CN205174693U - Intelligence thing networking air conditioner controlling means - Google Patents
Intelligence thing networking air conditioner controlling means Download PDFInfo
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- CN205174693U CN205174693U CN201520491242.5U CN201520491242U CN205174693U CN 205174693 U CN205174693 U CN 205174693U CN 201520491242 U CN201520491242 U CN 201520491242U CN 205174693 U CN205174693 U CN 205174693U
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Abstract
The utility model discloses an intelligence thing networking air conditioner controlling means, it includes signal transmission display device (36), signal reception circuit and processing circuit, signal transmission display device be connected with WIFI module (33) of signal reception circuit, signal transmission display device passes through the WIFI network and carries on with WIFI module (33) that data transfer links and carry out data transmission, the signal reception circuit is connected with processing circuit, the signal reception circuit can be handled the data transmission who accepts, processing circuit central processing unit (3) can be according to the different information of accepting, make different responses, simultaneously processing circuit central processing unit (3) are transmitted the state of difference again for the signal reception circuit and are issued signal transmission display device through WIFI module (33).
Description
Technical field
The utility model relates to Intelligent internet of things air conditioning control device.
Background technology
On the one hand along with the continuous progress of internet and technology of Internet of things, network has progressively come into our life, the new color that the life for us brings.Country wishes to large-scale energy consumption equipment realization reduction energy consumption of employing new technology on the other hand.And air-conditioning is the household electrical appliance that we must not lack summer forever, although we can control air-conditioning by remote controller, but they can not allow air conditioner intelligent forever, and remote controller is a kind of trouble additionally on the contrary sometimes: because remote controller disappears, do not have electricity, just can not turn on the aircondition, cause the very inconvenient of use procedure.
Summary of the invention
The utility model provides Intelligent internet of things air conditioning control device, and it not only has rapidity and intelligent, safe and reliable, and easy to operate can manual control at any time.
The utility model have employed following technical scheme: Intelligent internet of things air conditioning control device, it comprises signal and sends display unit, signal receiving circuit and signal processing circuit, described signal receiving circuit is provided with circuit board, portion is provided with terminal plate in the circuit board, circuit board circular hole I and circuit board circular hole II is provided with side by side in the bottom of circuit board, four hole connection jaws are provided with in the bottom of circuit board, the both sides of the horizontal direction of terminal plate are distributed with some left wiring holes and some right wiring holes respectively, described some left wiring hole is that row arrange, described some right wiring hole is that row arrange, described left wiring hole and right wiring hole are used for being connected with circuit board, play power supply and data transmitting effect, central processing unit is provided with at the center of terminal plate, mu balanced circuit and crystal oscillating circuit is provided with side by side in the vertical direction side of terminal plate, electric capacity I is provided with on the side of mu balanced circuit and crystal oscillating circuit, electric capacity II, resistance I, electric capacity III, resistance II and electric capacity IV, resistance III is provided with at the vertical direction opposite side of terminal plate, electric capacity V, resistance IV and electric capacity VI, resistance III, electric capacity V, resistance IV and electric capacity VI are for filtering, resistance V is distributed with at the edge of circuit board side, electric capacity VII, resistance VI and resistance VII,
Described signal receiving circuit is provided with circuit board II, indicator lamp I, ARM chip, indicator lamp II, communication chip, unilateal conduction chip, switch chip, plug I, WIFI module, antenna, plug II composition, described plug II is positioned at the right side of WIFI module, antenna, ARM chip and indicator lamp I, and circuit board is connected with WIFI module, antenna, ARM chip and indicator lamp I; Described indicator lamp I be positioned at the lower left of plug II, indicator lamp II and ARM chip lower right for connecting ARM chip and signal receiving circuit; Described ARM chip to be positioned on the left of plug II, on the right side of communication chip, below WIFI module and the top of indicator lamp I and indicator lamp II side by side, attachment plug II plug I and WIFI module; Described indicator lamp II is positioned on the left of indicator lamp I, WIFI module lower left, communication chip lower right, for connecting ARM chip and signal receiving circuit; Described communication chip is positioned on the left of ARM chip, the upper left side of indicator lamp II, on the right side of plug I and unilateal conduction beneath chips, play provide central processing unit clock effect for connecting ARM chip; Described unilateal conduction chip is positioned on the left of ARM chip, on the right side of plug I and above communication chip, plays unilateal conduction effect for connecting ARM chip; The below that described switch chip is positioned at WIFI module is for connecting ARM chip and WIFI module plays a part to control WIFI module power switch; Data transmission and power supply function are played in the left side that described plug I is positioned at communication chip arranged side by side, unilateal conduction chip, switch chip and WIFI module; Described WIFI module is positioned on the left of plug II, antenna lower left, on the right side of plug I, play WIFI transmitting-receiving effect above switch chip; Described antenna is positioned on the left of plug II and WIFI module upper right side, plays WIFI transmitting-receiving effect for connecting WIFI module;
Described signal sends display unit and is connected with the WIFI module of signal receiving circuit, signal transmission display unit is carried out data transfer link by WIFI network and WIFI module and is connect and carry out data transmission, signal receiving circuit is connected with signal processing circuit, the data transmission and processing that signal receiving circuit can will accept, the central processing unit of signal processing circuit can according to accepted different information, make different responses, different states is transferred to signal receiving circuit again and is issued signal by WIFI module and sends display unit by the central processing unit of synchronous signal treatment circuit.
