CN108494873A - A kind of monitoring system of machine and its method - Google Patents
A kind of monitoring system of machine and its method Download PDFInfo
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- CN108494873A CN108494873A CN201810314974.5A CN201810314974A CN108494873A CN 108494873 A CN108494873 A CN 108494873A CN 201810314974 A CN201810314974 A CN 201810314974A CN 108494873 A CN108494873 A CN 108494873A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/18—Packaging or power distribution
- G06F1/181—Enclosures
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/51—Discovery or management thereof, e.g. service location protocol [SLP] or web services
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Abstract
A kind of monitoring system of machine and its method, for machine box for server, originally, the flexible stick is integrally contained in the rectangular-shape support frame, and the protective cover is wound on the rotation roll body, rectangular-shape storage shell is also all contained in the guide rail, and the data collection station is scheduled to resolve into several message segments message, and the data volume of the single message segment that decomposition is got in this way is 640 bits to 800 bits；The mortality that the percentage for effectively preventing the error of message when bit number excessively critical more than the data volume of the message of transmission in the prior art in combination with other steps just becomes larger, message is sent also just become larger, be not suitable with the Internet of Things server in the transmission of message of big bit number, machine box for server because the increasing of heat and performance comes to harm, has the dangerous defect for leading to burning.
Description
Technical field
The present invention relates to field of mechanical technique, and in particular to a kind of monitoring system of machine and its method.
Background technology
With the development of industry so that people are higher and higher to the use demand of numerically-controlled machine tool.But opposite lathe is set
Standby cost is also relatively high, and increasing with machine tool, service efficiency, running state monitoring, machine failure anticipation, lathe
Resource distribution etc. all receives great challenge, and existing lathe monitoring is generally based on the gathered data pair of manual record
Lathe is analyzed and is monitored, and as multiple users it should be understood that when the status information of different lathe, real-time cannot meet more
The fast-developing demand of Fang Qiye.
Thus a kind of method for monitoring numerical control machine based on Internet of Things is there has been, including：Data collection station passes through sensing
Device acquires the status information data of numerically-controlled machine tool, and the status information data is transmitted to Internet of Things server and is stored；
The Internet of Things server is analyzed and responds the real time data subscription request of user terminal transmission, from the status information number
The user terminal is sent to according to middle extraction data corresponding with real time data subscription request to be shown.
The corresponding numerically-controlled machine tool monitoring device based on Internet of Things, including：
Data acquisition unit, the status information data for acquiring numerically-controlled machine tool by sensor by data collection station, and will
The status information data is transmitted to Internet of Things server and is stored；
Data analysis and processing unit, the real time data for being analyzed by the Internet of Things server and being responded user terminal transmission are ordered
Request is read, extraction data corresponding with real time data subscription request are sent to the user from the status information data
Terminal is shown.
Correspondence additionally provides a kind of computer readable storage medium, and the computer-readable recording medium storage has computer
Program, wherein when the computer program is executed by processor realize the embodiment of the present invention first aspect provide based on object
The step of method for monitoring numerical control machine of networking.
Wherein, the computer program includes：
Data acquisition unit, the status information data for acquiring numerically-controlled machine tool by sensor by data collection station,
And the status information data is transmitted to Internet of Things server and is stored；
Data analysis and processing unit, the real time data for being analyzed by the Internet of Things server and being responded user terminal transmission are ordered
Request is read, extraction data corresponding with real time data subscription request are sent to the user from the status information data
Terminal is shown.
The status information data of numerically-controlled machine tool is acquired by sensor in data collection station, and by the status information data
It is sent to after Internet of Things server carries out storage processing, is subscribed to according to the real time data that user terminal is sent by Internet of Things server
Corresponding status information data is sent to the user terminal by request to be shown, facilitates different user terminals in time to the state
Information data is checked so that user can understand the status information of numerically-controlled machine tool in time, to according to the state of numerically-controlled machine tool
Information suitably select or handle, and improves the utilization rate of numerically-controlled machine tool, meets the state that people understand numerically-controlled machine tool in real time
The demand of information.
The data collection station acquires the status information data of numerically-controlled machine tool by sensor, and by the status information
Data transmission to Internet of Things server is stored.Internet of Things server executes institute by Internet of Things via data collection station
Acquisition, disposition, preservation and the manipulation of status information data are stated, and Internet of Things server can also be passed with the connection of monitoring computer
Defeated information can also transmit information with smart mobile phone；Data collection station obtains the status information data, and via Internet of Things
The status information data is sent towards Internet of Things server, reaches acquisition of the Internet of Things server to the status information data.
Data collection station is obtained when obtaining the status information data using in the form of message, typically when the state
Under conditions of than 1600 bits of the data volume of information data are few, the status information data of this data volume is just unified whole
Body is sent to data collection station, does not execute and the status information data is resolved into message segment to send.When described
Under conditions of more than than 1600 bits of the data volume of status information data, the status information data is just decomposed into several reports
Literary segment, the data volume of each message segment cannot than 1600 bits it is more.
For Internet of Things often based on optical-fibre communications, optical-fibre communications access is more with clutter, clutter occurs very arbitrarily can not be pre-
Estimate, interfere that number is also more, the big this problem of fluctuation so that the optical-fibre communications safety of Internet of Things is insufficient, and error is frequent, is passing
When the mostly excessively critical bit number of the data volume for the message passed, the percentage of the error of message just becomes larger, the failure that message is sent
Rate also just becomes larger, so the optical-fibre communications of Internet of Things is not suitable with the transmission of the message of big bit number.It, be really via verifying on the spot
The error number that less message is sent is protected, the data volume of the message sent with the optical-fibre communications of Internet of Things is than 800 bit
Few, compared with the transmission that the data volume of message crosses 800 bits more, significantly more reduction, optical-fibre communications will occur for error number
Message error percentage be also reduced by.
Colliding with outside in order to prevent, Internet of Things server is arranged in the machine box for server of rectangular-shape, in order to save
The many machine box for server of the interior space are all placed on outdoor, and when hot season arrives, heat persistently increases under sunlight shines,
Allow Internet of Things server in machine box for server because the increasing of heat and performance comes to harm, even have the danger for leading to burning
Danger, current machine box for server is even with many refrigeration holes, however its refrigeration performance is poor, therefore, in outdoor clothes
It is the key urgently handled that business device cabinet, which adds the equipment of block resistance daylight,.
Invention content
To solve the above problems, the present invention provides a kind of monitoring system of machine and its method, existing skill is effectively prevented
The percentage of the error of message just becomes larger when bit number excessively critical more than the data volume of the message of transmission in art, message is sent
Mortality also just become larger, the transmission of message that is not suitable with big bit number, the Internet of Things server in machine box for server is because of warm
The increasing of amount and performance comes to harm, has the dangerous defect for leading to burning.
