CN107995473B - A kind of remote monitoring system convenient for assembling - Google Patents
A kind of remote monitoring system convenient for assembling Download PDFInfo
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- CN107995473B CN107995473B CN201711486271.2A CN201711486271A CN107995473B CN 107995473 B CN107995473 B CN 107995473B CN 201711486271 A CN201711486271 A CN 201711486271A CN 107995473 B CN107995473 B CN 107995473B
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
- H02S20/00—Supporting structures for PV modules
- H02S20/30—Supporting structures being movable or adjustable, e.g. for angle adjustment
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
Abstract
The invention discloses a kind of remote monitoring systems convenient for assembling, including power module, for converting the solar into electric energy；The power module includes photovoltaic module；Monitoring modular, including acquisition component；Transmission module, for the data transmission between the monitoring modular and management module；And management module, it is set to the terminal of the remote monitoring system convenient for assembling.The photovoltaic module is fixed on assembly type photovoltaic bracket, and the assembly type photovoltaic bracket includes locating part, card-bit part and snap close piece.Photovoltaic generating system of the present invention has environmental protection and energy saving, short construction period, without superior functions such as a large amount of wire rods, and all components of involved photovoltaic bracket can be mass, easy to assembly quick, without fixing on the spot, convenient for displacement and replacement place.The present invention only needs shirtsleeve operation that the installation or removal of photovoltaic module can be realized, simple and convenient, more efficiently, and has higher stability after capable of guaranteeing photovoltaic module installation.
Description
Technical field
The present invention relates to a kind of new energy equipment technical field, especially a kind of remote monitoring system convenient for assembling.
Background technique
Due to the shortage of the natural resources such as petroleum, coal, natural gas, non-renewable and to environment pollution,
Developing renewable, non-polluting energy sources becomes the important directions of energy research, and solar energy is as a kind of inexhaustible, nexhaustible
Green energy resource is increasingly by the attention of researcher.The application of solar energy generallys use photovoltaic module (i.e. solar panel), will
The solar energy of absorption is converted into electric energy.Single solar cell cannot directly do power supply use.Making power supply must be by several monomer
Battery strings are connected in parallel and are tightly packaged into component.Photovoltaic module is core and the sun in solar power system
Most important part in energy electricity generation system.
Photovoltaic module is usually arranged on roof or ground by bracket.Bracket used at present is generally fixed knot
Structure after photovoltaic module is fixed on bracket, can only be placed with a fixed inclination angle.General photovoltaic support structure is multiple
It is miscellaneous, volume and it is self-possessed larger, or even is directly fixed with bottom surface, it is irremovable, and higher cost, it is unfavorable for batch production and on the spot
Installation.In practice, installation of the photovoltaic module on photovoltaic bracket is difficult to the problem of dismantling after installation there are stability deficiency.
Summary of the invention
The purpose of this section is to summarize some aspects of the embodiment of the present invention and briefly introduce some preferable implementations
Example.It may do a little simplified or be omitted to avoid our department is made in this section and the description of the application and the title of the invention
Point, the purpose of abstract of description and denomination of invention it is fuzzy, and this simplification or omit and cannot be used for limiting the scope of the invention.
The problem of in view of above-mentioned and/or existing remote monitoring system, propose the present invention.
Therefore, the one of purpose of the present invention is to provide a kind of remote monitoring system convenient for assembling, easy for assembly,
It is readily disassembled and shifts.
In order to solve the above technical problems, the present invention provides the following technical solutions：A kind of remote monitoring system convenient for assembling,
It includes comprising, power module for converting the solar into electric energy, and is stored, while also can be monitoring
Module is powered；The power module includes photovoltaic module, changeover module and storage assembly, and the photovoltaic module passes through described
Changeover module is attached with the storage assembly, and the storage assembly is connected further through the changeover module with monitoring modular
It connects；Monitoring modular, including acquisition component and data handling component, the acquisition component will acquire resulting image document and be sent to
The data handling component, and handled by it, transmission module is sent to after being converted into network digital signal.Transmission module,
For the data transmission between the monitoring modular and management module, the transmission module includes the first transmission parts and the second transmission
Part；First transmission parts receive the digital signal from the data handling component, and are sent to second transmission parts；With
And management module, it is set to the terminal of the remote monitoring system convenient for assembling, including exchange component and end-equipment, institute
It states management module and receives the digital signal from the monitoring modular by second transmission parts, and pass through the exchange component
The digital signal is sent to the end-equipment.
The photovoltaic module is fixed on assembly type photovoltaic bracket, and the assembly type photovoltaic bracket includes frame piece, setting
In the bottom of the assembly type photovoltaic bracket, including the first matching piece and the second matching piece, first matching piece and second is matched
The structure of component is worked in coordination and is interconnected；Supporting parts, are set to the top of the frame piece, and the supporting parts two sides
Fringeware both ends are respectively connected with frame piece；Locating part is fixed on the outer surface of the supporting parts, including outer rim part and connection
Part, the outer rim part are matched with the supporting parts and enclose frame shape, and the connection part is set to the inside of the outer rim part；Detent
Part is distributed in the edge of the locating part；And snap close piece, it is fixed on the outer ledge of the outer rim part, and the snap close piece
It is formed and is linked by stretching assembly and the card-bit part.
Beneficial effects of the present invention：System of the present invention has environmental protection and energy saving, short construction period, without a large amount of wire rods and
The superior functions such as alternating current are not consumed.The upper end of involved assembly type photovoltaic bracket is provided with the location hole of different height, so that support
Part and photovoltaic module can obtain different pitch angles according to actual needs, meanwhile, the present invention is generally detachable and assembles
Structure, all components are simple and practical, are easy to produce in batches, easy to assembly quick, are suitble to large batch of production and installation, are not necessarily to
It fixes on the spot, convenient for shifting and replacing place, has high flexibility.The present invention only needs shirtsleeve operation that photovoltaic can be realized
The installation or removal of component, it is simple and convenient, more efficiently, and there is higher stability after capable of guaranteeing photovoltaic module installation.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, required use in being described below to embodiment
Attached drawing be briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for this
For the those of ordinary skill of field, without any creative labor, it can also be obtained according to these attached drawings other
Attached drawing.Wherein：
Fig. 1 is systematic schematic diagram described in the remote monitoring system one embodiment of the present invention convenient for assembling.
Fig. 2 is overall structure diagram described in second embodiment of remote monitoring system of the present invention convenient for assembling.
Fig. 3 is frame piece overall structure signal described in remote monitoring system third embodiment of the present invention convenient for assembling
Figure and fastener connect detail drawing.
Fig. 4 is the first matching piece structural representation described in remote monitoring system third embodiment of the present invention convenient for assembling
Figure and anchor structure detail drawing.
Fig. 5 is the second matching piece structural representation described in remote monitoring system third embodiment of the present invention convenient for assembling
Figure and fastener detail of construction.
Fig. 6 is the second matching piece overall structure described in remote monitoring system third embodiment of the present invention convenient for assembling
Schematic diagram.
