collector 4 communications, and said on-off control valve circuit is connected with said electric T-shaped valve communication.Saidly in vertical single-pipe system system, carry out the energy-conservation device of sharing with heat and also comprise power supply, a building calorimeter 2, said power supply is connected with said communication module circuit, and a said building calorimeter 2 is connected with above-mentioned communication device 1 communication; Said room thermostat 7 is a programmable electronic formula room thermostat, and said room thermostat 7 can be divided into two above time periods to one day 24 hours on demand, imports the design temperature of each time period respectively.
A kind ofly in vertical single-pipe system system, carrying out energy-conservation method of sharing with heat; The electric T-shaped valve 3 that possesses flow shunting function and break-make control function is installed on the inlet feed pipe of every group of radiator 6; Indoor type locality in hot user's the room temperature of controlling is provided with room thermostat 7, and the user controls some electric T-shaped valves 3 switches simultaneously through input setting data on said room thermostat 7; Be arranged on the computer said room thermostat 7 of 8 collections of remote control center and the data that said electric T-shaped valve 3 transmits; Write down and carry out Treatment Analysis, and based on said room thermostat 7 of the relatively control of result and setting data and said electric T-shaped valve 3; Open or block the artificial behavior energy saving of realization through room thermostat 7 control electric T-shaped valves 3.Temperature controller 7 is that the break-make actuator carries out wireless, wired data transmission link 5 transmission signals with the control section of electric T-shaped valve 3.Room thermostat 7 and Lou Dong calorimeter 2 can also transfer to signal through the communication module of self on the computer that toll administration software 8 is installed of administrative department and carry out heat sharing.
As Fig. 2, shown in; A kind of make-and-break time area-method of in straight single-pipe system system, using is carried out structure and circuit connecting relation energy-conservation and the hot device of sharing; Room thermostat 7 adopts room thermostat able to programme; Promptly on demand being divided into 4～8 time periods in one day 24 hours; Set the temperature of each time period respectively, the temperature compiled program of each time period and setting is stored in the chip of controller and uploads automatically or carry out storage, analysis through data medium Data transmission to toll administration softwares such as artificial IC-cards.The user is according to the temperature of needs section access time of oneself.Electric T-shaped valve 3 adopts electronic, thermoelectric control form, and valve is loaded on the preceding feed pipe of radiator, and installs the shunting of crossing over pipe realization hot water additional.
Its operation principle is: the building calorimeter 2 that the conduct clearing utensil that has communication function is installed at the consumer heat inlet place of building measures the total amount of heat of communication.The indoor type locality installation room temperature controller 7 of each hot user's of this building the room temperature of controlling, the electric T-shaped valve 3 that has the break-make actuator is installed on the preceding water supply line of radiator of resident family.The on-off that hot user can set electric T-shaped valve 3 based on the actual floor area of building and actual hot consumption is to reach basic heat demand; Need set the temperature of room thermostat 7 simultaneously, then the break-make actuator controlled valve of electric T-shaped valve 3 through being connected with room thermostat 7.For example working as room temperature reaches more than the required design temperature; House temperature and setting value that room thermostat records it automatically compare, and reach setting value like room temperature, and (or closed) broken off in room thermostat 7 contacts; Send signal by the room temperature control circuit to the break-make actuator; The break-make actuator will be exported control signal control electric T-shaped valve 3 makes heat supplying pipeline close, and stops heat supply, stops simultaneously adding up turn-on time; Be lower than setting value like room temperature, room thermostat 7 closings of contact (or disconnection) then make pipeline open, and the beginning heat supply begins to add up turn-on time simultaneously.Can realize saving heat energy, practice thrift hot expense voluntarily according to setting the joint temperature respectively with the time period difference of heat every day simultaneously.When needing higher temperature like the user, can heighten the design temperature of room thermostat 7, for example transfer to more than 22 degree Celsius, room thermostat 7 will be controlled the heat supply room temperature automatically, satisfy heat demand.The design temperature of room thermostat 7 can be regulated at any time on demand easily, realizes the requirement that the user is initiatively taken with heat, energy savings, saving heat as required.Room thermostat 7 can also be divided into 4～8 time periods to one day on demand, sets the temperature of each time period respectively, and room thermostat 7 will be controlled the keying of electric T-shaped valve 3 automatically, reach energy savings to a greater extent.
