CN204329158U - The hot distributor of a kind of flow temperature method - Google Patents
The hot distributor of a kind of flow temperature method Download PDFInfo
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- CN204329158U CN204329158U CN201420771842.2U CN201420771842U CN204329158U CN 204329158 U CN204329158 U CN 204329158U CN 201420771842 U CN201420771842 U CN 201420771842U CN 204329158 U CN204329158 U CN 204329158U
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Abstract
The utility model relates to the hot distributor of a kind of flow temperature method, comprise indoor structure, building inner structure and system administrative center, the utility model is integrated with computer technology, mechanics of communication, information technology, network technology, database management technology, automatic control technology, supplying hot water dynamic balance technology and power-saving technology, the ingenious concept using discharge coefficient, instead of the method for the direct measuring flow of tradition.More be applicable to the basal conditions of China's heating system.
Description
Technical field
The utility model relates to the hot distributor of a kind of flow temperature method.
Background technology
For the single tube hot-water heating system in the north, domestic at present do not have good metering method, mainly adopted area allotment method in the past, and that can not measure client accurately and effectively uses heat.
The external metering method mostly adopted is point family hotlist or building adds Heat distribution meter with hotlist.Practicality and double pipe heat supply system, the free area on-off valve of domestic heat death theory product, multiple metering method such as temperature control one method, heat meter etc., but they are all unsuitable for one pipe heating system transformation.
Adopt flow temperature method to gather exactly, upload, the actual enthusiasm condition of leading subscriber, ensure that user's heat is energy-conservation, remote monitoring, management heat supply running state.Be applicable to the existing non-energy-saving heating system reform that indoor heating system is single tube series connection, common riser is point family independent heating system of Double tube, the heat death theory reducing energy consumption of existing non-energy saving building heat supply house, the construction of the household-based heat metering of newly-built central heating house.
Summary of the invention
The utility model devises the hot distributor of a kind of flow temperature method, and its technical problem solved domesticly at present does not have good metering method, and mainly adopted area allotment method in the past, that can not measure client accurately and effectively uses heat.
In order to solve the technical problem of above-mentioned existence, the utility model have employed following scheme:
The hot distributor of a kind of flow temperature method, comprises indoor structure, building inner structure and system administrative center, it is characterized in that: indoor structure comprises wireless temperature acquisition machine (2), constant temperature three-way control valve (1) and crossing pipe (11); Between the water inlet end that crossing pipe (11) is connected to radiator (10) and water side, be connected by constant temperature three-way control valve (1) between crossing pipe (11) and the water inlet end of radiator (10), constant temperature three-way control valve (1) is for regulating radiator (10) output and heat dissipation capacity; Wireless temperature acquisition machine (2) is arranged on for measuring radiator (10) radiator (10) intake-outlet temperature and the temperature difference on crossing pipe (11), and wireless temperature acquisition machine (2) adopts wireless mode and temperature receptacle communication to transmit data; Building inner structure comprises heat supply pipeline, heat distributor (5), heat requestor (4), temperature receptacle, electrical power distribution case (7), building heat summary table (3); Thermal medium is sent in the radiator (10) of indoor structure by heat supply pipeline; The heat supply running data that heat distributor (5) gathers building heat summary table (3) and temperature receptacle calculate and share user's heat, adopt network communication mode and system administrative center to exchange data, carry out management and the control of the hot distributor of flow temperature method and user simultaneously; Temperature receptacle receives the measurement data of wireless temperature acquisition machine (2) collector, and sends heat distributor (5) to; Electrical power distribution case (7) provides working power and security protection for the hot distributor of flow temperature method; Building heat summary table (3) is arranged on heat consumption heat supply pipeline measuring whole solitary building, and described building heat summary table (3) is ultrasonic wave or electromagnetic type calorimeter; Described heat requestor (4) and described heat distributor (5) carry out exchanges data and for the information inquiry of user's heat amount; System administrative center comprises computer, server and the network equipment, and system administrative center carries out data management, statistical analysis, remote monitoring and toll administration, carries out client query, payment and maintenance management simultaneously.
Also be provided with a voice counting module in heat requestor (4), voice counting module reports user's use amount to user.
Further, also comprise pressure reduction or flow balance valve, pressure reduction or flow balance valve are arranged on heat supply pipeline and regulate for building and user's supplying hot water dynamic balance.
The hot distributor of this flow temperature method has following beneficial effect:
(1) the utility model is integrated with computer technology, mechanics of communication, information technology, network technology, database management technology, automatic control technology, supplying hot water dynamic balance technology and power-saving technology, the ingenious concept using discharge coefficient, instead of the method for the direct measuring flow of tradition.More be applicable to the basal conditions of China's heating system.
(2) the utility model system instead of the method for the direct measuring flow of tradition, the time limit is examined by force in view of China's regulation measuring instrument has one, the introducing of discharge coefficient makes stream warm therapy measuring instrument only have a building summary table, solves hotlist annual test problem, reduces management cost and maintenance difficulties.
(3) the utility model system adds triple valve carry out corresponding transformation according to the instructions for use of stream warm therapy, affects, improve metering fairness between the family reducing user's heat.
