CN203180252U - Wiring board - Google Patents
Wiring board Download PDFInfo
- Publication number
- CN203180252U CN203180252U CN 201320210435 CN201320210435U CN203180252U CN 203180252 U CN203180252 U CN 203180252U CN 201320210435 CN201320210435 CN 201320210435 CN 201320210435 U CN201320210435 U CN 201320210435U CN 203180252 U CN203180252 U CN 203180252U
- Authority
- CN
- China
- Prior art keywords
- wiring board
- luminosity
- plug
- control switch
- control
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The utility model discloses a wiring board, and relates to a structure connection of a built-in electrical component. The wiring board mainly comprises a body of the wiring board and a control circuit, wherein the upper cover of the shell of the wiring board is divided into a light control zone, a temperature control zone, a timing zone, and a general-use zone. Each of the four zones is provided with a three-plug and a two-plug standard jack. A wiring board side plate of the body of the wiring board is provided with a control display zone, a timing control zone, a temperature control zone, a luminosity control zone, a control adjustment key, and a control adjustment confirmation button. The control circuit consists of a voltage conversion circuit, an HT46F49E single-chip microcomputer, an input part connected with the HT46F49E single-chip microcomputer, and an output part connected with the HT46F49E single-chip microcomputer. The wiring board of the utility model has a power supply function through timing control, temperature control, and luminosity control, and helps to overcome shortcomings of the prior art that only a single function is exhibited and multifunctional intelligent control cannot be realized under different power occasions.
Description
Technical field
The structure of adorning electric assembly in the technical solution of the utility model relates to links, specifically a kind of wiring board.
Background technology
Wiring board is to give the various power consumption equipments requisite articles for use of powering in the daily life, and the common wiring board in the life is based on the wiring board of single function power supply.Along with the continuous development of power consumption equipment, the wiring board of simple power supply can not satisfy instructions for use.Many occasions now, as in places such as green house of vegetables, plant and street lamps, in no worker monitor, need carry out timing power supply to power consumption equipment, be controlled the multifunction wiring board of powering and/or being controlled the Based Intelligent Control of power supply by intensity of illumination (abbreviation luminosity) by temperature level.In the prior art, in order to realize the Based Intelligent Control of these functions, wiring board also needs to dispose the electric equipment of independent function, complex operation and cost height.CN101515692 discloses a kind of multifunction wiring board, and this wiring board has the function to the low-voltage electrical appliance power supply; CN202550226 discloses the energy-conservation wiring board of a kind of timing, and this wiring board utilizes the singlechip technology realization to the timing controlled of power consumption equipment.The designed wiring board function ratio of above-mentioned two patents is more single, and for the specific power reguirements of user, for example the function controlled of temperature control and luminosity can't satisfy.CN102456994 discloses a kind of controlled wiring board, and this wiring board can cut off the power supply under the control of other modules automatically, and this causes the complicated operation of this wiring board, also need be equipped with other control appliances when realizing concrete function.
The utility model content
Technical problem to be solved in the utility model is: a kind of wiring board is provided, has timing controlled, the function of temperature control and luminosity control power supply, time wherein, temperature and luminosity all are artificial adjustable, overcome the wiring board function singleness of prior art, can not carry out the shortcoming of multifunctional intellectual control in different electricity consumption occasions.
