CN102313506A - Method for detecting physical position of equipment, cabinet and equipment - Google Patents
Method for detecting physical position of equipment, cabinet and equipment Download PDFInfo
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- CN102313506A CN102313506A CN2010102292010A CN201010229201A CN102313506A CN 102313506 A CN102313506 A CN 102313506A CN 2010102292010 A CN2010102292010 A CN 2010102292010A CN 201010229201 A CN201010229201 A CN 201010229201A CN 102313506 A CN102313506 A CN 102313506A
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Abstract
The invention discloses a method for detecting a physical position of equipment, a cabinet and the equipment. The method is applied to the cabinet. The cabinet is provided with at least one mounting position, and each mounting position is provided with a corresponding position identifier. The method comprises the following steps of: acquiring a first position identifier corresponding to a first mounting position when the equipment is mounted at the first mounting position of the at least one mounting position of the cabinet; and determining the first mounting position of the equipment in the cabinet according to the first position identifier. By the method, the physical position of the equipment in the cabinet can be automatically identified.
Description
Technical field
The present invention relates to group of planes monitoring of tools field, relate in particular to a kind of method, rack and equipment of checkout equipment physical location.
Background technology
In the perhaps large-scale computer cluster of data center, equipment such as a large amount of servers, switch, storer are arranged; Especially number of servers all is hundreds of platform even thousands of s' a scale.These equipment are monitored extremely important, normally these equipment are placed in one or more racks, by a complete machine management system unified monitoring.
In the process that realizes embodiment of the invention technical scheme, the inventor finds to exist at least in the above-mentioned prior art following problem:
Do not having under the artificial situation of participating in, supervisory system can't belong to the concrete physical location in the rack by automatic identification equipment, and information such as the type of incorporating mill cabinet, IP address are mapped; Particularly when certain equipment breaks down, can not in monitoring interface, locate the physical location of this equipment in rack fast.
Summary of the invention
The technical matters that the present invention will solve provides a kind of method, rack and equipment of checkout equipment physical location, can the physical location of automatic identification equipment in rack.
In order to address the above problem; The invention provides a kind of method of checkout equipment physical location, said method is applied in the rack, and said rack has at least one installation site; Each said at least one installation site has the station location marker of a correspondence, and said method comprises:
When equipment is installed on first installation site of said at least one installation site of rack, obtain and the said first installation site corresponding first location sign;
Confirm said first installation site of said equipment in said rack according to said primary importance sign.
Further, also comprise in the step of said acquisition and the said first installation site corresponding first location sign:
Obtain the facility information of said equipment; When said equipment is when comprising the cabinet of a plurality of subsets, also obtain facility information, and the position of each subset in this cabinet of each subset in this cabinet.
Further, said station location marker is a voltage;
Each said at least one installation site has a corresponding station location marker and is meant:
A voltage is provided; With resistance this voltage is divided into a plurality of grades, the voltage of each grade is respectively corresponding to an installation site; The voltage output point is set respectively on each installation site in the rack, and the grade of the voltage that each voltage output point is exported is corresponding to this installation site, voltage output point place;
The step of said acquisition and the said first installation site corresponding first location sign comprises:
Find the voltage output point on said first installation site;
Measure the voltage of the voltage output point that is found.
Further, said station location marker is the information that magnetic stripe is preserved;
Each said at least one installation site has a corresponding station location marker and is meant:
Magnetic stripe is installed respectively on each installation site in the rack, in each magnetic stripe, is preserved the information that is used to indicate this installation site, magnetic stripe place respectively;
The step of said acquisition and the said first installation site corresponding first location sign comprises:
Find the magnetic stripe of installing on said first installation site;
Read the information of the magnetic stripe preservation of being found through the magnetic stripe induction installation.
The present invention also provides a kind of rack, comprises that complete machine management system and at least one are used for the installation site of place apparatus, also comprise:
Identification module is used to the station location marker that provides corresponding respectively with each installation site;
Said complete machine management system is used for when equipment is installed on first installation site of rack, obtains and this first installation site corresponding first location sign, and confirms said first installation site of this equipment in said rack according to this primary importance sign.
Further, said identification module comprises:
Voltage generating module is used to provide a voltage;
A plurality of resistance, after the series connection, an end links to each other with said voltage generating module successively, and the other end links to each other with ground or electronegative potential;
A plurality of voltage output ends from drawing between the said resistance are positioned over installation sites different in the rack;
What said complete machine management system was obtained is meant with the said first installation site corresponding first location sign: the voltage of the voltage output point on said first installation site.