Fig. 7 is frame piece assembling schematic diagram described in remote monitoring system third embodiment of the present invention convenient for assembling.
Fig. 8 is supporting parts overall structure signal described in remote monitoring system third embodiment of the present invention convenient for assembling
Figure and inner edge part detail of construction.
Fig. 9 is schematic diagram of internal structure described in remote monitoring system third embodiment of the present invention convenient for assembling and determines
Position part installation site detail drawing.
Figure 10 is locating element structure schematic diagram described in remote monitoring system third embodiment of the present invention convenient for assembling.
Figure 11 is that locating piece lower end structure described in remote monitoring system third embodiment of the present invention convenient for assembling is shown
It is intended to.
Figure 12 is that closeouts installation site described in remote monitoring system third embodiment of the present invention convenient for assembling is shown
It is intended to.
Figure 13 is overall structure connection signal described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Figure.
Figure 14 is that locating part overall structure described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling is shown
It is intended to.
Figure 15 is that card-bit part overall structure described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling is shown
It is intended to.
Figure 16 is stretching assembly end construction described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Schematic diagram.
Figure 17 is that card-bit part installation site described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling is shown
It is intended to.
Figure 18~19 are snap close piece internal junction described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structure and motion process schematic diagram.
Figure 20 is that traction piece overall structure described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling is shown
It is intended to.
Figure 21 is that the overall structure of casing described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling is shown
It is intended to.
Figure 22 is the overall structure of line end described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Schematic diagram.
Figure 23 is the overall structure of part of being screwed on described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Schematic diagram.
Figure 24 is the whole knot of revolution space described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structure schematic diagram.
Figure 25 is the whole knot of casing end described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structure schematic diagram.
Figure 26 is the overall structure of lock slots described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Schematic diagram.
Figure 27 is the whole knot of second channel described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structure schematic diagram.
Figure 28 is that stretching assembly described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling is in initial
Overall structure diagram under state.
Figure 29 is locked component position described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structural schematic diagram.
Figure 30 is the whole knot of locked component described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structure schematic diagram.
Figure 31 is the whole knot of first passage described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Structure schematic diagram.
Figure 32 is internal screw thread in the second casing described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Overall structure diagram.
Figure 33 is external screw thread in the second casing described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Overall structure diagram.
Figure 34 is stretching assembly multistage docking described in the 4th embodiment of remote monitoring system of the present invention convenient for assembling
Overall structure diagram afterwards.
Specific embodiment
In order to make the foregoing objectives, features and advantages of the present invention clearer and more comprehensible, right with reference to the accompanying drawings of the specification
A specific embodiment of the invention is described in detail.
In the following description, numerous specific details are set forth in order to facilitate a full understanding of the present invention, but the present invention can be with
Implemented using other than the one described here other way, those skilled in the art can be without prejudice to intension of the present invention
In the case of do similar popularization, therefore the present invention is not limited by the specific embodiments disclosed below.
Secondly, " one embodiment " or " embodiment " referred to herein, which refers to, may be included at least one realization side of the invention
A particular feature, structure, or characteristic in formula." in one embodiment " that different places occur in the present specification not refers both to
The same embodiment, nor the individual or selective embodiment mutually exclusive with other embodiments.
Referring to Fig.1, it is first embodiment of the invention, provides a kind of remote monitoring system convenient for assembling, the system
Using audio-video long-distance wireless group network technology, on the basis of being powered using solar energy, between carrying out remote field not
Disconnected wireless monitor.The remote monitoring system convenient for assembling includes power module M-100, monitoring modular M-200, transmission mould
Block M-300 and management module M-400, and each module group is sequentially connected, and the monitoring system with wireless supervisory control function is collectively formed.
Wherein, power module M-100 is mainly used for the energy supply of monitoring point items of equipment in the present system, in this implementation
In example, power module M-100 is generated electricity and is powered using solar panel, converts the solar into electric energy, and by its
It is stored, while can be also powered for the normal operation of monitoring modular M-200.Power module M-100 includes photovoltaic group
Part M-101, changeover module M-102 and storage assembly M-103, photovoltaic module M-101 pass through changeover module M-102 and storage assembly
M-103 is attached, and storage assembly M-103 is attached further through changeover module M-102 and monitoring modular M-200.
Specifically, photovoltaic module M-101, for directly acquiring sunlight and synthesizing electric energy, changeover module M-102 is intelligence control
Case processed, and storage assembly M-103 is battery.In the present invention, electric energy caused by photovoltaic module M-101 is via changeover module
The control of M-102 is transmitted and stores in storage assembly M-103 (charging).When needing to power, changeover module M-102 is opened
Switch, connect load, the electric energy stored is supplied to load (electric discharge).The main function of changeover module M-102 is to depositing
It stores up component M-103 and carries out management of charging and discharging, when interior storage assembly M-103 electricity shortage at work, changeover module M-102
Load supplying is automatically cut off, Cross prevention is carried out to storage assembly M-103；When storage assembly M-103 persistently charges, switch groups
Part M-102 carries out it to overcharge protection.Preferably, storage assembly M-103 uses the dedicated colloid storage battery of solar energy, deep discharge
Good cycle, the charge and discharge of high frequency tolerant rate and overdischarge.
Monitoring modular M-200 has the function of acquisition in the present system and transmits image audiovisual materials, generally directly sets
It sets in required monitoring point.Monitoring modular M-200 includes acquisition component M-201 and data handling component M-202, acquisition component M-
201, which will acquire resulting image document, is sent to data handling component M-202, and is handled by it, meanwhile, data processing group
Part M-202 converts the received image document of institute to after network digital signal and is sent to transmission module M-300.Wherein, acquisition group
Part M-201 uses video camera, preferably, can choose the video camera of DC 12V to reduce energy consumption and improving energy utilization rate.Number
It is video server according to processing component M-202, video server is that a kind of pair of video/audio is compressed, stored and handled
Dedicated embedded device, long-range monitoring and in terms of be all widely used.It can compress video data
Coding, to meet the requirement stored and transmitted.
Transmission module M-300 has transmission data in the present system, establishes monitoring point on the spot and control centre between the two
The effect of connection.In the present invention, transmission module M-300 is mainly used between monitoring modular M-200 and management module M-400
Data transmission.Transmission module M-300 includes the first transmission parts M-301 and the second transmission parts M-302, and the first transmission parts M-301 connects
By the digital signal from data handling component M-202, and it is sent to the second transmission parts M-302.Wherein, the first transmission parts M-
301 are set near monitoring point, and for sending signal, the second transmission parts M-302 is set to control centre, for receiving letter
Number.In the present embodiment, transmission module M-300 can be carried out data transmission using three kinds of modes, first is that based on wireless bridge
Microwave Net, second is that the 3G/4G network based on wireless platform operator.Third is that COFDM network.
