CN105321333A - Electric energy information data acquisition system applied to community services - Google Patents
Electric energy information data acquisition system applied to community services Download PDFInfo
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- CN105321333A CN105321333A CN201510885055.XA CN201510885055A CN105321333A CN 105321333 A CN105321333 A CN 105321333A CN 201510885055 A CN201510885055 A CN 201510885055A CN 105321333 A CN105321333 A CN 105321333A
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Abstract
The invention discloses an electric energy information data acquisition system applied to community services, belonging to data acquisition systems in the technical field of community services. The electric energy information data acquisition system has good measurement reliability and high stability. The system comprises electric meter boxes and electric meters, wherein the electric meter boxes comprise box bodies and box covers; a plurality of bottom clamp slots are formed in the sides of the box bodies; top clamp slots are formed in the sides of the box covers; the box bodies and the box covers are connected by top clamp blocks in a clamping manner; the two adjacent box bodies are connected by bottom clamp blocks in a clamping manner; metering modules in the electric meters are connected with concentrators by M-BUS; the concentrators are connected with a data processor by a remote communication WAN (wide area network); and the data processor is connected with handheld terminals by the remote communication WAN. The electric energy information data acquisition system is applicable to community services.
Description
Technical field
The invention belongs to community service technical field, relate to a kind of data acquisition system (DAS), particularly relate to a kind of energy information data acquisition system (DAS) being applied to community service.
Background technology
Current, along with the variation day by day of China's economic sector, life style, social organization's form and employment form, more and more " people from unit " transfers to " social man ", a large amount of the retired, laid-off people and mobile personnel enter community, the material of the community resident masses, culture, life requirement present variation, multi-level trend day by day, and the development of economic society and the many-side of the resident masses need to propose new higher requirement to community service.Strengthen and improve community service work being conducive to expanding the ruling foundation of party, embodying the administration aim of government; Be conducive to expanding employment, solve social concern, dissolve social contradications, promote social harmony; Be conducive to constantly meeting resident masses demand, improve people's living standard, promote Humanbeings' Advance in Full Range.
Traditional Community Commercial pattern is eliminated gradually, and new APP life and business model are overturning the Traditional Thinking of people, creates the mode approved more effective with " being worth and service ", and community service APP just to deduce brand-new life style by another kind of approach.Community service APP refers to the APP set up in the fundamentals of management of original community, integrate the interaction of owner family and community's service for life at home, for APP is moved in the one-stop service that owners provide all kinds of life, house is served, user can be effectively helped to solve and closely bound up problem of living.Community service APP is a community service APP comprising that service for infrastructure, B2F commerce services, Virtual Service, commodity and service, Intelligent steward and chain operation are master, its mainly comprise pay property fees, pay parking fee, water, electricity and gas data acquisition, pay water power gas expense, complain report for repairment, the information such as question and answer, cell notification with lottery, be intended to for owner clothing, food, shelter, row are provided, give pleasure to, purchase, swim etc. the service of whole family's Life cycle.
Along with the development of modernization science and technology, the combination of community service APP and Smart Home is also tightr.In Smart Home, new requirement be it is also proposed to the energy information data acquisition modes of intelligent electric meter, namely require in Smart Home that the data acquisition modes of intelligent electric meter and intelligent electric meter has higher reliability, real-time and convenient data processing, need fundamentally solve existing register one's residence check meter, the trouble brought to user and meter reading personnel of charging, improve the meter reading efficiency to intelligent electric meter.In addition, because ammeter box is normally installed in ammeter box, multiple ammeter box is placed on body of wall, and the ammeter box be installed on same body of wall does not associate with between ammeter box, ammeter box is fixed all separately, thus substantially increases task difficulty.
Summary of the invention
Goal of the invention of the present invention is: for prior art Problems existing, the energy information data acquisition system (DAS) being applied to community service that a kind of Measurement reliability is good, stability is high is provided, for gathering the energy information of Nei Ge resident family of community during community service, and the structure that multiple ammeter boxes of same floor can be linked into an integrated entity.
To achieve these goals, the technical solution used in the present invention is:
Be applied to an energy information data acquisition system (DAS) for community service, comprise ammeter box and be installed on the ammeter in ammeter box, described ammeter box comprises casing and case lid, and described ammeter is positioned in the container cavity of casing; The side of described casing offers draw-in groove of some ends, and on the side of described case lid, the position of draw-in groove of the corresponding end offers some top draw-in grooves suitable with end draw-in groove; Described casing is connected by top fixture block clamping with case lid, is connected between adjacent two casings by end fixture block clamping; Metering module in described ammeter is connected with concentrator by M-BUS bus, and described concentrator is connected with data processor by telecommunication WAN, and described data processor is connected with handheld terminal by telecommunication WAN.