Further, said identification module comprises:
Be placed on a plurality of magnetic stripes on the different installation sites in the rack respectively, preserve the information that is used to indicate installation site, this magnetic stripe place on each magnetic stripe;
What said complete machine management system was obtained is meant with the said first installation site corresponding first location sign: the information that the magnetic stripe of installing on said first installation site is preserved.
The present invention also provides a kind of equipment, comprising:
Network adapter;
Detection module is used for when this equipment is installed on first installation site of rack, obtains and this first installation site corresponding first location sign;
Administration module is used for sending said primary importance sign through said network adapter.
Further, said administration module also is used for when the said primary importance of transmission identifies, also sending the facility information of this equipment; If this equipment is the cabinet that comprises a plurality of subsets, also send facility information, and the position of each subset in cabinet of each subset when then sending said primary importance sign.
Further, said detection module obtains to be meant with this first installation site corresponding first location sign: said detection module is measured the voltage of the voltage output point on said first installation site.
Further, said detection module obtains to be meant with this first installation site corresponding first location sign: said detection module detects the information of preserving in the magnetic stripe on said first installation site that reads.
One embodiment of the present of invention comprise following advantage at least: the physical location of equipment such as server in rack can be discerned automatically; When equipment changes the position in rack, need not manual work reset its physical location; Another embodiment of the present invention comprises following advantage at least: can conveniently manage and localization of fault, not need manual work to carry out the matching relationship correspondence of equipment such as server.
Description of drawings
Fig. 1 is the synoptic diagram of a kind of embodiment of embodiment one;
Fig. 2 is the synoptic diagram of the another kind of embodiment of embodiment one;
Fig. 3 is the schematic block diagram of equipment among the embodiment three.
Embodiment
To combine accompanying drawing and embodiment that technical scheme of the present invention is explained in more detail below.
Embodiment one, and a kind of method of checkout equipment physical location, said method are applied in the rack, and said rack has at least one installation site, and each said at least one installation site has the station location marker of a correspondence, and said method comprises:
When equipment is installed on first installation site of said at least one installation site of rack, obtain and the said first installation site corresponding first location sign;
Confirm said first installation site of said equipment in said rack according to said primary importance sign.
General in the least unit height (such as 1U) of rack, an equipment only is installed; In the present embodiment,,, just can learn the installation site that this equipment belongs in rack through detecting this corresponding station location marker in installation site, equipment place as long as each equipment is installed in the rack.
In the present embodiment, said equipment can be a separate equipment, also can be the cabinet that comprises a plurality of subsets; Such as being a cabinet that comprises two separate servers; These two separate servers are placed in the cabinet, a shared power supply, the equipment of an integral body of formation.
In the present embodiment, can also comprise in the step of said acquisition and the said first installation site corresponding first location sign:
Obtain the facility information of said equipment;
So; The installation site of said equipment and the facility information of this equipment have been obtained; Thereby can realize the automatic correspondence between equipment installation site and the facility information, this facility information can comprise following any or its combination in any: device name, model, production firm, IP address, MAC Address, highly (such as taking several U), outward appearance picture, other parameter etc.; Afterwards, if inquire for an equipment, or a certain device fails, according to the facility information of this equipment, just can know the installation site of this equipment in rack, can realize location automatically; If the interface of monitoring rack and equipment is arranged, when then showing the facility information of each equipment, can also together show its physical location in rack.
In the present embodiment, can also comprise after the said step according to definite said first installation site of said equipment in said rack of said primary importance sign:
When equipment breaks down, produce an indication information according to first installation site of determined this equipment in said rack, said indication information is used for indicating the devices'physical locations that produces fault to the user.
In the present embodiment, obtaining the primary importance sign can be to be obtained by equipment, sends to the outer supervising device of rack or rack then, or is read in equipment by rack or the outer supervising device of rack; It can also be the outer supervising device active probe when the equipment of perceiving is packed rack into of rack or rack.
Can be to preserve the corresponding relation between each station location marker and the installation site in advance, according to the primary importance sign that equipment obtained, confirm first installation site of said equipment in said rack then by rack or the outer supervising device of rack; It also can be the corresponding relation between each station location marker and the installation site of in each equipment, prestoring; After equipment obtains the primary importance sign; Directly confirm first installation site of this equipment in rack; Then this first installation site is notified to rack or the outer supervising device of rack, the mode of notice can be initiatively to send, and also can be to wait for that rack/supervising device reads.
