CN203397352U - Real-time quantification system of power supply unit - Google Patents
Real-time quantification system of power supply unit Download PDFInfo
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- CN203397352U CN203397352U CN201320291344.3U CN201320291344U CN203397352U CN 203397352 U CN203397352 U CN 203397352U CN 201320291344 U CN201320291344 U CN 201320291344U CN 203397352 U CN203397352 U CN 203397352U
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Abstract
The utility model discloses a real-time quantification system of a power supply unit. The real-time quantification system comprises the digitized power supply unit, a computer device, a portable electronic device and a cloud device. According to the utility model, by use of the digitized power supply unit provided with a detection module, a microprocessor, a communication module, and a wireless module, the portable electronic device and the computer device, effects that operation states of the digitized power supply unit are calculated and quantified in real time and data is graphically expressed and displayed for user to monitor and analyze on the portable electronic device and the computer device are achieved.
Description
Technical field
The utility model is about a kind of real-time quantization system, espespecially a kind of real-time quantization system of monitoring the operating state of power-supply unit.
Background technology
Information industry develops rapidly in recent years, the demand of stable computer equipment is also more and more important, along with computer device power consume, frequency of operation all increase, if the Voltage-output of the power-supply unit in computer equipment is unstable, may affect the operation of whole computer equipment, even cause the loss of computer equipment.
Again, conventional power source feeding unit adopts the transmission of analog form control signal, the signal of its transmission easily produces error and causes output voltage values incorrect, therefore need reduce with extra control circuit the error of Voltage-output, and the control circuit of analog signal transmission often need arrange many electronic components, thereby occupy larger space, and these electronic components easily affect operational paradigm along with the change of service time, temperature and other external conditions, and then cause negative effect for the degree of stability of computer equipment.
Therefore, how to provide a kind of real-time quantization system of power-supply unit, can real-time operation and quantize the operating state of power-supply unit, to can carry out suitably adjusting and controlling to power-supply unit, will be that the utility model wants actively to disclose part.
Utility model content
An object of the present utility model is to provide a kind of real-time quantization system of power-supply unit, to reaching real-time operation and quantizing the operating state of power-supply unit and the effect supervising for user.
For reaching above-mentioned purpose, the utility model provides a kind of real-time quantization system of power-supply unit, and it comprises digitizing power-supply unit, computer equipment, portable electronic devices and high in the clouds equipment.Wherein, this digitizing power-supply unit comprises at least one detection module, microprocessor, communication module and wireless module, this at least one detection module operates on and produces corresponding at least one sensing signal, and this microprocessor receives this at least one sensing signal and operates on according to current received at least one sensing signal computing in real time and produces data, this communication module receives these data and operates on wired mode and transmits this data, and this wireless module system receives these data and operates on these data of wireless way for transmitting; This digitizing power-supply unit of this computer equipment wired connection or wireless link, to receive this data, this computer equipment operates on according to received data and produces at least one the first diagrammatic representation data, and shows and be recorded on this computer equipment; This digitizing power-supply unit of this portable electronic devices wireless link, to receive this data, this portable electronic devices operates on and according to current received data, produces at least one second graph and represent data, and is shown on this portable electronic devices; And this high in the clouds equipment wireless links this computer equipment and this portable electronic devices, to receive these data and/or to transmit high in the clouds data.
In the real-time quantization system of power-supply unit described above, this at least one detection module comprises voltage detection module, operates on and produces the output voltage of this digitizing power-supply unit and/or the sensing signal of input voltage.
In the real-time quantization system of power-supply unit described above, this at least one detection module comprises current detection module, operates on the sensing signal of the output current that produces this digitizing power-supply unit.
In the real-time quantization system of power-supply unit described above, this at least one detection module comprises temperature detecting module, operates on the sensing signal that produces the temperature in this digitizing power-supply unit.
In the real-time quantization system of power-supply unit described above, this at least one detection module comprises rotation speed of the fan monitoring module, operate on this digitizing power-supply unit of sensing rotation speed of the fan sensing signal and be received from the control signal of this microprocessor.
In the real-time quantization system of power-supply unit described above, this wireless module that this digitizing power-supply unit carries is bluetooth communication module, and the bluetooth communication module that this portable electronic devices carries by bluetooth communication module own and this digitizing power-supply unit is linked.