Wherein, the computation chip of described metering module selects model to be the computation chip of STPM01.
Wherein, described data processor selects model to be the processor of STM32F103.
Wherein, draw-in groove of the described end and top draw-in groove are dovetail groove.
Wherein, described top fixture block is dovetail fixture block.
Wherein, fixture block of the described end is two dovetail fixture blocks, and the dovetail fixture block of described pair of dovetail fixture block both sides is connected in the end draw-in groove of corresponding side.
In sum, owing to have employed technique scheme, the invention has the beneficial effects as follows:
In the present invention, casing and case lid are all offered corresponding draw-in groove, and clamping fixture block in draw-in groove, realizes the connection between casing and case lid by the connected mode of draw-in groove, fixture block; Connected mode also by draw-in groove, fixture block between adjacent two casings realizes connecting, thus the structure that multiple casing can be linked into an integrated entity, thus when casing is fixed on body of wall just without the need to being fixed connection to each casing, significantly shorten casing and fix required operation and time, improve casing installation effectiveness; In addition, each ammeter is all connected with energy information data acquisition system (DAS), this energy information data acquisition system (DAS) is made up of metering module, M-BUS bus, concentrator, telecommunication WAN, data processor, handheld terminal etc., metering module is communicated with concentrator, concentrator is connected by network with handheld terminal with data processor, data processor, realize the data acquisition of the energy information within the scope of community service, energy information DATA REASONING good reliability, stability are high.
Accompanying drawing explanation
Fig. 1 is the structural representation of casing in the present invention;
Fig. 2 is the structural representation of case lid in the present invention;
Fig. 3 is structural representation when casing and case lid cover in the present invention;
Fig. 4 is connection side view when casing and case lid cover in the present invention;
Fig. 5 is structural representation when two tanks connects in the present invention;
Fig. 6 is the system construction drawing of energy information data acquisition system (DAS) in the present invention;
Wherein, Reference numeral is: 1-casing, 2-case lid, 3-ammeter, 4-top fixture block, 5-end fixture block, 11-end draw-in groove, 12-container cavity, 21-top draw-in groove.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in detail.
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
A kind of energy information data acquisition system (DAS) being applied to community service, this system comprises ammeter box, ammeter 3 and energy information data acquisition system (DAS), and wherein this energy information data acquisition system (DAS) effectively can gather the energy information of the ammeter 3 within the scope of this community service.
In order to make effectively can be connected between casing 1 and case lid 2, between casing 1 with casing 1, to splice, therefore this ammeter box comprises casing 1 and case lid 2, the side of casing 1 offers draw-in groove of some ends 11, the side of case lid 2 offers some tops draw-in groove 21, position, the size of the top draw-in groove 21 on the position of the end draw-in groove 11 on casing 1, size and case lid 2 are suitable.End draw-in groove 11 on casing 1 is connected by pushing up fixture block 4 clamping with the top draw-in groove 21 on case lid 2, and the top of wherein pushing up fixture block 4 is connected in the top draw-in groove 21 on case lid 2, and the bottom of top fixture block 4 is connected in the end draw-in groove 11 on casing 1.Be provided with container cavity 12 in casing 1, ammeter 3 is installed in the container cavity 12 in casing 1, and can place multiple ammeter 3 in a casing 1.Be connected by end fixture block 5 clamping between casing 1 with casing 1, wherein one end of end fixture block 5 is connected in the end draw-in groove 11 of casing 1, and the other end of end fixture block 5 is connected in the end draw-in groove 11 of another casing 1, realizes the connection of adjacent two casings 1.
