CN102185746A - Automatic layout method and system for indoor equipment - Google Patents
Automatic layout method and system for indoor equipment Download PDFInfo
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- CN102185746A CN102185746A CN2011101066996A CN201110106699A CN102185746A CN 102185746 A CN102185746 A CN 102185746A CN 2011101066996 A CN2011101066996 A CN 2011101066996A CN 201110106699 A CN201110106699 A CN 201110106699A CN 102185746 A CN102185746 A CN 102185746A
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Abstract
The invention discloses an automatic layout method for indoor equipment. The method comprises the following steps of: performing signal ranging on the newly added equipment and preset reference nodes respectively to obtain different received signal strength indicator (RSSI) values, and transmitting the RSSI values; and receiving the RSSI values through a centralized controller, analyzing the distance between the newly added equipment and the reference nodes respectively, and displaying the corresponding icons of the newly added equipment at corresponding positions of an indoor simulation layout, wherein the newly added equipment become new reference nodes. The invention also discloses an automatic layout system for the indoor equipment. The method and the system are applied to automatic layout of the newly added indoor equipment, so that the corresponding icons of the equipment are displayed at the corresponding positions of the indoor simulation layout, and the layout interface is updated timely; and the indoor simulation layout interface is intuitive, various pieces of equipment are clear, and the method and the system are favorable for users to intuitively control and search indoor equipment and suitable for the places of smart houses, intelligent offices or factories and the like.
Description
Technical field
The present invention relates to the layout of equipment, particularly a kind of method and system of indoor equipment autoplacement.
Background technology
The electronic product that diverse location is placed in the places such as family, office, factory is controlled or monitored to intelligent control software on the current computer mainly by accessing menu, various device does not have the position relation of display simulation, directly perceived inadequately, thus position that can not judgment device can not be controlled or monitor well.Therefore, how to realize indoor equipment autoplacement on analog board figure, promptly the respective icon of the equipment of each in internal home network shows the relevant position in analog board figure automatically, and being convenient to control or monitor is the technical problem that needs to be resolved hurrily in the industry.
Summary of the invention
Main purpose of the present invention provides a kind of method and system of indoor equipment autoplacement, be intended to realize indoor equipment autoplacement on analog board figure, the relevant position of the respective icon of each equipment in the internal home network in analog board figure shows automatically, so that control or monitoring.
The present invention proposes a kind of method of indoor equipment autoplacement, and it may further comprise the steps:
New oil (gas) filling device carries out the signal range finding with default with reference to node respectively, draws different RSSI values and outer sending out;
Centralized Controller receives described RSSI value, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure, described new oil (gas) filling device also becomes new reference node.
Preferably, described new oil (gas) filling device carries out the signal range finding with default with reference to node respectively, draws different RSSI values and the outer step of sending out also comprises before:
Described new oil (gas) filling device is outer from body information, and described Centralized Controller receives the self information of described new oil (gas) filling device, discerns or sorts out, and be complementary with default appliance icon.
Preferably, described Centralized Controller receives described RSSI value, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure, described new oil (gas) filling device and become new reference node step after also comprise:
Described Centralized Controller receives the self information of described new oil (gas) filling device, and forms may command or monitor the interface of described new oil (gas) filling device.
Preferably, described Centralized Controller receives described RSSI value, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure, described new oil (gas) filling device also becomes new reference node step and is specially:
Described Centralized Controller receives described RSSI value, structure and preset signals loss parameter according to described lab simulation plate figure, analysis draws described new oil (gas) filling device and described with reference to the distance between the node, according to the ratio of described lab simulation plate figure the respective icon of described new oil (gas) filling device is presented at the relevant position of described lab simulation plate figure, described new oil (gas) filling device also becomes new reference node.
Preferably, described loss of signal parameter calculates according to the loss of thickness, material and the frequency band radio frequency of wall.
Preferably, described new oil (gas) filling device carries out the signal range finding with default with reference to node respectively, draws the also outer step of different RSSI values and is specially:
Described new oil (gas) filling device carries out signal range finding with reference to node and/or floor with reference to node with the nearest default of same floor respectively, draws different RSSI values and outer.