In the real-time quantization system of power-supply unit described above, this wireless module that this digitizing power-supply unit carries is WI-FI communication module, and the WI-FI communication module that this portable electronic devices carries by WI-FI communication module own and this digitizing power-supply unit is linked.
In the real-time quantization system of power-supply unit described above, this computer equipment is equipped with a computer program, and this computer equipment is carried out after this computer program and operated on according to current received data and produce in real time this at least one the first diagrammatic representation data.
In the real-time quantization system of power-supply unit described above, this portable electronic devices is equipped with computer program, and this portable electronic devices is carried out to operate on after this computer program and according to current received data, produced in real time this at least one second graph and represent data.
Thus, the real-time quantization system of power-supply unit of the present utility model, by use, be provided with digitizing power-supply unit and portable electronic devices and the computer equipment of detection module, microprocessor, communication module and wireless module, reach real-time operation and quantize the operating state of digitizing power-supply unit and demonstrate the effect for user's monitoring analysis with diagrammatic representation data.
Accompanying drawing explanation
Fig. 1 is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the first specific embodiment.
Fig. 2 is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the second specific embodiment.
Fig. 3 is the schematic diagram of at least one first diagrammatic representation data of the utility model the second specific embodiment.
Fig. 4 is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the 3rd specific embodiment.
Fig. 5 is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the 4th specific embodiment.
Fig. 6 is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the 5th specific embodiment.
Critical piece Reference numeral:
100 digitizing power-supply units
110 detection modules
111 voltage detection module
112 current detection modules
113 temperature detecting module
114 rotation speed of the fan monitoring modules
120 microprocessors
130 communication modules
140 wireless modules
200 computer equipments
201 charts
The real-time sensing numerical value of 202 output voltages
The output voltage numerical value of 203 acquiescences
300 portable electronic devices
400 high in the clouds equipment
Embodiment
For fully understanding the purpose of this utility model, feature and technique effect, hereby by following specific embodiment, and by reference to the accompanying drawings, the utility model is elaborated, be described as follows:
Please refer to Fig. 1, it is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the first specific embodiment.As shown in the figure, the real-time quantization system of power-supply unit comprises digitizing power-supply unit 100, computer equipment 200, portable electronic devices 300Ji high in the clouds equipment 400.Wherein, this digitizing power-supply unit 100 for receive input voltage with conversion and supplying DC power source to electronic installation (not shown).
This digitizing power-supply unit 100 comprises at least one detection module 110, microprocessor 120, communication module 130 and wireless module 140, this at least one detection module 110 operates on and produces corresponding at least one sensing signal, and this microprocessor 120 receives this at least one sensing signal and operates on according to current received at least one sensing signal computing in real time and produces data, this communication module 130 receives these data and operates on wired mode and transmits this data, and this wireless module 140 receives these data and operates on these data of wireless way for transmitting.
These computer equipment 200 wired connections or this digitizing power-supply unit 100 of wireless link, to receive this data, this computer equipment 200 operates on according to received data and produces at least one the first diagrammatic representation data, and shows and be recorded on this computer equipment 200.
This this digitizing power-supply unit 100 of portable electronic devices 300 wireless links, to receive this data, this portable electronic devices 300 operates on and according to current received data, produces at least one second graph and represent data, and is shown on this portable electronic devices 300.
These high in the clouds equipment 400 wireless links this computer equipment 200 and this portable electronic devices 300, to receive these data and/or to transmit high in the clouds data.
In the present embodiment, the digitizing power-supply unit 100 of this real-time quantization system be take and comprised a detection module 110 as example explanation, this at least one detection module 110 produces this at least one sensing signal for the operating state of this digitizing power-supply unit 100 of sensing, and this microprocessor 120 is converted to digital signal by received at least one sensing signal by simulating signal, and after becoming these data, computing transfers to this communication module 130, and further by this computer equipment 200, receive these data and produce this at least one the first diagrammatic representation data, by this portable electronic devices 300, receive these data and produce this at least one second graph and represent data, for one or more users by the operating state that supervises to understand this digitizing power-supply unit.