The solution party of a kind of monitoring system of machine and its method in order to overcome the deficiencies in the prior art, the present invention provides
Case, it is specific as follows：
A kind of method of monitoring system of machine, including：Data collection station acquires the status information of numerically-controlled machine tool by sensor
Data, and the status information data is transmitted to Internet of Things server and is stored；
It is described that the status information data is transmitted to the mode that Internet of Things server stores is the data collection station
The status information data is transferred to Internet of Things server by Internet of Things, the data collection station is by Internet of Things by institute
It includes such as under type to state status information data and be transferred to Internet of Things server：
S1：It is whole herein in connection with the safety of transmission and the rate of transmission, the data collection station in advance by the system sent
Scheduled that message is resolved into several message segments, the data volume for decomposing the single message segment got in this way is 640
Bit to 800 bits, including 64 bits heading and 576 bits to 736
The message body of bit, the message body include the content of the status information data, and the heading is used for manipulating the shape
The transmission of state information data, the 8 bits in heading described here are message identifier, are one for representing the message
Whole message or the message is message segment；
S2：After data collection station obtains the status information data, the data volume of each status information data is just obtained；
S3：The data volume got in S2 is not more than in S1 when the data volume of scheduled single message segment, data acquisition
Terminal sends the status information data towards Internet of Things server straight, and message identifier is set as identifier one；
S4:The data volume got in S2 is more than the data volume of scheduled single message segment in S1, however is less than 1600
When bit, message identifier is set as identifier one, and data collection station stores the entirety of the status information data here
Message, and the message is deposited into scratch pad block；Then status information data described in this resolves into message according to scheduled in S1
The mode of several message segments decomposes the message of the status information data, decomposes the single message segment got in this way
Data volume is up to 800 bits, then sequentially sends these message segments towards Internet of Things server, such end that
The message identifier of message segment is set as identifier two, and the message identifier of other message segments is set as identifier three；
S5：If the data volume got in S2 is greater than 1,600 bits, obtained in data collection station
In advance status information data described in this is executed to decompose before the status information data and obtain several message segments, it is ensured that is each
The data volume of message segment is less than 1,600 bits, and obtained whole message segments are constituted one by subsequent data collection station
Whole message, and the message is deposited into scratch pad block；Then again the message according in S1 it is scheduled message resolved into it is several
The mode of message segment decomposes the message of the status information data, decomposes the data of the single message segment got in this way
Amount is up to 800 bits, these message segments, that message at such end are then sequentially sent towards Internet of Things server
The message identifier of segment is set as identifier two, and the message identifier of other message segments is set as identifier three；
S6：After Internet of Things server obtains message or message segment, the message segment that message identifier is identifier three is being encountered
When, next message segment is persistently obtained, until the identifier read is the message segment of identifier two；
For machine box for server, originally, the flexible stick 106 is integrally contained in the rectangular-shape support frame 103, and described
Protective cover 1C3 is wound on the rotation roll body 1C1, and the rectangular-shape storage shell 104 is also all contained in the guide rail, separately
Isolation ward 1D2 in the outer rectangular-shape storage shell 104 is idle, and two 1E3 of leading screw precessions inwardly allow the bootstrap block two
105, which break away from the helical form glass bronze wire 1E8, squeezes inwardly to allow the pawl 1E1 to be combined with the ratchet, and institute is avoided with this
State turn circle 1E2 turns；
When, the rectangular-shape is first propped up platform 1A1 and is put on machine box for server side, and two 1E3 courts of the leading screw
It produces outside, when two 1E3 of the leading screw is produced outwardly, thrust of the bootstrap block 2 105 in the helical form glass bronze wire 1E8
Lower squeezed outwardly combines to allow the pawl 1E1 to be detached with the ratchet, draws the rotation roll body 1C1 turns with this, then
The stretchable sheet 1C4 is torn outwardly, the stretchable sheet 1C4 can tear the protective cover 1C3 and lean out outwardly, in the flexible stick
After 106 lean out setting stroke, the bootstrap block 2 105 is broken away from the helical form by two 1E3 of leading screw precessions inwardly again
Glass bronze wire 1E8 squeezes that the pawl 1E1 is allowed to combine with the ratchet inwardly, and the turn circle 1E2 turns are avoided with this, and
Hair, via one 1D3 of leading screw described in the first 1D4 turns of turn, the rectangular-shape can be drawn when one 1D3 turns of the leading screw
Storage shell 104 is leant out outwardly, and after the rectangular-shape storage shell 104 is leant out, one 1D0 of the bootstrap block is moved to allow outwardly
It states isolation ward 1D2 to emerge, then towards adding heavy burden piece in the isolation ward 1D2；
Machine box for server need not be executed when blocking daylight, first two 1E3 of the leading screw be produced outwardly, two 1E3 of the leading screw
When producing outwardly, the bootstrap block 2 105 is squeezed described to allow outwardly under the thrust of the helical form glass bronze wire 1E8
Pawl 1E1 breaks away from combination with the ratchet, and the rotation roll body 1C1 turns are drawn with this, then come allow the flexible stick 106 receive
It returns, concurrent, 1C2,1C2 is drawn the rotation roll body 1C1 turns to allow the rotation roll body 1C1 handles by described revolve for rotation described in turn
The protective cover 1C3 is packed up, when the flexible stick 106 is all withdrawn, again two 1E3 of leading screw precessions inwardly institute
It states bootstrap block 2 105 and breaks away from the helical form glass bronze wire 1E8 and squeezed inwardly to allow the pawl 1E1 to be combined with the ratchet,
The turn circle 1E2 turns are avoided with this, are taken out after heavy burden piece and leading screw one described in the reverse turns of the first 1D4 of turn described in turn
The rectangular-shape storage shell 104 can be drawn when the reverse turn of 1D3, one 1D3 of the leading screw to be recovered in the guide rail.
The identifier one, identifier two and identifier three use random symbology, and the identifier one, knowledge
It Fu not be two inconsistent with identifier three.
The data volume of single message segment described in the S1 is 800 bits.