The utility model solves this technical problem the technical scheme that adopts: a kind of wiring board, mainly comprise wiring board body and control circuit, wherein, the wiring board outer casing upper cover of wiring board body is divided into light-operated district, temperature controlled region, fixed time interval and general with the district, be respectively arranged with the standard jacks of three plugs and two plugs on each subregion, also be mounted with the wiring board power-on switch on the wiring board shell of wiring board body, the wiring board side plate of wiring board body is provided with the control viewing area, the timing controlled zone, the temperature-controlled area territory, the luminosity control area, regulating and controlling button and regulating and controlling acknowledgement key, described control viewing area is made up of seven segment digital tubes, the timing controlled zone is made up of timing control switch, the temperature-controlled area territory is made up of temp control switch and temperature collecting device jack, and the luminosity control area is made up of luminosity control switch and luminosity harvester jack; Control circuit is by voltage conversion circuit, the HT46F49E single-chip microcomputer, the output that is connected to the importation on the HT46F49E single-chip microcomputer and is connected on the HT46F49E single-chip microcomputer constitutes, importation on the described HT46F49E of the being connected to single-chip microcomputer comprises temperature collecting device, luminosity harvester and control key switch, described temperature collecting device comprises the temperature collecting device plug, temperature collecting device lead-in wire and Temperature sampler, described luminosity harvester comprises luminosity harvester plug, luminosity harvester lead-in wire and luminosity collector, described control key switch comprises the regulating and controlling button, the regulating and controlling acknowledgement key, timing control switch, temp control switch and luminosity control switch, described regulating and controlling button comprises the UP key of regulating and controlling button and the DOWN key of regulating and controlling button, output on the described HT46F49E of the being connected to single-chip microcomputer comprises two seven segment numerical tube drive circuits and three relay drive circuits, described seven segment numerical tube drive circuit comprises seven segment numerical pipe driving chip 74LS74 and seven segment digital tubes, and described three relay drive circuits are respectively the electrotimer drive circuits, thermostat relay drive circuit and photorelay drive circuit; Described regulating and controlling button, regulating and controlling acknowledgement key, timing control switch, temp control switch and luminosity control switch all are fixed on the relevant position of side plate of wiring board body; Above-mentioned voltage conversion circuit, the HT46F49E single-chip microcomputer, seven segment numerical pipe driving chip 74LS74 and relay drive circuit are fixed in according to circuit diagram to be made on the pcb board, and the seven segment digital tubes on the wiring board side plate is connected on the seven segment numerical pipe driving chip 74LS74, the regulating and controlling button, the regulating and controlling acknowledgement key, timing control switch, temp control switch, the luminosity control switch, the temperature collecting device jack, luminosity harvester jack is connected respectively to by lead on the relevant position of above-mentioned pcb board, and above-mentioned pcb board is positioned in certain space of enclosure of wiring board body; Above-mentioned a kind of wiring board also comprises wiring board lead-in wire and wiring board plug, the wiring board plug is three plugs, the wiring board lead-in wire comprises three independently lead-in wires, be respectively ground wire E, zero line N and live wire L, and be connected respectively on three inserted sheets of corresponding sign on the wiring board plug, wiring board is connected on the 220V alternating current by the wiring board plug during use; The input of above-mentioned voltage conversion circuit is connected on live wire L and the zero line N; Three inserted sheets of three plug-sockets in above-mentioned light-operated district connect ground wire E respectively, one end of the photorelay control switch in zero line N and the photorelay drive circuit, this photorelay control switch other end is connected on live wire L, two inserted sheets of two plug-sockets in this light-operated district connect zero line N respectively and this distinguishes the inserted sheet of receiving photorelay control switch one end in three plug-sockets, three inserted sheets of three plug-sockets of above-mentioned temperature controlled region connect ground wire E respectively, one end of the thermostat relay control switch in zero line N and the thermostat relay drive circuit, this thermostat relay control switch other end connects live wire L, two inserted sheets of two plug-sockets of this temperature controlled region connect zero line N respectively and this distinguishes the inserted sheet of receiving thermostat relay control switch one end in three plug-sockets, three inserted sheets of three plug-sockets of above-mentioned fixed time interval connect ground wire E respectively, one end of the electrotimer control switch in zero line N and the electrotimer drive circuit, this electrotimer control switch other end connects live wire L, two inserted sheets of two plug-sockets of this fixed time interval connect zero line N respectively and this distinguishes the inserted sheet of receiving electrotimer control switch one end in three plug-sockets, above-mentioned general three inserted sheets with three plug-sockets of distinguishing connect ground wire E respectively, zero line N and live wire L, these general two inserted sheets with two plug-sockets of distinguishing connect zero line N and live wire L respectively; The said temperature harvester is independent structure, during use the plug of one end is received in the temperature collecting device jack in the temperature-controlled area territory that arranges on the above-mentioned wiring board side plate; Above-mentioned luminosity harvester is independent structure also, during use the plug of one end is received in the luminosity harvester jack that arranges on the above-mentioned wiring board side plate.
Above-mentioned a kind of wiring board, described voltage conversion circuit mainly comprises AC transformer, rectifier, LM7812 Voltage stabilizing module and the LM7805 Voltage stabilizing module of AC220V-AC15V, the input of this voltage conversion circuit is connected on the 220V alternating current, obtain the alternating current of 15V earlier by the AC transformer of AC220V-AC15V, obtain+the 12V direct voltage to voltage commutation and by the LM7812 Voltage stabilizing module by rectifier then, obtain+the 5V direct voltage through the LM7805 Voltage stabilizing module again, output+the 12V direct voltage and+the 5V direct voltage receives the relevant position in the control circuit.
Above-mentioned a kind of wiring board, described Temperature sampler are to be made of the temperature sensing chip DS18B20 of the monobus digital thermometer with programmable resolution function and 5.1k Ω resistance.
Above-mentioned a kind of wiring board, described luminosity collector are to be made of photodiode and 1k Ω resistance.
