CN204987226U - Heat supply divides family measurement and room temperature regulation and control integration system - Google Patents
Heat supply divides family measurement and room temperature regulation and control integration system Download PDFInfo
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- CN204987226U CN204987226U CN201520711546.8U CN201520711546U CN204987226U CN 204987226 U CN204987226 U CN 204987226U CN 201520711546 U CN201520711546 U CN 201520711546U CN 204987226 U CN204987226 U CN 204987226U
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Abstract
The utility model relates to a heat supply divides family measurement and room temperature regulation and control integration system, including radiator, ultrasonic wave calorimeter, electric control valve, inlet tube and outlet pipe, the inlet tube is connected to radiator one end, and the outlet pipe is connected to the radiator other end, and electric control valve is installed to installation ultrasonic wave calorimeter on the inlet tube on the outlet pipe. The utility model has the advantages of 1, heat supply divides family measurement and room temperature regulation and control integration system collects measurement, data acquisition and handles, controls, manages in an organic whole, is to use the measurement of heat supply branch family and room temperature regulation and control integration solution as the starting point design of energy -conserving, consumption reduction, festival expense, automatic control. 2, many -sided requirements such as system synthesis responsible departments of the government, heat supply enterprise, resident and engineering practice in addition the integrated treatments with the thermal information and are carried out long -range digital monitoring city dwellers, promote heating internet technology and heat supply to measure the development of reform.
Description
Technical field
The utility model relates to a kind of heating system, particularly relates to a kind of household measurement heat-supplying and room temperature regulates and controls integral system.
Background technology
Current China heating energy consumption index is 3-5 times of developed country under similar weather conditions, and heating effect is also nothing like other developed countries.Because the heating system form of China falls behind, lack and control and energy saving means, generally run under underload, poor efficiency, actual heating area on average only has about 40% of capacity of equipment, and energy waste is very serious.Also there is following problem in China's heating simultaneously: 1, indoor thermal environment is poor, and developed country's indoor temperature is 22 DEG C, and China only has 16 ~ 18 DEG C; 2, Heating quality is also very poor, there is more serious heat supply waterpower and thermal misadjustment, makes room temperature uneven in temperature.3, heating charging system is also unreasonable, and by area charge, simultaneously indoor without temperature control device, user cannot regulate the room temperature, and these all cause user without awareness of saving energy, and thermal waste is serious.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of household measurement heat-supplying and room temperature to regulate and control integral system, integrate metering, data acquisition process, control, manage, by city dweller with thermal information integrated treatment in addition, meet the requirement of digitlization remote monitoring platform, promote the development of heating energy technology.
The technical scheme that the problem that the utility model is the above-mentioned proposition of solution adopts is:
A kind of household measurement heat-supplying and room temperature regulate and control integral system, comprise radiator 1, ultrasonic calorimeter 2, motor-operated control valve 3, water inlet pipe 4 and outlet pipe 5, radiator 1 one end connects water inlet pipe 4, radiator 1 other end connects outlet pipe 5, water inlet pipe 4 is installed ultrasonic calorimeter 2, outlet pipe 5 is installed motor-operated control valve 3.
A kind of household measurement heat-supplying and room temperature regulate and control integral system, also comprise concentrator 6 and wireless room temperature controller 7, described concentrator 6 is connected with motor-operated control valve 3, ultrasonic calorimeter 2 respectively by holding wire, wireless room temperature controller 7 and motor-operated control valve 3 wireless connections.
Described wireless room temperature controller 7 comprises wireless room temperature controller upper cover 22, wireless room temperature controller housing 23, controller circuit board A24, display screen A25 and button assembly A26, wireless room temperature controller upper cover 22 is removably connected to wireless room temperature controller housing 23 top, controller circuit board A24 is fixed on inside wireless room temperature controller upper cover 22, controller circuit board A24 top arranges display screen A25, wireless room temperature controller upper cover 22 top offers show hole, wireless room temperature controller upper cover 22 bottom is provided with button assembly A26, wireless room temperature controller upper cover 22 offers the installing hole for installing button assembly A26, the bottom connection control device circuit board A24 of button assembly A26.
Described button assembly A26 comprises substrate 27 and is successively set on power key 28, parameter key 29, information key 30, rise key 31 and the down key 32 on substrate 27, described power key 28, parameter key 29, information key 30, rise key 31 are all fixedly connected with substrate 27 with down key 32, and locating hole 34 offered by described substrate 27.
Described wireless room temperature controller upper cover 22 arranges U-shaped groove 35, and button assembly A26 is embedded in U-shaped groove 35, and upper cover 1 upper surface is smooth, level and smooth.
Described wireless room temperature controller upper cover 22 arranges gauge hole 36.
Described wireless room temperature controller housing 23 both sides arrange fan hot hole C37, increase radiating effect.
Described power key 28 arranges block 38, increases structural strength.
Described power key 28 is integral type structure with block 38.
Described rise key 31 comprises keying body 39, button contact 40 and connecting rod 41, and connecting rod 41 one end connects keying body 39, and connecting rod 41 other end connection substrate 27, keying body 39 is arranged button contact 40; When keying body is pressed, connecting rod elastic deformation, after unclamping keying body, connecting rod is upspring automatically, effective solution button assembly is difficult to the problem of resilience, has good feel during operation, and this key mode improves efficiency of assembling in assembling process, shorten the installation time of each assembly, thus substantially increase production efficiency.
Described keying body 39, button contact 40, connecting rod 41 are integral type setting.