The method of the monitoring system of machine, includes the following steps：
S1：It is whole herein in connection with the safety of transmission and the rate of transmission, the data collection station in advance by the system sent
Scheduled that message is resolved into several message segments, the data volume for decomposing the single message segment got in this way is 800 ratios
Spy, including the message body of the heading and 736 bits of 64 bits, the message body includes institute
The content of status information data is stated, the heading is used for manipulating the transmission of the status information data, heading described here
In 8 bits be message identifier, for representing message or message that the message is entirety as message segment；
Here, if as soon as message identifier be identifier, identifier one be 83, represent the message of an entirety, that is, identifier one
The message at place is not decomposed；If message identifier is identifier three, identifier three is just C3 or C4, and representative also has
Next message segment；If message identifier is identifier two, identifier two is just 84, represents where message identifier
Message segment is that message segment at end；The heading sequence of 64 bits includes the source port of 16 bits
Number, the free area of the message identifier and 24 bits of the destination slogan of 16 bits, 8 bits, the free area
Numerical value be sky；
S2：After data collection station obtains the status information data, the data volume of each status information data is just obtained；
S3：When no more than 800 bits of the data volume got in S2, data collection station is straight towards Internet of Things server
The status information data is sent, and message identifier is set as identifier one, identifier one is 83；
S4：The data volume got in S2 is more than 800 bits, however when less than 1600 bits, message identifier is set
At identifier one, data collection station stores the whole message of the status information data here, and the message is deposited into temporarily
Counterfoil；Then status information data described in this message is resolved by the mode of several message segments and divided according to scheduled in S1
The message of the status information data is solved, the data volume for decomposing the single message segment got in this way is up to 800 ratios
Spy then sequentially sends these message segments, the message identifier of that message segment at such end towards Internet of Things server
It is set as identifier two, and the message identifier of other message segments is set as identifier three, identifier three is C3, identifier here
Two be 84；
S5：If the data volume got in S2 is greater than 1,600 bits, obtained in data collection station
In advance status information data described in this is executed to decompose before the status information data and obtain several message segments, it is ensured that is each
The data volume of message segment is less than 1,600 bits, and obtained whole message segments are constituted one by subsequent data collection station
Whole message, and the message is deposited into scratch pad block；Then again the message according in S1 it is scheduled message resolved into it is several
The mode of message segment decomposes the message of the status information data, decomposes the data of the single message segment got in this way
Amount is up to 800 bits, these message segments, that message at such end are then sequentially sent towards Internet of Things server
The message identifier of segment is set as identifier two, and the message identifier of other message segments is set as identifier three, knows here
Not Fu three be C4, identifier two be 84；Improve the high efficiency of transmission speed and truck；It is concurrent the status information
Data deposit into scratch pad block, ensure the complete of the status information data in this way, and reach structure in data collection station, connect
It and relies on message identifier, so that it may which the globality for determining message prevents message from malfunctioning, in this way so that data collection station can obtain
The various status information datas are taken, the ductility of performance is improved
S6：After Internet of Things server obtains message or message segment, the message segment that message identifier is identifier three is being encountered
When, next message segment is persistently obtained, until the identifier read is the message segment of identifier two, the knowledge
Not Fu two be 84.
A kind of monitoring system of machine, including：
The data collection station includes processing module；
The processing module is scheduled to resolve into several message segments message, decomposes the number of the single message segment got in this way
It is 640 bits to 800 bits according to amount, including the heading and 576 ratios of 64 bits
For spy to the message body of 736 bits, the message body includes the content of the status information data, the message
Head is used for manipulating the transmission of the status information data, and the 8 bits in heading described here are message identifier, are used for
Message or message that the message is entirety are represented as message segment；
The Internet of Things server is arranged in the machine box for server of rectangular-shape, and the machine box for server includes rectangular-shape water
Plain film 102, accordingly be set to 102 both ends of the horizontal plate rectangular-shape longitudinal slice 101 on also have be fixed on the longitudinal slice 101
The rectangular-shape support frame 103 at top can be equipped with to turn rotation roll body 1C1, the rotation roller between a pair of of rectangular-shape support frame 103
Rectangular-shape support frames 103 of transmission one of the body 1C1 mono- and rotation that is connected is 1C2, also are provided in the rectangular-shape support frame 103
Energy turn is arranged turn circle 1E2, the turn circle 1E2 with the rotation roll body 1C1 in turn chamber 1C0, the turn chamber 1C0
It connects firmly, in addition the turn circle 1E2 edge portions are equipped with ratchet, are equipped in the rectangular-shape support frame 103 equipped with turn chamber 1C0 solid
Locking equipment, opening is designed in a pair of of longitudinal slice 101 towards positive raceway groove, all fixed flexible stick 106 in each raceway groove, and one
The front of flexible stick 106 is connected firmly and is wrapped protective cover 1C3, the protective cover 1C3 on stretchable sheet 1C4, the rotation roll body 1C1
Openings are uniform-distribution with, in addition the rear ends the protective cover 1C3 are connected firmly with the stretchable sheet 1C4, are equipped in the horizontal plate 102
Be open the guide rail towards the back side, and mobile in the guide rail that rectangular-shape storage shell 104 is arranged, the rectangular-shape stores shell
The top of 104 liang of edge is equipped with from the motion channel one for just facing back side extension, and one inner movement of the motion channel, which is arranged, draws
One 1D0 of guide block, the rectangular-shape, which stores, is equipped with opening towards positive silk slot one, one inner silk of the silk slot in 104 bottom wall of shell
Then one 1D3 of leading screw, the energy turn of one fronts 1D3 head of the leading screw are set in the positive wall surface of the guide rail, in addition institute
State one fronts 1D3 head of leading screw it is fixed the first 1D4 of turn, 101 lower part of the longitudinal slice connect firmly rectangular-shape and prop up platform
1A1, the lower part that the rectangular-shape props up two opposite vertexes of platform 1A1 are all arranged and are equipped with ball BA1.
The fixed equipment includes being set to the inner other opening of rectangular-shape support frame 103 equipped with turn chamber 1C0 towards the back of the body
The silk slot two in face and lumen therethrough through the silk slot two and turn chamber 1C0, it is mobile in the lumen therethrough to be equipped with bootstrap block
2 105, head wall surface of the bootstrap block 2 105 towards the turn circle 1E2 it is fixed the pawl being combined with the ratchet
1E1, two inner silk of the silk slot then two 1E3 of leading screw are correspondingly provided with from front in the wall surface of the lumen therethrough both ends and rearwardly extend
Two D00 of motion channel, in two D00 of the motion channel movement projection 1E6 is set, the projection 1E6 is the same as the bootstrap block
2 105 connect firmly, in addition also fixed helical form glass bronze wire 1E8, the helical form glass bronze wire in two D00 of the motion channel
1E8 is connected with head wall surfaces of the projection 1E6 towards the turn circle 1E2, and the helical form glass bronze wire 1E8 is used for institute
Bootstrap block 2 105 is stated towards back side extruding to allow the pawl 1E1 to separate the combination with the ratchet.
Two 1E3 edge portions of the leading screw it is fixed two FC0 of turn head.