Above-mentioned a kind of wiring board, used parts are all by commercially available, and the installation of parts and method of attachment are that those skilled in the art can grasp.
The beneficial effects of the utility model are: compared with prior art, the significant advantage of the utility model is: a kind of wiring board of the utility model is the wiring board that carries out multifunctional intellectual control in different electricity consumption occasions, it utilizes singlechip technology to realize timing function, temperature control function and luminosity control function, can be according to user's electricity consumption needs, freely set timing, control temperature value and control shading value.When certain control function was closed, its corresponding jack also can be used for common power supply, has improved the utilance of jack.The utility model is to finish by dismountable temperature collecting device and luminosity harvester to temperature acquisition and luminosity collection, when using above-mentioned functions, the jack that only need simply be inserted into regulation gets final product, the time spent can not pack up, not only save the space but also can effectively utilize equipment, improve useful life.Above-mentioned functions by a kind of wiring board of the utility model is powered to power consumption equipment, can be under the prerequisite that satisfies user's needs effective saves energy, the life idea that meets current " low-carbon (LC) ", thereby has a development prospect preferably, thereby overcome the wiring board function singleness of prior art, can not carry out multifunctional intellectual control in different electricity consumption occasions, the shortcoming that can't meet the demands for some specific electricity consumption occasions.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the wiring board external structure schematic diagram of a kind of wiring board of the utility model.
Fig. 2 is the schematic diagram that arranges on the wiring board side plate of a kind of wiring board of the utility model.
Fig. 3 is the temperature collecting device structural representation of a kind of wiring board of the utility model.
Fig. 4 is the luminosity harvester structural representation of a kind of wiring board of the utility model.
Fig. 5 is the wiring board lead-in wire connection diagram of a kind of wiring board of the utility model.
Fig. 6 is HT46F49E single-chip microcomputer in the control circuit of a kind of wiring board of the utility model and the line connection circuit diagram of importation and output thereof.
Fig. 7 is the relay drive circuit figure of a kind of wiring board of the utility model.
Fig. 8 is the voltage conversion circuit figure of a kind of wiring board of the utility model.
Fig. 9 is that the signal of a kind of wiring board of the utility model transmits schematic diagram.
Among the figure, 1. wiring board shell, 2. wiring board lead-in wire, 3. wiring board plug, 4. light-operated district, 5. temperature controlled region, 6. fixed time interval is 7. general with district, 8. wiring board side plate, 9. the wiring board power-on switch is 10. controlled viewing area, 11. timing controlled zones, 12. temperature-controlled area territory, 13. the luminosity control area, 14. seven segment digital tubes, 15. regulating and controlling buttons, 16. regulating and controlling acknowledgement key, 17. timing control switch, 18. temp control switchs, 19. temperature collecting device jacks, 20. luminosity control switch, 21. luminosity harvester jack, 22. temperature collecting device plugs, 23. temperature collecting devices lead-in wire, 24. Temperature sampler, 25. luminosity harvester plug, 26. luminosity harvesters lead-in wire, 27. luminosity collectors.
Embodiment
Embodiment illustrated in fig. 1 showing, the wiring board external structure of a kind of wiring board of the utility model comprises wiring board shell (1), wiring board lead-in wire (2), wiring board plug (3), wiring board side plate (8) and wiring board power-on switch (9), wiring board shell (1) is divided into light-operated district (4), temperature controlled region (5), fixed time interval (6) and general with district (7), is respectively arranged with the standard jacks of three plugs and two plugs on each subregion.
Embodiment illustrated in fig. 2 showing, being provided with on the wiring board side plate (8) of a kind of wiring board of the utility model controlled viewing area (10), timing controlled zone (11), temperature-controlled area territory (12), luminosity control area (13), regulating and controlling button (15) and regulating and controlling acknowledgement key (16), described control viewing area (10) is made up of seven segment digital tubes 14, timing controlled zone (11) comprises timing control switch (17), temperature-controlled area territory (12) comprises temp control switch (18) and temperature collecting device jack (19), and luminosity control area (13) comprise luminosity control switch (20) and luminosity harvester jack (21).Seven segment digital tubes 14 is used for time length, set temperature value and the setting shading value of Displaying timer; Timing control switch (17) is used for determining whether to realize timing function; Temperature collecting device jack (19) is used for connecting temperature collecting device, and temp control switch (18) is used for determining whether to realize temperature control function; Luminosity harvester jack (21) is used for connecting the luminosity harvester, and luminosity control switch (20) is used for determining whether to realize luminosity control function; Realize that above-mentioned any one function all will set controlled quentity controlled variable, this is finished by operation regulating and controlling button (15) and regulating and controlling acknowledgement key (16).