With reference to Fig. 1, the foundation that a building calorimeter 2 is shared as heating charge secondary heat with the wastage in bulk or weight heat of these building of measurement instrument metering as clearing is installed, at the consumer heat inlet place of certain building simultaneously data upload to toll administration software 8; Electric T-shaped valve 3, installation room temperature controller 7 in the room are installed by the feed pipe place before every group of radiator of each hot user simultaneously.Its control strategy is that room thermostat 7 is set forth control signal to the break-make of v3 by-pass valve control and the time of calculating, storing and uploading valve opening according to the situation of the hot consumption of reality; Heating finishes each user of back according to these data and corresponding area of heat-supply service information, the total amount of heat of sharing a building calorimeter 2, and toll administration software 8 calculates corresponding hot expense simultaneously.Concrete computing formula is seen formula (1) as follows
q
i: share heat (kw.h) to i user
Q
z: the total amount of heat (kw.h) of a building calorimeter metering
T
i: i user's metering correction factor
H
i: i user's accumulative total is with the time (h) of heat
F
i: i user's area of heat-supply service (m
2)
More than through the detailed description of concrete and preferred embodiment the utility model; But those skilled in the art should be understood that; The utility model is not limited to the above embodiment; All within the spirit and principle of the utility model, any modification of being done, be equal to replacement etc., all should be included within the protection domain of the utility model.
Claims (8)
1. one kind is carried out the energy-conservation device of sharing with heat in vertical single-pipe system system; It is characterized in that: comprise room thermostat, several on-off control valve, collector, IC-card, communication device and remote control center, said room thermostat comprises IC-card Card Reader circuit; Said room thermostat is arranged on the indoor type locality of hot user's the room temperature of controlling; Said on-off control valve is arranged on the water supply line before said hot user's radiator; Said room thermostat is connected with said on-off control valve communication; Said room thermostat is connected with said collector communication or comes swap data through said IC-card Card Reader circuit and said IC-card, and said collector is connected with said remote control center communication through said communication device.
2. according to claim 1ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat; It is characterized in that: said on-off control valve comprises the break-make actuator of on-off control valve body and the said on-off control valve body break-make of control; Said room thermostat is connected with the communication of said break-make actuator, and said room thermostat is connected with said collector communication or comes swap data through said IC-card Card Reader circuit and said IC-card; Said break-make actuator comprises the encryption control line that prevents user's malice outage robber heat.
3. according to claim 2ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat; It is characterized in that: said remote control center comprises concentrator and computer; Said communication device is connected with said concentrator communication, and said concentrator is connected with said computer.
4. according to claim 1ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat; It is characterized in that: said room thermostat also comprises room thermostat body, greenhouse control circuit, clock circuit, on-off control valve circuit and communication module circuit; Said room thermostat body, said clock circuit, said on-off control valve circuit and said communication module circuit all are connected to said greenhouse control circuit; Said communication module circuit is connected with said collector communication, and said on-off control valve circuit is connected with said electric T-shaped valve communication.
5. according to claim 4ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat, it is characterized in that: also comprise power supply, said power supply is connected with said communication module circuit.
6. according to claim 1ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat, it is characterized in that: also comprise a building calorimeter, a said building calorimeter is connected with said communication device communication.
7. according to claim 1ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat; It is characterized in that: said room thermostat is a programmable electronic formula room thermostat; Said room thermostat can be divided into two above time periods to one day 24 hours on demand, imports the design temperature of each time period respectively.
8. according to claim 1ly in vertical single-pipe system system, carrying out the energy-conservation device of sharing with heat, it is characterized in that: described on-off control valve is electronic, the thermoelectric control valve of two logical or threeways.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205752590U CN202442405U (en) | 2011-12-31 | 2011-12-31 | Device for carrying out energy saving and heat apportionment on parallel-flow type system of vertical single tube |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2011205752590U CN202442405U (en) | 2011-12-31 | 2011-12-31 | Device for carrying out energy saving and heat apportionment on parallel-flow type system of vertical single tube |
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| CN202442405U true CN202442405U (en) | 2012-09-19 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106327697A (en) * | 2015-07-03 | 2017-01-11 | 宁波镭蒙智能科技有限公司 | Heat supply billing device |
| CN109724140A (en) * | 2019-01-22 | 2019-05-07 | 中山市宇信科技有限公司 | A kind of heating system and heating system control method |
-
2011
- 2011-12-31 CN CN2011205752590U patent/CN202442405U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106327697A (en) * | 2015-07-03 | 2017-01-11 | 宁波镭蒙智能科技有限公司 | Heat supply billing device |
| CN106327697B (en) * | 2015-07-03 | 2019-03-29 | 镭蒙(宁波)股份有限公司 | Heat supply message accounting |
| CN109724140A (en) * | 2019-01-22 | 2019-05-07 | 中山市宇信科技有限公司 | A kind of heating system and heating system control method |
| CN109724140B (en) * | 2019-01-22 | 2021-07-13 | 中山市宇信科技有限公司 | Heating system and heating system control method |
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