Further, if the monitoring point of user is relatively close (within 20 kilometers) far from the distance between monitoring center, Er Qiezhong
Between do not block, or midway may be connected to monitoring center by increasing less relay point, and such case is just relatively more suitable
It closes and is transmitted using bridge, may be selected according to field condition one-to-one or one-to-many be wirelessly transferred.If around monitoring point
There is 3G/4G signal, and there are many buildings or massif to block between monitoring point and monitoring center, at this moment uses 3G/4G video
Transmission will be a relatively good selection.Using 3G/4G transmission of video, video data is passed through into relevant 3G/4G platform operation
The network of quotient is transmitted to monitoring center.Having more massif to block again in the field of no 3G/4G signal can be passed using COFDM
Defeated, COFDM has certain ability for penetrating barrier and transmit on the move.
By taking bridge transmits as an example, then the first transmission parts M-301 is the wireless bridge of monitoring point, and the second transmission parts M-302 is
The wireless bridge of monitoring center.
Management module M-400 is set to the terminal of the remote monitoring system convenient for assembling comprising exchange component M-401
Receive the number letter from monitoring modular M-200 by the second transmission parts M-302 with end-equipment M-402, management module M-400
Number, and digital signal is sent to by the end-equipment M-402 by exchange component M-401.In the present system, management module M-
400 for manage and inspect monitoring point to be real time status, is set to monitoring center.Wherein, exchange component M-401 inserts for information
RJ45 generally can be used in base connector；End-equipment M-402 is network hard disk video recorder (NVR) or is equipped with dedicated client
Hold the host computer of software.
Specifically, the image of target monitoring point is acquired by acquisition component M-201, via data handling component M-202
It is converted into network digital signal and is sent to the first transmission parts M-301, monitoring center is wirelessly transmitted to by the first transmission parts M-301
Second transmission parts M-302, then end-equipment M-402 is transferred to by exchanging component M-401 by the second transmission parts M-302.This is
System is using standard RJ45 network communication mouth and computer network seamless interfacing and the long-range monitoring that can realize any node.User exists
Monitoring center can understand at any time and control the working condition of front-end camera.
It is second embodiment of the invention referring to Fig. 2, provides a kind of whole knot of remote monitoring system convenient for assembling
Structure schematic diagram.As seen from the figure, main structure of the invention includes frame piece 100, is set to the long-range monitoring convenient for assembling
The bottom of system, including the first matching piece 101 and the second matching piece 102, the knot of the first matching piece 101 and the second matching piece 102
Structure is worked in coordination and is interconnected；And supporting parts 200, it is set to the top of frame piece 100, and the side of 200 two sides of supporting parts
The both ends of edge part 201 are respectively connected with frame piece 100.
Specifically, frame piece 100 has the function of supporting superstructure in the present invention and adjusts pitch angle.In this implementation
In example, frame piece 100 is set to the integrally-built bottom position of the present invention, is used to support supporting parts 200.Further, base
Seat piece 100 is spliced by two component worked in coordination assemblings, i.e., frame piece 100 is with the first matching piece 101 and second
Part 102 is formed, and the structure type of the two is worked in coordination, and is symmetrical arranged, and the two is after being fixedly connected, jointly to
Support supporting parts 200.
In the present invention for placing photovoltaic module, generally rectangular thin plate structure, edge is all provided with supporting parts 200
It is equipped with fringeware 201.Fringeware 201 is a plate, has certain width, perpendicular to the main body panel of supporting parts 200
Lower end.In the present invention, the fringeware 201 of 200 two sides of supporting parts is provided with frame piece 100, further, every side edge members
100 monomer of frame piece is respectively connected at 201 end positions.Therefore the two sides of each supporting parts 200 are correspondingly arranged on altogether
Four 100 monomers of frame piece.
It is third embodiment of the invention referring to Fig. 3~12, which is different from second embodiment：The
One matching piece 101 includes that the first bottom plate 101a and the first buttcover plate 101b, the first buttcover plate 101b is vertically installed in the first bottom plate
The one side edge of 101a.
Specifically, the first bottom plate 101a is horizontally disposed plate structure, it is used to place extraneous weight.When the first bottom
Plate 101a is placed in ground, and is covered when being pressed in the first bottom plate upper surface 101a using weight, and it is whole that the first matching piece 101 can be realized
The fixation of body.First buttcover plate 101b is vertically installed in the edge of the first bottom plate 101a, and extends straight up, is used for and
The connection of two matching pieces 102, i.e. the first matching piece 101 are docked by the first buttcover plate 101b with the second matching piece 102.
Further, the first buttcover plate 101b is made of the first area 101b-1 and the second area 101b-2, the first area 101b-
1 and second area 101b-2 interconnect.Wherein, the height of the first area 101b-1 is greater than the height of the second area 101b-2, the firstth area
The top of 101b-1 has embedding mouth Q, and upper angle end corresponding to the one end that connect with the second area 101b-2 the first area 101b-1 is set
It is set to bevel edge X.
Specifically, the overall profile of the first buttcover plate 101b is irregular geometric figures.It includes the first area 101b-1
With the second area 101b-2, and the two tandem array is mutually integrated.Wherein, the knot of the second area 101b-2 generally Thin Rectangular plate
Structure, perpendicular to the first bottom plate 101a, and its outer end and the outer end of the first bottom plate 101a are flush.The inner end of first area 101b-1
It is connected with the second area 101b-2, outer end and the other end of the first bottom plate 101a are flush.It is needing it is to be noted that：Firstth area
The height of 101b-1 is greater than the height of the second area 101b-2, and has embedding mouth Q at the top of the first area 101b-1, and embedding mouth Q is scarce
Mouth shape, one-sided open, and opening upwards.In addition, the upper angle end of the first area 101b-1 has cut bevel edge X, and bevel edge X setting is the
Upper angle end corresponding to the inner end of one area 101b-1.
Further, fixing piece G-1 is provided on bevel edge X, fixing piece G-1 is made of dough sheet G-1a and convex block G-1b,
The side of dough sheet G-1a is fixed on bevel edge X, and convex block G-1b is vertically set on dough sheet G-1a.
Specifically, dough sheet G-1a is laminated structure, one side is fixed with bevel edge X, and perpendicular to the first area 101b-1
It is configured, therefore the upper surface of dough sheet G-1a is the inclined surface of non-horizontal surface, tilt angle and direction are opposite with bevel edge X
It answers.In the present embodiment, the upper surface of dough sheet G-1a is further fixed on convex block G-1b, and convex block G-1b is columned stud construction.
It is upward perpendicular to dough sheet G-1a, and is set to the center of dough sheet G-1a.
Further, the overall structure of the second matching piece 102 and the first matching piece 101 be in correspondence with each other comprising the second bottom
Plate 102a and the second buttcover plate 102b, the second buttcover plate 102b are vertically installed in the one side edge of the second bottom plate 102a.Specifically,
The overall structure of second matching piece 102 and the first matching piece 101 are similar and complementary, and the two interconnects, and is arranged symmetrically.It is right
First bottom plate 101a of the first matching piece 101 described in Ying Yu and the first buttcover plate 101b, the second matching piece 102 also correspondingly include
Second bottom plate 102a and the second buttcover plate 102b, wherein the structure of the second bottom plate 102a is identical with the first bottom plate 101a.?