A kind of household measurement heat-supplying and room temperature regulate and control integral system, also comprise concentrator 6 and wired room thermostat 8, concentrator 6 is connected with ultrasonic calorimeter 2, wired room thermostat 8 respectively by holding wire, and wired room thermostat 8 is connected with motor-operated control valve 3 by holding wire.
Described wired room thermostat 8 comprises wired room thermostat upper cover 42, wired room thermostat shell 43, controller circuit board B44, display screen B45, button assembly B46, back cover 47 and wiring board A48, wired room thermostat upper cover 42 is removably connected to wired room thermostat shell 43 top, back cover 47 is removably connected to bottom wired room thermostat shell 43, controller circuit board B44 is fixed on inside wired room thermostat upper cover 42, wiring board A48 is fixed on back cover 47, controller circuit board B44 top arranges display screen B45, wired room thermostat upper cover 42 top offers show hole, wired room thermostat upper cover 42 bottom is provided with button assembly B46, wired room thermostat upper cover 42 offers the installing hole for installing button assembly B46, the bottom connection control device circuit board B44 of button assembly B46.
Described wired room thermostat shell 43 both sides arrange fan hot hole A49, increase radiating effect.
Described back cover 47 is provided with fan hot hole B50.
Described button assembly A26 is identical with the structure of button assembly B46.
Described concentrator 6 comprises the concentrator upper cover 51 and concentrator housing 52 that mutually fasten, also comprise fixed head 53, upper layer circuit plate 54, middle level wiring board 55, lower sandwich circuit board 56, fixed terminal 57 and fin 58, concentrator housing 52 is fixed with fixed head 53 is set, fixed head 53 is fixed with upper layer circuit plate 54, middle level wiring board 55, lower sandwich circuit board 56, upper layer circuit plate 54 is positioned at above middle level wiring board 55, lower sandwich circuit board 56 is positioned at below middle level wiring board 55, concentrator housing 52 two ends are provided with fixed terminal 57, several fin 58 are provided with bottom concentrator housing 52, concentrator housing bottom is provided with several fin, and release concentrator interior circuit board runs the heat produced, concentrator housing is fixed with fixed head is set, fixed head is fixed with upper layer circuit plate, middle level wiring board, lower sandwich circuit board, adopts stacked placement, Appropriate application space, reduce volume.
The number of described fin 58 is 16-20.
The thickness of described fin 58 is 2.5-4mm.
Spacing between two described abutting fins 58 is 8-12mm.
The reinforcement 60 that described fixed terminal 57 comprises deck 59 and is fixedly connected with deck 59, connects reliable, and is convenient to fix.
Described deck 59 with reinforcement 60 for integral type is arranged.
Described motor-operated control valve 3 comprises the Electronic control valve upper cover 61 and motor-operated control valve lower cover 62 that mutually fasten, also comprise adapter sleeve 63, valve body assembly 64, valve driving machine 65, wiring board B66 and light conductor 67, wiring board B66 is fixed on Electronic control valve upper cover 61 internal upper part, valve driving machine 65 is fixed on motor-operated control valve lower cover 62 at inner bottom part, valve body assembly 64 is connected with motor-operated control valve lower cover 62 by adapter sleeve 63, valve driving machine 65 and valve body assembly 64 are in transmission connection, light conductor 67 is fixed on Electronic control valve upper cover 61, motor-operated control valve lower cover 62 is provided with locating groove 69, Electronic control valve upper cover 61 is provided with sealing holding section 70, sealing holding section 70 is inlayed and is arranged in locating groove 69, set up light conductor, adopted Embedded technique to be embedded into by light conductor and cover, eliminate light hole, avoided dust and water flow into motor-operated control valve inside by light hole, enhance waterproof and dustproof performance, sealing holding section is inlayed and is arranged in locating groove, adds the performance of waterproof and dustproof, and facilitates the assembling of motor-operated control valve, improve production efficiency, remove the aerial mounting structure exceeded, thus reduce the installing space of motor-operated control valve, facilitate the installation of motor-operated control valve, improve installation effectiveness.
Between described Electronic control valve upper cover 61 and motor-operated control valve lower cover 62, sealing ring 68 is set.
Described ultrasonic calorimeter 2 comprises calorimeter shell 9 and base table 10, base table 10 is fixedly connected with calorimeter shell 9, described calorimeter shell 9 comprises shell body 11, base 12, fixed mount 13, fixed head 14, elastic button 15, circuit assembly 16, drawing and pulling type battery flat 17 and calorimeter upper cover 18, shell body 11 is provided with calorimeter upper cover 18, base 12 is dismountable to be connected to bottom shell body 11, base table 10 is fixed bottom base 12, fixed mount 13 is provided with in shell body 11, described drawing and pulling type battery flat 17 can be connected to described fixed mount 13 pull, calorimeter upper cover 18 is provided with elastic button 15, the bottom connection line assembly 16 of elastic button 15, calorimeter upper cover 18 is provided with the installing hole for installing elastic button 15, elastic button 15 is arranged between calorimeter upper cover 18 and fixed head 14, waterproof and dustproof better performances, production efficiency is high, and assembly technology is simple, the shell body of ultrasonic calorimeter increases independently drawing and pulling type battery flat space structure, completely independent with circuit assembly position, there is secondary waterproof, dust-proof effect.
The material of described elastic button 15 is rubber, and by the extruding of fixed head 14 pairs of elastic buttons 15, anti-sealing enters.
Described shell body 11 internal fixtion is provided with clamp 19, can block holding wire, avoid holding wire to deviate from, and prevents the excessive of when injecting glue glue.