In order to the energy information of the user corresponding to this community service can be gathered more easily, and this energy information is finally fed back to respective user place, be thus configured with energy information data acquisition system (DAS).This energy information data acquisition system (DAS) comprises metering module, M-BUS bus, concentrator, telecommunication WAN, data processor and handheld terminal.Wherein this metering module is arranged in each block ammeter 3, and gathers the energy data of each block ammeter 3.Ammeter 3 is connected with concentrator by M-BUS bus, and wherein one piece of ammeter 3 may correspond to a concentrator, or polylith ammeter 3 may correspond to a concentrator.This concentrator is connected with data processor by telecommunication WAN, and one of them concentrator may correspond to a data processor, or multiple concentrator may correspond to a data processor.This data processor is connected with handheld terminal by telecommunication WAN, and one of them data processor may correspond to a handheld terminal, or a data processor may correspond to multiple handheld terminal.The computation chip of this metering module selects model to be the computation chip of STPM01.This chip front end is integrated with the current-voltage sampling of simulation, amplification, filtering and amplitude, phase compensation unit, rear end is then DSP processing unit and SPI interface, can calculate active energy, reactive energy, apparent electric energy, mains frequency, voltage effective value and instantaneous value and the information such as current effective value and instantaneous value.Data processor selects model to be the processor of STM32F103, and this processor is be microprocessor based on 32 of Cortex-M3 kernel, and 64 pins, the frequency of operation of processor is 72MHz, the flash storage of built-in 128K byte and the SRAM of 20K byte.This data processor can adopt the direct diode-capacitor storage of the 7 general DMA in road to transmit to storer, equipment to storer and storer to the data of equipment.This handheld terminal is provided with corresponding APP, directly can be connected with data processor by this APP and realize the transmission of data, the signal that the data processor that APP can receive by this handheld terminal sends informs user, its notification can comprise the information such as the service time of electricity use amount, electricity surplus, electricity charge use amount, electricity charge surplus and expected residual electricity, thus reminding user went to supplement with money, pay the fees according to the time that power consumption format is suitable.
In order to improve the connection reliability between casing 1 and case lid 2, end draw-in groove 11 and top draw-in groove 21 are all set to dovetail groove, and outer, the long limit of the minor face of this dovetail groove is inner.This top fixture block 4 is set to dovetail fixture block, and this dovetail fixture block can be connected in the top draw-in groove 21 of the end draw-in groove 11 of casing 1, case lid 2, and can with end draw-in groove 11, push up draw-in groove 21 and coordinate, improve the connective stability between casing 1 and case lid 2.In order to improve the connection reliability between casing 1 and casing 1, end fixture block 5 is set to two dovetail fixture block, the left side of this pair of dovetail fixture block can be connected in the end draw-in groove 11 on casing 1 right flank in left side, the right side of this pair of dovetail fixture block can be connected in the end draw-in groove 11 on casing 1 left surface on right side, and this pair of dovetail fixture block can coordinate with the end draw-in groove 11 on casing 1, improve the connective stability between casing 1 and case lid 2.
embodiment 1
Be applied to an energy information data acquisition system (DAS) for community service, comprise ammeter box and be installed on the ammeter 3 in ammeter box, described ammeter box comprises casing 1 and case lid 2, and described ammeter 3 is positioned in the container cavity 12 of casing 1; The side of described casing 1 offers draw-in groove of some ends 11, on the side of described case lid 2, the position of draw-in groove of the corresponding end 11 offers some top draw-in grooves 21 suitable with end draw-in groove 11; Described casing 1 is connected by top fixture block 4 clamping with case lid 2, is connected between adjacent two casings 1 by end fixture block 5 clamping; Metering module in described ammeter 3 is connected with concentrator by M-BUS bus, and described concentrator is connected with data processor by telecommunication WAN, and described data processor is connected with handheld terminal by telecommunication WAN.
embodiment 2
Be applied to an energy information data acquisition system (DAS) for community service, comprise ammeter box and be installed on the ammeter 3 in ammeter box, described ammeter box comprises casing 1 and case lid 2, and described ammeter 3 is positioned in the container cavity 12 of casing 1; The side of described casing 1 offers draw-in groove of some ends 11, on the side of described case lid 2, the position of draw-in groove of the corresponding end 11 offers some top draw-in grooves 21 suitable with end draw-in groove 11; Described casing 1 is connected by top fixture block 4 clamping with case lid 2, is connected between adjacent two casings 1 by end fixture block 5 clamping; Metering module in described ammeter 3 is connected with concentrator by M-BUS bus, and described concentrator is connected with data processor by telecommunication WAN, and described data processor is connected with handheld terminal by telecommunication WAN.
Wherein, the computation chip of described metering module selects model to be the computation chip of STPM01.