The rectangular-shape storage shell 104 is several isolation ward 1D2 the inside barrier via barrier flaps 1D1.
Beneficial effects of the present invention are：
In conjunction with the data collection station in such a way that the status information data is transferred to Internet of Things server by Internet of Things,
Message is resolved into several message segments according to the data collection station is scheduled, decomposes the single message segment got in this way
Data volume be 640 bits to 800 bits, including the heading and 576 of 64 bits
For a bit to the message body of 736 bits, the message body includes the content of the status information data, described
Heading is used for manipulating the transmission of the status information data, and the 8 bits in heading described here are message identifier,
For representing message or message that the message is entirety as message segment, data collection station is reached and has sent the shape
State information data can be sent with message segment, improve the high efficiency of transmission speed and truck；Described in concurrent handle
Status information data deposits into scratch pad block, ensures the complete of the status information data in this way, and reached in data collection station
To structure, then rely on message identifier, so that it may which the globality for determining message prevents message from malfunctioning, in this way so that data are adopted
Collection terminal can obtain the various status information datas, improve the ductility of performance.The advantages of framework of the machine box for server
For：When starting, the flexible stick 106 is integrally contained in the rectangular-shape support frame 103, and the protective cover 1C3 is twined
It is around on the rotation roll body 1C1, the rectangular-shape storage shell 104 is also all contained in the guide rail, in addition described rectangular
Body shape stores the isolation ward 1D2 in shell 104 and leaves unused, and it is described that two 1E3 of leading screw precessions inwardly allow the bootstrap block 2 105 to break away from
Helical form glass bronze wire 1E8 squeezes that the pawl 1E1 is allowed to combine with the ratchet inwardly, and the turn circle 1E2 is avoided with this
Turn is conducive to all move with this；When blocking daylight manipulation must be executed to machine box for server, first the rectangular-shape is supportted
It holds platform 1A1 to be put on machine box for server side, and two 1E3 of the leading screw is produced outwardly, two 1E3 of the leading screw produces it outwardly
Border, the bootstrap block 2 105 are squeezed to make the pawl 1E1 same under the thrust of the helical form glass bronze wire 1E8 outwardly
The ratchet separation combines, and draws the rotation roll body 1C1 turns with this, then the stretchable sheet 1C4 is torn outwardly, because of institute
The 1C1 energy turns of rotation roll body are stated, so, the stretchable sheet 1C4 can tear the protective cover 1C3 and lean out outwardly, in the flexible stick
After 106 lean out setting stroke, protective cover is on machine box for server, and the blocking to daylight can be executed to machine box for server, with
This reduces the warm lift degree of machine box for server, avoids machine box for server heat when Internet of Things server works from gathering excessive next
Danger is allowed to occur；The bootstrap block 2 105 is broken away from the helical form glass bronze wire by two 1E3 of leading screw precessions inwardly again
1E8 squeezes that the pawl 1E1 is allowed to combine with the ratchet inwardly, avoids the turn circle 1E2 turns with this, is also avoided that anti-
That section that shield is appeared outwardly suspends in midair, concurrent, via one 1D3 of leading screw, the leading screw described in the first 1D4 turns of turn
The rectangular-shape storage shell 104 can be drawn when one 1D3 turns to lean out outwardly, after the rectangular-shape storage shell 104 is leant out,
One 1D0 of the bootstrap block is moved outwardly allows the isolation ward 1D2 to emerge, then towards adding heavy burden in the isolation ward 1D2
Piece carrys out the barycenter of balanced entirety with this, and the barycenter of entirety is allowed to be collected in 102 position of the horizontal plate, and the length is avoided with this
Cube shape is propped up platform 1A1 and is toppled over since barycenter is mobile.
Description of the drawings
Fig. 1 is the Some principles schematic diagram of the monitoring system of machine of the present invention.
Fig. 2 is a kind of schematic diagram of machine box for server of the present invention.
Fig. 3 is the edge schematic diagram in Fig. 2.
Fig. 4 is the sectional view of H-H in Fig. 2.
Fig. 5 is the sectional view of I-I in Fig. 2.
Fig. 6 is the sectional view of J-J in Fig. 2.
Fig. 7 is the top-down observation schematic diagram when machine box for server uses.
Fig. 8 is the schematic diagram in the portions E in Fig. 4.
Specific implementation mode
The present invention is described further below in conjunction with drawings and examples.
As Figure 1-Figure 8, the method for monitoring system of machine, data collection station acquire numerically-controlled machine tool by sensor
Status information data, and the status information data is transmitted to Internet of Things server and is stored；
The Internet of Things server is analyzed and responds the real time data subscription request of user terminal transmission, from the status information number
The user terminal is sent to according to middle extraction data corresponding with real time data subscription request to be shown.