(4) the utility model system utilizes discharge coefficient and temperature coefficient, according to heat death theory principle, calculates the heat energy distribution coefficient of user.Then user is again according to respective consumed heat energy distribution coefficient situation, shares building heat energy that summary table measures, and divides to mix make innovation in heat.
(5) the utility model system is by computer network platform, and implement Dynamic Thermal metering to user, user can inquire about its heat energy situation consumed at any time, realizes charging transparent.Administrative department also can understand the heating situation of heating system in time, and the payment situation of user, so that provide the service of more high-quality and efficiency.
(6) difficult problem that the utility model system solves existing building single-main distribution household-based heat metering, room temperature regulates, has great practical value.
(7) the utility model system indoor and outdoors adopts communication, avoids damaging the original finishing layout of user in indoor location wiring.
Accompanying drawing explanation
Fig. 1: the composition Technology Roadmap of the hot distributor of the utility model flow temperature method;
Fig. 2: the one pipe heating system schematic diagram of the hot distributor of the utility model flow temperature method.
Description of reference numerals:
1-constant temperature three-way control valve; 2-wireless temperature acquisition machine; 3-building heat summary table; 4-heat requestor; 5-heat distributor; 6-wireless data receiver; 7-electrical power distribution case; 8-supply lines; 9-order wire; 10-radiator; 11-crossing pipe.
Detailed description of the invention
Below in conjunction with Fig. 1 and Fig. 2, the utility model is described further:
As shown in Figure 1, flow temperature method heat measuring system, also claim flow temperature method hot distributor, hereinafter referred to as stream warm therapy (device) system, account for the total flow ratio of heat clearing point using heating customer flow and the temperature difference distributes foundation as heat, by the heat death theory energy conserving system scheme that the heat distribution measured by the heat summary table for thermal region heat clearing point to the device of each user forms.
The hot distributor of stream warm therapy is made up of equipment such as heat summary table, heat distributor, temperature acquisition processor, heat requestors.
This system adopts according to the entering of each resident family, backwater temperature difference and flow proportional data to share the calorie value of building summary table.
This system integration technology such as computer technology, mechanics of communication, information technology, network technology, database management technology, automatic control technology, supplying hot water dynamic balance technology, power-saving technology in one, for heating system operational management is energy-conservation and household-based heat metering provides system scheme.
This system is particularly useful for the existing heating system transformation that indoor heating system is single tube series connection, also can be applicable to point family independent heating system that common riser is Double tube, both can be applicable to the heat death theory reducing energy consumption of existing building heat supply house, also can be applicable to the household-based heat metering of newly-built central heating house.
This system schema also simultaneously integrated heat supply network energy management system scheme, comprises heat exchange station and thermal source reducing energy consumption scheme, heating network hydraulic equilibrium modification scheme, heating network monitoring scheduling scheme etc., at utmost realizes heating energy-saving target.
The operation principle of stream warm therapy heat measuring system is: install building heat summary table 3 at building consumer heat inlet, the heat consumption of all the building in metering Heating Period; At heating user interior radiator 10 water inlet end, constant temperature three-way control valve 1, crossing pipe 11 and Temperature sampler 2 are installed, regulate radiator 10 water supply flow (heat dissipation capacity), measure radiator 10 and import and export water temperature, the temperature difference; System, according to public standpipe flow and radiator 10 out temperature, the temperature difference and user's radiator 10 quantity, shares the heat consumption (heat summary table heat) of all the building.User according to heat requestor searching user's information and can use heat.
As shown in Figure 2, indoor structure comprises the wireless temperature acquisition machine 2 of radiator, constant temperature three-way control valve 1 and crossing pipe 11.Constant temperature three-way control valve 1 and radiator crossing pipe 11 are installed on radiator 10 inlet end, for regulating radiator output (heat dissipation capacity); Wireless temperature acquisition machine 2 is arranged on crossing pipe 11, for measuring radiator 10 intake-outlet temperature and the temperature difference, adopts wireless mode and temperature receptacle communication to transmit data.
Building inner structure comprises the hydraulic equilibrium equipment such as heat distributor 5, temperature receptacle, heat requestor 4, electrical power distribution case 7, building heat summary table 3, pressure reduction or flow balance valve.Heat distributor 5 gathers the heat supply running data of building heat summary table 3 and temperature receptacle, calculates and shares user's heat, adopts GPRS or network communication mode and system administrative center to exchange data, carries out system, user management and control simultaneously; Temperature receptacle receives the measurement data of wireless temperature acquisition machine 2 collector, and sends heat distributor 5 to; Heat requestor 4 is for the information inquiry of user's heat amount; Electrical power distribution case 7 provides working power and security protection for heat measuring system; Building heat summary table 3 measures the heat consumption of whole solitary building, selects ultrasonic wave or electromagnetic type calorimeter; Pressure reduction or flow balance valve are used for building and user's supplying hot water dynamic balance regulates.
System administrative center comprises central computer service station (server, the network equipment, data center etc.), system management platform software and client software, carry out data management, statistical analysis and remote monitoring and toll administration, carry out the management such as client query, payment, maintenance simultaneously.