In addition, this high in the clouds equipment 400 can these data of access and/or is transmitted these high in the clouds data to this computer equipment 200 and/or this portable electronic devices 300, and this computer equipment 200 can these high in the clouds data of simultaneous display and this at least one the first diagrammatic representation data, and this portable electronic devices 300 can these high in the clouds data of simultaneous display and this at least one second graph represent data, for user, learn the content of this high in the clouds information, also can supply this computer equipment 200, this portable electronic devices 300 or user to carry out the compare of analysis of these data Yu Gai high in the clouds data.
Please refer to Fig. 2, it is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the second specific embodiment.As shown in the figure, the present embodiment is different from the first embodiment, and this at least one detection module comprises voltage detection module 111, and this voltage detection module 111 operates on and produces the output voltage of this digitizing power-supply unit 100 and/or the sensing signal of input voltage.
This microprocessor 120 receives the sensing signal of output voltage and operates on according to the sensing signal computing in real time of the output voltage that receives at present and produces the data about output voltage, this communication module 130 receives these data and operates on wired mode and transmits this data, and this wireless module 140 receives these data and operates on these data of wireless way for transmitting.
This computer equipment 200 is received after these data by this communication module 130 or this wireless module 140, and this computer equipment 200 operates on according to received data and produces this at least one the first diagrammatic representation data, and shows and be recorded on this computer equipment 200.(these at least one first diagrammatic representation data can pre-define the computer program that carries at this computer equipment 200, can be installed on an application program of this computer equipment 200) in, so that received data are shown accordingly in these at least one first diagrammatic representation data, and user can be switched according to the actual demand in when monitoring displaying contents or the display mode of these at least one the first diagrammatic representation data.
This portable electronic devices 300 is received after these data by this wireless module 140, and this portable electronic devices 300 operates on and according to current received data, produces at least one second graph and represent data, and is shown on this portable electronic devices 300.This at least one second graph represents that (data can pre-define the computer program that carries at this portable electronic devices 300, can be installed on an application program of this portable electronic devices 300, for example, the App program that smart mobile phone is used), so that received data are represented to show in data in this at least one second graph accordingly, and user can be switched displaying contents or the display mode that this at least one second graph represents data according to the actual demand in when monitoring.
For instance, as shown in Figure 3, in these at least one first diagrammatic representation data, can comprise and take the chart 201 that the longitudinal axis is the time as output voltage values and transverse axis, by this chart 201, show in real time the data about the output voltage of this digitizing power-supply unit, user can know the output voltage numerical value of this digitizing power-supply unit 100 and the relation of time learnt thus, so that the output voltage state for this digitizing power-supply unit 100 carries out subsequent treatment, the real-time sensing numerical value 202 of output voltage and the output voltage numerical value 203 of acquiescence that in these at least one first diagrammatic representation data, also can show again this digitizing power-supply unit simultaneously.
Moreover, this wireless module 140 that this digitizing power-supply unit 100 carries can adopt bluetooth communication module, the bluetooth communication module that this portable electronic devices 300 carries by bluetooth communication module own and this digitizing power-supply unit 100 is linked, to carry out this data transmission.Again or this wireless module of carrying of this digitizing power-supply unit 100 can adopt WI-FI communication module, the WI-FI communication module that this portable electronic devices 300 carries by WI-FI communication module own and this digitizing power-supply unit 100 is linked, to carry out this data transmission.Between Er Gai high in the clouds equipment 400 and this computer equipment 200 or this portable electronic devices 300, also can adopt the mode of WI-FI communication to carry out the transmission of these data Yu Gai high in the clouds data.
Please refer to Fig. 4, it is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the 3rd specific embodiment.As shown in the figure, the present embodiment is different from the second embodiment, and this at least one detection module also comprises current detection module 112, and this current detection module 112 operates on the sensing signal of the output current that produces this digitizing power-supply unit 100.
This microprocessor 120 receives the sensing signal of output current and operates on according to the sensing signal computing in real time of the output current that receives at present and produces the data about output current, this communication module 130 receives these data and operates on wired mode and transmits this data, this wireless module 140 receives these data and operates on these data of wireless way for transmitting, for this computer equipment 200 and this portable electronic devices 300, receives.