It is described the status information data is transmitted to the mode that Internet of Things server stores to be, the data acquisition
The status information data is transferred to Internet of Things server by terminal by Internet of Things, and the data collection station passes through Internet of Things
It includes such as under type that the status information data, which is transferred to Internet of Things server,：
S1：It is whole herein in connection with the safety of transmission and the rate of transmission, the data collection station in advance by the system sent
Scheduled that message is resolved into several message segments, the data volume for decomposing the single message segment got in this way is 640
Bit to 800 bits, including 64 bits heading and 576 bits to 736
The message body of bit, the message body include the content of the status information data, and the heading is used for manipulating the shape
The transmission of state information data, the 8 bits in heading described here are message identifier, are one for representing the message
Whole message or the message is message segment；
S2：After data collection station obtains the status information data, the data volume of each status information data is just obtained；
S3：The data volume got in S2 is not more than in S1 when the data volume of scheduled single message segment, data acquisition
Terminal sends the status information data towards Internet of Things server straight, and message identifier is set as identifier one；
S4:The data volume got in S2 is more than the data volume of scheduled single message segment in S1, however is less than 1600
When bit, message identifier is set as identifier one, and data collection station stores the entirety of the status information data here
Message, and the message is deposited into scratch pad block；Then status information data described in this resolves into message according to scheduled in S1
The mode of several message segments decomposes the message of the status information data, decomposes the single message segment got in this way
Data volume is up to 800 bits, then sequentially sends these message segments towards Internet of Things server, such end that
The message identifier of message segment is set as identifier two, and the message identifier of other message segments is set as identifier three；
S5：If the data volume got in S2 is greater than 1,600 bits, obtained in data collection station
In advance status information data described in this is executed to decompose before the status information data and obtain several message segments, it is ensured that is each
The data volume of message segment is less than 1,600 bits, and obtained whole message segments are constituted one by subsequent data collection station
Whole message, and the message is deposited into scratch pad block；Then again the message according in S1 it is scheduled message resolved into it is several
The mode of message segment decomposes the message of the status information data, decomposes the data of the single message segment got in this way
Amount is up to 800 bits, these message segments, that message at such end are then sequentially sent towards Internet of Things server
The message identifier of segment is set as identifier two, and the message identifier of other message segments is set as identifier three；
S6：After Internet of Things server obtains message or message segment, the message segment that message identifier is identifier three is being encountered
When, next message segment is persistently obtained, until the identifier read is the message segment of identifier two；
Otherwise for machine box for server, originally, the flexible stick 106 is integrally contained in the rectangular-shape support frame 103, and
The protective cover 1C3 is wound on the rotation roll body 1C1, and the rectangular-shape storage shell 104 is also all contained in the guide rail
In, the isolation ward 1D2 in addition in rectangular-shape storage shell 104 is idle, and two 1E3 of leading screw precessions inwardly allow the guiding
Block 2 105 is broken away from the helical form glass bronze wire 1E8 and is squeezed inwardly to allow the pawl 1E1 to be combined with the ratchet, is kept away with this
Exempt from the turn circle 1E2 turns；
When, the rectangular-shape is first propped up platform 1A1 and is put on machine box for server side, and two 1E3 courts of the leading screw
It produces outside, when two 1E3 of the leading screw is produced outwardly, thrust of the bootstrap block 2 105 in the helical form glass bronze wire 1E8
Lower squeezed outwardly combines to allow the pawl 1E1 to be detached with the ratchet, draws the rotation roll body 1C1 turns with this, then
The stretchable sheet 1C4 is torn outwardly, because of rotation roll body 1C1 energy turns, the stretchable sheet 1C4 can tear described
Protective cover 1C3 is leant out outwardly, after the flexible stick 106 leans out setting stroke, again two 1E3 of leading screw precession handles inwardly
The bootstrap block 2 105 is broken away from the helical form glass bronze wire 1E8 and is squeezed inwardly to allow the pawl 1E1 with the ratchet knot
It closes, the turn circle 1E2 turns is avoided with this, concurrent, via one 1D3 of leading screw, the leading screw described in the first 1D4 turns of turn
The rectangular-shape storage shell 104 can be drawn when one 1D3 turns to lean out outwardly, after the rectangular-shape storage shell 104 is leant out,
One 1D0 of the bootstrap block is moved outwardly allows the isolation ward 1D2 to emerge, then towards adding heavy burden in the isolation ward 1D2
Piece carrys out the barycenter of balanced entirety with this, and the barycenter of entirety is allowed to be collected in 102 position of the horizontal plate, and the length is avoided with this
Cube shape is propped up platform 1A1 and is toppled over since barycenter is mobile；
Machine box for server need not be executed when blocking daylight, first two 1E3 of the leading screw be produced outwardly, two 1E3 of the leading screw
When producing outwardly, the bootstrap block 2 105 is squeezed described to allow outwardly under the thrust of the helical form glass bronze wire 1E8
Pawl 1E1 breaks away from combination with the ratchet, and the rotation roll body 1C1 turns are drawn with this, then come allow the flexible stick 106 receive
It returns, concurrent, 1C2,1C2 is drawn the rotation roll body 1C1 turns to allow the rotation roll body 1C1 handles by described revolve for rotation described in turn
The protective cover 1C3 is packed up, when the flexible stick 106 is all withdrawn, again two 1E3 of leading screw precessions inwardly institute
It states bootstrap block 2 105 and breaks away from the helical form glass bronze wire 1E8 and squeezed inwardly to allow the pawl 1E1 to be combined with the ratchet,
The turn circle 1E2 turns are avoided with this, are taken out after heavy burden piece and leading screw one described in the reverse turns of the first 1D4 of turn described in turn
The rectangular-shape storage shell 104 can be drawn when the reverse turn of 1D3, one 1D3 of the leading screw to be recovered in the guide rail.
The identifier one, identifier two and identifier three use random symbology, and the identifier one, knowledge
It Fu not be two inconsistent with identifier three.
The data volume of single message segment described in the S1 is 800 bits.
The status information data is transferred to by Internet of Things server by Internet of Things in conjunction with the data collection station
Message is resolved into several message segments according to the data collection station is scheduled, decomposes the single report got in this way by mode
The data volume of literary segment is 640 bits to 800 bits, including the heading and 500 of 64 bits
For 76 bits to the message body of 736 bits, the message body includes the interior of the status information data
Hold, the heading is used for manipulating the transmission of the status information data, and the 8 bits in heading described here are message
Identifier has reached data collection station hair for representing message or message that the message is entirety as message segment
It send the status information data that can be sent with message segment, improves the high efficiency of transmission speed and truck；Concurrently
The status information data is deposited into scratch pad block, ensure the complete of the status information data in this way, and acquire in data
Lane terminal reaches structure, then relies on message identifier, so that it may which the globality for determining message prevents message from malfunctioning, makes in this way
The various status information datas can be obtained by obtaining data collection station, improve the ductility of performance.
The method of the monitoring system of machine, includes the following steps：
S1：It is whole herein in connection with the safety of transmission and the rate of transmission, the data collection station in advance by the system sent
Scheduled that message is resolved into several message segments, the data volume for decomposing the single message segment got in this way is 800 ratios
Spy, including the message body of the heading and 736 bits of 64 bits, the message body includes institute
The content of status information data is stated, the heading is used for manipulating the transmission of the status information data, heading described here
In 8 bits be message identifier, for representing message or message that the message is entirety as message segment；
Here, if as soon as message identifier be identifier, identifier one be 83, represent the message of an entirety, that is, identifier one
The message at place is not decomposed；If message identifier is identifier three, identifier three is just C3 or C4, and representative also has
Next message segment；If message identifier is identifier two, identifier two is just 84, represents where message identifier
Message segment is that message segment at end；The heading sequence of 64 bits includes the source port of 16 bits
Number, the free area of the message identifier and 24 bits of the destination slogan of 16 bits, 8 bits, the free area
Numerical value be sky；
S2：After data collection station obtains the status information data, the data volume of each status information data is just obtained；
S3：When no more than 800 bits of the data volume got in S2, data collection station is straight towards Internet of Things server
The status information data is sent, and message identifier is set as identifier one, identifier one is 83；
S4：The data volume got in S2 is more than 800 bits, however when less than 1600 bits, message identifier is set
At identifier one, data collection station stores the whole message of the status information data here, and the message is deposited into temporarily
Counterfoil；Then status information data described in this message is resolved by the mode of several message segments and divided according to scheduled in S1
The message of the status information data is solved, the data volume for decomposing the single message segment got in this way is up to 800 ratios
Spy then sequentially sends these message segments, the message identifier of that message segment at such end towards Internet of Things server
It is set as identifier two, and the message identifier of other message segments is set as identifier three, identifier three is C3, identifier here
Two be 84；
S5：If the data volume got in S2 is greater than 1,600 bits, obtained in data collection station
In advance status information data described in this is executed to decompose before the status information data and obtain several message segments, it is ensured that is each
The data volume of message segment is less than 1,600 bits, and obtained whole message segments are constituted one by subsequent data collection station
Whole message, and the message is deposited into scratch pad block；Then again the message according in S1 it is scheduled message resolved into it is several
The mode of message segment decomposes the message of the status information data, decomposes the data of the single message segment got in this way
Amount is up to 800 bits, these message segments, that message at such end are then sequentially sent towards Internet of Things server
The message identifier of segment is set as identifier two, and the message identifier of other message segments is set as identifier three, knows here
Not Fu three be C4, identifier two be 84；Improve the high efficiency of transmission speed and truck；It is concurrent the status information
Data deposit into scratch pad block, ensure the complete of the status information data in this way, and reach structure in data collection station, connect
It and relies on message identifier, so that it may which the globality for determining message prevents message from malfunctioning, in this way so that data collection station can obtain
The various status information datas are taken, the ductility of performance is improved
S6：After Internet of Things server obtains message or message segment, the message segment that message identifier is identifier three is being encountered
When, next message segment is persistently obtained, until the identifier read is the message segment of identifier two, the knowledge
Not Fu two be 84.