In the present embodiment, corresponding to the first area 101b-1 and the second area 101b-2 of the first buttcover plate 101b, the second buttcover plate 102b
There are third area 102b-1 and the 4th area 102b-2, and the two interconnects.
Further, the height of third area 102b-1 and profile are corresponding with the first area 101b-1, the 4th area 102b-2's
Height and profile are corresponding with the second area 101b-2.And when the first matching piece 101 and the second matching piece 102 interconnect,
Third area 102b-1 is docked with the surface of the first area 101b-1, and the 4th area 102b-2 is docked with the surface of the second area 101b-2.?
In the present embodiment, the bending block Q-1 for being matched with embedding mouth Q is provided at the top of third area 102b-1, bending block Q-1 is sheet knot
Structure, width dimensions are slightly less than the width of embedding mouth Q, to guarantee that bending block Q-1 can be embedded in the embedding mouth Q at the top of the first area 101b-1
It is interior.Block Q-1 is bent perpendicular to third area 102b-1, and is extended outwardly.At the same time, third area 102b-1 and the 4th area 102b-2
Upper angle end corresponding to one end of connection is similarly set as the bevel edge X of same size.
Further, the gasket G-2 for being matched with fixing piece G-1 is provided on the bevel edge X on third area 102b-1.Gasket G-
2 main bodys are laminated structure, and exterior contour is corresponding with fixing piece G-1, but is also offered on gasket G-2 with fixing piece G-1's
The hook slot G-2a that convex block G-1b is matched, the width for hooking slot G-2a is slightly larger than the outer diameter of convex block G-1b, to guarantee convex block G-
1b, which can be embedded in, to be hooked in slot G-2a.
Further, the outer ledge of third area 102b-1 and the 4th area 102b-2 are provided with fastener K.Fastener K is used for
The connection and fixation of second buttcover plate 102b and the first buttcover plate 101b.The section of fastener K be it is hook-shaped, the width of groove is slightly larger than
The plate thickness of first buttcover plate 101b, to guarantee that the edge of the first buttcover plate 101b is inserted into the groove of fastener K.Preferably,
It is integrally drawn as strip to strengthen bonding strength and stability, fastener K, there is certain length.
Further, inner edge part 202 is provided on the inside of the fringeware 201 of supporting parts 200, inner edge part 202 is a plate knot
Structure is vertically installed in the lower edge of fringeware 201, and is extended to the inside of supporting parts 200.It is fixed that supporting parts 200 pass through
Position part 400 is attached with frame piece 100.Specifically, the inner edge part 202 of supporting parts 200 is fixed on pedestal by locating piece 400
On part 100.In the present embodiment, several determining in correspondence with each other are provided at the top of the first area 101b-1 and third area 102b-1
Position hole 500, meanwhile, the top of the second area 101b-2 and the 4th area 102b-2 are also provided with several location holes in correspondence with each other
500.Location hole 500 is circular hole, for locating piece 400 to be fixed on to the location hole 500 of frame piece 100.
Specifically, one end of locating piece 400 and the location hole 500 of frame piece 100 are fixed, the other end and supporting parts
200 inner edge part 202 is fixed, to realize the connection of supporting parts 200 Yu frame piece 100.Wherein, locating piece 400 includes
First positioning section 401, the second positioning section 402 and linkage section 403.First positioning section, 401 main body is bulk, and center position runs through
There is bolt hole L, outer surface is provided with double wedge T, and double wedge T is the several rows of dentation object closely arranged, and can increase contact
The friction in face.Second positioning section 402 is fixed by linkage section 403 with the first positioning section 401, and linkage section 403 is block-like
Connecting portion.And the second positioning section 402 is hook solid, crotch lower layer is provided with bolt hole L, and the inner surface on crotch upper layer is set
It is equipped with double wedge T, also for the friction for increasing contact surface.
In the present invention, due to be provided at the top of the first area 101b-1 and third area 102b-1 it is several be opposite to each other determine
Therefore position hole 500 may be selected wherein one group of location hole 500 and install locating piece 400, by L pairs of bolt hole of the first positioning section 401
This quasi- location hole 500, then interspersed bolt are fixed.On the other hand, due to the second area 101b-2's and the 4th area 102b-2
Top is also provided with several location holes 500 being opposite to each other, and therefore, second on another group of 100 monomer of frame piece may be selected
Location hole 500 corresponding to area 101b-2 and the 4th area 102b-2 installs locating piece 400, equally, by the first positioning section 401
Bolt hole L is directed at this location hole 500, then interspersed bolt is fixed.The double wedge T of first positioning section 401 is contact surface, and is positioned
Part 400 is installed on the medial surface of frame piece 100.
All already fixed locating pieces 400 can bite the inner edge part of supporting parts 200 with its second positioning section 402
202, then inner edge part 202 is compressed across the bolt hole L of the second positioning section 402 with bolt.It is final to realize frame piece 100 and support
The connection and fixation of part 200.
The height of the location hole 500 as involved by the first area 101b-1 and third area 102b-1 is greater than the second area 101b-2 and the
Location hole 500 involved by four area 102b-2, therefore, it is certain that this has supporting parts 200 and the photovoltaic module being mounted thereon
Pitch angle, and the position for the location hole 500 that can be installed by adjusting locating piece 400 adjusts the size of pitch angle.?
In the present invention, frame piece 100 can be produced in batches, manufactures, be installed, twice of equidistantly arranging in actual use, and supporting parts 200 are then
It can intersect and be mounted on every two groups adjacent frame pieces 100, realize that orderly, the batch of photovoltaic module are installed.
Further, main structure of the present invention further includes closeouts 300.300 main body of closeouts be it is lamellar, be installed on
On the bevel edge X of frame piece 100, one end of closeouts 300 is provided with the circular hole corresponding to convex block G-1b, and the other end is provided with adjusting
Slot 301.When installation, the circular hole of 300 one end of closeouts is inserted on the convex block G-1b of frame piece 100, is formed and is fixed, and the other end
Regulating tank 301 is shelved on the bevel edge X of another 100 monomer of frame piece, and pressing plate is arranged in the outer surface of regulating tank 301
600 are fixed, and pressing plate 600 is the structure of a plate, for pressing one end of closeouts 300, and are fixed.
Referring to Fig.1 3~34, it is the 4th embodiment of the invention, what which was different from third embodiment is：This
Invention main structure further includes locating part 700, is fixed on the outer surface of supporting parts 200, and locating part 700 includes outer rim part
701 are matched with supporting parts 200 and enclose frame shape with connection part 702, outer rim part 701, and connection part 702 is set to outer rim part 701
It is internal；Card-bit part 800 is distributed in the edge of locating part 700；And snap close piece 900, it is fixed on the outer side edges of outer rim part 701
Edge, and snap close piece 900 is formed by stretching assembly 1000 and card-bit part 800 and is linked.