The present invention proposes a kind of system of indoor equipment autoplacement again, and it comprises new oil (gas) filling device, with reference to node and Centralized Controller, wherein,
Described new oil (gas) filling device comprises:
Range finder module is used for respectively describedly carrying out the signal range finding with reference to node with default, draws different RSSI values and outer;
Described Centralized Controller comprises:
Analysis module is used to receive described RSSI value, analyzes to draw described new oil (gas) filling device respectively and described with reference to the distance between the node, and becomes new reference node;
The icon display module is used for according to ratio the respective icon of described new oil (gas) filling device being presented at the relevant position of lab simulation plate figure.
Preferably, described new oil (gas) filling device also comprises: information sending module is used for the outer self information of sending out new oil (gas) filling device described;
Described Centralized Controller also comprises: matching module, be used to receive the self information of described new oil (gas) filling device, and discern or sort out, and be complementary with default appliance icon.
Preferably, described Centralized Controller also comprises: the interface forms module, is used to receive the self information of described new oil (gas) filling device, and forms may command or monitor the interface of described new oil (gas) filling device.
Preferably, described range finder module also is used for: carry out signal range finding with reference to node and/or floor with reference to node with the nearest default of same floor respectively, draw different RSSI values and outer;
Described analysis module also is used for: receive described RSSI value, according to structure and the preset signals loss parameter of described lab simulation plate figure, analyze and draw described new oil (gas) filling device and described with reference to the distance between the node, and become new reference node.
But the present invention is applied to newly add the position that indoor equipment autoplacement is determined its place, new oil (gas) filling device carries out mutual signal range finding with default with reference to node respectively, draw different RSSI values and issue the Centralized Controller analysis outward, Centralized Controller is according to structure and the preset signals loss parameter of lab simulation plate figure, analyze the oil (gas) filling device and of making new advances with reference to the distance between the node, according to the ratio of lab simulation plate figure the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure again; Centralized Controller is also discerned new oil (gas) filling device or is sorted out, and is complementary with default appliance icon, and forms may command or monitor the interface of described new oil (gas) filling device.The immediate updating layout interface, lab simulation plate figure objective interface, various device comes into plain view, and is beneficial to user's visual control, the indoor equipment of search, is applicable to the application in places such as Smart Home, intelligence office or factory.
Description of drawings
Fig. 1 is the schematic flow sheet of method one embodiment of indoor equipment autoplacement of the present invention;
Fig. 2 is the schematic flow sheet of the another embodiment of method of indoor equipment autoplacement of the present invention;
Fig. 3 is the structural representation of one embodiment of system of indoor equipment autoplacement of the present invention;
Fig. 4 is the structural representation of lab simulation plate figure one embodiment of the present invention.
The realization of the object of the invention, functional characteristics and advantage will be in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
With reference to Fig. 1, an embodiment of the method for a kind of indoor equipment autoplacement of the present invention is proposed, method may further comprise the steps:
(at least three with reference to node with reference to node with default respectively for step S100, new oil (gas) filling device, the three-point fix rule) carries out the signal range finding, and draw different RSSI (Received Signal StrengthIndication, receive the information strength indication) value, with outer of described RSSI value, when new oil (gas) filling device and a plurality of reference node carry out the signal range finding, select at least three stronger RSSI values of signal strength signal intensity to send to the Centralized Controller analysis.Can be provided with a plurality ofly with reference to node, many more with reference to node, the location of new oil (gas) filling device is accurate more.
Step S200, Centralized Controller receives above-mentioned RSSI value, draw described new oil (gas) filling device by analysis respectively and each is described with reference to the distance between the node, Centralized Controller is presented on the relevant position of lab simulation plate figure according to the respective icon of ratio with described new oil (gas) filling device, the a plurality of positions that just can on same plane, determine initiate equipment with reference to node, initiate equipment also can become new reference node behind the location, the equipment that adds after supplying is as the reference node, when reference node for a long time, initiate equipment can find the stronger conduct of signal with reference to point, makes the range finding location more accurate.