Message body includes the content of the status information data, and the heading is used for manipulating the status information data
Transmission, the 8 bits in heading described here are message identifier, for representing the message that the message is an entirety
Or the message is message segment, having reached the data collection station transmission status information data can be sent out with message segment
It send, improves the high efficiency of transmission speed and truck；Concurrent deposits into scratch pad block the status information data, in this way
Ensure the complete of the status information data, and reach structure in data collection station, then relies on message identifier, so that it may
The globality for determining message, prevents message from malfunctioning, in this way so that data collection station can obtain the various status information numbers
According to improving the ductility of performance.
A kind of monitoring system of machine, data acquisition unit, for acquiring numerical control machine by sensor by data collection station
The status information data of bed, and the status information data is transmitted to Internet of Things server and is stored；
Data analysis and processing unit, the real time data for being analyzed by the Internet of Things server and being responded user terminal transmission are ordered
Request is read, extraction data corresponding with real time data subscription request are sent to the user from the status information data
Terminal is shown.
Correspondence additionally provides a kind of computer readable storage medium, and the computer-readable recording medium storage has computer
Program, wherein when the computer program is executed by processor realize the embodiment of the present invention first aspect provide based on object
The step of method for monitoring numerical control machine of networking.
Wherein, the computer program includes：
Data acquisition unit, the status information data for acquiring numerically-controlled machine tool by sensor by data collection station,
And the status information data is transmitted to Internet of Things server and is stored；
Data analysis and processing unit, the real time data for being analyzed by the Internet of Things server and being responded user terminal transmission are ordered
Request is read, extraction data corresponding with real time data subscription request are sent to the user from the status information data
Terminal is shown.
The status information data of numerically-controlled machine tool is acquired by sensor in data collection station, and by the status information data
It is sent to after Internet of Things server carries out storage processing, is subscribed to according to the real time data that user terminal is sent by Internet of Things server
Corresponding status information data is sent to the user terminal by request to be shown, facilitates different user terminals in time to the state
Information data is checked so that user can understand the status information of numerically-controlled machine tool in time, to according to the state of numerically-controlled machine tool
Information suitably select or handle, and improves the utilization rate of numerically-controlled machine tool, meets the state that people understand numerically-controlled machine tool in real time
The demand of information.
The data collection station includes processing module；
The processing module is scheduled to resolve into several message segments message, decomposes the number of the single message segment got in this way
It is 640 bits to 800 bits according to amount, including the heading and 576 ratios of 64 bits
For spy to the message body of 736 bits, the message body includes the content of the status information data, the message
Head is used for manipulating the transmission of the status information data, and the 8 bits in heading described here are message identifier, are used for
Message or message that the message is entirety are represented as message segment；
The Internet of Things server is arranged in the machine box for server of rectangular-shape, and the machine box for server includes rectangular-shape water
Plain film 102, accordingly be set to 102 both ends of the horizontal plate rectangular-shape longitudinal slice 101 on also have be fixed on the longitudinal slice 101
The rectangular-shape support frame 103 at top can be equipped with to turn rotation roll body 1C1, the rotation roller between a pair of of rectangular-shape support frame 103
Rectangular-shape support frames 103 of transmission one of the body 1C1 mono- and rotation that is connected is 1C2, also are provided in the rectangular-shape support frame 103
Energy turn is arranged turn circle 1E2, the turn circle 1E2 with the rotation roll body 1C1 in turn chamber 1C0, the turn chamber 1C0
It connects firmly, in addition the turn circle 1E2 edge portions are equipped with ratchet, are equipped in the rectangular-shape support frame 103 equipped with turn chamber 1C0 solid
Locking equipment, opening is designed in a pair of of longitudinal slice 101 towards positive raceway groove, all fixed flexible stick 106 in each raceway groove, and one
The front of flexible stick 106 is connected firmly and is wrapped protective cover 1C3, the protective cover 1C3 on stretchable sheet 1C4, the rotation roll body 1C1
Openings are uniform-distribution with, in addition the rear ends the protective cover 1C3 are connected firmly with the stretchable sheet 1C4, are equipped in the horizontal plate 102
Be open the guide rail towards the back side, and mobile in the guide rail that rectangular-shape storage shell 104 is arranged, the rectangular-shape stores shell
The top of 104 liang of edge is equipped with from the motion channel one for just facing back side extension, and one inner movement of the motion channel, which is arranged, draws
One 1D0 of guide block, the rectangular-shape, which stores, is equipped with opening towards positive silk slot one, one inner silk of the silk slot in 104 bottom wall of shell
Then one 1D3 of leading screw, the energy turn of one fronts 1D3 head of the leading screw are set in the positive wall surface of the guide rail, in addition institute
State one fronts 1D3 head of leading screw it is fixed the first 1D4 of turn, 101 lower part of the longitudinal slice connect firmly rectangular-shape and prop up platform
1A1, the lower part that the rectangular-shape props up two opposite vertexes of platform 1A1 are all arranged and are equipped with ball BA1, improve movement with this or move
Facility when dynamic.