If with a supervising device (such as the monitor supervision platform of machine room or data center) a plurality of racks are monitored, then this supervising device will confirm also which rack this equipment comes from when obtaining primary importance sign/installation site; Can be first installation site (directly obtain, perhaps confirm) that obtains equipment earlier by rack, with the sign (can be position, numbering etc.) that goes up this rack, send to supervising device together then according to the primary importance sign; It also can be the sign of in set primary importance sign, directly just carrying rack; If equipment itself is confirmed first installation site; Then the sign with rack is carried in first installation site; If supervising device identifies to confirm first installation site according to primary importance, then also can confirm that this primary importance sign comes from the equipment in which rack according to the sign of the rack that wherein carries; If supervising device initiatively reads the primary importance sign or first installation site, can know when reading then and read that this moment, supervising device also can add the sign of rack voluntarily in the data that read from which rack.
When a plurality of installation site of hold facility, can set acquisition the highest/station location marker on minimum (or a left side/the rightest) installation site, also can set the station location marker that obtains on all installation sites.
In the present embodiment, said equipment is if comprise the cabinet of a plurality of subsets, and when cabinet was installed on the rack, detected was the installation site of said cabinet;
Can also comprise in the step of said acquisition and said first installation site corresponding first location sign: the facility information, and the position of each subset in this cabinet that obtain each subset in this cabinet.
So; (situation of a plurality of installation sites is when equipment such as a plurality of servers need be installed in one or more installation sites simultaneously; A plurality of equipment are placed in a plurality of installation sites jointly, and a plurality of equipment are all arranged in each installation site, and each equipment is also all crossed over a plurality of installation sites) time; Can these equipment be placed in the cabinet, as the subset of this cabinet; When obtaining the installation site, cabinet is made as a whole equipment, preserve the position of subset in cabinet by cabinet or each subset itself; For each subset, its physical location is confirmed with the position of this subset in cabinet by the installation site of cabinet jointly; The installation site of cabinet can certainly only be provided; Can only obtain the rough position of subset this moment; Can not provide cabinet this moment, but a plurality of equipment obtains a station location marker (when being placed in a plurality of installation sites jointly, also can be that the equipment that has obtains different station location markers).
Except above-mentioned embodiment, redundant station location marker can be set in rack also; A plurality of interfaces that can obtain station location marker just are provided on an installation site; Like this, a plurality of equipment that are installed in an installation site just can pass through distinct interface acquisition station location marker respectively; Can also interface identifier be set respectively to different interfaces, this interface identifier is used for indicating the distinct interface of same installation site; Like this, behind the installation site through station location marker acquisition equipment place, the interface that can further learn equipment and connected through interface identifier, thus confirm the accurate position of equipment.
In a kind of embodiment of present embodiment, adopt the mode of directly contact to obtain the primary importance sign; Station location marker provides the signal that can supply measure, such as voltage, pulse etc.; Or the chip of the station location marker that preservation can supply read is provided, storage card etc.; It can also be the machine assembly that position or other states can change, link to each other with rack when equipment is put into rack; Such as a convexity or slide block, when equipment was put into rack, said convexity was depressed; Or said slide position changes; At this moment, rack can be to be installed to which installation site through these change equipment of perceiving, thereby obtains station location marker.
A kind of concrete example is as shown in Figure 1, and said station location marker is a voltage.
Each said at least one installation site has a corresponding station location marker and is meant:
A voltage VCC is provided; Can be a stabilized voltage supply to be set this voltage is provided in rack, also can be the external power supply of rack;
With resistance this voltage is divided into a plurality of grades, the voltage of each grade is respectively corresponding to an installation site; The voltage output point is set respectively on each installation site in the rack, and the grade of the voltage that each voltage output point is exported is corresponding to this installation site, voltage output point place; A plurality of resistance of series connection between power supply and ground (or electronegative potential) just, as a voltage output point, the different voltages with different output point is arranged on the different installation sites with the contact between each adjacent resistor (or other end of the line of quoting from this contact);
The step of said acquisition and the said first installation site corresponding first location sign specifically can comprise:
Find the voltage output point on said first installation site;
Measure the voltage of the voltage output point that is found.