In the present embodiment, should will be understood that, these at least one the first diagrammatic representation data and this at least one second graph represent that data can switch and show that the output current numerical value of this digitizing power-supply unit 100 and the relation of time, these at least one the first diagrammatic representation data and this at least one second graph represent also can to show in data the real-time sensing numerical value of the output current of this digitizing power-supply unit 100 simultaneously through user.
Please refer to Fig. 5, it is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the 4th specific embodiment.As shown in the figure, the present embodiment is different from the 3rd embodiment, and this at least one detection module also comprises temperature detecting module 113, and this temperature detecting module 113 operates on the sensing signal that produces the temperature in this digitizing power-supply unit 100.
This microprocessor 120 receives the sensing signal of these digitizing power-supply unit 100 interior temperature, and the sensing signal computing in real time that operates on the current temperature that receives of basis produces the data about temperature, this communication module 130 receives these data and operates on wired mode and transmits this data, this wireless module 140 receives these data and operates on these data of wireless way for transmitting, for this computer equipment 200 and this portable electronic devices 300, receives.
In the present embodiment, should will be understood that, these at least one the first diagrammatic representation data and this at least one second graph represent that data can show the relation of the temperature and time in this digitizing power-supply unit 100 through user's switching, and these at least one the first diagrammatic representation data and this at least one second graph represent also can show in data the real-time sensing numerical value of the temperature in this digitizing power-supply unit 100 simultaneously.
Please refer to Fig. 6, it is the system block diagrams of real-time quantization system of the power-supply unit of the utility model the 5th specific embodiment.As shown in the figure, what the present embodiment was different from the 4th embodiment is, this at least one detection module also comprises rotation speed of the fan monitoring module 114, and this rotation speed of the fan monitoring module 114 operates on the sensing signal of the rotation speed of the fan of a fan (not shown) in this digitizing power-supply unit 100 of sensing and is received from the control signal of this microprocessor 120.
This microprocessor 120 receives the sensing signal of the rotation speed of the fan of this digitizing power-supply unit 100, and operate on the computing in real time according to the sensing signal of current received rotation speed of the fan and produce the data about rotation speed of the fan, this communication module 130 receives these data and operates on wired mode and transmits this data, this wireless module 140 receives these data and operates on these data of wireless way for transmitting, for this computer equipment 200 and this portable electronic devices 300, receives.In addition, user can represent data according to being shown at least one second graph that these at least one the first diagrammatic representation data that this computer equipment 200 shows and this portable electronic devices 300 show, by this computer equipment 200 or 300 passbacks of this portable electronic devices, control the control signal that this rotation speed of the fan monitoring module 114 is adjusted the rotation speed of the fan of this fan, and this control signal transfers to this rotation speed of the fan monitoring module 114 by this communication module 130 via this microprocessor 120, control thus the rotation speed of the fan of this fan and promote the radiating efficiency of this digitizing power-supply unit 100.
In the present embodiment, should will be understood that, these at least one the first diagrammatic representation data and this at least one second graph represent that data can switch and show rotation speed of the fan in this digitizing power-supply unit 100 and the relation of time through user, and these at least one the first diagrammatic representation data and this at least one second graph represent also can show in data the real-time sensing numerical value of the rotation speed of the fan in this digitizing power-supply unit 100 simultaneously.
In addition, in the present embodiment, the data of these microprocessor 120 outputs can comprise the sensing numerical value of this output voltage, the sensing numerical value of this input voltage, the sensing numerical value of this output current, the sensing numerical value of this rotation speed of the fan, the sensing numerical value of this temperature, and this microprocessor 120 can further produce for example conversion efficiency of this digitizing power-supply unit 100 via these sensing numerical value of computing, the numerical value such as output power, to provide, give this computer equipment 200 and produce these at least one first diagrammatic representation data and/or this portable electronic devices 300 and produce these at least one second graphs and represent data, further for user, understand the operating state of this digitizing power-supply unit 100.
Moreover, this computer equipment 200 can be equipped with the computer program of attainable cost utility model object, after these computer equipment 200 these computer programs of execution, operates on according to current received data and produces in real time these at least one first diagrammatic representation data and show.Wherein, this computer program can switch and show different sensing numerical value and particular diagram according to user's demand.