The fixed equipment includes being set to the inner other opening of rectangular-shape support frame 103 equipped with turn chamber 1C0 towards the back of the body
The silk slot two in face and lumen therethrough through the silk slot two and turn chamber 1C0, it is mobile in the lumen therethrough to be equipped with bootstrap block
2 105, head wall surface of the bootstrap block 2 105 towards the turn circle 1E2 it is fixed the pawl being combined with the ratchet
1E1, two inner silk of the silk slot then two 1E3 of leading screw are correspondingly provided with from front in the wall surface of the lumen therethrough both ends and rearwardly extend
Two D00 of motion channel, in two D00 of the motion channel movement projection 1E6 is set, the projection 1E6 is the same as the bootstrap block
2 105 connect firmly, in addition also fixed helical form glass bronze wire 1E8, the helical form glass bronze wire in two D00 of the motion channel
1E8 is connected with head wall surfaces of the projection 1E6 towards the turn circle 1E2, and the helical form glass bronze wire 1E8 is used for institute
Bootstrap block 2 105 is stated towards back side extruding to allow the pawl 1E1 to separate the combination with the ratchet.
Two 1E3 edge portions of the leading screw it is fixed two FC0 of turn head, with this be conducive to two 1E3 of the leading screw turn.
The rectangular-shape storage shell 104 is several isolation ward 1D2 the inside barrier via barrier flaps 1D1.
The present invention is described in a manner of description of the drawings above, it will be understood by those of skill in the art that the disclosure
It is not limited to embodiments described above, in the case of without departing from the scope of the present invention, can make a variety of changes, change and replace
It changes.
Claims (8)
1. a kind of method of monitoring system of machine, which is characterized in that data collection station acquires numerically-controlled machine tool by sensor
Status information data, and the status information data is transmitted to Internet of Things server and is stored；
It is described that the status information data is transmitted to the mode that Internet of Things server stores is the data collection station
The status information data is transferred to Internet of Things server by Internet of Things, the data collection station is by Internet of Things by institute
It includes such as under type to state status information data and be transferred to Internet of Things server：
S1：It is whole herein in connection with the safety of transmission and the rate of transmission, the data collection station in advance by the system sent
Scheduled that message is resolved into several message segments, the data volume for decomposing the single message segment got in this way is 640
Bit to 800 bits, including 64 bits heading and 576 bits to 736
The message body of bit, the message body include the content of the status information data, and the heading is used for manipulating the shape
The transmission of state information data, the 8 bits in heading described here are message identifier, are one for representing the message
Whole message or the message is message segment；
S2：After data collection station obtains the status information data, the data volume of each status information data is just obtained；
S3：The data volume got in S2 is not more than in S1 when the data volume of scheduled single message segment, data acquisition
Terminal sends the status information data towards Internet of Things server straight, and message identifier is set as identifier one；
S4:The data volume got in S2 is more than the data volume of scheduled single message segment in S1, however is less than 1600
When bit, message identifier is set as identifier one, and data collection station stores the entirety of the status information data here
Message, and the message is deposited into scratch pad block；Then status information data described in this resolves into message according to scheduled in S1
The mode of several message segments decomposes the message of the status information data, decomposes the single message segment got in this way
Data volume is up to 800 bits, then sequentially sends these message segments towards Internet of Things server, such end that
The message identifier of message segment is set as identifier two, and the message identifier of other message segments is set as identifier three；
S5：If the data volume got in S2 is greater than 1,600 bits, obtained in data collection station
In advance status information data described in this is executed to decompose before the status information data and obtain several message segments, it is ensured that is each
The data volume of message segment is less than 1,600 bits, and obtained whole message segments are constituted one by subsequent data collection station
Whole message, and the message is deposited into scratch pad block；Then again the message according in S1 it is scheduled message resolved into it is several
The mode of message segment decomposes the message of the status information data, decomposes the data of the single message segment got in this way
Amount is up to 800 bits, these message segments, that message at such end are then sequentially sent towards Internet of Things server
The message identifier of segment is set as identifier two, and the message identifier of other message segments is set as identifier three；
S6：After Internet of Things server obtains message or message segment, the message segment that message identifier is identifier three is being encountered
When, next message segment is persistently obtained, until the identifier read is the message segment of identifier two；
For machine box for server, originally, the flexible stick is integrally contained in the rectangular-shape support frame, and the protective cover
It is wound on the rotation roll body, the rectangular-shape storage shell is also all contained in the guide rail, in addition the rectangular-shape
The isolation ward stored in shell is idle, and the precession inwardly of the leading screw two allows the bootstrap block two to break away from the helical form glass bronze wire court
In squeeze the pawl allowed to be combined with the ratchet, the turn circle turn avoided with this；
When, the rectangular-shape is first propped up platform and is put on machine box for server side, and the leading screw two is produced outwardly,
When the leading screw two produces outwardly, the bootstrap block two is squeezed to allow under the thrust of the helical form glass bronze wire outwardly
The pawl is detached with the ratchet and is combined, and is drawn the rotation roll body turn with this, then the stretchable sheet is torn outwardly, institute
It states stretchable sheet and can tear the protective cover and lean out outwardly, after the flexible stick leans out setting stroke, again the leading screw two
The bootstrap block two is broken away from the helical form glass bronze wire and squeezed inwardly by precession inwardly allows the pawl with the ratchet knot
Close, the turn circle turn avoided with this, it is concurrent, via leading screw one described in the first turn of turn, one turn of the leading screw it
Border can draw the rectangular-shape storage shell and lean out outwardly, after the rectangular-shape storage shell is leant out, one court of the bootstrap block
Outer movement allows the isolation ward to emerge, then towards adding heavy burden piece in the isolation ward；
Machine box for server need not be executed when blocking daylight, first the leading screw two be produced outwardly, the leading screw two turns outwardly
When going out, the bootstrap block two is squeezed to allow the pawl with the spine under the thrust of the helical form glass bronze wire outwardly
Wheel breaks away from combinations, and the rotation roll body turn is drawn with this, then allows flexible stick withdrawal, concurrently, handle is revolved described in turn,
The rotation allows the rotation roll body that the protective cover is packed up the rotation roll body turn is drawn, and is all withdrawn in the flexible stick
When, it the bootstrap block two is broken away from the helical form glass bronze wire by the precession inwardly of the leading screw two again squeezes inwardly and allow
The pawl is combined with the ratchet, and the turn circle turn is avoided with this, takes out after heavy burden piece and turn described in turn is first
Leading screw one described in reverse turn can draw the rectangular-shape storage shell and be recovered to described lead when one reverse turn of the leading screw
In rail.
2. the method for monitoring system of machine according to claim 1, which is characterized in that the identifier one, identifier two
Random symbology is used with identifier three, and the identifier one, identifier two and identifier three are inconsistent.