Described drawing and pulling type battery flat 17 comprises battery containing part 20 and is positioned at the withdrawing part 21 of battery containing part 20 one end.
Described base table 10 comprises pipeline section A33, the first column 81 and the second column 82, two transducer sockets 85 are offered on the top of pipeline section A33, temperature sensor socket 86 is offered in the side of pipeline section A33, the bottom of pipeline section A33 is provided with the first jack 87 and the second jack 88, first column 81 inserts in the first jack 87, second column 82 inserts in the second jack 88, and the first column 81 upper surface is provided with the first reflecting surface 83, second column 82 upper surface and is provided with the second reflecting surface 84; Middle part undergauge, reduces the probability that laminar condition appears in range pipeline section inner fluid within the specific limits, makes again pipeline section crushing remain on the fluid pressure balance can not destroying whole heating system in critical field, further increases the accuracy of measurement data.
Described temperature sensor socket 86 is obliquely installed, and temperature sensor socket 86 center line and pipeline section A33 center line are 60 degree of angles.
The material of the first described column 81, second column 82 is stainless steel.
The first described column 81 is identical with the second column 82 structure, and the first reflecting surface 83 and the second reflecting surface 84 are oppositely arranged.
Described base table 10 comprises pipeline section B71, two transducer sockets 72 are offered on the top of pipeline section B71, temperature sensor socket 73 is offered in the bottom of pipeline section B71, pipeline section B71 two ends are provided with reflector plate inserted sheet 74, pipeline section B71 inwall offers the slot 75 matched with described reflector plate inserted sheet 74, the both sides of described reflector plate inserted sheet 74 are inserted in corresponding slot 75, described reflector plate inserted sheet 74 comprises rectangle inserted sheet body 76, connecting rod 77 and reflector plate 78, rectangle inserted sheet body 76 offers breach 79, reflector plate 78 is fixedly connected with rectangle inserted sheet body 76 by connecting rod 77, the pipeline section inner hole section that base table is connected with heat supply pipeline, for circular, without the need to installing column in pipeline section, reduces the generation of tube wall eddy current, not easily precipitated impurities in pipeline section, do not affect intracellular signaling, precision is high, when fluid flows through reflector plate inserted sheet, less to the impact of reflector plate inserted sheet, reduce the loss of reflector plate inserted sheet, increase the service life.
Described pipeline section B71 two ends arrange hold-down ring 80, compressed by reflector plate inserted sheet 74, prevent from loosening by hold-down ring 80.
Described rectangle inserted sheet body 76, connecting rod 77 and reflector plate 78 are integrated setting.
Described reflector plate inserted sheet 74 material is stainless steel.
Described temperature sensor socket 73 is obliquely installed, and temperature sensor socket 73 center line and pipeline section B71 center line are 50 degree of angles.
Operation principle of the present utility model: concentrator is connected by M-BUS data wire with ultrasonic calorimeter, motor-operated control valve; The data messages such as the heat collected, flow, room temperature, valve control state are uploaded to Thermal Corp's control centre's system management platform by GPRS network by concentrator; System management platform is processed and statistical analysis every data by Intellectual Heat Meter management software, also can carry out distant early warning and the setting of remote switch motor-operated control valve as required; Simultaneously user can set indoor temperature as required, accomplishes heating according to need, initiatively energy-conservation.
The beneficial effects of the utility model are: 1, household measurement heat-supplying and room temperature regulate and control integral system integrate measure, data acquisition process, control, manage, be that the household measurement heat-supplying that designs for starting point with energy-conservation, consumption reduction, joint expense, automatic control and room temperature regulate and control integrative solution.2, the multiple requirements such as system synthesis responsible departments of the government, heating enterprise, resident and engineering practice, by city dweller with thermal information in addition integrated treatment carry out remote digital monitoring, promotes the development that heating energy technology and heat metering are reformed.
Accompanying drawing explanation
Fig. 1 is the first structural representation of the present utility model;
Fig. 2 is the second structural representation of the present utility model;
Fig. 3 is the front view of ultrasonic calorimeter;
Fig. 4 is the top view of ultrasonic calorimeter;
Fig. 5 is A-A schematic cross-section in Fig. 4;
Fig. 6 is the structure enlarged diagram of drawing and pulling type battery flat;
Fig. 7 is the stereogram of wireless room temperature controller;
Fig. 8 is the front view of wireless room temperature controller;
Fig. 9 is B-B schematic cross-section in Fig. 8;
Figure 10 is the stereogram of wired room thermostat;
Figure 11 is the front view of wired room thermostat;
Figure 12 is B-B schematic cross-section in Figure 11;
Figure 13 is the structural representation of button assembly;
Figure 14 is the installation site schematic diagram of button contact;
Figure 15 is the structural representation of concentrator;
Figure 16 is the generalized section of concentrator;
Figure 17 is the stereogram of motor-operated control valve;
Figure 18 is the top view of motor-operated control valve;
Figure 19 is A-A schematic cross-section in Figure 18;
Figure 20 is the structural representation of the first embodiment of base table;
Figure 21 is the structure enlarged diagram of reflector plate in Figure 20;
Figure 22 is the structural representation of the second embodiment of base table.