The user selects earlier corresponding lab simulation plate figure, and Centralized Controller imports the lab simulation plate figure that has various concrete parameters in advance, and the parameter that lab simulation plate figure comprises has the ratio of ratio, body of wall layout and thickness of house size and material parameter etc.; After obtaining all static house type data, the lab simulation plate figure when handling generation automatically and do not add new oil (gas) filling device and show icon, performance parameter and the control panel etc. of existing relevant device by computer.
New installation, indoor device or the equipment of adding are referred to as new oil (gas) filling device, above-mentioned can be the range unit that only is used for transmitt or receive signal with reference to node, also can be the equipment that range unit function with transmitt or receive signal also has other function outward, calculate with reference to node and to be difficult for preferable (as: air-conditioning, motorized window, the on-off controller etc.) moved relatively, also be presented at the relevant position of lab simulation plate figure with reference to the icon of node respectively; The lab simulation plate is indoor structural representation, and Centralized Controller can be connected control with computer.
The user installs the autoplacement software that is specifically designed to Smart Home or office on computer or high-performance embedded equipment, can manually select the analog board figure of household or office, be states such as office's actual size, shape, analog board figure can provide data creating by the real estate developer.New oil (gas) filling device (as: computer, refrigerator, TV etc.) transmit the signal that is used to find range with default with reference to node respectively, new oil (gas) filling device obtains different RSSI values and issues the Centralized Controller analysis outward, Centralized Controller is according to must make new advances oil (gas) filling device and with reference to the distance between the node of the loss analysis of signal, be presented on the relevant position of lab simulation plate figure according to the ratio of lab simulation plate figure respective icon again described new oil (gas) filling device, while immediate updating layout interface, lab simulation plate figure objective interface, various device comes into plain view, be beneficial to user's visual control, search for indoor equipment, be applicable to Smart Home, the application in places such as intelligence office or factory.
With reference to Fig. 2, the another embodiment of the method for a kind of indoor equipment autoplacement of the present invention is proposed, comprised whole technical schemes of above-mentioned Fig. 1 embodiment; Before carrying out the signal range finding with default with reference to node respectively, draw different RSSI values and outer sending out, step 100, described new oil (gas) filling device also comprise:
Step S90, described new oil (gas) filling device are outer from body information, and the self information that described Centralized Controller receives described new oil (gas) filling device is discerned or sorted out, and are complementary with default appliance icon.Identification or classification promptly are divided into different big classes to all electrical equipment settings, so that search and inquiry.Default appliance icon be vivid sign, as the little picture of equipment profile etc.Each equipment will oneself classify as gate inhibition's class, air-conditioning class, electric switch type, call service class, light control class etc. according to certain control coding, the corresponding different icons of distinct device, and on lab simulation plate figure with this icon display.
Receive described RSSI value at step 200, described Centralized Controller, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, also comprises after the respective icon of described new oil (gas) filling device being presented at the relevant position of lab simulation plate figure according to ratio:
If equipment can be selected the highlight of glimmering in work; If unusual, then red warning prompt.
Step S200, described Centralized Controller receive described RSSI value, analyze to draw described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the relevant position that the respective icon of described new oil (gas) filling device is presented at lab simulation plate figure are specially:
After described Centralized Controller receives described RSSI value, structure and preset signals loss parameter according to described lab simulation plate figure, analysis draws described new oil (gas) filling device and described with reference to the distance between the node, the respective icon of described new oil (gas) filling device is presented at the relevant position of described lab simulation plate figure according to the ratio of described lab simulation plate figure.
Above-mentioned loss of signal parameter calculates according to the loss of thickness, material and the frequency band radio frequency of wall.Wireless signal can be decayed by various barrier, because may be not in same room with reference to node, then need to compensate by loss of signal, virtually position computing again with reference to forming one behind the node loss balancing with reference to node, analyze to determine the position of new oil (gas) filling device and be presented at relevant position on the lab simulation plate figure, this position is an approximate location, can also be by manually dragging respective icon to accurate relatively position, locking no longer can drag icon then, the disappearance unless this equipment goes offline, otherwise this device location is constant during next autoplacement.