Embodiment illustrated in fig. 3 showing, the temperature collecting device of a kind of wiring board of the utility model is made up of temperature collecting device plug (22), temperature collecting device lead-in wire (23) and Temperature sampler (24).Temperature collecting device plug (22) is inserted temperature collecting device jack (19) namely is connected with wiring board, when temp control switch (18) when opening, can realize that by set temperature value temperature controls.Temperature sampler (24) is to be made of temperature sensing chip DS18B20 and 5.1k Ω resistance.After temperature collecting device plug (22) is inserted into temperature collecting device jack (19) and wiring board is connected, can be provided by wiring board+the 5V DC power supply.Temperature sampler (24) is furnished with pony support, and is convenient fixing during use.
Embodiment illustrated in fig. 4 showing, the luminosity harvester of a kind of wiring board of the utility model is made up of luminosity harvester plug (25), luminosity harvester lead-in wire (26) and luminosity collector (27).Luminosity harvester plug (25) is inserted luminosity harvester jack (21) namely is connected with wiring board, when luminosity control switch (20) when opening, can realize that by setting shading value luminosity controls.Luminosity collector (27) is made of photodiode and 1k Ω resistance, after luminosity harvester plug (25) is inserted into luminosity harvester jack (21) and wiring board is connected, can be provided by wiring board+the 5V DC power supply.Luminosity collector (27) is furnished with hemispheric light shield, the convenient sensitization direction of accurately gathering during use.
The wiring board lead-in wire that has shown a kind of wiring board of the utility model embodiment illustrated in fig. 5 is three independently lead-in wires, is divided into ground wire E, zero line N and live wire L.Three upper ends that independently go between are connected respectively to three inserted sheets of wiring board plug, live wire L in three lower ends that independently go between is earlier through wiring board power-on switch (9), i.e. K among the figure, be parallel-connected to afterwards on the inserted sheet of light-operated district (4), temperature controlled region (5), fixed time interval (6) and general jack with district (7), the ground wire E in three lower ends that independently go between and zero line N then are directly connected to respectively on the inserted sheet of light-operated district (4), temperature controlled region (5), fixed time interval (6) and general jack with district (7).Concrete connected mode is: three inserted sheets of three plug-sockets of light-operated district (4) connect the end of the photorelay control switch J3 in ground wire E, zero line N and the photorelay drive circuit respectively, this photorelay control switch J3 other end is connected on live wire L, and two inserted sheets of two plug-sockets of light-operated district (4) connect zero line N respectively and this distinguishes the inserted sheet of receiving photorelay control switch J3 one end in three plug-sockets; Three inserted sheets of three plug-sockets of temperature controlled region (5) connect the end of the thermostat relay control switch J2 in ground wire E, zero line N and the thermostat relay drive circuit respectively, the thermostat relay control switch J2 other end connects live wire L, and two inserted sheets of two plug-sockets of temperature controlled region (5) connect zero line N respectively and this distinguishes the inserted sheet of receiving thermostat relay control switch J2 one end in three plug-sockets; Three inserted sheets of three plug-sockets of fixed time interval (6) connect ground wire E respectively, the end of electrotimer control switch J1 in zero line N and the electrotimer drive circuit, this electrotimer control switch J1 other end connects live wire L, two inserted sheets of two plug-sockets of fixed time interval (6) connect zero line N respectively and this distinguishes the inserted sheet of receiving electrotimer control switch J1 one end in three plug-sockets, above-mentioned general three inserted sheets with three plug-sockets distinguishing (7) connect ground wire E respectively, zero line N and live wire L, general two inserted sheets with two plug-sockets distinguishing (7) connect zero line N and live wire L respectively.