Wherein, 1-radiator, 2-ultrasonic calorimeter, 3-motor-operated control valve, 4-water inlet pipe, 5-outlet pipe, 6-concentrator, 7-wireless room temperature controller, the wired room thermostat of 8-, 9-calorimeter shell, 10-base table, 11-shell body, 12-base, 13-fixed mount, 14-fixed head, 15-elastic button, 16-circuit assembly, 17-drawing and pulling type battery flat, 18-calorimeter upper cover, 19-clamp, 20-battery containing part, 21-withdrawing part, 22-wireless room temperature controller upper cover, 23-wireless room temperature controller housing, 24-controller circuit board A, 25-display screen A, 26-button assembly A, 27-substrate, 28-power key, 29-parameter key, 30-information key, 31-raises key, 32-down key, 33-pipeline section A, 34-locating hole, 35-U type groove, 36-gauge hole, 37-fans hot hole C, 38-block, 39-keying body, 40-button contact, 41-connecting rod, the wired room thermostat upper cover of 42-, the wired room thermostat shell of 43-, 44-controller circuit board B, 45-display screen B, 46-button assembly B, 47-back cover, 48-wiring board A, 49-fans hot hole A, 50-fans hot hole B, 51-concentrator upper cover, 52-concentrator housing, 53-fixed head, 54-upper layer circuit plate, 55-middle level wiring board, sandwich circuit board under 56-, 57-fixed terminal, 58-fin, 59-deck, 60-reinforcement, 61-Electronic control valve upper cover, 62-motor-operated control valve lower cover, 63-adapter sleeve, 64-valve body assembly, 65-valve driving machine, 66-wiring board B, 67-light conductor, 68-sealing ring, 69-locating groove, 70-seals holding section, 71-pipeline section B, 72-transducer socket, 73-temperature sensor socket, 74-reflector plate inserted sheet, 75-slot, 76-rectangle inserted sheet body, 77-connecting rod, 78-reflector plate, 79-breach, 80-hold-down ring, 81-first column, 82-second column, 83-first reflecting surface, 84-second reflecting surface, 85-transducer socket, 86-temperature sensor socket, 87-first jack, 88-second jack.
Detailed description of the invention
Embodiment of the present utility model is further illustrated below in conjunction with accompanying drawing.
Embodiment 1, with reference to Fig. 1, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21, a kind of household measurement heat-supplying described in this detailed description of the invention and room temperature regulate and control integral system, comprise radiator 1, ultrasonic calorimeter 2, motor-operated control valve 3, water inlet pipe 4 and outlet pipe 5, radiator 1 one end connects water inlet pipe 4, radiator 1 other end connects outlet pipe 5, water inlet pipe 4 is installed ultrasonic calorimeter 2, outlet pipe 5 is installed motor-operated control valve 3.
A kind of household measurement heat-supplying and room temperature regulate and control integral system, also comprise concentrator 6 and wireless room temperature controller 7, described concentrator 6 is connected with motor-operated control valve 3, ultrasonic calorimeter 2 respectively by holding wire, wireless room temperature controller 7 and motor-operated control valve 3 wireless connections.
Described wireless room temperature controller 7 comprises wireless room temperature controller upper cover 22, wireless room temperature controller housing 23, controller circuit board A24, display screen A25 and button assembly A26, wireless room temperature controller upper cover 22 is removably connected to wireless room temperature controller housing 23 top, controller circuit board A24 is fixed on inside wireless room temperature controller upper cover 22, controller circuit board A24 top arranges display screen A25, wireless room temperature controller upper cover 22 top offers show hole, wireless room temperature controller upper cover 22 bottom is provided with button assembly A26, wireless room temperature controller upper cover 22 offers the installing hole for installing button assembly A26, the bottom connection control device circuit board A24 of button assembly A26.
Described button assembly A26 comprises substrate 27 and is successively set on power key 28, parameter key 29, information key 30, rise key 31 and the down key 32 on substrate 27, described power key 28, parameter key 29, information key 30, rise key 31 are all fixedly connected with substrate 27 with down key 32, and locating hole 34 offered by described substrate 27.
Described wireless room temperature controller upper cover 22 arranges U-shaped groove 35, and button assembly A26 is embedded in U-shaped groove 35, and upper cover 1 upper surface is smooth, level and smooth.
Described wireless room temperature controller upper cover 22 arranges gauge hole 36.
Described wireless room temperature controller housing 23 both sides arrange fan hot hole C37, increase radiating effect.
Described power key 28 arranges block 38, increases structural strength.
Described power key 28 is integral type structure with block 38.
Described rise key 31 comprises keying body 39, button contact 40 and connecting rod 41, and connecting rod 41 one end connects keying body 39, and connecting rod 41 other end connection substrate 27, keying body 39 is arranged button contact 40; When keying body is pressed, connecting rod elastic deformation, after unclamping keying body, connecting rod is upspring automatically, effective solution button assembly is difficult to the problem of resilience, has good feel during operation, and this key mode improves efficiency of assembling in assembling process, shorten the installation time of each assembly, thus substantially increase production efficiency.
Described keying body 39, button contact 40, connecting rod 41 are integral type setting.
Described concentrator 6 comprises the concentrator upper cover 51 and concentrator housing 52 that mutually fasten, also comprise fixed head 53, upper layer circuit plate 54, middle level wiring board 55, lower sandwich circuit board 56, fixed terminal 57 and fin 58, concentrator housing 52 is fixed with fixed head 53 is set, fixed head 53 is fixed with upper layer circuit plate 54, middle level wiring board 55, lower sandwich circuit board 56, upper layer circuit plate 54 is positioned at above middle level wiring board 55, lower sandwich circuit board 56 is positioned at below middle level wiring board 55, concentrator housing 52 two ends are provided with fixed terminal 57, several fin 58 are provided with bottom concentrator housing 52, concentrator housing bottom is provided with several fin, and release concentrator interior circuit board runs the heat produced, concentrator housing is fixed with fixed head is set, fixed head is fixed with upper layer circuit plate, middle level wiring board, lower sandwich circuit board, adopts stacked placement, Appropriate application space, reduce volume.
