CN103632527A - Data collecting method, device and system - Google Patents
Data collecting method, device and system Download PDFInfo
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- CN103632527A CN103632527A CN201210311658.5A CN201210311658A CN103632527A CN 103632527 A CN103632527 A CN 103632527A CN 201210311658 A CN201210311658 A CN 201210311658A CN 103632527 A CN103632527 A CN 103632527A
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Abstract
The invention provides a data collecting method, device and system. The method comprises steps: through arrangement of a networking device charging socket, personal area network functional interfaces on the networking device charging socket are always in a working state, through the personal area network functional interfaces, target data sent from the data collecting device is received; the networking device charging socket charges a networking device, and sends the target data to the networking device during charging, thus the networking device can send the target data to a data centre. During the whole process, no users participate, and the convenience of data collection is raised.
Description
Technical field
The present invention relates to the communication technology, relate in particular to a kind of collecting method, equipment and system.
Background technology
Along with the development of technology of Internet of things, the application of telemanagement and Long-distance Control is more and more extensive.Wherein, remote-health managing is the physical signs such as the health manager blood pressure that gathers sub-health population, blood sugar, sets up health account, and according to health account, sub-health population is carried out to health and manage; In the application of this class of remote-health managing, need to carry out data acquisition, gather the physical signs such as blood pressure, blood sugar of sub-health population, can be called target data, need this target data upload to data center, could set up accordingly health account.Certainly, in other Internet of Things application, target data can be also the data of other types.
Internet of things data acquisition of the prior art, the mode that uploads to data center such as target datas such as physical signs can have multiple, the blood pressure data of measuring with sphygmomanometer is uploaded as example, need to and there is wide area network (Wide Area Network by sphygmomanometer, be called for short: WAN) mobile internet device of functional interface coordinates, blood pressure data is uploaded to data center, and this WAN functional interface can be 2G/3G functional interface etc.Suppose that mobile internet device is mobile phone, utilize mobile phone and sphygmomanometer to be used in conjunction with; Concrete, can use common blood pressure measuring to take blood pressure, then blood pressure data is entered in mobile phone by hand, mobile phone is uploaded to data center again.Or, use and to possess individual territory net (Personal Area Network, abbreviation: PAN) sphygmomanometer of functional interface, coordinate with the mobile phone that possesses PAN functional interface, this PAN functional interface can be bluetooth; After taking blood pressure with blood pressure measuring, start the Bluetooth function on mobile phone, mobile phone and sphygmomanometer carry out Bluetooth transmission and obtain blood pressure data, and then mobile phone uploads to data center again.
But, manual typing mode is too loaded down with trivial details, and adopt in the mode of PAN functional interface, mobile phone cannot receive outside blue-teeth data under ideal case, user must be after measuring blood pressure, opens mobile phone point and open bluetooth applications program and could start Bluetooth function and collect data, also needs manual intervention, more loaded down with trivial details, and by mobile phone, transmit data and also affect the use of user to mobile phone; And, for user, there is the demand of Measure blood pressure, but blood pressure data is uploaded to data center not necessarily, be difficult to guarantee that user's continuation participates in, affect the sustainable development of remote-health managing.
Summary of the invention
The invention provides a kind of collecting method, equipment and system, to improve the convenience of data acquisition, the user who reduces in data acquisition participates in.
First aspect of the present invention is to provide a kind of collecting method, comprising:
The individual territory net functional interface that networked devices cradle arranges on described networked devices cradle is in running order all the time, and receives by described territory net functional interface the target data that data acquisition equipment sends;
Described networked devices cradle charges to networked devices, and when charging, described target data is sent to described networked devices, so that described networked devices is sent to data center by described target data.
In a kind of possible implementation, the described target data that receives data acquisition equipment transmission by a territory net functional interface, comprising:
Described networked devices cradle receives the individual territory net connection request that described data acquisition equipment sends, and described territory net connection request is that described data acquisition equipment sends after gathering target data;
Described networked devices cradle, by described territory net functional interface, is set up a territory net with described data acquisition equipment and is connected, and receive by described territory net functional interface the target data that described data acquisition equipment sends.
In another kind of possible implementation, describedly when charging, described target data is sent to described networked devices, comprises:
Described networked devices cradle receives the data acquisition request that networked devices sends when charging, and to be described networked devices send detecting while self charging described data acquisition request;
Described networked devices cradle, according to described data acquisition request, is sent to described networked devices by the described target data receiving.
In another possible implementation, describedly in charging, time described target data is sent to described networked devices, comprise: described networked devices cradle, by wire transmission mode or wireless transmission method, is sent to described networked devices by described target data.