Wherein, described data processor selects model to be the processor of STM32F103.
embodiment 3
Be applied to an energy information data acquisition system (DAS) for community service, comprise ammeter box and be installed on the ammeter 3 in ammeter box, described ammeter box comprises casing 1 and case lid 2, and described ammeter 3 is positioned in the container cavity 12 of casing 1; The side of described casing 1 offers draw-in groove of some ends 11, on the side of described case lid 2, the position of draw-in groove of the corresponding end 11 offers some top draw-in grooves 21 suitable with end draw-in groove 11; Described casing 1 is connected by top fixture block 4 clamping with case lid 2, is connected between adjacent two casings 1 by end fixture block 5 clamping; Metering module in described ammeter 3 is connected with concentrator by M-BUS bus, and described concentrator is connected with data processor by telecommunication WAN, and described data processor is connected with handheld terminal by telecommunication WAN.
Wherein, draw-in groove of the described end 11 and top draw-in groove 21 are dovetail groove.
Wherein, described top fixture block 4 is dovetail fixture block.
Wherein, fixture block of the described end 5 is two dovetail fixture blocks, and the dovetail fixture block of described pair of dovetail fixture block both sides is connected in the end draw-in groove 11 of corresponding side.
embodiment 4
Be applied to an energy information data acquisition system (DAS) for community service, comprise ammeter box and be installed on the ammeter 3 in ammeter box, described ammeter box comprises casing 1 and case lid 2, and described ammeter 3 is positioned in the container cavity 12 of casing 1; The side of described casing 1 offers draw-in groove of some ends 11, on the side of described case lid 2, the position of draw-in groove of the corresponding end 11 offers some top draw-in grooves 21 suitable with end draw-in groove 11; Described casing 1 is connected by top fixture block 4 clamping with case lid 2, is connected between adjacent two casings 1 by end fixture block 5 clamping; Metering module in described ammeter 3 is connected with concentrator by M-BUS bus, and described concentrator is connected with data processor by telecommunication WAN, and described data processor is connected with handheld terminal by telecommunication WAN.
Wherein, the computation chip of described metering module selects model to be the computation chip of STPM01.
Wherein, described data processor selects model to be the processor of STM32F103.
Wherein, draw-in groove of the described end 11 and top draw-in groove 21 are dovetail groove.
Wherein, described top fixture block 4 is dovetail fixture block.
Wherein, fixture block of the described end 5 is two dovetail fixture blocks, and the dovetail fixture block of described pair of dovetail fixture block both sides is connected in the end draw-in groove 11 of corresponding side.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (6)
1. one kind is applied to the energy information data acquisition system (DAS) of community service, comprise ammeter box and be installed on the ammeter (3) in ammeter box, described ammeter box comprises casing (1) and case lid (2), and described ammeter (3) is positioned in the container cavity (12) of casing (1); It is characterized in that: the side of described casing (1) offers draw-in groove of some ends (11), on the side of described case lid (2), the position of corresponding end draw-in groove (11) offers some top draw-in grooves (21) suitable with end draw-in groove (11); Described casing (1) is connected by top fixture block (4) clamping with case lid (2), is connected between adjacent two casings (1) by end fixture block (5) clamping; Metering module in described ammeter (3) is connected with concentrator by M-BUS bus, and described concentrator is connected with data processor by telecommunication WAN, and described data processor is connected with handheld terminal by telecommunication WAN.
2. a kind of energy information data acquisition system (DAS) being applied to community service as claimed in claim 1, is characterized in that: the computation chip of described metering module selects model to be the computation chip of STPM01.
3. a kind of energy information data acquisition system (DAS) being applied to community service as claimed in claim 1, is characterized in that: described data processor selects model to be the processor of STM32F103.
4. a kind of energy information data acquisition system (DAS) being applied to community service as claimed in claim 1, is characterized in that: draw-in groove of the described end (11) and top draw-in groove (21) are dovetail groove.
5. a kind of energy information data acquisition system (DAS) being applied to community service as claimed in claim 4, is characterized in that: described top fixture block (4) is dovetail fixture block.
6. a kind of energy information data acquisition system (DAS) being applied to community service as claimed in claim 4, it is characterized in that: fixture block of the described end (5) is two dovetail fixture block, and the dovetail fixture block of described pair of dovetail fixture block both sides is connected in the end draw-in groove (11) of corresponding side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510885055.XA CN105321333A (en) | 2015-12-04 | 2015-12-04 | Electric energy information data acquisition system applied to community services |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510885055.XA CN105321333A (en) | 2015-12-04 | 2015-12-04 | Electric energy information data acquisition system applied to community services |
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| CN105321333A true CN105321333A (en) | 2016-02-10 |
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| CN201510885055.XA Pending CN105321333A (en) | 2015-12-04 | 2015-12-04 | Electric energy information data acquisition system applied to community services |
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