Fig. 6 shows that embodiment has shown the circuit of the line connection of HT46F49E single-chip microcomputer in the control circuit of a kind of wiring board of the utility model and importation and output.The HT46F49E single-chip microcomputer is 8 FLASH type high-performance reduced instruction set computer MCU of the built-in EEPROM of A/D single-chip microcomputer, has two-way I/O mouth, programmable timer, program storage, data storage and A/D translation function.The middle part of this figure is the HT46F49E single-chip microcomputer, left side ports having numbering 1～14, the right ports having numbering 15～28.Above-mentioned importation is made up of temperature collecting device, luminosity harvester and control key switch; The upper left corner of this figure is the Temperature sampler schematic diagram, is made of temperature sensing chip DS18B20 and 5.1k Ω resistance, is provided+the 5V DC power supply by wiring board, and 5.1k Ω resistance one end is control port, links to each other with the PB4 port of HT46F49E single-chip microcomputer; The lower left corner of this figure is luminosity collector schematic diagram, constituted by a photodiode and the series connection of 1k Ω resistance, the tie point of photodiode and 1k Ω resistance is control port, link to each other with the PC0 port of HT46F49E single-chip microcomputer, another termination of 1k Ω resistance is provided+the 5V DC power supply by wiring board, the end ground connection that photodiode links to each other with the VSS port of HT46F49E single-chip microcomputer; The upper right portion of this figure is the control key switch, and wherein, the control button has T1, T2 and T, and wherein T1 is the UP key of regulating and controlling button (15), namely transfers the button of big set point, links to each other with the PB6 port of single-chip microcomputer by 1k Ω resistance; T2 is the DOWN key of regulating and controlling button (15), namely turns the button of set point down, links to each other with the PB7 port of single-chip microcomputer by 1k Ω resistance; T is regulating and controlling acknowledgement key (16), links to each other with the PA4 port of single-chip microcomputer by 1k Ω resistance; Key control switch has K1, K2 and K3, and wherein K1 is timing control switch (17), links to each other with the PA5 port of single-chip microcomputer by 1k Ω resistance; K2 is temp control switch (18), links to each other with the PA6 port of single-chip microcomputer by 1k Ω resistance; K3 is luminosity control switch (20), links to each other with the PA7 port of single-chip microcomputer by 1k Ω resistance.Above-mentioned output has driving chip 74LS74 and three relay drive circuits of two seven segment digital tubes 14, and these three relay drive circuits are respectively control electrotimer drive circuit, control thermostat relay drive circuit and photorelay drive circuit.The middle part, the left side of this figure shows: drive the position that chip 74LS74 (1) drives seven segment digital tubes 14, its A0, A1, A2 and A3 port are received PA0, PA1, PA2 and the PA3 port of HT46F49E single-chip microcomputer respectively; Driving chip 74LS74 (2) drives ten of seven segment digital tubes 14, and its A0, A1, A2 and A3 port are received PB0, PB1, PB2 and the PB3 port of HT46F49E single-chip microcomputer respectively; The lower right corner of this figure is three relay drive circuits, the formation of relay drive circuit is seen the explanation of Fig. 7, relay drive circuit is with disconnection and the closure of the output signal control relay of HT46F49E, the PD0 port controlling electrotimer drive circuit of HT46F49E single-chip microcomputer, the PC4 port controlling thermostat relay drive circuit of HT46F49E single-chip microcomputer, the PC3 port controlling photorelay drive circuit of HT46F49E single-chip microcomputer.
Embodiment illustrated in fig. 7 showing, the relay drive circuit of a kind of wiring board of the utility model is made of relay J QC-3F, diode IN4148, triode S8050 and 1k Ω resistance, relay J QC-3F is made of relay coil and relay control switch, and relay coil is driven by corresponding S8050 triode.During start, after being initialised, the port of single-chip microcomputer is high level, + 5 volts of power supplys make the triode conducting by resistance, relay coil is switched under+galvanic the effect of 12V, so start back relay control switch is in attracting state all the time, when not being in certain control function, can be used for common function of supplying power like this.After being in when power supply control, reaching the condition of stopping power supply, when receiving the open command of control command, port ends corresponding triode, the relay coil outage, and relay control switch disconnects then.The diode IN4148 of relay coil two ends parallel connected in reverse phase plays the function that absorbs inverse electromotive force, the corresponding triode that drives of protection.Described relay is called electrotimer in the electrotimer drive circuit, be called thermostat relay in the thermostat relay drive circuit, is called photorelay in the photorelay drive circuit.
Embodiment illustrated in fig. 8 showing, the voltage conversion circuit of a kind of wiring board of the utility model mainly comprises AC transformer, rectifier, LM7812 Voltage stabilizing module and the LM7805 Voltage stabilizing module of AC220V-AC15V, the input of this voltage conversion circuit is connected on the 220V alternating current, exports direct current+12V voltage and direct current+5V voltage respectively.+ 12V direct voltage is used for driving relay, and+5V direct voltage provides power supply for single-chip microcomputer and control appliance.In Fig. 7, can see the used position of these two dc voltage output ends.Voltage transitions is the alternating current that obtains 15V earlier by the AC transformer of AC220V-AC15V, obtain+the 12V direct voltage to voltage commutation and by the LM7812 Voltage stabilizing module by rectifier then, this voltage is exported to power consumption equipment on the one hand and is used, and obtains+the 5V direct voltage through the LM7805 Voltage stabilizing module again on the one hand.