The number of described fin 58 is 16-20.
The thickness of described fin 58 is 2.5-4mm.
Spacing between two described abutting fins 58 is 8-12mm.
The reinforcement 60 that described fixed terminal 57 comprises deck 59 and is fixedly connected with deck 59, connects reliable, and is convenient to fix.
Described deck 59 with reinforcement 60 for integral type is arranged.
Described motor-operated control valve 3 comprises the Electronic control valve upper cover 61 and motor-operated control valve lower cover 62 that mutually fasten, also comprise adapter sleeve 63, valve body assembly 64, valve driving machine 65, wiring board B66 and light conductor 67, wiring board B66 is fixed on Electronic control valve upper cover 61 internal upper part, valve driving machine 65 is fixed on motor-operated control valve lower cover 62 at inner bottom part, valve body assembly 64 is connected with motor-operated control valve lower cover 62 by adapter sleeve 63, valve driving machine 65 and valve body assembly 64 are in transmission connection, light conductor 67 is fixed on Electronic control valve upper cover 61, motor-operated control valve lower cover 62 is provided with locating groove 69, Electronic control valve upper cover 61 is provided with sealing holding section 70, sealing holding section 70 is inlayed and is arranged in locating groove 69, set up light conductor, adopted Embedded technique to be embedded into by light conductor and cover, eliminate light hole, avoided dust and water flow into motor-operated control valve inside by light hole, enhance waterproof and dustproof performance, sealing holding section is inlayed and is arranged in locating groove, adds the performance of waterproof and dustproof, and facilitates the assembling of motor-operated control valve, improve production efficiency, remove the aerial mounting structure exceeded, thus reduce the installing space of motor-operated control valve, facilitate the installation of motor-operated control valve, improve installation effectiveness.
Between described Electronic control valve upper cover 61 and motor-operated control valve lower cover 62, sealing ring 68 is set.
Described ultrasonic calorimeter 2 comprises calorimeter shell 9 and base table 10, base table 10 is fixedly connected with calorimeter shell 9, described calorimeter shell 9 comprises shell body 11, base 12, fixed mount 13, fixed head 14, elastic button 15, circuit assembly 16, drawing and pulling type battery flat 17 and calorimeter upper cover 18, shell body 11 is provided with calorimeter upper cover 18, base 12 is dismountable to be connected to bottom shell body 11, base table 10 is fixed bottom base 12, fixed mount 13 is provided with in shell body 11, described drawing and pulling type battery flat 17 can be connected to described fixed mount 13 pull, calorimeter upper cover 18 is provided with elastic button 15, the bottom connection line assembly 16 of elastic button 15, calorimeter upper cover 18 is provided with the installing hole for installing elastic button 15, elastic button 15 is arranged between calorimeter upper cover 18 and fixed head 14, waterproof and dustproof better performances, production efficiency is high, and assembly technology is simple, the shell body of ultrasonic calorimeter increases independently drawing and pulling type battery flat space structure, completely independent with circuit assembly position, there is secondary waterproof, dust-proof effect.
The material of described elastic button 15 is rubber, and by the extruding of fixed head 14 pairs of elastic buttons 15, anti-sealing enters.
Described shell body 11 internal fixtion is provided with clamp 19, can block holding wire, avoid holding wire to deviate from, and prevents the excessive of when injecting glue glue.
Described drawing and pulling type battery flat 17 comprises battery containing part 20 and is positioned at the withdrawing part 21 of battery containing part 20 one end.
Described base table 10 comprises pipeline section B71, two transducer sockets 72 are offered on the top of pipeline section B71, temperature sensor socket 73 is offered in the bottom of pipeline section B71, pipeline section B71 two ends are provided with reflector plate inserted sheet 74, pipeline section B71 inwall offers the slot 75 matched with described reflector plate inserted sheet 74, the both sides of described reflector plate inserted sheet 74 are inserted in corresponding slot 75, described reflector plate inserted sheet 74 comprises rectangle inserted sheet body 76, connecting rod 77 and reflector plate 78, rectangle inserted sheet body 76 offers breach 79, reflector plate 78 is fixedly connected with rectangle inserted sheet body 76 by connecting rod 77, the pipeline section inner hole section that base table is connected with heat supply pipeline, for circular, without the need to installing column in pipeline section, reduces the generation of tube wall eddy current, not easily precipitated impurities in pipeline section, do not affect intracellular signaling, precision is high, when fluid flows through reflector plate inserted sheet, less to the impact of reflector plate inserted sheet, reduce the loss of reflector plate inserted sheet, increase the service life.
Described pipeline section B71 two ends arrange hold-down ring 80, compressed by reflector plate inserted sheet 74, prevent from loosening by hold-down ring 80.
Described rectangle inserted sheet body 76, connecting rod 77 and reflector plate 78 are integrated setting.
Described reflector plate inserted sheet 74 material is stainless steel.
Described temperature sensor socket 73 is obliquely installed, and temperature sensor socket 73 center line and pipeline section B71 center line are 50 degree of angles.
Embodiment 2, with reference to Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 22, a kind of household measurement heat-supplying described in this detailed description of the invention and room temperature regulate and control integral system, comprise radiator 1, ultrasonic calorimeter 2, motor-operated control valve 3, water inlet pipe 4 and outlet pipe 5, radiator 1 one end connects water inlet pipe 4, radiator 1 other end connects outlet pipe 5, water inlet pipe 4 is installed ultrasonic calorimeter 2, outlet pipe 5 is installed motor-operated control valve 3.