After being provided with the voltage output point, just can obtain the corresponding relation of voltage and installation site, when obtaining voltage, just can confirm the installation site according to this corresponding relation.
Can be that a unit height (such as 1U) is set, what unit height the height of rack can be divided into, and just what installation sites rack is divided into; Also what grades voltage being divided into, is example with the rack of 42U, and the resistance with 41 or 42 series connection is divided into 42 grades with said voltage exactly; Contact between per two adjacent resistors is drawn a voltage end from circuit respectively; In rack constituent parts height from high to low, a voltage output end is installed respectively, during installation according to voltage from high to low the order of (or from low to high) install successively, such as having 42 step voltages; Be the 1st～42 grade from low to high respectively; The height of the installation site of rack is respectively from 1U～42U, and the voltage output point of each step voltage is placed on respectively on the installation site of rack respective heights, is 1 voltage output point for placement grade on the installation site of 1U highly; Highly for placement grade on the installation site of 2U is 2 voltage output point, by that analogy.
More than be according to the implementation of highly dividing the installation site, the implementation when dividing according to alternate manner can be analogized.
In this example; When confirming first installation site of said equipment in said rack according to the said primary importance sign that obtains; Confirm the height of equipment in rack according to the voltage that measures; Can be to confirm, also can be conversion relation according to each step voltage and pairing height according to the voltage and the direct corresponding relation of height, definite through calculating.
During practical application, also be not limited to utilize resistance to obtain the voltage of a plurality of grades,, also can adopt the direct power supply that can export the different big small voltages of multichannel such as the bleeder circuit that can adopt other form.
In the another kind of embodiment of present embodiment, adopt the mode of non-direct contact to obtain the primary importance sign; Station location marker is provided by the radio-frequency card that can supply sense, magnetic stripe, location sensitive switch etc.
A concrete example is as shown in Figure 2, and said primary importance is designated the information that magnetic stripe 1 is preserved.
Each said at least one installation site has a corresponding station location marker and is meant:
Magnetic stripe 1 is installed respectively on each installation site in the rack, in each magnetic stripe 1, is preserved the information that is used to indicate this installation site, magnetic stripe 1 place respectively;
The step of said acquisition and the said first installation site corresponding first location sign comprises:
Find the magnetic stripe of installing on said first installation site 1;
Read the information of magnetic stripe 1 preservation of being found through the magnetic stripe induction installation.
The information of passing through to be read just can be learnt said first installation site.
The information of preserving in the magnetic stripe also can be the unique identification of this magnetic stripe; After installing magnetic stripe, just can obtain the unique identification of each magnetic stripe and the corresponding relation of installation site, after the information that has read the magnetic stripe preservation, just can confirm the installation site according to this corresponding relation.
In the implementation of highly dividing the installation site, on each magnetic stripe 1, preserve the information that is used for indicated altitude, the information that different magnetic stripes 1 are preserved is indicated different height respectively; Can be that a unit height (such as 1U) is set, what unit height the height of rack can be divided into, and just uses what magnetic stripes 1, is example with the rack of 42U, just is to use 42 magnetic stripes 1; Other dividing mode can be analogized.
In this embodiment, when confirming first installation site of said equipment in said rack, represent that according to being used for of reading from magnetic stripe 1 information of installation site confirms the installation site of equipment at rack according to the said primary importance sign that obtains.Magnetic stripe 1 is preserved is used to represent that the information of installation site can be installation site itself, also can be and installation site information one to one; Such as in according to the implementation of highly dividing the installation site, saidly be used to represent that the information of installation site can directly be height value, also can be and highly corresponding out of Memory, representing 1U such as A, B representes 2U etc.
Other scheme that adopts the mode of non-direct contact to obtain the primary importance sign can be analogized.
Embodiment two, and a kind of rack comprises that complete machine management system and at least one are used for the installation site of place apparatus, also comprise:
Identification module is used to the station location marker that provides corresponding respectively with each installation site;
Said complete machine management system is used for when equipment is installed on first installation site of rack, obtains this first installation site corresponding first location sign, and confirms said first installation site of this equipment in said rack according to this primary importance sign.
In the present embodiment; Said complete machine management system can be the primary importance sign of obtaining through receiving equipment; Obtain the first installation site corresponding first location sign; Also can be to read its primary importance of obtaining sign in the direct slave unit, can also be that the said equipment of control goes to obtain the primary importance sign.