In addition, this portable electronic devices 300 is equipped with computer program, and this portable electronic devices 300 is carried out to operate on after these computer programs and according to current received data, produced in real time this at least one second graph and represent data and show.Wherein, this computer program can switch and show different sensing numerical value and particular diagram according to user's demand.
In sum, the real-time quantization system of power-supply unit of the present utility model, by use, be provided with digitizing power-supply unit and portable electronic devices and the computer equipment of detection module, microprocessor, communication module and wireless module, reach real-time operation and quantize the operating state of digitizing power-supply unit and be shown in this portable electronic devices and this computer equipment for the effect of user's monitoring analysis with diagrammatic representation data.
The utility model discloses with preferred embodiment hereinbefore, yet it will be understood by those skilled in the art that this embodiment is only for describing the utility model, and should not be read as restriction scope of the present utility model.It should be noted, variation and the displacement of every and this embodiment equivalence, all should be considered as being covered by category of the present utility model.Therefore, protection domain of the present utility model is when being as the criterion with the content that claims were limited.
Claims (7)
1. a real-time quantization system for power-supply unit, is characterized in that, comprising:
Digitizing power-supply unit, comprise at least one detection module, microprocessor, communication module and wireless module, this at least one detection module operates on and produces corresponding at least one sensing signal, and this microprocessor receives this at least one sensing signal and operates on according to current received at least one sensing signal computing in real time and produces data, this communication module receives these data and operates on wired mode and transmits this data, and this wireless module receives these data and operates on these data of wireless way for transmitting;
Computer equipment, this digitizing power-supply unit of wired connection or wireless link, to receive this data, this computer equipment operates on according to received data and produces at least one the first diagrammatic representation data, and shows and be recorded on this computer equipment;
Portable electronic devices, this digitizing power-supply unit of wireless link, to receive this data, this portable electronic devices operates on and according to current received data, produces at least one second graph and represent data, and is shown on this portable electronic devices; And
High in the clouds equipment, this computer equipment of wireless link and this portable electronic devices, to receive these data and/or to transmit high in the clouds data.
2. the real-time quantization system of power-supply unit as claimed in claim 1, is characterized in that, this at least one detection module comprises voltage detection module, operates on and produces the output voltage of this digitizing power-supply unit and/or the sensing signal of input voltage.
3. the real-time quantization system of power-supply unit as claimed in claim 2, is characterized in that, this at least one detection module comprises current detection module, operates on the sensing signal of the output current that produces this digitizing power-supply unit.
4. the real-time quantization system of power-supply unit as claimed in claim 2, is characterized in that, this at least one detection module comprises temperature detecting module, operates on the sensing signal that produces the temperature in this digitizing power-supply unit.
5. the real-time quantization system of power-supply unit as claimed in claim 2, it is characterized in that, this at least one detection module comprises rotation speed of the fan monitoring module, and the sensing signal that operates on the rotation speed of the fan of this digitizing power-supply unit of sensing also receives the control signal from this microprocessor.
6. the real-time quantization system of the power-supply unit as described in any one in claim 1 to 5, it is characterized in that, this wireless module that this digitizing power-supply unit carries is bluetooth communication module, and the bluetooth communication module that this portable electronic devices carries by bluetooth communication module own and this digitizing power-supply unit is linked.
7. the real-time quantization system of the power-supply unit as described in any one in claim 1 to 5, it is characterized in that, this wireless module that this digitizing power-supply unit carries is WI-FI communication module, and the WI-FI communication module that this portable electronic devices carries by WI-FI communication module own and this digitizing power-supply unit is linked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320291344.3U CN203397352U (en) | 2013-05-24 | 2013-05-24 | Real-time quantification system of power supply unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320291344.3U CN203397352U (en) | 2013-05-24 | 2013-05-24 | Real-time quantification system of power supply unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203397352U true CN203397352U (en) | 2014-01-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320291344.3U Expired - Lifetime CN203397352U (en) | 2013-05-24 | 2013-05-24 | Real-time quantification system of power supply unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203397352U (en) |
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2013
- 2013-05-24 CN CN201320291344.3U patent/CN203397352U/en not_active Expired - Lifetime
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