Embodiment illustrated in fig. 9 showing, the flow process of the signal transmission of a kind of wiring board of the utility model is: input signal comprises key switch operation signal, setting numerical signal, temperature acquisition signal and luminosity collection signal, when key switch moves, pass to the single-chip microcomputer instruction and determine the control content, set control numerical value by regulating and controlling button (15) then, and press regulating and controlling acknowledgement key (16), carry out the control power supply, this moment, single-chip microcomputer was also gathered control signal in real time, when the control signal of gathering reaches set point, stop power supply.Output signal comprises digital display setting numerical value, stops the fixed time interval power supply, stops the temperature controlled region power supply and stops the power supply of light-operated district, set numerical signal and pass through showing at seven segment digital tubes (14) of single-chip microcomputer, when timing controlled was carried out, after being timed to, execution stopped the fixed time interval power on command; When temperature control is carried out, reach design temperature after, carry out and stop the temperature controlled region power on command; When luminosity control is carried out, reach set shading value after, carry out and stop light-operated district power on command.This shows that a kind of wiring board of the utility model is the wiring board that carries out multifunctional intellectual control in different electricity consumption occasions.
A kind of wiring board according to above-mentioned Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and assembly cost embodiment embodiment illustrated in fig. 9.The jack of wiring board and plug all meet GB, and the overall construction design compactness of wiring board is saved plate body material.
General usefulness feature operation in a kind of wiring board of embodiment 1 is as follows: wiring board plug (3) is inserted on the 220V AC outlet, and press wiring board power-on switch (9), be wiring board and connect power supply.When not pressing any one control switch of control area, all jacks of wiring board all can be used for common power supply.Be used for the general jack with district (7) of the preferential use of general electrical appliance with function, if general not enough with district's (7) jack, can be used for common power supply at the controlled area jack of not controlling power supply.For example, when timing controlled is not opened, and under the situation that temperature control and luminosity control are all opened, the jack of available fixed time interval (6) is that the electrical appliance of general usefulness function is powered.
Embodiment 3
Timing controlled powered operation in a kind of wiring board of embodiment 1 is as follows: the same with embodiment 2 is that wiring board is connected power supply, timing control switch (17) in timing controlled zone (11) is pushed the ON position, and using regulating and controlling button (15) to set timing length, timing range is 0～6h.Configure in the jack that power consumption equipment is inserted into behind the timing length fixed time interval (6) and press regulating and controlling acknowledgement key (16), power supply namely can be power consumption equipment and implements timing power supply, after reaching the setting duration, power supply stops the jack power supply for fixed time interval (6) automatically.
Temperature in a kind of wiring board of embodiment 1 control powered operation is as follows: equally with embodiment 2 be wiring board connection power supply, at first temperature collecting device plug (22) is inserted on the temperature collecting device jack (19) in the temperature-controlled area territory (12), being about to temperature collecting device and wiring board couples together, then the temp control switch (18) in temperature-controlled area territory (12) is pushed the ON position, and use regulating and controlling button (15) to set the control temperature, the temperature controlling scope is+30 ℃～+ 99 ℃, and precision is ± 0.5 ℃.Configure and be inserted into power consumption equipment in the jack of temperature controlled region (5) after the control temperature and press regulating and controlling acknowledgement key (16), power supply namely can be electrical appliance and implements temperature control power supply, after reaching design temperature, power supply stops the jack power supply for temperature controlled region (5).
Luminosity in a kind of wiring board of embodiment 1 control powered operation is as follows: equally with embodiment 2 be wiring board connection power supply, at first luminosity harvester plug (25) is inserted on the luminosity harvester jack (21) in the luminosity control area (13), being about to luminosity harvester and wiring board couples together, then the luminosity control switch (20) in luminosity control area (13) is pushed the ON position, and use regulating and controlling button (15) to set control luminosity, the temperature controlling scope is 1～5 integer, the shading value of 1 expression during dawn wherein, the bright and beautiful shading value of 5 expression noon suns, middle numerical value increases progressively successively, and these shading values record in advance and download in the HT46F49E single-chip microcomputer by program.After configuring shading value, be inserted into power consumption equipment in the jack in light-operated district (4) and press regulating and controlling acknowledgement key (16), power supply namely can be power consumption equipment and implements luminosity control power supply, and after reaching setting luminosity, power supply stops the jack power supply for light-operated district (4).
Among above-mentioned all embodiment, related parts, components and parts are all by commercially available, and it is installed and method of attachment all is that those skilled in the art are known.