3. the method for monitoring system of machine according to claim 1, which is characterized in that the single report described in the S1
The data volume of literary segment is 800 bits.
4. the method for monitoring system of machine according to claim 1, which is characterized in that include the following steps：
S1：It is whole herein in connection with the safety of transmission and the rate of transmission, the data collection station in advance by the system sent
Scheduled that message is resolved into several message segments, the data volume for decomposing the single message segment got in this way is 800 ratios
Spy, including the message body of the heading and 736 bits of 64 bits, the message body includes institute
The content of status information data is stated, the heading is used for manipulating the transmission of the status information data, heading described here
In 8 bits be message identifier, for representing message or message that the message is entirety as message segment；
Here, if as soon as message identifier be identifier, identifier one be 83, represent the message of an entirety, that is, identifier one
The message at place is not decomposed；If message identifier is identifier three, identifier three is just C3 or C4, and representative also has
Next message segment；If message identifier is identifier two, identifier two is just 84, represents where message identifier
Message segment is that message segment at end；The heading sequence of 64 bits includes the source port of 16 bits
Number, the free area of the message identifier and 24 bits of the destination slogan of 16 bits, 8 bits, the free area
Numerical value be sky；
S2：After data collection station obtains the status information data, the data volume of each status information data is just obtained；
S3：When no more than 800 bits of the data volume got in S2, data collection station is straight towards Internet of Things server
The status information data is sent, and message identifier is set as identifier one, identifier one is 83；
S4：The data volume got in S2 is more than 800 bits, however when less than 1600 bits, message identifier is set
At identifier one, data collection station stores the whole message of the status information data here, and the message is deposited into temporarily
Counterfoil；Then status information data described in this message is resolved by the mode of several message segments and divided according to scheduled in S1
The message of the status information data is solved, the data volume for decomposing the single message segment got in this way is up to 800 ratios
Spy then sequentially sends these message segments, the message identifier of that message segment at such end towards Internet of Things server
It is set as identifier two, and the message identifier of other message segments is set as identifier three, identifier three is C3, identifier here
Two be 84；
S5：If the data volume got in S2 is greater than 1,600 bits, obtained in data collection station
In advance status information data described in this is executed to decompose before the status information data and obtain several message segments, it is ensured that is each
The data volume of message segment is less than 1,600 bits, and obtained whole message segments are constituted one by subsequent data collection station
Whole message, and the message is deposited into scratch pad block；Then again the message according in S1 it is scheduled message resolved into it is several
The mode of message segment decomposes the message of the status information data, decomposes the data of the single message segment got in this way
Amount is up to 800 bits, these message segments, that message at such end are then sequentially sent towards Internet of Things server
The message identifier of segment is set as identifier two, and the message identifier of other message segments is set as identifier three, knows here
Not Fu three be C4, identifier two be 84；
S6：After Internet of Things server obtains message or message segment, the message segment that message identifier is identifier three is being encountered
When, next message segment is persistently obtained, until the identifier read is the message segment of identifier two, the knowledge
Not Fu two be 84.
5. monitoring system of machine according to claim 1, which is characterized in that including：The data collection station includes
Processing module；
The processing module is scheduled to resolve into several message segments message, decomposes the number of the single message segment got in this way
It is 640 bits to 800 bits according to amount, including the heading and 576 ratios of 64 bits
For spy to the message body of 736 bits, the message body includes the content of the status information data, the message
Head is used for manipulating the transmission of the status information data, and the 8 bits in heading described here are message identifier, are used for
Message or message that the message is entirety are represented as message segment；
The Internet of Things server is arranged in the machine box for server of rectangular-shape, and the machine box for server includes rectangular-shape water
Plain film is accordingly set to the cuboid for also having on the rectangular-shape longitudinal slice at the horizontal plate both ends and being fixed at the top of the longitudinal slice
Shape support frame can be equipped with to turn rotation roll body, the transmission one of rotation roll body one cuboid between a pair of of rectangular-shape support frame
Shape support frame and the rotation handle that is connected, also are provided with turn chamber in the rectangular-shape support frame, in the turn chamber can turn setting
Turn circle, the turn circle is connected firmly with the rotation roll body, and in addition the turn circle edge portion is equipped with ratchet, is equipped with turn chamber
It is equipped with fixed equipment in rectangular-shape support frame, opening is designed in a pair of of longitudinal slice towards positive raceway groove, in each raceway groove
All fixed flexible stick, the front of a pair of of flexible stick connect firmly stretchable sheet, protective cover, the protection are wrapped on the rotation roll body
Cover is uniform-distribution with openings, and in addition the protective cover rear end is connected firmly with the stretchable sheet, and opening face is equipped in the horizontal plate
Guide rail rearwardly, it is mobile in the guide rail that rectangular-shape storage shell, the top of rectangular-shape storage two edge of shell are set
Portion is equipped with from the motion channel one for just facing back side extension, and bootstrap block one, the length is arranged in one inner movement of the motion channel
Cube shape, which stores, is equipped with opening towards positive silk slot one in shell bottom wall, one inner silk of the silk slot then leading screw one, the leading screw
One positive head can turn be set in the positive wall surface of the guide rail, in addition the leading screw one positive head it is fixed turn
First, the longitudinal slice lower part connects firmly rectangular-shape and props up platform, and the rectangular-shape props up the lower part of two opposite vertexes of platform all
It is arranged and is equipped with ball.
6. monitoring system of machine according to claim 5, which is characterized in that the fixed equipment includes being set to be equipped with turn
In addition be open the silk slot two towards the back side and passing through through the silk slot two and the turn chamber in the rectangular-shape support frame of chamber
Cavity, mobile in the lumen therethrough be equipped with bootstrap block two, head wall surface of the bootstrap block two towards the turn circle is fixed
With the pawl that the ratchet is combined, the two inner silk of silk slot then leading screw two are correspondingly provided in the wall surface of the lumen therethrough both ends
Projection is arranged in the motion channel two rearwardly extended from front, two inner movement of the motion channel, and the projection is drawn with described
Guide block two connects firmly, in addition also fixed helical form glass bronze wire, the same institute of helical form glass bronze wire in the motion channel two
It states head wall surface of the projection towards the turn circle to be connected, the helical form glass bronze wire is used for the bootstrap block two towards the back side
It squeezes to allow the pawl to separate the combination with the ratchet.
7. monitoring system of machine according to claim 6, which is characterized in that two edge portion of the leading screw it is fixed turn head
Two.
8. monitoring system of machine according to claim 7, which is characterized in that the rectangular-shape stores shell via barrier flaps
It is several isolation wards the inside barrier.
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Application publication date: 20180904 |