Step S100, described new oil (gas) filling device carry out the signal range finding with default with reference to node respectively, draw also outer the sending out of different RSSI values and are specially:
Described new oil (gas) filling device carries out signal range finding with reference to node and/or floor with reference to node with the nearest default of same floor respectively, draws different RSSI values and outer.
When being a plurality of floor, newly oil (gas) filling device and same floor carries out signal transmission range finding with reference to node, also can have to determine that this floor is with reference to node in each storey setting, as the floor of new oil (gas) filling device of Stall and Stall with reference to the node communication, the floor of new oil (gas) filling device of second floor and second floor is with reference to the node communication, thereby the convenient floor position of determining new oil (gas) filling device place can make the location precision.
Various electrical equipment all need to be equipped with wireless communication apparatus, and wireless communication apparatus can adopt zigbee, bluetooth or the Wi-Fi etc. with RSSI measuring ability.
With reference to Fig. 3, a kind of system of indoor equipment autoplacement is proposed, this system comprises new oil (gas) filling device 100, with reference to node 200 and Centralized Controller 300, wherein,
Described new oil (gas) filling device 100 comprises:
Described Centralized Controller 300 comprises:
The interface forms module 304, is used to receive the self information of described new oil (gas) filling device 100, and forms may command or monitor the interface of described new oil (gas) filling device 100.
Described range finder module 101 also is used for: carry out signal range finding with reference to node 200 and/or floor with reference to node 200 with the nearest default of same floor respectively, draw different RSSI values and outer;
Described analysis module 301 also is used for: receive described RSSI value, according to structure and the preset signals loss parameter of described lab simulation plate figure, analyze and draw described new oil (gas) filling device 100 and described with reference to the distance between the node 200, and become new reference node.
Above-mentioned loss of signal parameter calculates according to the loss of thickness, material and the frequency band radio frequency of wall.
But the indoor equipment autoplacement of new adding is determined the position of its place lab simulation plate figure, the range finder module 101 of new oil (gas) filling device 100 carries out mutual signal range finding with the communication module of presetting with reference to node 200 respectively, draw different RSSI values and outer analysis module 301 analyses of issuing Centralized Controller 300, analysis module 301 is according to structure and the preset signals loss parameter of lab simulation plate figure, analyze the oil (gas) filling device 100 and with reference to the distance between the node 200, icon display module 302 is presented at the respective icon of described new oil (gas) filling device 100 according to the ratio of lab simulation plate figure the relevant position of lab simulation plate figure again of making new advances; The self information of the new oil (gas) filling device 100 that the matching module 303 of Centralized Controller 300 also sends the information sending module 102 of new oil (gas) filling device 100 is discerned or is sorted out, and is complementary with default appliance icon; Form the interface that module 304 forms may command according to the self information of new oil (gas) filling device 100 or monitors described new oil (gas) filling device 100 by the interface.System's immediate updating layout interface, lab simulation plate figure objective interface, various device comes into plain view, and is beneficial to user's visual control, the indoor equipment of search, is applicable to the application in places such as Smart Home, intelligence office or factory.
Each device in the native system, equipment or module realize various functions and the effect in the said method, reach same technique effect, do not repeat them here.
With reference to Fig. 4, be a specific embodiment of the present invention, suppose and at the north house new oil (gas) filling device (air cleaner) to be installed, air cleaner sends the self information data to Centralized Controller or computer with above-mentioned Centralized Controller function and carries out recognition of devices or classification work, air cleaner respectively to neighbouring three with reference to node (as: air-conditioning, motorized window and washing machine) carry out distance measuring signal transmission, draw air cleaner respectively with air-conditioning, the RSSI value of motorized window and washing machine, by air cleaner each RSSI value is sent to Centralized Controller, since the part with reference to node not in same room, then need to compensate by loss of signal, virtually carry out triangle location computing again with reference to forming one behind the node loss balancing, analyze the approximate location of determining air cleaner with reference to node.Consider factors such as slope, furniture stop, the position might occur,, just can be manually adjusted to correct position and be fixed up by the user as long as equipment under test (new oil (gas) filling device) can be identified in indoorly than the large scale deviation.Installing miscellaneous equipment additional also in like manner can push away.