Described resistance III, electric capacity V, resistance IV and the spaced distribution of electric capacity VI, described resistance III is positioned on the right side of the left side of some right wiring holes, electric capacity V and the strobing of central processing unit above; Described electric capacity V is positioned on the right side of the left side of resistance III, resistance IV and the strobing of central processing unit above; Described resistance IV is positioned on the right side of the left side of electric capacity V, electric capacity VI and the strobing of central processing unit above; Described electric capacity VI is positioned on the right side of the left side of resistance IV, left wiring hole and the strobing above of central processing unit.
Below right side, side by side electric capacity I and electric capacity II that described circuit board circular hole I is positioned at circuit board circular hole II and four connection jaws upper right side, hole are for playing a fixation; Solid effect is played on below left side, side by side resistance II and resistance I that described circuit board circular hole II is positioned at circuit board circular hole I and four connection jaws upper left sides, hole; Four described hole connection jaws be positioned at parellel circuit board circular hole I with below circuit board circular hole II for being connected central processing unit and mu balanced circuit, play power supply with download program effect; Power supply and data transmitting effect, for connection signal receiving circuit, are played in the right side in left side and resistance VII, resistance VI, electric capacity VII and resistance V arranged side by side that described left wiring hole is positioned at also column capacitance VI, central processing unit, crystal oscillating circuit, electric capacity IV and resistance II; Described resistance V is positioned on the left of left wiring hole, electric capacity VII above for connecting mu balanced circuit and left wiring hole, for the power supply function of signal receiving circuit; Electric capacity I be positioned at the right side of electric capacity II, circuit board circular hole I above and be connected below mu balanced circuit with mu balanced circuit and strobe; Described electric capacity II is positioned on the left of electric capacity I, the right side of resistance I and electric capacity III, above and below mu balanced circuit of circuit board circular hole I side by side, strobes for connecting mu balanced circuit; Described electric capacity III be positioned at electric capacity II upper left side, the right side of electric capacity IV, resistance I above and a crystal oscillating circuit RC oscillation action below; Described resistance I is positioned on the left of electric capacity II, the right side of resistance II, play RC oscillation action below the upper right side of circuit board circular hole II and electric capacity III; Described electric capacity IV is positioned on the left of electric capacity III, the lower right of left wiring hole, resistance II above and a crystal oscillating circuit RC oscillation action below; Described resistance II is positioned on the left of resistance I, circuit board circular hole II above and electric capacity IV play RC oscillation action below, described electric capacity VII is positioned on the left of left wiring hole, resistance VI above and below resistance V for connecting mu balanced circuit and left wiring hole strobes; Described resistance VI is positioned on the left of left wiring hole, above and below electric capacity VII of resistance VII, for connecting central processing unit and four hole connection jaws play download program effect; Described resistance VII to be positioned on the left of left wiring hole and below resistance VI for connecting central processing unit and four hole connection jaws play download program effect.
Described central processing unit is set to STC series monolithic, on the right side of the left side that described STC series monolithic is positioned at right wiring hole and left wiring hole, be positioned at below resistance III side by side, electric capacity V, resistance IV and electric capacity VI, be positioned at side by side be provided with above mu balanced circuit and crystal oscillating circuit side by side, for receiving data, control the operation of air-conditioning.