When practical application, also can be directly to confirm first installation site of this equipment in rack according to the primary importance sign by equipment, rack directly obtains this first installation site.
In the present embodiment; Said complete machine management system can be preserved the corresponding relation between the facility information of installation site and this equipment of said equipment; When inquiring for an equipment, or a certain device fails, said complete machine management system is according to the facility information of this equipment; Just can know the installation site of this equipment in rack, can realize location automatically; The facility information that said complete machine management system can provide a monitoring interface to show each equipment, and show its physical location in rack.
In a kind of embodiment of present embodiment, said identification module specifically can comprise:
Voltage generating module is used to provide a voltage;
A plurality of resistance, after the series connection, an end links to each other with said voltage generating module successively, and the other end links to each other with ground or electronegative potential;
A plurality of voltage output ends from drawing between the said resistance are positioned over installation sites different in the rack;
What said complete machine management system was obtained is meant with the said first installation site corresponding first location sign: the voltage of the voltage output point on said first installation site.
In the another kind of embodiment of present embodiment, said identification module comprises:
Be placed on a plurality of magnetic stripes on the installation sites different in the rack respectively, preserve the information that is used to indicate installation site, this magnetic stripe place on each magnetic stripe;
What said complete machine management system was obtained is meant with the said first installation site corresponding first location sign: the information that the magnetic stripe of installing on said first installation site is preserved.
Other realizes that details can be with embodiment one.
Embodiment three, and a kind of equipment is as shown in Figure 3, comprising:
Network adapter;
Detection module is used for when this equipment is installed on first installation site of rack, obtains and this first installation site corresponding first location sign;
Administration module is used for sending said primary importance sign through said network adapter.
Said rack comprises at least one installation site, and the station location marker corresponding with this installation site is provided respectively on each installation site; Said rack can but be not limited to the rack among the embodiment two.
Administration module can send to said rack or other supervising device with said primary importance sign.
In the present embodiment, said administration module can be a BMC managing chip independently in the equipment, also can be combination such as BIOS and BMC, the perhaps management software of system management part; The network adapter of this administration module and this equipment is connected, and can read the facility information of this equipment, such as MAC Address, IP address etc. in network.There are some facility informations then can write in advance in this administration module, like the height of the model of this equipment, type, take several U, outward appearance picture etc.
In the present embodiment, said equipment can be a separate equipment, also can be the cabinet that comprises a plurality of subsets; Such as being a cabinet that comprises two separate servers; These two separate servers are placed in the cabinet, a shared power supply, the equipment of an integral body of formation.
In the present embodiment, said administration module can also be used for when the said primary importance of transmission identifies, also sending the facility information of this equipment; If this equipment is the cabinet that comprises a plurality of subsets, also send facility information, and the position of each subset in cabinet of each subset when then sending said primary importance sign.
What equipment sent in the present embodiment is the primary importance sign, and in the practical application, said equipment also can directly send said first installation site, and this moment, said equipment can also comprise:
Memory module is used to preserve the corresponding relation between station location marker and the installation site;
Locating module is used for confirming first installation site that this equipment belongs to according to said primary importance sign.
In a kind of embodiment of present embodiment, said station location marker can be the voltage of a plurality of grades, and the voltage of each grade is respectively corresponding to an installation site;
Said detection module obtains can be meant with this first installation site corresponding first location sign:
Said detection module is measured the voltage of the voltage output point on said first installation site.
In the another kind of embodiment of present embodiment, said station location marker can be indicated the information of the installation site at this magnetic stripe place for magnetic stripe being used to of preserving;
Said detection module obtains can be meant with this first installation site corresponding first location sign:
Said detection module detects the information of preserving in the magnetic stripe on said first installation site that reads.
Other realizes that details can the same two embodiment.
Those of ordinary skills can understand in the method that realizes the foregoing description all or part of step and can instruct related hardware to accomplish through program; Said program can be stored in the read/write memory medium of a computing machine; This program is when carrying out; Comprise the steps: (corresponding method step), said read/write memory medium comprises ROM/RAM, CD, magnetic disc etc.
Certainly; The present invention also can have other various embodiments; Under the situation that does not deviate from spirit of the present invention and essence thereof; Those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of claim of the present invention.