Another aspect of the present invention is to provide a kind of networked devices cradle, comprising:
Data receiver unit, receives for the individual territory net functional interface by described networked devices cradle the target data that data acquisition equipment sends, and described territory net functional interface is in running order all the time;
Data storage cell, for storing described target data;
Charge function unit, for charging to networked devices;
Data transmission unit, for when charging, described target data being sent to described networked devices, so that described networked devices is sent to data center by described target data.
In a kind of possible implementation, described data receiver unit, the individual territory net connection request sending specifically for receiving described data acquisition equipment, described territory net connection request is that described data acquisition equipment sends after gathering target data; And by described territory net functional interface, set up a territory net with described data acquisition equipment and be connected, by described territory net functional interface, receive the target data that described data acquisition equipment sends.
In another kind of possible implementation, described data transmission unit, the data acquisition request sending when the charging specifically for receiving networked devices, to be described networked devices send detecting while self charging described data acquisition request; And according to described data acquisition request, the described target data receiving is sent to described networked devices.
In another possible implementation, the individual territory net functional interface on described networked devices cradle comprises: blue tooth interface, radio frequency interface or ZigBee interface.
Another aspect of the present invention is to provide a kind of data acquisition system (DAS), comprising: networked devices and networked devices cradle of the present invention;
Described networked devices cradle, in running order all the time for the individual territory net functional interface arranging on described networked devices cradle, and receive by described territory net functional interface the target data that data acquisition equipment sends; Networked devices is charged, and when charging, target data is sent to networked devices;
Described networked devices, for when described networked devices cradle charges, the described target data that will receive from described networked devices cradle is sent to data center.
In a kind of possible implementation, described networked devices is mobile phone or panel computer; On described networked devices, have for transmit the wan feature interface of described target data to described data center.
The technique effect of collecting method provided by the invention, equipment and system is: by a territory net functional interface is set on networked devices cradle, the target data that automatic reception data acquisition equipment sends, and when charging, networked devices automatically this target data is sent to networked devices, whole process does not need user to participate in, and has improved the convenience of data acquisition.
Accompanying drawing explanation
Fig. 1 is the application system Organization Chart of collecting method embodiment of the present invention;
Fig. 2 is the schematic flow sheet of collecting method one embodiment of the present invention;
Fig. 3 is the schematic flow sheet of another embodiment of collecting method of the present invention;
Fig. 4 is the Dock holder structure schematic diagram in another embodiment of collecting method of the present invention;
Fig. 5 is the handset structure schematic diagram in another embodiment of collecting method of the present invention;
Fig. 6 is the structural representation of networked devices cradle embodiment of the present invention;
Fig. 7 is the structural representation of data acquisition system (DAS) embodiment of the present invention.
Embodiment
Clearer to the explanation of collecting method in embodiments of the present invention in order to make, first provide the method applied system architecture.Fig. 1 is the application system Organization Chart of collecting method embodiment of the present invention, shown in Figure 1, and the enforcement of the collecting method of the embodiment of the present invention has related to data acquisition equipment 11, networked devices cradle 12, networked devices 13He data center 14.
Wherein, data acquisition equipment 11 is for gathering target data, this data acquisition equipment 11 is such as being sphygmomanometer, weighing scale etc., and user can use these data acquisition equipment 11 Measure blood pressures, body weight etc., and the data such as described blood pressure, body weight just can be called target data.Networked devices cradle 12 can provide charge function for networked devices 13, but is not limited in charging, can also possess other functions, for example, can be that (Docking Station is called for short: Dock seat) docking station.Networked devices 13 is mobile internet devices, such as being mobile phone, PAD etc.Data acquisition described in the embodiment of the present invention, the target data that the data acquisition equipment 11 referring to gathers, need to, after networked devices cradle 12 and coordinating of networked devices 13 transmit, be uploaded to data center; For example, the blood pressure that user measures uploads to the data center in remote-health managing through above-mentioned transmitting procedure, for setting up user's health account.
Below in conjunction with the system shown in Fig. 1, collecting method of the present invention is elaborated:
Embodiment mono-
Fig. 2 is the schematic flow sheet of collecting method one embodiment of the present invention, and the method for the present embodiment is to be carried out by networked devices cradle, and as shown in Figure 2, the method comprises:
201, the individual territory net functional interface that networked devices cradle arranges on described networked devices cradle is in running order all the time, and receives by a territory net functional interface target data that data acquisition equipment sends;
Wherein, described networked devices cradle, in the present embodiment, because it can charge for networked devices, so be just referred to as networked devices cradle, but in concrete enforcement, they can other titles of called after, can have other functions outside charging, the present embodiment does not limit this yet; For example, this networked devices cradle can be Dock seat.