Specifically, in the present invention, locating part 700 is fixed on supporting parts 200 for storing and fixing photovoltaic module
On outer surface, and it is matched with the circumference of supporting parts 200.Locating part 700 can divide into outer rim part 701 and connection part
702 two parts, wherein outer rim part 701 is the outline border of locating part 700, and four edges frame, which encloses, is matched with 200 periphery of supporting parts
The frame-type structure of size, and for placing photovoltaic module in frame.Preferably, outer rim part 701 can use angle steel, one side of angle steel
Upwards, therefore the angle steel on four sides can just enclose the accommodating spaces of opening upwards, for accommodating photovoltaic module.Contact part
702 be a plate structure arranged in a crossed manner in length and breadth, is distributed in the bottom of outer rim part 701, is placed in locating part 700 for support
Internal photovoltaic module.
Further, card-bit part 800 includes clamping element 801, guide part 802 and fixing seat 803, the guide part 802
One end is fixed with the clamping element 801, and the other end is attached with the fixing seat 803.Specifically, card-bit part 800 is used
It carries out clamping in photovoltaic group inside locating part 700 will be placed in and locks.Card-bit part 800 is fixed on the edge of locating part 700,
Preferably, in the present invention, card-bit part 800 can be set in edges that are multiple, and being distributed in locating part 700, work as photovoltaic
Component is placed in after locating part 700, and the card-bit part 800 on four sides is tight by four checkposts of photovoltaic module, is realized installation and is fixed.Card
Position part 800 is mainly made of clamping element 801, guide part 802 and fixing seat 803, wherein generally " C " shape of clamping element 801
Fixture, and the groove of " C " shape is matched with the thickness of photovoltaic module, for grasping the edge of photovoltaic module.The groove of clamping element 801
It is outwardly protruded on one side by convex block, is used for fixed guide 802.
Guide part 802 enables to clamping element 801 to carry out stretching motion for being oriented to and stretching.802 main body of guide part is
Two guide rod 802a, two guide rod 802a parallel to each other be it is cylindric, structure is identical, and size is consistent, is each attached to clamping
On the convex block on 801 one side of part.The other end of two guide rod 802a passes through fixing seat 803, and outer end is provided with clamp 802b,
The external end head of two guide rod 802a is attached fixation by clamp 802b.In the present invention, fixing seat 803 is used for card-bit part 800
Whole installation and fixation, card-bit part 800 are fixed on the edge of 700 downside surface of locating part by fixing seat 803.
Fixing seat 803 is frame-type structure, and further, the outer end of two guide rod 802a both passes through fixing seat 803 wherein one
Frame, extends in the frame of fixing seat 803, and clamp 802b is also located exactly in the frame of fixing seat 803.Therefore, by above-mentioned
It is found that clamping element 801 is whole can to carry out linear expansion movement in a line outer frame of fixing seat 803 by guide rod 802a, together
When, it is located in the frame of fixing seat 803 due to clamp 802b, which defines the ranges of stretching motion.
Preferably, the periphery guide rod 802a is also arranged with elastic component 802c, elastic component 802c can use spring, and one end is supported
On clamping element 801, the other end is against the outer surface of fixing seat 803, and clamping element 801 is inwardly tightened, also can quilt
Rebound.
Further, there is the restriction slot 703 for being matched with card-bit part 800, the width for limiting slot 703 omits on outer rim part 701
Greater than the width of clamping element 801, meanwhile, the insertion of clamping element 801 limits in slot 703.When card-bit part 800 is solid by fixing seat 803
When 700 downside of locating part, clamping element 801 can carry out stretching motion limiting in slot 703, and then clamp or release and put
The photovoltaic module being placed in locating part 700.
In the present invention, one end of stretching assembly 1000 passes through fixing seat 803 and is attached with the guide part 802, separately
One end and the snap close piece 900 carry out hingedly, and snap close piece 900 is fixed on the outer ledge of outer rim part 701, and snap close piece 900
It is formed and is linked by stretching assembly 1000 and card-bit part 800, stretching for control clamping element 801 is finally reached control photovoltaic module
The purpose of disassembly or installation.
Wherein, stretching assembly 1000 includes traction piece 1100, casing 1200 and collection board 1400, one end of traction piece 1100
It is fixed on collection board 1400,1200 sets of casing are photographed on 1100 periphery of traction piece, and the end of casing 1200 is fixed by second
Seat 1500 is fixed on the edge of locating part 700.Further, it is set on another side of the collection board 1400 relative to traction piece 1100
It is equipped with the first interfacing part 1600.Stretching assembly 1000 is carried out hingedly by the first interfacing part 1600 with snap close piece 900.
Specifically, traction piece 1100 includes line end 1101 and the part 1102 that is screwed on, line end 1101 is set to traction piece
1100 one end, the part 1102 that is screwed on are connect with line end 1101；Casing 1200 is sheathed on 1100 outside of traction piece comprising first set
Pipe 1201 and the second casing 1202, the second casing 1202 is located at line end 1101, and is sheathed on the outside of first sleeve 1201.
Further, line end 1101 is that one end, can be with along the outwardly extending part of internal diameter direction on traction piece 1100
The setting of 1100 integral type of traction piece can also be connect with one end of traction piece 1100 by the high-intensitive connection type such as welding, be
Connection between adjacent two sections of the traction piece 1100 of realization, the part 1102 that is screwed on is connected to form to be docked with line end 1101
Wherein one section of traction piece 1100, thus two sections of adjacent traction pieces 1100 realize connection by the part 1102 that is symmetrically screwed on.And
Casing 1200, is sheathed on the outside of traction piece 1100, and casing 1200 further includes first sleeve 1201 and the second casing 1202, and second set
Pipe 1202 is located at line end 1101, and is sheathed on the outside of first sleeve 1201, and first sleeve 1201 is straight in the present embodiment
Female connector is set on traction piece 1100, and traction piece 1100 can be in first sleeve 1201 by the traction piece on vehicle, herein for example
It is moved in first sleeve 1201 after brake pedal traction, to realize the braking to vehicle, further, the second casing 1202
It is sheathed in first sleeve 1201 and can slide on, it can be real in such a way that second casing 1202 at both ends docks
The multistage connection of existing first sleeve 1201, and after the completion of docking traction piece 1100 can be pulled in first sleeve 1201 it is dynamic.