Claims (11)
1. the method for a checkout equipment physical location is characterized in that, said method is applied in the rack, and said rack has at least one installation site, and each said at least one installation site has the station location marker of a correspondence, and said method comprises:
When equipment is installed on first installation site of said at least one installation site of rack, obtain and the said first installation site corresponding first location sign;
Confirm said first installation site of said equipment in said rack according to said primary importance sign.
2. the method for claim 1 is characterized in that, also comprises in the step of said acquisition and the said first installation site corresponding first location sign:
Obtain the facility information of said equipment; When said equipment is when comprising the cabinet of a plurality of subsets, also obtain facility information, and the position of each subset in this cabinet of each subset in this cabinet.
3. according to claim 1 or claim 2 method is characterized in that:
Said station location marker is a voltage;
Each said at least one installation site has a corresponding station location marker and is meant:
A voltage is provided; With resistance this voltage is divided into a plurality of grades, the voltage of each grade is respectively corresponding to an installation site; The voltage output point is set respectively on each installation site in the rack, and the grade of the voltage that each voltage output point is exported is corresponding to this installation site, voltage output point place;
The step of said acquisition and the said first installation site corresponding first location sign comprises:
Find the voltage output point on said first installation site;
Measure the voltage of the voltage output point that is found.
4. according to claim 1 or claim 2 method is characterized in that:
Said station location marker is the information that magnetic stripe is preserved;
Each said at least one installation site has a corresponding station location marker and is meant:
Magnetic stripe is installed respectively on each installation site in the rack, in each magnetic stripe, is preserved the information that is used to indicate this installation site, magnetic stripe place respectively;
The step of said acquisition and the said first installation site corresponding first location sign comprises:
Find the magnetic stripe of installing on said first installation site;
Read the information of the magnetic stripe preservation of being found through the magnetic stripe induction installation.
5. a rack comprises that complete machine management system and at least one are used for the installation site of place apparatus, it is characterized in that, also comprises:
Identification module is used to the station location marker that provides corresponding respectively with each installation site;
Said complete machine management system is used for when equipment is installed on first installation site of rack, obtains and this first installation site corresponding first location sign, and confirms said first installation site of this equipment in said rack according to this primary importance sign.
6. rack as claimed in claim 5 is characterized in that, said identification module comprises:
Voltage generating module is used to provide a voltage;
A plurality of resistance, after the series connection, an end links to each other with said voltage generating module successively, and the other end links to each other with ground or electronegative potential;
A plurality of voltage output ends from drawing between the said resistance are positioned over installation sites different in the rack;
What said complete machine management system was obtained is meant with the said first installation site corresponding first location sign: the voltage of the voltage output point on said first installation site.
7. rack as claimed in claim 5 is characterized in that, said identification module comprises:
Be placed on a plurality of magnetic stripes on the different installation sites in the rack respectively, preserve the information that is used to indicate installation site, this magnetic stripe place on each magnetic stripe;
What said complete machine management system was obtained is meant with the said first installation site corresponding first location sign: the information that the magnetic stripe of installing on said first installation site is preserved.
8. an equipment is characterized in that, comprising:
Network adapter;
Detection module is used for when this equipment is installed on first installation site of rack, obtains and this first installation site corresponding first location sign;
Administration module is used for sending said primary importance sign through said network adapter.
9. equipment as claimed in claim 8 is characterized in that:
Said administration module also is used for when the said primary importance of transmission identifies, also sending the facility information of this equipment; If this equipment is the cabinet that comprises a plurality of subsets, also send facility information, and the position of each subset in cabinet of each subset when then sending said primary importance sign.
10. like claim 8 or 9 described equipment, it is characterized in that said detection module obtains to be meant with this first installation site corresponding first location sign:
Said detection module is measured the voltage of the voltage output point on said first installation site.
11., it is characterized in that said detection module obtains to be meant with this first installation site corresponding first location sign like claim 8 or 9 described equipment:
Said detection module detects the information of preserving in the magnetic stripe on said first installation site that reads.
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| CN 201010229201 CN102313506B (en) | 2010-07-09 | 2010-07-09 | Method for detecting physical position of equipment, cabinet and equipment |
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| CN 201010229201 CN102313506B (en) | 2010-07-09 | 2010-07-09 | Method for detecting physical position of equipment, cabinet and equipment |
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| CN113723579A (en) * | 2021-08-26 | 2021-11-30 | 广州赛意信息科技股份有限公司 | Asset dynamic identification edge terminal based on identification and position |
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