A kind of household measurement heat-supplying and room temperature regulate and control integral system, also comprise concentrator 6 and wired room thermostat 8, concentrator 6 is connected with ultrasonic calorimeter 2, wired room thermostat 8 respectively by holding wire, and wired room thermostat 8 is connected with motor-operated control valve 3 by holding wire.
Described wired room thermostat 8 comprises wired room thermostat upper cover 42, wired room thermostat shell 43, controller circuit board B44, display screen B45, button assembly B46, back cover 47 and wiring board A48, wired room thermostat upper cover 42 is removably connected to wired room thermostat shell 43 top, back cover 47 is removably connected to bottom wired room thermostat shell 43, controller circuit board B44 is fixed on inside wired room thermostat upper cover 42, wiring board A48 is fixed on back cover 47, controller circuit board B44 top arranges display screen B45, wired room thermostat upper cover 42 top offers show hole, wired room thermostat upper cover 42 bottom is provided with button assembly B46, wired room thermostat upper cover 42 offers the installing hole for installing button assembly B46, the bottom connection control device circuit board B44 of button assembly B46.
Described wired room thermostat shell 43 both sides arrange fan hot hole A49, increase radiating effect.
Described back cover 47 is provided with fan hot hole B50.
Described concentrator 6 comprises the concentrator upper cover 51 and concentrator housing 52 that mutually fasten, also comprise fixed head 53, upper layer circuit plate 54, middle level wiring board 55, lower sandwich circuit board 56, fixed terminal 57 and fin 58, concentrator housing 52 is fixed with fixed head 53 is set, fixed head 53 is fixed with upper layer circuit plate 54, middle level wiring board 55, lower sandwich circuit board 56, upper layer circuit plate 54 is positioned at above middle level wiring board 55, lower sandwich circuit board 56 is positioned at below middle level wiring board 55, concentrator housing 52 two ends are provided with fixed terminal 57, several fin 58 are provided with bottom concentrator housing 52, concentrator housing bottom is provided with several fin, and release concentrator interior circuit board runs the heat produced, concentrator housing is fixed with fixed head is set, fixed head is fixed with upper layer circuit plate, middle level wiring board, lower sandwich circuit board, adopts stacked placement, Appropriate application space, reduce volume.
The number of described fin 58 is 16-20.
The thickness of described fin 58 is 2.5-4mm.
Spacing between two described abutting fins 58 is 8-12mm.
The reinforcement 60 that described fixed terminal 57 comprises deck 59 and is fixedly connected with deck 59, connects reliable, and is convenient to fix.
Described deck 59 with reinforcement 60 for integral type is arranged.
Described motor-operated control valve 3 comprises the Electronic control valve upper cover 61 and motor-operated control valve lower cover 62 that mutually fasten, also comprise adapter sleeve 63, valve body assembly 64, valve driving machine 65, wiring board B66 and light conductor 67, wiring board B66 is fixed on Electronic control valve upper cover 61 internal upper part, valve driving machine 65 is fixed on motor-operated control valve lower cover 62 at inner bottom part, valve body assembly 64 is connected with motor-operated control valve lower cover 62 by adapter sleeve 63, valve driving machine 65 and valve body assembly 64 are in transmission connection, light conductor 67 is fixed on Electronic control valve upper cover 61, motor-operated control valve lower cover 62 is provided with locating groove 69, Electronic control valve upper cover 61 is provided with sealing holding section 70, sealing holding section 70 is inlayed and is arranged in locating groove 69, set up light conductor, adopted Embedded technique to be embedded into by light conductor and cover, eliminate light hole, avoided dust and water flow into motor-operated control valve inside by light hole, enhance waterproof and dustproof performance, sealing holding section is inlayed and is arranged in locating groove, adds the performance of waterproof and dustproof, and facilitates the assembling of motor-operated control valve, improve production efficiency, remove the aerial mounting structure exceeded, thus reduce the installing space of motor-operated control valve, facilitate the installation of motor-operated control valve, improve installation effectiveness.
Between described Electronic control valve upper cover 61 and motor-operated control valve lower cover 62, sealing ring 68 is set.
Described ultrasonic calorimeter 2 comprises calorimeter shell 9 and base table 10, base table 10 is fixedly connected with calorimeter shell 9, described calorimeter shell 9 comprises shell body 11, base 12, fixed mount 13, fixed head 14, elastic button 15, circuit assembly 16, drawing and pulling type battery flat 17 and calorimeter upper cover 18, shell body 11 is provided with calorimeter upper cover 18, base 12 is dismountable to be connected to bottom shell body 11, base table 10 is fixed bottom base 12, fixed mount 13 is provided with in shell body 11, described drawing and pulling type battery flat 17 can be connected to described fixed mount 13 pull, calorimeter upper cover 18 is provided with elastic button 15, the bottom connection line assembly 16 of elastic button 15, calorimeter upper cover 18 is provided with the installing hole for installing elastic button 15, elastic button 15 is arranged between calorimeter upper cover 18 and fixed head 14, waterproof and dustproof better performances, production efficiency is high, and assembly technology is simple, the shell body of ultrasonic calorimeter increases independently drawing and pulling type battery flat space structure, completely independent with circuit assembly position, there is secondary waterproof, dust-proof effect.
The material of described elastic button 15 is rubber, and by the extruding of fixed head 14 pairs of elastic buttons 15, anti-sealing enters.