Further, in the present invention, line end 1101 is on 1100 one end of traction piece along the part that internal diameter expands outwardly,
It further includes the first groove 1101a, convex block 1101b, fixed pin 1101c, limited block 1101d and elastic slice 1101e；Several first
Groove 1101a (in the present embodiment as a preference, it is six) annular array is set to the edge anchor ring of line end 1101
On, fixed pin 1101c and convex block 1101b is set to the side of end 1101, and limited block 1101d is connect with fixed pin 1101c,
Elastic slice 1101e is connect with convex block 1101b.It and further include the second groove 1102a, revolution space 1102b, fixation hole 1102c, limit
Position slot 1102d and to hook 1102e, the second groove 1102a setting corresponding with the first groove 1101a, is also six rings
Shape is arranged on the edge anchor ring for being screwed on part 1102, and revolution space 1102b is set to the one side for the part 1102 that is screwed on, limit
Slot 1102d and the another side that the part 1102 that is screwed on is all set in hook 1102e, and fixation hole 1102c is set to the part that is screwed on
1102 center is run through and is connected to revolution space 1102b and limiting slot 1102d.
The corresponding positional relationship of the above-mentioned each component of further instruction and state in which, wherein fixed pin 1101c is inserted
Enter in fixation hole 1102c, and the limited block 1101d of the end fixed pin 1101c is located at limiting slot 1102d and completes limit, it is convex at this time
Block 1101b is located in revolution space 1102b；And convex block 1101b and revolution space 1102b are adaptable sector structure, initially
Elastic slice 1101e under state can one end contradict convex block 1101b, the other end contradicts revolution space 1102b side wall, convex block when stress
1101b extrusion elastic 1101e deformation, convex block 1101b can rotate in revolution space 1102b at this time, during this process, elastic slice
1101e trend that deformation occurs under the action of rotary force therefore it restores with deformation is realized after docking in disassembly process
Reset.
Further, in the present invention, first sleeve 1201 further includes the casing end being sheathed in line end 1101
1201a, and casing end 1201a includes raised line 1201a-1 and sliding slot 1201a-2, sliding slot 1201a-2 is successively uniformly arranged on
The surface of described sleeve pipe end 1201a, raised line 1201a-1 are successively uniformly arranged on the inner surface of casing end 1201a, and raised line
1201a-1 is corresponding between two casing end 1201a, and in the present embodiment, raised line 1201a-1 and sliding slot 1201a-2 are respectively
Three correspondences are alternatively arranged.Further, the second casing 1202 is sheathed on the 1201a of casing end, and is also set up therebetween
Locked component 1300, locked component 1300 include elastic component 1301, locking ring 1302 and locking bar 1303, elastic component 1,301 1
The end limit of quilt cover pipe end 1201a is held, one end is connect with locking ring 1302, can be spring；Locking bar 1303 is successively
It is arranged in the inner surface of locking ring 1302.It is to be understood that being sheathed on line end in casing end 1201a in the present embodiment
It under original state on first 1101, is shifted to install between the first groove 1101a and the second groove 1102a, and raised line 1201a-1
In in the first groove 1101a, and non-recessed portion limit in the second groove 1102a for being misplaced of its end, this kind of set-up mode
Following effect can be reached：First is that the limit between casing end 1201a and line end 1101, and not be screwed between part 1102
Limit can be realized the relative rotation of line end 1101 with the part 1102 that is screwed on；Second is that line end 1101 is by the second groove 1102a
Non-recessed portion limit limit cannot be rotated in the initial state by traction.
In order to realize when elastic slice 1101e is depressed into the limit in the present embodiment, locking bar 1303 enters the second groove 1102a
Middle completion locking, the restoring force setting that locking herein has relative to elastic slice 1101e, though elastic slice 1101e in the locked state
With restoring force but it is locked out recovery deformation, compressed elastic slice 1101e, which is not bound, after unlocking restores deformation,
Realization is reset to original state.Specifically, in the initial state, sliding slot 1201a-2 connection corresponding with the first groove 1101a, two
Person constitutes lock slots 1304, and locking bar 1303 is adapted and is set in lock slots 1304, the second groove that end is misplaced
Non-recessed portion limits in 1102a, is extruded the limit when turning to elastic slice 1101e, locking bar 1303 is pushed to enter the second groove
The rotation to line end 1101 and the relative rotation of part 1102 that is screwed on is completed in 1102a.
In the present invention, 1100 both ends of traction piece can be docked by the part 1102 that is screwed on, in the initial state, pair at both ends
Hook 1102e opening is oppositely oriented, when the part 1102 that is screwed on rotates, until both ends mutually contradict limit to hook 1102e
It is the second state when can not rotate.
When in the second condition, line end 1101 can occur to rotate relative to the part 1102 that is screwed on, and elastic slice 1101e is by gradually
It is compressed to the limit, is the third state：
It releases and shifts to install between first groove 1101a and the second groove 1102a, the two constitutes first passage S, raised line
1201a-1 can be free to slide in first passage S；
It releases and shifts to install between lock slots 1304 and the second groove 1102a, the two constitutes second channel S-1, pushes set
Pipe end 1201a causes locking bar 1303 to enter and completes locking in the second groove 1102a；
Second casing 1202 also divides into inner tube 1202a and outer tube 1202b, and internal screw thread is arranged in the outer surface inner tube 1202a
1202a-1, and block 1202b-2 is arranged in outer tube 1202b inner surface setting external screw thread 1202b-1 and end, passes through inside and outside table
The docking that helicitic texture completes the second casing of both ends 1202 is arranged in face.When the second casing of both ends 1202 is completed to dock, block
1202b-2 and casing end 1201a mutually contradicts the restoring force having after deformation occurs to elastic component 1301 and limits, so that
Elastic component 1301 is constantly in tensional state, and when disassembly is desired, rotating the second casing 1202 with opposite direction when installation makes it
Helicitic texture is opened, and completes to reset by elastic slice 1101e and elastic component 1301.
In the present invention, collection board 1400 is fixed in one end of traction piece 1100, and the other end passes through one of fixing seat 803
Frame (a line frame opposite with guide rod 802a), and form fixation with clamp 802b, therefore the stretching of traction piece 1100 can be with
Clamp 802b and clamping element 801 is driven to carry out linear expansion movement.In the present embodiment, traction piece 1100 and casing 1,200 1
One is corresponding, and the wire body of stretching is collectively formed.And the present invention is provided with 1200 wire body of multiple groups traction piece 1100 and casing, every group of wire body
A card-bit part 800 is all corresponded to, and controls the flexible of clamping element 801 corresponding to it.The traction piece 1100 of institute's cable body is united
One is aggregated on collection board 1400, is formed and is fixed.It can be seen from the above, casing 1200 is sheathed on 1100 periphery of traction piece, one end
It is fixed on 803 outside of fixing seat, the other end is fixed on the outside of the second fixing seat 1500, and centre portion is each attached to locating part
It on 700, is gradually fixed along the direction of winding displacement, traction piece 1100 is stretched in casing 1200.
Further, the flexible of all traction pieces 1100 realizes the drawing of collection board 1400 by external force, collection board
1400 be plate structure, and one side, which is collected, several traction pieces 1100, and another side is fixed with the first interfacing part 1600, and leads to
The first interfacing part 1600 is crossed to carry out hingedly with snap close piece 900.It can be seen from the above, can be reached by adjusting snap close piece 900
The effect for drawing collection board 1400, i.e., have the function that stretching and drawing part 1100 indirectly.