Described mu balanced circuit is set to KIA1117 integrated circuit, KIA1117 integrated circuit is positioned at the left side of some right wiring holes and is positioned on the right side of crystal oscillating circuit, be positioned at above electric capacity I side by side and electric capacity II, be positioned at below central processing unit, be connected to central processing unit and be connected for power supply function with the circuit board of signal receiving circuit; Described crystal oscillating circuit is positioned on the left of KIA1117 integrated circuit, is positioned at the right side of left wiring hole, being positioned at above electric capacity IV side by side and electric capacity III, being positioned at below central processing unit for providing clock effect for central processing unit.
Described signal sends display unit and is set to mobile phone.
The utility model has following beneficial effect: after have employed above technical scheme, the air-conditioning network control system of the utility model Based Intelligent Control Network Based is to above-mentioned abundant life, reduce energy consumption, eliminating above-mentioned drawback is a well selection, the utility model directly uses the instruments such as mobile phone to control the unlatching of air-conditioning, closedown and the temperature of air-conditioning, the monitoring of operational mode comprehensively, and control system and data analysis statistical system are for being connected each air-conditioning.Finally achieve the mobile phone by being connected to network, computer carries out Long-distance Control to air-conditioning, complete the research and development of the Internet of Things air-conditioning of real meaning, own performance data when the utility model is to receive operation of air conditioner is also delivered on network, for the equipment receiving data oneself be connected on network, and receive the operation intelligent networking air conditioning control device that data that the device transmission that oneself is connected to network comes control air-conditioning further, have rapidity and intelligent, safe and reliable, easy to operate can the advantage such as manual control at any time.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
In FIG, the utility model provides Intelligent internet of things air conditioning control device, it comprises signal and sends display unit 36, signal receiving circuit and signal processing circuit, described signal receiving circuit is provided with circuit board 1, terminal plate 24 is provided with in the middle part of circuit board 1, circuit board circular hole I 6 and circuit board circular hole II 11 is provided with side by side in the bottom of circuit board 1, four hole connection jaws 7 are provided with in the bottom of circuit board 1, the both sides of the horizontal direction of terminal plate 24 are distributed with some left wiring holes 19 and some right wiring holes 2 respectively, the both sides of the horizontal direction of the present embodiment terminal plate 24 are distributed with 15 left wiring holes 19 and 15 right wiring holes 2 respectively, described 15 left wiring holes 19 arrange in row, described 15 right wiring holes 2 arrange in row, described left wiring hole 19 and right wiring hole 2 are for being connected with circuit board 1, play power supply and data transmitting effect, central processing unit 3 is provided with at the center of terminal plate 24, mu balanced circuit 4 and crystal oscillating circuit 16 is provided with side by side in the vertical direction side of terminal plate 24, electric capacity I 5 is provided with on the side of mu balanced circuit 4 and crystal oscillating circuit 16, electric capacity II 8, resistance I 9, electric capacity III 10, resistance II 12 and electric capacity IV 13, resistance III 23 is provided with at the vertical direction opposite side of terminal plate 24, electric capacity V 22, resistance IV 21 and electric capacity VI 20, resistance III 23, electric capacity V 22, resistance IV 21 and electric capacity VI 20 are for filtering, resistance V 18 is distributed with at the edge of circuit board 1 side, electric capacity VII 17, resistance VI 15 and resistance VII 14,
Described signal receiving circuit is provided with circuit board II 25, indicator lamp I 26, ARM chip 27, indicator lamp II 28, communication chip 29, unilateal conduction chip 30, switch chip 31, plug I 32, WIFI module 33, antenna 34, plug II 35 composition, described plug II 35 is positioned at the right side of WIFI module 33, antenna 34, ARM chip 27 and indicator lamp I 26, and circuit board 1 is connected with WIFI module 33, antenna 34, ARM chip 27 and indicator lamp I 26, described indicator lamp I 26 is positioned at the lower left of plug II 35, the lower right of indicator lamp II 28 and ARM chip 27 is played data transmit indicative function for being connected ARM chip 27 and signal receiving circuit, described ARM chip 27 to be positioned on the left of plug II 35, on the right side of communication chip 29, below WIFI module 33 and the top of indicator lamp I 26 and indicator lamp II 28 side by side, and attachment plug II 35 plug I 32 and WIFI