In the present embodiment, on networked devices cradle, being provided with a territory net functional interface is PAN functional interface, and this PAN functional interface is such as being blue tooth interface, ZigBee interface, radio frequency interface etc.; It is to be mainly that PAN connects for networked devices cradle can be connected with a data acquisition equipment foundation territory net that this PAN functional interface is set, with PAN communication modes transmission objectives data.For example, user uses the sphygmomanometer of a bluetooth enable, on the networked devices cradle of the present embodiment, be also provided with blue tooth interface, networked devices cradle just can be set up bluetooth with sphygmomanometer and is connected, and user's blood pressure data that sphygmomanometer can be gathered, by the mode of Bluetooth transmission, is sent to networked devices cradle from sphygmomanometer.
Especially, individual territory net functional interface on the networked devices cradle of the present embodiment is in running order all the time, described here is in running order all the time, comprised 24 hours in running order, or the situation that certain a period of time is in running order, described duty refers to PAN functional interface always in opening, can set up PAN with outside PAN functional interface at any time and be connected.For example, networked devices cradle can be carried out to external power supply, within 24 hours, be inserted on fixed socket always, this networked devices cradle arranges its PAN functional interface always in opening simultaneously; Or such as also can be by PAN functional interface one direct-open 18 hours, diurnally, the user such as dusk opens period of likely carrying out data transmission, the period of waiting at dead of night user to sleep generally can not to transmit closes etc.
; the present embodiment by PAN functional interface all the time in running order object be; user, likely carry out the period of the data acquisitions such as Measure blood pressure; can guarantee that user can carry out data transmission at any time, data acquisition equipment and networked devices cradle can be set up at any time PAN and connect, and do not need to carry out manual intervention again; such as; not needing for another example, in prior art, also needs the Bluetooth function on the manually opened mobile phone of user, could set up bluetooth and connect.
A described territory net functional interface that passes through receives the target data that data acquisition equipment sends, and also can take various ways.Such as, because the individual territory net functional interface on networked devices cradle is in running order all the time, can set up PAN with outside PAN functional interface is at any time connected, can be, networked devices cradle is connected existence always with the PAN between data acquisition equipment, the state connecting in PAN all the time, data acquisition equipment, after collecting target data, is directly connected target data is sent to networked devices cradle by this PAN; Or, can be also that data acquisition equipment, after collecting target data, then is set up PAN with networked devices cradle and is connected, and sends target data.
From this step, networked devices cradle in the present embodiment and the data transmission between data acquisition equipment automatically perform, such as, networked devices cradle is connected and can sets up always with the PAN between data acquisition equipment, or can set up at any time, because individual territory net functional interface is in running order all the time; Take bluetooth as example, the Bluetooth function that is equivalent to networked devices cradle is always in opening, so just can carry out at any time bluetooth connection, not need user to participate in opening Bluetooth function, data acquisition equipment can automatically be set up bluetooth with networked devices cradle and be connected.And after setting up bluetooth connection, data acquisition equipment also can be sent to networked devices cradle by the target data of its collection automatically; Such as, with the sphygmomanometer of Bluetooth function, it is to get blood pressure data mutual, to automatically start performing data transmission process, detect Bluetooth signal around, set up bluetooth with the networked devices cradle of opening Bluetooth function and be connected, and automatically blood pressure data is sent to networked devices cradle.
202, networked devices cradle charges to networked devices, and when charging, described target data is sent to described networked devices, so that described networked devices is sent to data center by described target data.
Wherein, networked devices cradle can be sent to networked devices by the target data of obtaining from data acquisition equipment, and the data transmission in the present embodiment between networked devices cradle and networked devices has two features:
First, the data transmission between networked devices cradle and networked devices, is to carry out when networked devices cradle charges to networked devices, so just can not delay the use of user to mobile phone, has also reduced the work that in data acquisition, user pays;
Secondly, the data transmission between networked devices cradle and networked devices, automatically performs; Optionally, such as, networked devices can charge when detecting himself when charging, and can initiatively to networked devices cradle, send data acquisition request, and networked devices cradle is just sent to networked devices by target data; Or in concrete enforcement, networked devices cradle also can, detecting while charging for networked devices, be sent to networked devices by target data automatically.