Wherein, snap close piece 900 includes the first lock buckling strip 901, the second lock buckling strip 902 and third fixing seat 903.Third is fixed
Snap close piece 900 for being fixed on the outer rim side of locating part 700 by seat 903.Specifically, one end of the first lock buckling strip 901 and the
Three fixing seats 903 carry out hingedly, generally curved serpentine strip structure.The inside of first lock buckling strip 901 has sliding empty
There is sealing 901b, sealing 901b sliding cavity 901a is connected to external world's formation for chamber 901a, the inside of sliding cavity 901a.
The inside bottom surface of sliding cavity 901a is provided with the double wedge 901c of several equidistant arrangements, and double wedge 901c is sharp tooth, and tooth tip refers to
It is outwardly protruded to the tendency along 901 serpentine of the first lock buckling strip.Second lock buckling strip 902 is set to the interior of the first lock buckling strip 901
Side, and one end and third fixing seat 903 carry out hingedly, the other end has the overhead kick 902a reverse with double wedge 901c, overhead kick 902a
It is embedded in the inside of sliding cavity 901a.In the present embodiment, the thickness for sliding cavity 901a is greater than the thickness of sealing 901b, the
The thickness of two lock buckling strips, 902 main body is slightly less than the thickness of sealing 901b, and the overhead kick 902a thickness of its end is between sliding cavity
Between 901a and sealing 901b.This allows the main body of the second lock buckling strip 902 in the sliding cavity 901a of the first lock buckling strip 901
Interior sliding, and overhead kick 902a will not be detached from from sealing 901b.
Further, the outer end position of 901 inside of the first lock buckling strip is carried out by interlocking lever 904 and the second lock buckling strip 902
Connection.Interlocking lever 904 be it is rod-shaped, one end is hinged with the first lock buckling strip 901, and the other end can be in the second lock buckling strip 902
It is slided along its longitudinal direction in portion.And there is also the slide opening 902b for being matched with 904 sliding end of interlocking lever on the second lock buckling strip 902, make
The sliding end for obtaining interlocking lever 904 can be slided in slide opening 902b.Wherein, slide opening 902b is the perforation of oblong.
Further, the outer end position slided in cavity 901a has a fixing axle 901d, and sets on fixing axle 901d
It is equipped with a month block teeth 901e, moon block teeth 901e is curved crescent, is fixed on fixing axle 901d, and can be around
Fixing axle 901d is rotated.There is the adaptation hole 901e-1 for being matched with fixing axle 901d on moon block teeth 901e, be oblong,
When for moon block teeth 901e rotation, has certain displacement and adjust space.The tail end of moon block teeth 901e connects a push-and-pull
Bar 901f, push-pull rod 901f are the rod piece of arc, and the tail end progress of one end and moon block teeth 901e are hinged, and the other end penetrates first
The tail end of lock buckling strip 901, until external.
In invention, when inwardly pushing push-pull rod 901f, the generation of moon block teeth 901e tail end stress is rotated clockwise, then crescent moon
The tip of block 901e is pressed on the inside of interlocking lever 904, so that it is there is the trend being flipped up, due to the inner end of interlocking lever 904
It can be slided in the slide opening 902b of the second lock buckling strip 902, therefore interlocking lever 904 drives the second lock buckling strip 902 to be rotated, this
When, the second lock buckling strip 902 is to turn counterclockwise, and the overhead kick 902a and double wedge 901c of end are detached from, and the first lock buckling strip 901 is whole
It can be rotated clockwise.In the present invention, the outside of the first lock buckling strip 901 has the second interfacing part 905, with collection board
1600 end of the first interfacing part on 1400 carries out hingedly, and therefore, the first rotating clockwise for lock buckling strip 901 will lead to traction piece
1100 retractions, finally cause clamping element 801 to loosen outward.At this time can into locating part 700 installation photovoltaic component.
Conversely, if the first lock buckling strip 901 is pushed to rotate counterclockwise to the limit, pull push-pull rod 901f therewith, the moon block teeth
901e will be rotated counterclockwise, and tip is just pressed on the back side of overhead kick 902a, and compressing overhead kick 902a is allowed to match with double wedge 901c
Splice grafting touching, forms locking.At this point, the second interfacing part 905 pulls on the first interfacing part 1600 on collection board 1400, thus indirectly
Pull traction piece 1100 so that clamping element 801 is tightened up, and blocks the edge of photovoltaic module, complete photovoltaic module installation and
It is fixed.This mode of the present invention, it is only necessary to which a step is with regard to the installation or removal of achievable photovoltaic module, and simple and convenient, practical operation is high
Effect.
It should be noted that the above examples are only used to illustrate the technical scheme of the present invention and are not limiting, although referring to preferable
Embodiment describes the invention in detail, those skilled in the art should understand that, it can be to technology of the invention
Scheme is modified or replaced equivalently, and without departing from the spirit and scope of the technical solution of the present invention, should all be covered in this hair
In bright scope of the claims.