module 33 play WIFI module 33 and control and signal receiving circuit communication effect, described indicator lamp II 28 is positioned on the left of indicator lamp I 26, WIFI module 33 lower left, communication chip 29 lower right, play data transmit indicative function for connecting ARM chip 27 and signal receiving circuit, described communication chip 29 is positioned on the left of ARM chip 27, the upper left side of indicator lamp II 28, on the right side of plug I 32 and below unilateal conduction chip 30, play provide the effect of central processing unit 3 clock for connecting ARM chip 27, described unilateal conduction chip 30 is positioned on the left of ARM chip 27, on the right side of plug I 32 and above communication chip 29, plays unilateal conduction effect for connecting ARM chip 27, the below that described switch chip 31 is positioned at WIFI module 33 plays a part to control WIFI module 33 power switch with WIFI module 33 for connecting ARM chip 27, data transmission and power supply function are played in the left side that described plug I 32 is positioned at communication chip 29 arranged side by side, unilateal conduction chip 30, switch chip 31 and WIFI module 33, described WIFI module 33 is positioned on the left of plug II 35, antenna 34 lower left, on the right side of plug I 32, play WIFI transmitting-receiving effect above switch chip 31, described antenna 34 is positioned on the left of plug II 35 and WIFI module 33 upper right side, WIFI transmitting-receiving effect is played for connecting WIFI module 33, described signal sends display unit and is connected with the WIFI module 33 of signal receiving circuit, described signal sends display unit 36 and is set to mobile phone, described signal sends display unit and is connected with the WIFI module 33 of signal receiving circuit, signal transmission display unit is carried out data transfer link by WIFI network and WIFI module 33 and is connect and carry out data transmission, signal receiving circuit is connected with signal processing circuit, the data transmission and processing that signal receiving circuit can will accept, the central processing unit 3 of signal processing circuit can according to accepted different information, make different responses, different states is transferred to signal receiving circuit again and issues signal by WIFI module 33 and sends display unit by the central processing unit 3 of synchronous signal treatment circuit, described resistance III 23, electric capacity V 22, resistance IV 21 and the spaced distribution of electric capacity VI 20, described resistance III 23 is positioned at the left side of right wiring hole 2, on the right side of electric capacity V 22 and the strobing above of central processing unit 3, described electric capacity V 22 is positioned on the right side of the left side of resistance III 23, resistance IV 21 and the strobing of central processing unit 3 above, described resistance IV 21 is positioned on the right side of the left side of electric capacity V 22, electric capacity VI 20 and the strobing of central processing unit 3 above, described electric capacity VI 20 is positioned on the right side of the left side of resistance IV 21, left wiring hole 19 and the strobing of central processing unit 3 above, described circuit board circular hole I 6 be positioned at the right side of circuit board circular hole II 11, side by side electric capacity I 5 and electric capacity II 8 below and four hole connection jaws 7 upper right side for a fixation, solid effect is played on below left side, side by side resistance II 12 and resistance I 9 that described circuit board circular hole II 11 is positioned at circuit board circular hole I 6 and four hole connection jaws 7 upper left sides, four described hole connection jaws 7 be positioned at parellel circuit board circular hole I 6 with below circuit board circular hole II 11 for being connected central processing unit 3 and mu balanced circuit 4, play power supply and download program effect, power supply and data transmitting effect, for connection signal receiving circuit, are played in the right side in left side and resistance VII 14, resistance VI 15, electric capacity VII 17 and resistance V 18 arranged side by side that described left wiring hole 19 is positioned at also column capacitance VI 20, central processing unit 3, crystal oscillating circuit 16, electric capacity IV 13 and resistance II 12, described resistance V 18 is positioned on the left of left wiring hole 19, electric capacity VII 17 above for connecting mu balanced circuit 4 and left wiring hole 19, for the power supply function of signal receiving circuit, electric capacity I 5 be positioned at the right side of electric capacity II 8, circuit board circular hole I 6 above and be connected below mu balanced circuit 4 with mu balanced circuit 4 and strobe, described electric capacity II 8 is positioned on the left of electric capacity I 5, the right side of resistance I 9 and electric capacity III 10, above and below mu balanced circuit 4 of circuit board circular hole I 6 side by side, strobes for connecting mu balanced circuit 4, described electric capacity III 10 be positioned at electric capacity II 