Described shell body 11 internal fixtion is provided with clamp 19, can block holding wire, avoid holding wire to deviate from, and prevents the excessive of when injecting glue glue.
Described drawing and pulling type battery flat 17 comprises battery containing part 20 and is positioned at the withdrawing part 21 of battery containing part 20 one end.
Described base table 10 comprises pipeline section A33, the first column 81 and the second column 82, two transducer sockets 85 are offered on the top of pipeline section A33, temperature sensor socket 86 is offered in the side of pipeline section A33, the bottom of pipeline section A33 is provided with the first jack 87 and the second jack 88, first column 81 inserts in the first jack 87, second column 82 inserts in the second jack 88, and the first column 81 upper surface is provided with the first reflecting surface 83, second column 82 upper surface and is provided with the second reflecting surface 84; Middle part undergauge, reduces the probability that laminar condition appears in range pipeline section inner fluid within the specific limits, makes again pipeline section crushing remain on the fluid pressure balance can not destroying whole heating system in critical field, further increases the accuracy of measurement data.
Described temperature sensor socket 86 is obliquely installed, and temperature sensor socket 86 center line and pipeline section A33 center line are 60 degree of angles.
The material of the first described column 81, second column 82 is stainless steel.
The first described column 81 is identical with the second column 82 structure, and the first reflecting surface 83 and the second reflecting surface 84 are oppositely arranged.
The operation principle of this detailed description of the invention: concentrator is connected by M-BUS data wire with ultrasonic calorimeter, motor-operated control valve; The data messages such as the heat collected, flow, room temperature, valve control state are uploaded to Thermal Corp's control centre's system management platform by GPRS network by concentrator; System management platform is processed and statistical analysis every data by Intellectual Heat Meter management software, also can carry out distant early warning and the setting of remote switch motor-operated control valve as required; Simultaneously user can set indoor temperature as required, accomplishes heating according to need, initiatively energy-conservation.
The beneficial effect of this detailed description of the invention is: 1, household measurement heat-supplying and room temperature regulate and control integral system integrate measure, data acquisition process, control, manage, be that the household measurement heat-supplying that designs for starting point with energy-conservation, consumption reduction, joint expense, automatic control and room temperature regulate and control integrative solution.2, the multiple requirements such as system synthesis responsible departments of the government, heating enterprise, resident and engineering practice, by city dweller with thermal information in addition integrated treatment carry out remote digital monitoring, promotes the development that heating energy technology and heat metering are reformed.
Specific embodiment of the utility model does not form restriction of the present utility model, and every employing analog structure of the present utility model and change, all in protection domain of the present utility model.
Claims (10)
1. a household measurement heat-supplying and room temperature regulate and control integral system, it is characterized in that: comprise radiator (1), ultrasonic calorimeter (2), motor-operated control valve (3), water inlet pipe (4) and outlet pipe (5), radiator (1) one end connects water inlet pipe (4), radiator (1) other end connects outlet pipe (5), water inlet pipe (4) is installed ultrasonic calorimeter (2), outlet pipe (5) is installed motor-operated control valve (3).
2. a kind of household measurement heat-supplying as claimed in claim 1 and room temperature regulate and control integral system, it is characterized in that: also comprise concentrator (6) and wireless room temperature controller (7), described concentrator (6) is connected with motor-operated control valve (3), ultrasonic calorimeter (2) respectively by holding wire, wireless room temperature controller (7) and motor-operated control valve (3) wireless connections.
3. a kind of household measurement heat-supplying as claimed in claim 2 and room temperature regulate and control integral system, it is characterized in that: described wireless room temperature controller (7) comprises wireless room temperature controller upper cover (22), wireless room temperature controller housing (23), controller circuit board A(24), display screen A(25) and button assembly A(26), wireless room temperature controller upper cover (22) is removably connected to wireless room temperature controller housing (23) top, controller circuit board A(24) be fixed on wireless room temperature controller upper cover (22) inner side, controller circuit board A(24) top arranges display screen A(25), wireless room temperature controller upper cover (22) top offers show hole, wireless room temperature controller upper cover (22) bottom is provided with button assembly A(26), wireless room temperature controller upper cover (22) offers for installing button assembly A(26) installing hole, button assembly A(26) bottom connection control device circuit board A(24).
4. a kind of household measurement heat-supplying as claimed in claim 3 and room temperature regulate and control integral system, it is characterized in that: described button assembly A(26) comprise substrate (27) and be successively set on power key (28) on substrate (27), parameter key (29), information key (30), raise key (31) and down key (32), described power key (28), parameter key (29), information key (30), rise key (31) are all fixedly connected with substrate (27) with down key (32), described substrate (27) are offered locating hole (34).
5. a kind of household measurement heat-supplying as claimed in claim 4 and room temperature regulate and control integral system, it is characterized in that: described rise key (31) comprises keying body (39), button contact (40) and connecting rod (41), connecting rod (41) one end connects keying body (39), connecting rod (41) other end connection substrate (27), keying body (39) is arranged button contact (40).
6. a kind of household measurement heat-supplying as claimed in claim 1 and room temperature regulate and control integral system, it is characterized in that: also comprise concentrator (6) and wired room thermostat (8), concentrator (6) is connected with ultrasonic calorimeter (2), wired room thermostat (8) respectively by holding wire, and wired room thermostat (8) is connected with motor-operated control valve (3) by holding wire.