Claims (4)
1. wiring board, it is characterized in that: mainly comprise wiring board body and control circuit, wherein, the wiring board outer casing upper cover of wiring board body is divided into light-operated district, temperature controlled region, fixed time interval and general with the district, be respectively arranged with the standard jacks of three plugs and two plugs on each subregion, also be mounted with the wiring board power-on switch on the wiring board shell of wiring board body, the wiring board side plate of wiring board body is provided with the control viewing area, the timing controlled zone, the temperature-controlled area territory, the luminosity control area, regulating and controlling button and regulating and controlling acknowledgement key, described control viewing area is made up of seven segment digital tubes, the timing controlled zone is made up of timing control switch, the temperature-controlled area territory is made up of temp control switch and temperature collecting device jack, and the luminosity control area is made up of luminosity control switch and luminosity harvester jack; Control circuit is by voltage conversion circuit, the HT46F49E single-chip microcomputer, the output that is connected to the importation on the HT46F49E single-chip microcomputer and is connected on the HT46F49E single-chip microcomputer constitutes, importation on the described HT46F49E of the being connected to single-chip microcomputer comprises temperature collecting device, luminosity harvester and control key switch, described temperature collecting device comprises the temperature collecting device plug, temperature collecting device lead-in wire and Temperature sampler, described luminosity harvester comprises luminosity harvester plug, luminosity harvester lead-in wire and luminosity collector, described control key switch comprises the regulating and controlling button, the regulating and controlling acknowledgement key, timing control switch, temp control switch and luminosity control switch, described regulating and controlling button comprises the UP key of regulating and controlling button and the DOWN key of regulating and controlling button, output on the described HT46F49E of the being connected to single-chip microcomputer comprises two seven segment numerical tube drive circuits and three relay drive circuits, described seven segment numerical tube drive circuit comprises seven segment numerical pipe driving chip 74LS74 and seven segment digital tubes, and described three relay drive circuits are respectively the electrotimer drive circuits, thermostat relay drive circuit and photorelay drive circuit; Described regulating and controlling button, regulating and controlling acknowledgement key, timing control switch, temp control switch and luminosity control switch all are fixed on the relevant position of side plate of wiring board body; Above-mentioned voltage conversion circuit, the HT46F49E single-chip microcomputer, seven segment numerical pipe driving chip 74LS74 and relay drive circuit are fixed in according to circuit diagram to be made on the pcb board, and the seven segment digital tubes on the wiring board side plate is connected on the seven segment numerical pipe driving chip 74LS74, the regulating and controlling button, the regulating and controlling acknowledgement key, timing control switch, temp control switch, the luminosity control switch, the temperature collecting device jack, luminosity harvester jack is connected respectively to by lead on the relevant position of above-mentioned pcb board, and above-mentioned pcb board is positioned in certain space of enclosure of wiring board body; Above-mentioned a kind of wiring board also comprises wiring board lead-in wire and wiring board plug, the wiring board plug is three plugs, the wiring board lead-in wire comprises three independently lead-in wires, be respectively ground wire E, zero line N and live wire L, and be connected respectively on three inserted sheets of corresponding sign on the wiring board plug, wiring board is connected on the 220V alternating current by the wiring board plug during use; The input of above-mentioned voltage conversion circuit is connected on live wire L and the zero line N; Three inserted sheets of three plug-sockets in above-mentioned light-operated district connect ground wire E respectively, one end of the photorelay control switch in zero line N and the photorelay drive circuit, this photorelay control switch other end is connected on live wire L, two inserted sheets of two plug-sockets in this light-operated district connect zero line N respectively and this distinguishes the inserted sheet of receiving photorelay control switch one end in three plug-sockets, three inserted sheets of three plug-sockets of above-mentioned temperature controlled region connect ground wire E respectively, one end of the thermostat relay control switch in zero line N and the thermostat relay drive circuit, this thermostat relay control switch other end connects live wire L, two inserted sheets of two plug-sockets of this temperature controlled region connect zero line N respectively and this distinguishes the inserted sheet of receiving thermostat relay control switch one end in three plug-sockets, three inserted sheets of three plug-sockets of above-mentioned fixed time interval connect ground wire E respectively, one end of the electrotimer control switch in zero line N and the electrotimer drive circuit, this electrotimer control switch other end connects live wire L, two inserted sheets of two plug-sockets of this fixed time interval connect zero line N respectively and this distinguishes the inserted sheet of receiving electrotimer control switch one end in three plug-sockets, above-mentioned general three inserted sheets with three plug-sockets of distinguishing connect ground wire E respectively, zero line N and live wire L, these general two inserted sheets with two plug-sockets of distinguishing connect zero line N and live wire L respectively; The said temperature harvester is independent structure, during use the plug of one end is received in the temperature collecting device jack in the temperature-controlled area territory that arranges on the above-mentioned wiring board side plate; Above-mentioned luminosity harvester is independent structure also, during use the plug of one end is received in the luminosity harvester jack that arranges on the above-mentioned wiring board side plate.