In the present embodiment, networked devices is sent to data center by target data, can be to utilize existing wan feature interface on networked devices, such as being the 2G/3G functional interface utilizing on mobile phone.
The collecting method of the present embodiment, by a territory net functional interface is set on networked devices cradle, the target data that automatic reception data acquisition equipment sends, and when charging, networked devices automatically this target data is sent to networked devices, whole process does not need user to participate in, and has improved the convenience of data acquisition.
Description by the present embodiment also can be known, the present embodiment is that data acquisition is divided for two independent processes, a process is the data transmission from data acquisition equipment to the PAN territory networked devices charger, another process is the data transmission from networked devices charger to the WAN territory networked devices Zai Dao data center, the data transmission in PAN territory can be carried out at any time when the processing such as user's Measure blood pressure, and the data transmission in WAN territory need to be carried out when networked devices charges; Use the flow process of the common data acquisition of cooperation of networked devices charger and networked devices.And, when charging, networked devices carries out the mode of data transmission, and make the data transmission transition from PAN territory to WAN territory natural especially, convenient, when charging, just can automatically complete data upload work, can not take the use of user to networked devices yet.In addition, when networked devices charger obtains target data from data acquisition equipment, be also to automatically perform data transmission between these two equipment, do not need user to participate in, very convenient.
Embodiment bis-
The present embodiment be take data acquisition equipment as sphygmomanometer, target data is blood pressure data, networked devices charger is Dock seat, and networked devices is that mobile phone is example, user is described when Measure blood pressure, how blood pressure data to be uploaded to the data center in high in the clouds, so that carry out accordingly the application example of health control.
Fig. 3 is the schematic flow sheet of another embodiment of collecting method of the present invention, and as shown in Figure 3, the method can comprise:
301, sphygmomanometer gathers blood pressure data;
For example, the participant of remote-health managing can use the sphygmomanometer of bluetooth enable, measures the blood pressure of oneself, such as the sphygmomanometer using around wrist formula.
302, sphygmomanometer is set up PAN with Dock seat and is connected, and the blood pressure data collecting is sent to Dock seat;
For example, the sphygmomanometer of bluetooth enable completes in measurement, get participant blood pressure data (as, systolic pressure, diastolic pressure etc.) after, by the Bluetooth signal of automatic search Dock seat; The Bluetooth function of the Dock seat of the present embodiment is all the time in opening, such as, Dock seat can be opened to Bluetooth function for 24 hours.Therefore, sphygmomanometer is the Bluetooth signal that can search Dock seat.
Then, sphygmomanometer can send Bluetooth connection request to Dock seat, and Dock seat is asked according to this, sets up bluetooth be connected by the blue tooth interface on this Dock seat with sphygmomanometer.Sphygmomanometer is after bluetooth being detected and having connected, and the mode by Bluetooth transmission is sent to Dock seat by blood pressure data.It is to receive by the blue tooth interface on this Dock seat that Dock seated connection is received blood pressure data.
Visible, the transmitting procedure of above-mentioned blood pressure data from sphygmomanometer to Dock seat, do not have participant to intervene, it is the data transmission procedure being automatically performed between the two by sphygmomanometer and Dock seat, the data importing of this robotization, for the elderly and the relatively low people of know-how, has improved the convenience of data transmission greatly, and do not need as prior art, also need operating handset just can complete the importing of target data.
Dock seat, after receiving blood pressure data by blue tooth interface, can store this blood pressure data, take and when mobile phone charges, again this blood pressure data is sent to mobile phone in follow-up.Fig. 4 is the Dock holder structure schematic diagram in another embodiment of collecting method of the present invention, as shown in Figure 4, this Dock seat comprises that (Micro Control Unit is called for short: MCU) 42, storage unit 43, charging and data transmission interface 44 and power supply unit 45 for PAN functional interface 41, microprocessor.
Wherein, PAN functional interface 41 for example comprises the interface of blue tooth interface, ZigBee functional interface and other types, such as radio frequency interface etc.Storage unit 43 is for storing the blood pressure data receiving from sphygmomanometer.Charging and data transmission interface 44 for charging the phone, and and mobile phone between carry out data transmission; As shown in Figure 4, this charging and data transmission interface 44 can comprise the interface of two types, and a kind of is wireline interface, can carry out wired charging to mobile phone, also can carry out the data transmission of wire transmission mode with mobile phone, specifically can comprise the ports such as PWR, TX, RX and GND; Another kind is wave point, can carry out wireless charging to mobile phone, also can carry out with mobile phone the data transmission of wireless transmission method.