8 upper left side, the right side of electric capacity IV 13, resistance I 9 above and a crystal oscillating circuit 16 RC oscillation action below, described resistance I 9 is positioned on the left of electric capacity II 8, the right side of resistance II 12, play RC oscillation action below the upper right side of circuit board circular hole II 11 and electric capacity III 10, described electric capacity IV 13 is positioned on the left of electric capacity III 10, the lower right of left wiring hole 19, resistance II 12 above and a crystal oscillating circuit 16 RC oscillation action below, described resistance II 12 is positioned on the left of resistance I 9, circuit board circular hole II 11 above and electric capacity IV 13 play RC oscillation action below, described electric capacity VII 17 is positioned on the left of left wiring hole 19, resistance VI 15 above and below resistance V 18 for connecting mu balanced circuit 4 and left wiring hole 19 strobes, described resistance VI 15 is positioned on the left of left wiring hole 19, above and below electric capacity VII 17 of resistance VII 14, for connecting central processing unit 3 and four hole connection jaws 7 play download program effect, described resistance VII 14 to be positioned on the left of left wiring hole 19 and below resistance VI 15 for connecting central processing unit 3 and four hole connection jaws 7 play download program effect, described central processing unit 3 is set to STC series monolithic, on the right side of the left side that described STC series monolithic 3 is positioned at right wiring hole 2 and left wiring hole 19, be positioned at resistance III 23 side by side, electric capacity V 22, below resistance IV 21 and electric capacity VI 20, be positioned at side by side be provided with above mu balanced circuit 4 and crystal oscillating circuit 16 side by side, for receiving data, control the operation of air-conditioning, described mu balanced circuit 4 is set to KIA1117 integrated circuit, KIA1117 integrated circuit is positioned at the left side of right wiring hole 2 and is positioned on the right side of crystal oscillating circuit 16, be positioned at above electric capacity I 5 side by side and electric capacity II 8, be positioned at below central processing unit 3, being connected to central processing unit 3 is connected for power supply function with the circuit board of signal receiving circuit, described crystal oscillating circuit 16 is positioned on the left of KIA1117 integrated circuit, is positioned at the right side of left wiring hole 19, being positioned at above electric capacity IV 13 side by side and electric capacity III 10, being positioned at below central processing unit 3 for providing clock effect for central processing unit 3.
Claims (6)
1. an Intelligent internet of things air conditioning control device, is characterized in that it comprises signal and sends display unit (36), signal receiving circuit and signal processing circuit,
Described signal receiving circuit is provided with circuit board (1), terminal plate (24) is provided with at circuit board (1) middle part, circuit board circular hole I (6) and circuit board circular hole II (11) is provided with side by side in the bottom of circuit board (1), four hole connection jaws (7) are provided with in the bottom of circuit board (1), the both sides of the horizontal direction of terminal plate (24) are distributed with some left wiring holes (19) and some right wiring holes (2) respectively, described some left wiring hole (19) arranges in row, described some right wiring hole (2) arranges in row, described left wiring hole (19) and right wiring hole (2) are for being connected with circuit board (1), play power supply and data transmitting effect, central processing unit (3) is provided with at the center of terminal plate (24), mu balanced circuit (4) and crystal oscillating circuit (16) is provided with side by side in the vertical direction side of terminal plate (24), electric capacity I (5) is provided with on the side of mu balanced circuit (4) and crystal oscillating circuit (16), electric capacity II (8), resistance I (9), electric capacity III (10), resistance II (12) and electric capacity IV (13), resistance III (23) is provided with at the vertical direction opposite side of terminal plate (24), electric capacity V (22), resistance IV (21) and electric capacity VI (20), resistance III (23), electric capacity V (22), resistance IV (21) and electric capacity VI (20) are for filtering, resistance V (18) is distributed with at the edge of circuit board (1) side, electric capacity VII (17), resistance VI (15) and resistance VII (14),