2. according to the described a kind of wiring board of claim 1, it is characterized in that: described voltage conversion circuit mainly comprises the AC transformer of AC220V-AC15V, rectifier, LM7812 Voltage stabilizing module and LM7805 Voltage stabilizing module, the input of this voltage conversion circuit is connected on the 220V alternating current, obtain the alternating current of 15V earlier by the AC transformer of AC220V-AC15V, obtain+the 12V direct voltage to voltage commutation and by the LM7812 Voltage stabilizing module by rectifier then, obtain+the 5V direct voltage through the LM7805 Voltage stabilizing module again, output+the 12V direct voltage and+the 5V direct voltage receives the relevant position in the control circuit.
3. according to the described a kind of wiring board of claim 1, it is characterized in that: described Temperature sampler is to be made of the temperature sensing chip DS18B20 of the monobus digital thermometer with programmable resolution function and 5.1k Ω resistance.
4. according to the described a kind of wiring board of claim 1, it is characterized in that: described luminosity collector is to be made of photodiode and 1k Ω resistance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320210435 CN203180252U (en) | 2013-04-24 | 2013-04-24 | Wiring board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320210435 CN203180252U (en) | 2013-04-24 | 2013-04-24 | Wiring board |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203180252U true CN203180252U (en) | 2013-09-04 |
Family
ID=49076912
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320210435 Withdrawn - After Issue CN203180252U (en) | 2013-04-24 | 2013-04-24 | Wiring board |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203180252U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103247920A (en) * | 2013-04-24 | 2013-08-14 | 河北工业大学 | Patch panel |
| CN103928798A (en) * | 2014-04-25 | 2014-07-16 | 武汉工程大学 | Intelligent wiring board device and control method thereof |
| CN106848762A (en) * | 2017-01-25 | 2017-06-13 | 浙江大学 | Insertion hole sort manages terminal plate |
-
2013
- 2013-04-24 CN CN 201320210435 patent/CN203180252U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103247920A (en) * | 2013-04-24 | 2013-08-14 | 河北工业大学 | Patch panel |
| CN103247920B (en) * | 2013-04-24 | 2015-04-01 | 河北工业大学 | Patch panel |
| CN103928798A (en) * | 2014-04-25 | 2014-07-16 | 武汉工程大学 | Intelligent wiring board device and control method thereof |
| CN106848762A (en) * | 2017-01-25 | 2017-06-13 | 浙江大学 | Insertion hole sort manages terminal plate |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204024423U (en) | Solar energy intelligent curtain | |
| CN202690496U (en) | Temperature and sound-based fan control device | |
| CN203493355U (en) | Intelligent control device for curtain | |
| CN204045087U (en) | A kind of intelligent solar photovoltaic innovative teaching experimental platform equipment | |
| CN203180252U (en) | Wiring board | |
| CN204126526U (en) | A kind of remote-controlled shutter | |
| CN201312604Y (en) | Solar energy automatic remote-control umbrella | |
| CN207054388U (en) | A kind of SCM Based temperature control rearing-box | |
| CN104278941A (en) | Remote control shutter | |
| CN203467028U (en) | Intelligent automatic control dimming LED ceiling lamp | |
| CN204561181U (en) | Electronic intelligence multifunction umbrella | |
| CN202128287U (en) | New-concept practical solar energy intelligent curtain | |
| CN204669677U (en) | A kind of multi-functional led desk lamp On line switch | |
| CN103247920B (en) | Patch panel | |
| CN201894148U (en) | Automatic solar mosquito dispeller | |
| CN104753112A (en) | Solar LED control circuit | |
| CN108167734A (en) | A kind of lamp box | |
| CN208473673U (en) | A kind of library's curtain reels device automatically | |
| CN203825402U (en) | Environment-friendly intelligent dustbin control system | |
| CN209419940U (en) | A kind of control system of the gradual change of clock colour temperature and light adjusting | |
| CN201680268U (en) | Novel solar-powered light-emitting diode (LED) street lamp | |
| CN202852660U (en) | Mixed rechargeable energy-saving lamp | |
| CN202902121U (en) | Intelligentized emergency induction lamp | |
| CN205196046U (en) | Solar energy LED street lamp controlgear | |
| CN204722786U (en) | A kind of intelligent curtain |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130904 Effective date of abandoning: 20150401 |
|
| RGAV | Abandon patent right to avoid regrant |