The technical characterstic of the hot distributor of the utility model flow temperature method:
1, metering, temperature control, charging, energy-conservation is integrated;
2, Lou Dong measures, shares by family, fair and reasonable;
3, data metering reasonability is good: not only reflect user's reality exactly and use hot situation, also consider the conduct radiation of heat itself simultaneously, and the compactness between a building interior user, to reduce the metering contradiction between user
4, integrated hydraulic equilibrium and heating energy-saving technology, heating system is effectively energy-conservation;
5, radiator divides room temperature to regulate, and ensures that user's heat is energy-conservation;
6, real-time remote monitoring, management heating system and user's heat supply running state;
7, the abnormal protection of system equipment, function for monitoring safeguards system safety and stability;
8, the multiple communication modes such as integrated wireless, bus, public network, grid flexibility and reliability;
9, system management platform and client software moduleization design, powerful, easy to use, is beneficial to upgrading;
10, powerful data processing and data mining technology provide safe and reliable service data for heat supply running, improve heating management level;
11, open system formula interface, can share data, co-ordination, coordinated signals with other intellectualizing systems;
12, different price and toll administration pattern is suitable for, convenient management;
13, design, construction, run, safeguard, upgrading, simple to operation, invest little, maintenance cost is low, and cost performance is high, be especially suitable for existing one pipe heating system reducing energy consumption.
By reference to the accompanying drawings exemplary description is carried out to the utility model above; obvious realization of the present utility model is not subject to the restrictions described above; as long as have employed the various improvement that method of the present utility model is conceived and technical scheme is carried out; or design of the present utility model and technical scheme directly applied to other occasion, all in protection domain of the present utility model without to improve.
Claims (3)
1. the hot distributor of flow temperature method, comprises indoor structure, building inner structure and system administrative center, it is characterized in that: indoor structure comprises wireless temperature acquisition machine (2), constant temperature three-way control valve (1) and crossing pipe (11); Between the water inlet end that crossing pipe (11) is connected to radiator (10) and water side, be connected by constant temperature three-way control valve (1) between crossing pipe (11) and the water inlet end of radiator (10), constant temperature three-way control valve (1) is for regulating radiator (10) output and heat dissipation capacity; Wireless temperature acquisition machine (2) is arranged on for measuring radiator (10) radiator (10) intake-outlet temperature and the temperature difference on crossing pipe (11), and wireless temperature acquisition machine (2) adopts wireless mode and temperature receptacle communication to transmit data; Building inner structure comprises heat supply pipeline, heat distributor (5), heat requestor (4), temperature receptacle, electrical power distribution case (7), building heat summary table (3); Thermal medium is sent in the radiator (10) of indoor structure by heat supply pipeline; The heat supply running data that heat distributor (5) gathers building heat summary table (3) and temperature receptacle calculate and share user's heat, adopt network communication mode and system administrative center to exchange data, carry out management and the control of the hot distributor of flow temperature method and user simultaneously; Temperature receptacle receives the measurement data of wireless temperature acquisition machine (2) collector, and sends heat distributor (5) to; Electrical power distribution case (7) provides working power and security protection for the hot distributor of flow temperature method; Building heat summary table (3) is arranged on heat consumption heat supply pipeline measuring whole solitary building, and described building heat summary table (3) is ultrasonic wave or electromagnetic type calorimeter; Described heat requestor (4) and described heat distributor (5) carry out exchanges data and for the information inquiry of user's heat amount; System administrative center comprises computer, server and the network equipment, and system administrative center carries out data management, statistical analysis, remote monitoring and toll administration, carries out client query, payment and maintenance management simultaneously.
2. the hot distributor of flow temperature method according to claim 1, is characterized in that: be also provided with a voice counting module in heat requestor (4), voice counting module reports user's use amount to user.
3. the hot distributor of flow temperature method according to claim 1, is characterized in that: also comprise pressure reduction or flow balance valve, and pressure reduction or flow balance valve are arranged on heat supply pipeline and regulate for building and user's supplying hot water dynamic balance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420771842.2U CN204329158U (en) | 2014-12-10 | 2014-12-10 | The hot distributor of a kind of flow temperature method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420771842.2U CN204329158U (en) | 2014-12-10 | 2014-12-10 | The hot distributor of a kind of flow temperature method |
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| CN204329158U true CN204329158U (en) | 2015-05-13 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111954782A (en) * | 2017-12-27 | 2020-11-17 | Emg能源组件公司 | Control unit and method for controlling the hot or cold output of a local distribution system from a thermal energy distribution grid |
| CN113811719A (en) * | 2019-06-13 | 2021-12-17 | 瑞典意昂公司 | Method and control server for controlling a district thermal energy distribution system |
-
2014
- 2014-12-10 CN CN201420771842.2U patent/CN204329158U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111954782A (en) * | 2017-12-27 | 2020-11-17 | Emg能源组件公司 | Control unit and method for controlling the hot or cold output of a local distribution system from a thermal energy distribution grid |
| CN113811719A (en) * | 2019-06-13 | 2021-12-17 | 瑞典意昂公司 | Method and control server for controlling a district thermal energy distribution system |
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