Described signal receiving circuit is provided with circuit board II (25), indicator lamp I (26), ARM chip (27), indicator lamp II (28), communication chip (29), unilateal conduction chip (30), switch chip (31), plug I (32), WIFI module (33), antenna (34), plug II (35) forms, described plug II (35) is positioned at WIFI module (33), antenna (34), the right side of ARM chip (27) and indicator lamp I (26), circuit board (1) and WIFI module (33), antenna (34), ARM chip (27) is connected with indicator lamp I (26), described indicator lamp I (26) be positioned at the lower left of plug II (35), indicator lamp II (28) and ARM chip (27) lower right for connecting ARM chip (27) and signal receiving circuit, described ARM chip (27) is positioned at the top of plug II (35) left side, communication chip (29) right side, WIFI module (33) below and indicator lamp I (26) and indicator lamp II (28) side by side, attachment plug II (35) plug I (32) and WIFI module (33), described indicator lamp II (28) is positioned at indicator lamp I (26) left side, WIFI module (33) lower left, communication chip (29) lower right, for connecting ARM chip (27) and signal receiving circuit, described communication chip (29) is positioned at ARM chip (27) left side, the upper left side of indicator lamp II (28), plug I (32) right side and unilateal conduction chip (30) below, plays provide central processing unit (3) clock effect for connecting ARM chip (27), described unilateal conduction chip (30) is positioned at ARM chip (27) left side, plug I (32) right side and communication chip (29) top, plays unilateal conduction effect for connecting ARM chip (27), the below that described switch chip (31) is positioned at WIFI module (33) plays a part to control WIFI module (33) power switch with WIFI module (33) for connecting ARM chip (27), data transmission and power supply function are played in the left side that described plug I (32) is positioned at communication chip (29) arranged side by side, unilateal conduction chip (30), switch chip (31) and WIFI module (33), described WIFI module (33) is positioned at above plug II (35) left side, antenna (34) lower left, plug I (32) right side, switch chip (31) and plays WIFI transmitting-receiving effect, described antenna (34) is positioned at plug II (35) left side and WIFI module (33) upper right side, plays WIFI transmitting-receiving effect for connecting WIFI module (33),
Described signal sends display unit and is connected with the WIFI module (33) of signal receiving circuit, signal transmission display unit is carried out data transfer link by WIFI network and WIFI module (33) and is connect and carry out data transmission, signal receiving circuit is connected with signal processing circuit, the data transmission and processing that signal receiving circuit can will accept, the central processing unit (3) of signal processing circuit can according to accepted different information, make different responses, different states is transferred to signal receiving circuit again and issues signal by WIFI module (33) and sends display unit by the central processing unit (3) of synchronous signal treatment circuit.
2. Intelligent internet of things air conditioning control device according to claim 1, it is characterized in that described resistance III (23), electric capacity V (22), resistance IV (21) and the spaced distribution of electric capacity VI (20), described resistance III (23) is positioned at the left side of right wiring hole (2), the strobing above of electric capacity V (22) right side and central processing unit (3); Described electric capacity V (22) is positioned at the left side of resistance III (23), the strobing above of resistance IV (21) right side and central processing unit (3); Described resistance IV (21) is positioned at the left side of electric capacity V (22), the strobing above of electric capacity VI (20) right side and central processing unit (3); Described electric capacity VI (20) is positioned at the left side of resistance IV (21), the strobing above of left wiring hole (19) right side and central processing unit (3).
3. Intelligent internet of things air conditioning control device according to claim 1, is characterized in that below right side, side by side electric capacity I (5) and electric capacity II (8) that described circuit board circular hole I (6) is positioned at circuit board circular hole II (11) and four hole connection jaws (7) upper right side have been used for fixation; Solid effect is played on below left side, side by side resistance II (12) and resistance I (9) that described circuit board circular hole II (11) is positioned at circuit board circular hole I (6) and four hole connection jaws (7) upper left sides; Four described hole connection jaws (7) be positioned at parellel circuit board circular hole I (6) with below circuit board circular hole II (11) for being connected central processing unit (3) and mu balanced circuit (4), play power supply and download program effect; Described left wiring hole (19) is positioned at and the right side of the left side of column capacitance VI (20), central processing unit (3), crystal oscillating circuit (16), electric capacity IV (13) and resistance II (12) and side by side resistance VII (14), resistance VI (15), electric capacity VII (17) and resistance V (18) is used for connection signal receiving circuit, plays power supply and data transmitting effect; Described resistance V (18) be positioned at left wiring hole (19) left side, electric capacity VII (17) above for connecting mu balanced circuit (4) and left wiring hole (19), for the power supply function of signal receiving circuit; Electric capacity I (5) be positioned at the right side of electric capacity II (8), circuit board circular hole I (6) above and