7. a kind of household measurement heat-supplying as claimed in claim 6 and room temperature regulate and control integral system, it is characterized in that: described wired room thermostat (8) comprises wired room thermostat upper cover (42), wired room thermostat shell (43), controller circuit board B(44), display screen B(45), button assembly B(46), back cover (47) and wiring board A(48), wired room thermostat upper cover (42) is removably connected to wired room thermostat shell (43) top, back cover (47) is removably connected to wired room thermostat shell (43) bottom, controller circuit board B(44) be fixed on wired room thermostat upper cover (42) inner side, wiring board A(48) be fixed on back cover (47), controller circuit board B(44) top arranges display screen B(45), wired room thermostat upper cover (42) top offers show hole, wired room thermostat upper cover (42) bottom is provided with button assembly B(46), wired room thermostat upper cover (42) offers for installing button assembly B(46) installing hole, button assembly B(46) bottom connection control device circuit board B(44).
8. a kind of household measurement heat-supplying as described in claim 2 or 6 and room temperature regulate and control integral system, it is characterized in that: described concentrator (6) comprises the concentrator upper cover (51) and concentrator housing (52) that mutually fasten, also comprise fixed head (53), upper layer circuit plate (54), middle level wiring board (55), lower sandwich circuit board (56), fixed terminal (57) and fin (58), concentrator housing (52) is fixed with fixed head (53) is set, fixed head (53) is fixed with upper layer circuit plate (54), middle level wiring board (55), lower sandwich circuit board (56), upper layer circuit plate (54) is positioned at middle level wiring board (55) top, lower sandwich circuit board (56) is positioned at middle level wiring board (55) below, concentrator housing (52) two ends are provided with fixed terminal (57), concentrator housing (52) bottom is provided with several fin (58).
9. a kind of household measurement heat-supplying as claimed in claim 1 and room temperature regulate and control integral system, it is characterized in that: described motor-operated control valve (3) comprises the Electronic control valve upper cover (61) and motor-operated control valve lower cover (62) that mutually fasten, also comprise adapter sleeve (63), valve body assembly (64), valve driving machine (65), wiring board B(66) and light conductor (67), wiring board B(66) be fixed on Electronic control valve upper cover (61) internal upper part, valve driving machine (65) is fixed on motor-operated control valve lower cover (62) at inner bottom part, valve body assembly (64) is connected with motor-operated control valve lower cover (62) by adapter sleeve (63), valve driving machine (65) and valve body assembly (64) are in transmission connection, light conductor (67) is fixed on Electronic control valve upper cover (61), motor-operated control valve lower cover (62) is provided with locating groove (69), Electronic control valve upper cover (61) is provided with sealing holding section (70), sealing holding section (70) is inlayed and is arranged in locating groove (69).
10. a kind of household measurement heat-supplying as claimed in claim 1 and room temperature regulate and control integral system, it is characterized in that: described ultrasonic calorimeter (2) comprises calorimeter shell (9) and base table (10), base table (10) is fixedly connected with calorimeter shell (9), described calorimeter shell (9) comprises shell body (11), base (12), fixed mount (13), fixed head (14), elastic button (15), circuit assembly (16), drawing and pulling type battery flat (17) and calorimeter upper cover (18), shell body (11) is provided with calorimeter upper cover (18), base (12) is dismountable is connected to shell body (11) bottom, the fixing base table (10) in base (12) bottom, fixed mount (13) is provided with in shell body (11), described drawing and pulling type battery flat (17) can be connected to described fixed mount (13) pull, calorimeter upper cover (18) is provided with elastic button (15), bottom connection line assembly (16) of elastic button (15), calorimeter upper cover (18) is provided with the installing hole for installing elastic button (15), elastic button (15) is arranged between calorimeter upper cover (18) and fixed head (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520711546.8U CN204987226U (en) | 2015-09-15 | 2015-09-15 | Heat supply divides family measurement and room temperature regulation and control integration system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520711546.8U CN204987226U (en) | 2015-09-15 | 2015-09-15 | Heat supply divides family measurement and room temperature regulation and control integration system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204987226U true CN204987226U (en) | 2016-01-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520711546.8U Expired - Fee Related CN204987226U (en) | 2015-09-15 | 2015-09-15 | Heat supply divides family measurement and room temperature regulation and control integration system |
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| Country | Link |
|---|---|
| CN (1) | CN204987226U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105091081A (en) * | 2015-09-15 | 2015-11-25 | 济宁五颗星表计有限公司 | Household heat metering and indoor temperature regulating integrated system |
| CN106990758A (en) * | 2016-01-21 | 2017-07-28 | 陈心敏 | A kind of environment-protecting intelligent control system of balance of heating |
| CN109855158A (en) * | 2019-03-28 | 2019-06-07 | 中山市盛德电器制造有限公司 | A kind of electric heater |
-
2015
- 2015-09-15 CN CN201520711546.8U patent/CN204987226U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105091081A (en) * | 2015-09-15 | 2015-11-25 | 济宁五颗星表计有限公司 | Household heat metering and indoor temperature regulating integrated system |
| CN105091081B (en) * | 2015-09-15 | 2018-03-13 | 济宁五颗星表计有限公司 | Household measurement heat-supplying and room temperature regulation and control integral system |
| CN106990758A (en) * | 2016-01-21 | 2017-07-28 | 陈心敏 | A kind of environment-protecting intelligent control system of balance of heating |
| CN109855158A (en) * | 2019-03-28 | 2019-06-07 | 中山市盛德电器制造有限公司 | A kind of electric heater |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160120 Termination date: 20180915 |
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| CF01 | Termination of patent right due to non-payment of annual fee |