The above only is the preferred embodiments of the present invention; be not so limit claim of the present invention; every equivalent structure or equivalent flow process conversion that utilizes specification of the present invention and accompanying drawing content to be done; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the method for an indoor equipment autoplacement is characterized in that, may further comprise the steps:
New oil (gas) filling device carries out the signal range finding with default with reference to node respectively, draws different RSSI values and outer sending out;
Centralized Controller receives described RSSI value, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure, described new oil (gas) filling device also becomes new reference node.
2. method according to claim 1 is characterized in that, described new oil (gas) filling device carries out the signal range finding with default with reference to node respectively, draws different RSSI values and the outer step of sending out also comprises before:
Described new oil (gas) filling device is outer from body information, and described Centralized Controller receives the self information of described new oil (gas) filling device, discerns or sorts out, and be complementary with default appliance icon.
3. method according to claim 2, it is characterized in that, described Centralized Controller receives described RSSI value, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure, described new oil (gas) filling device and become new reference node step after also comprise:
Described Centralized Controller receives the self information of described new oil (gas) filling device, and forms may command or monitor the interface of described new oil (gas) filling device.
4. method according to claim 1, it is characterized in that, described Centralized Controller receives described RSSI value, analysis draws described new oil (gas) filling device respectively and described with reference to the distance between the node, according to ratio the respective icon of described new oil (gas) filling device is presented at the relevant position of lab simulation plate figure, described new oil (gas) filling device also becomes new reference node step and is specially:
Described Centralized Controller receives described RSSI value, structure and preset signals loss parameter according to described lab simulation plate figure, analysis draws described new oil (gas) filling device and described with reference to the distance between the node, according to the ratio of described lab simulation plate figure the respective icon of described new oil (gas) filling device is presented at the relevant position of described lab simulation plate figure, described new oil (gas) filling device also becomes new reference node.
5. method according to claim 4 is characterized in that, described loss of signal parameter calculates according to the loss of thickness, material and the frequency band radiofrequency signal of wall.
6. method according to claim 1 is characterized in that, described new oil (gas) filling device carries out the signal range finding with default with reference to node respectively, draws the also outer step of different RSSI values and is specially:
Described new oil (gas) filling device carries out signal range finding with reference to node and/or floor with reference to node with the nearest default of same floor respectively, draws different RSSI values and outer.
7. the system of an indoor equipment autoplacement is characterized in that, comprises new oil (gas) filling device, with reference to node and Centralized Controller, wherein,
Described new oil (gas) filling device comprises:
Range finder module is used for respectively describedly carrying out the signal range finding with reference to node with default, draws different RSSI values and outer;
Described Centralized Controller comprises:
Analysis module is used to receive described RSSI value, analyzes to draw described new oil (gas) filling device respectively and described with reference to the distance between the node, and becomes new reference node;
The icon display module is used for according to ratio the respective icon of described new oil (gas) filling device being presented at the relevant position of lab simulation plate figure.
8. system according to claim 7 is characterized in that,
Described new oil (gas) filling device also comprises: information sending module is used for the outer self information of sending out new oil (gas) filling device described;
Described Centralized Controller also comprises: matching module, be used to receive the self information of described new oil (gas) filling device, and discern or sort out, and be complementary with default appliance icon.
9. system according to claim 8 is characterized in that,
Described Centralized Controller also comprises: the interface forms module, is used to receive the self information of described new oil (gas) filling device, and forms may command or monitor the interface of described new oil (gas) filling device.
10. according to each described system in the claim 7 to 9, it is characterized in that,
Described range finder module also is used for: carry out signal range finding with reference to node and/or floor with reference to node with the nearest default of same floor respectively, draw different RSSI values and outer;
Described analysis module also is used for: receive described RSSI value, according to structure and the preset signals loss parameter of described lab simulation plate figure, analyze and draw described new oil (gas) filling device and described with reference to the distance between the node, and become new reference node.
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Application publication date: 20110914 |