Claims (7)
1. a kind of remote monitoring system convenient for assembling, it is characterised in that：Including,
Power module（M-100）, for converting the solar into electric energy, and stored, while also can be monitoring mould
Block（M-200）It is powered；The power module（M-100）Including photovoltaic module（M-101）, changeover module（M-102）With deposit
Store up component（M-103）, the photovoltaic module（M-101）Pass through the changeover module（M-102）With the storage assembly（M-103）
It is attached, the storage assembly（M-103）Further through the changeover module（M-102）With monitoring modular（M-200）Connected
It connects；
Monitoring modular（M-200）, including acquisition component（M-201）And data handling component（M-202）, the acquisition component（M-
201）Resulting image document will be acquired and be sent to the data handling component（M-202）, and handled by it, it is converted into net
Transmission module is sent to after network digital signal（M-300）；
Transmission module（M-300）, it is used for the monitoring modular（M-200）With management module（M-400）Between data transmission, institute
State transmission module（M-300）Including the first transmission parts（M-301）With the second transmission parts（M-302）；First transmission parts（M-
301）Receive to come from the data handling component（M-202）Digital signal, and be sent to second transmission parts（M-302）；
And
Management module（M-400）, it is set to the terminal of the remote monitoring system convenient for assembling, including exchange component（M-
401）And end-equipment（M-402）, the management module（M-400）Pass through second transmission parts（M-302）Receive from institute
State monitoring modular（M-200）Digital signal, and pass through the exchange component（M-401）The digital signal is sent to described
End-equipment（M-402）；
The photovoltaic module（M-101）It being fixed on assembly type photovoltaic bracket, the assembly type photovoltaic bracket includes,
Frame piece（100）, it is set to the bottom of the assembly type photovoltaic bracket, including the first matching piece（101）With the second cooperation
Part（102）, first matching piece（101）With the second matching piece（102）Structure work in coordination and interconnect；
Supporting parts（200）, it is set to the frame piece（100）Top, and supporting parts（200）The fringeware of two sides
（201）Both ends are respectively connected with frame piece（100）；
Locating part（700）, it is fixed on the supporting parts（200）Outer surface, including outer rim part（701）With connection part（702）,
The outer rim part（701）It is matched with the supporting parts（200）Enclose frame shape, the connection part（702）It is set to the outer rim
Part（701）Inside；
Card-bit part（800）, it is distributed in the locating part（700）Edge；And
Snap close piece（900）, it is fixed on the outer rim part（701）Outer ledge, and the snap close piece（900）Pass through stretching assembly
（1000）With the card-bit part（800）Form linkage；
Photovoltaic module（M-101）Generated electric energy is via changeover module（M-102）Control, transmit and store storage assembly
（M-103）In, when needing to power, open changeover module（M-102）Switch, connect load, the electric energy that is stored provided
To load, changeover module（M-102）Main function be to storage assembly（M-103）Management of charging and discharging is carried out, when at work
Interior storage assembly（M-103）When electricity shortage, changeover module（M-102）Load supplying is automatically cut off, to storage assembly（M-
103）Cross prevention is carried out, storage assembly is worked as（M-103）When persistently charging, changeover module（M-102）It is carried out to overcharge protection；
First matching piece（101）Including the first bottom plate（101a）With the first buttcover plate（101b）, the first buttcover plate（101b）Vertically
It is set to the first bottom plate（101a）One side edge, the first bottom plate（101a）For horizontally disposed plate structure, it is used to place
Extraneous weight, when the first bottom plate（101a）It is placed in ground, and is covered using weight and is pressed in the first bottom plate（101a）When upper surface,
The first matching piece can be realized（101）Whole fixation, the first buttcover plate（101b）It is vertically installed in the first bottom plate（101a）'s
Edge, and extend straight up, it is used for and the second matching piece（102）Connection, i.e. the first matching piece（101）Pass through first pair
Fishplate bar（101b）With the second matching piece（102）It is docked；
First buttcover plate（101b）By the firstth area（101b-1）With the secondth area（101b-2）It is formed, the firstth area（101b-1）With
2nd area（101b-2）It interconnects, the firstth area（101b-1）Height be greater than the secondth area（101b-2）Height；
Second matching piece（102）Overall structure and the first matching piece（101）Similar and complementary, the two interconnects, and is pair
Claim setting, corresponds to first matching piece（101）The first bottom plate（101a）With the first buttcover plate（101b）, the second matching piece
（102）It also correspondingly include the second bottom plate（102a）With the second buttcover plate（102b）, wherein the second bottom plate（102a）Structure with
First bottom plate（101a）It is identical, correspond to the first buttcover plate（101b）The firstth area（101b-1）With the secondth area（101b-
2）, the second buttcover plate（102b）There is also third areas（102b-1）With the 4th area（102b-2）, and the two interconnects；
Third area（102b-1）Height and profile and the firstth area（101b-1）It is corresponding, the 4th area（102b-2）Height and wheel
Wide and the secondth area（101b-2）It is corresponding, and in the first matching piece（101）With the second matching piece（102）When interconnection, the
3rd area（102b-1）With the firstth area（101b-1）Surface docking, the 4th area（102b-2）With the secondth area（101b-2）Surface pair
It connects；
Supporting parts（200）Pass through locating piece（400）With frame piece（100）It is attached, the firstth area（101b-1）With third area
（102b-1）Top be provided with several location holes in correspondence with each other（500）, meanwhile, the secondth area（101b-2）With the 4th area
（102b-2）Top be also provided with several location holes in correspondence with each other（500）, locating piece（400）One end and frame piece
（100）Location hole（500）It is fixed, the other end and supporting parts（200）Inner edge part（202）It is fixed, to realize
Supporting parts（200）With frame piece（100）Connection.
2. the remote monitoring system as described in claim 1 convenient for assembling, it is characterised in that：Firstth area（101b-1）'s
Top has embedding mouth（Q）, and firstth area（101b-1）With the secondth area（101b-2）Upper angle end corresponding to one end of connection
It is set as bevel edge（X）.
3. the remote monitoring system as claimed in claim 2 convenient for assembling, it is characterised in that：The bevel edge（X）On be provided with
Fixing piece（G-1）, the fixing piece（G-1）By dough sheet（G-1a）And convex block（G-1b）Composition, the dough sheet（G-1a）Side
It is fixed on the bevel edge（X）On, and the convex block（G-1b）It is vertically set on the dough sheet（G-1a）On.
4. the remote monitoring system as claimed in claim 3 convenient for assembling, it is characterised in that：The third area（102b-1）'s
Height and profile and firstth area（101b-1）It is corresponding, the 4th area（102b-2）Height and profile and described second
Area（101b-2）It is corresponding；
The third area（102b-1）Top be provided with and be matched with the embedding mouth（Q）Bending block（Q-1）；And the third area
（102b-1）With the 4th area（102b-2）Upper angle end corresponding to one end of connection is similarly set as bevel edge（X）；The third
Area（102b-1）On bevel edge（X）On be provided with and be matched with the fixing piece（G-1）Gasket（G-2）.
5. the remote monitoring system as claimed in claim 4 convenient for assembling, it is characterised in that：The card-bit part（800）Including
Clamping element（801）, guide part（802）And fixing seat（803）, the guide part（802）One end and the clamping element（801）Into
Row is fixed, the other end and the fixing seat（803）It is attached.
6. the remote monitoring system as claimed in claim 5 convenient for assembling, it is characterised in that：The outer rim part（701）Upper tool
It is matched with the card-bit part（800）Restriction slot（703）, the card-bit part（800）Pass through fixing seat（803）It is fixed on described
Locating part（700）The edge of downside surface, meanwhile, the clamping element（801）It is embedded in the restriction slot（703）It is interior.
7. the remote monitoring system as claimed in claim 6 convenient for assembling, it is characterised in that：The stretching assembly（1000）'s
One end passes through the fixing seat（803）With the guide part（802）It is attached, the other end and the snap close piece（900）It carries out
Hingedly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711486271.2A CN107995473B (en) | 2017-12-30 | 2017-12-30 | A kind of remote monitoring system convenient for assembling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711486271.2A CN107995473B (en) | 2017-12-30 | 2017-12-30 | A kind of remote monitoring system convenient for assembling |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107995473A CN107995473A (en) | 2018-05-04 |
| CN107995473B true CN107995473B (en) | 2018-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711486271.2A Expired - Fee Related CN107995473B (en) | 2017-12-30 | 2017-12-30 | A kind of remote monitoring system convenient for assembling |
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| CN107995473A (en) | 2018-05-04 |
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Effective date of registration: 20181017 Address after: 221700 Industrial Park, Huashan Town, Fengxian County, Xuzhou, Jiangsu Applicant after: Jiangsu Anke medium Mine Technology Co., Ltd. Address before: 213000 room 703, 32 Lane eight thousand lane, 55 Huai Nan Road, Changzhou bell tower, Jiangsu, China Applicant before: Yan Xueqin |
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