be connected below mu balanced circuit (4) with mu balanced circuit (4) and strobe; Described electric capacity II (8) be positioned at the right side of electric capacity I (5) left side, side by side resistance I (9) and electric capacity III (10), circuit board circular hole I (6) above and below mu balanced circuit (4), strobe for connecting mu balanced circuit (4); Described electric capacity III (10) be positioned at electric capacity II (8) upper left side, the right side of electric capacity IV (13), resistance I (9) above and crystal oscillating circuit (16) RC oscillation action below; Described resistance I (9) is positioned at below electric capacity II (8) left side, the right side of resistance II (12), the upper right side of circuit board circular hole II (11) and electric capacity III (10) and plays RC oscillation action; Described electric capacity IV (13) be positioned at electric capacity III (10) left side, the lower right of left wiring hole (19), resistance II (12) above and crystal oscillating circuit (16) RC oscillation action below; Described resistance II (12) be positioned at resistance I (9) left side, circuit board circular hole II (11) above and electric capacity IV (13) play RC oscillation action below, described electric capacity VII (17) be positioned at left wiring hole (19) left side, resistance VI (15) above and below resistance V (18) for connecting mu balanced circuit (4) and left wiring hole (19) strobes; Described resistance VI (15) is positioned at left wiring hole (19) left side, above and below electric capacity VII (17) of resistance VII (14), plays download program effect for connecting central processing unit (3) with four hole connection jaws (7); Described resistance VII (14) is positioned at below left wiring hole (19) left side and resistance VI (15) and plays download program effect for connecting central processing unit (3) with four hole connection jaws (7).
4. the Intelligent internet of things air conditioning control device according to claim 1,2 or 3, it is characterized in that described central processing unit (3) is set to STC series monolithic, described STC series monolithic (3) is positioned at left side and left wiring hole (19) right side of right wiring hole (2), be positioned at below resistance III (23) side by side, electric capacity V (22), resistance IV (21) and electric capacity VI (20), be positioned at side by side be provided with above mu balanced circuit (4) and crystal oscillating circuit (16) side by side, for receiving data, control the operation of air-conditioning.
5. the Intelligent internet of things air conditioning control device according to claim 1,2 or 3, it is characterized in that described mu balanced circuit (4) is set to KIA1117 integrated circuit, KIA1117 integrated circuit is positioned at the left side of right wiring hole (2) and is positioned at crystal oscillating circuit (16) right side, be positioned at above electric capacity I (5) side by side and electric capacity II (8), be positioned at below central processing unit (3), be connected to central processing unit (3) and be connected with the circuit board of signal receiving circuit for power supply function; Described crystal oscillating circuit (16) is positioned on the left of KIA1117 integrated circuit, be positioned at the right side of left wiring hole (19), being positioned at above electric capacity IV (13) side by side and electric capacity III (10), being positioned at below central processing unit (3) for providing clock effect for central processing unit (3).
6. Intelligent internet of things air conditioning control device according to claim 1, is characterized in that described signal sends display unit (36) and is set to mobile phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520491242.5U CN205174693U (en) | 2015-07-09 | 2015-07-09 | Intelligence thing networking air conditioner controlling means |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520491242.5U CN205174693U (en) | 2015-07-09 | 2015-07-09 | Intelligence thing networking air conditioner controlling means |
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| Publication Number | Publication Date |
|---|---|
| CN205174693U true CN205174693U (en) | 2016-04-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520491242.5U Expired - Fee Related CN205174693U (en) | 2015-07-09 | 2015-07-09 | Intelligence thing networking air conditioner controlling means |
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| CN (1) | CN205174693U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104990218A (en) * | 2015-07-09 | 2015-10-21 | 江苏春兰制冷设备股份有限公司 | Intelligent internet of things air conditioner control device |
| CN106016665A (en) * | 2016-06-20 | 2016-10-12 | 珠海格力电器股份有限公司 | Air conditioner panel and air conditioner device with same |
-
2015
- 2015-07-09 CN CN201520491242.5U patent/CN205174693U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104990218A (en) * | 2015-07-09 | 2015-10-21 | 江苏春兰制冷设备股份有限公司 | Intelligent internet of things air conditioner control device |
| CN106016665A (en) * | 2016-06-20 | 2016-10-12 | 珠海格力电器股份有限公司 | Air conditioner panel and air conditioner device with same |
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