MCU42 is the key control unit in Dock seat, above-mentioned PAN functional interface 41, charging and data transmission interface 44 etc. all carry out work under the control of MCU42, MCU42 can be responsible for controlling the reception etc. that PAN functional interface 41 is carried out PAN establishment of connections, blood pressure data, also can control charging and data transmission interface 44 carry out to the charging of mobile phone and and mobile phone between carry out data communication.Power supply unit 45 is AC/DC circuit, and this power supply unit 45 can attachment plug 46, and this plug 46 is inserted on socket, just can be for Dock seat provides external power supply, and power consumption is lower, guarantees that this Dock seat is awaited orders for 24 hours to receive the importing of the target datas such as blood pressure data.
In the present embodiment, Dock seat is exactly by the blue tooth interface in PAN functional interface 41, sets up bluetooth and is connected, and under the control of MCU42, by this blue tooth interface, receive the blood pressure data that sphygmomanometer sends with sphygmomanometer.Shown in above-mentioned Fig. 4 is the structure of Dock seat, in concrete enforcement, when networked devices charger is other equipment, the structure of other equipment is also similar with the structure of this Dock seat, equally also has the functional units such as PAN functional interface 41, charging and data transmission interface 44.It should be noted that in PAN functional interface 41, not necessarily to have polytype interfaces such as bluetooth, ZigBee, can be also only to have wherein a kind of interface, such as only having blue tooth interface simultaneously.
303, the blood pressure data that Dock seat storing received arrives;
Wherein, Dock seat, after receiving the blood pressure data that sphygmomanometer sends by Bluetooth transmission, need to wait until that mobile phone is when this Dock seat charging, blood pressure data could be sent to mobile phone, so Dock seat needs this blood pressure data first to store, and stores in the storage unit 43 in Fig. 4.
304, mobile phone charges at Dock seat;
Wherein, can be designed as, mobile phone can carry out adaptation with the Dock seat of multiple PAN functional interface; For example, mobile phone can be placed on the Dock seat with blue tooth interface and charge, and also can be placed on the Dock seat with ZigBee interface and charge etc.
In conjunction with Fig. 4, mobile phone can be wired charging or wireless charging at the charging modes of Dock seat, and in like manner, Dock seat also can have the ability of this charging modes simultaneously, or also can only have wherein a kind of charging ability.Application at person in middle and old age user's remote-health managing in the majority, can adopt wireless charging mode, user does not need to go the charging hole on Dock seat with presbyopic glasses, is placed directly on Dock seat just passablely, greatly facilitates middle-aged and old uses to mobile phone.
305, Dock seat is sent to mobile phone by blood pressure data when charging;
Wherein, the structure of mobile phone can be referring to Fig. 5, and Fig. 5 is the handset structure schematic diagram in another embodiment of collecting method of the present invention, and this mobile phone comprises the functional units such as telephone unit 51, note unit 52, can be for making a phone call, send short messages etc.; Also comprise wan feature interface, example is 2G/3G interface 53 as shown in Figure 5, can be for transmitting data to data center.
In the present embodiment, mobile phone also comprises Data Management Unit 54, is mainly used in, when mobile phone self being detected and charging, from Dock seat, obtaining blood pressure data; This Data Management Unit 54 can be the data administrator being built in mobile phone.For example, mobile phone is placed into Dock seat and charges, and Data Management Unit 54 can be set as starting and starting working when mobile phone is placed into the charging of Dock seat; Data Management Unit 54 can be controlled mobile phone and send data acquisition request to Dock seat, and to be mobile phone send detecting while self charging this data acquisition request.Dock seated connection is received after this data acquisition request, just can, by the charging on this Dock seat and the interface of the responsible data-transformation facility in data transmission interface, the blood pressure data of storage be sent to mobile phone.Or, can be also by Dock seat when mobile phone being detected and charging, initiatively by charging and data transmission interface, blood pressure data is sent to mobile phone.
Referring to Fig. 5, mobile phone is to coordinate with charging on Dock seat and the interface of the responsible charge function in data transmission interface by charging inlet 55, realizes Dock seat to the charging of mobile phone; By data-interface 56, coordinate with charging on Dock seat and the interface of the responsible data-transformation facility in data transmission interface, realize Dock seat blood pressure data is sent to mobile phone.Data transmission between Dock seat and mobile phone can adopt wire transmission mode or wireless transmission method; For example, if Dock seat adopts wired mode, be mobile phone charging, can corresponding employing wired mode transmission blood pressure data to mobile phone, if Dock seat adopts wireless mode, be mobile phone charging, can corresponding employing wireless way for transmitting blood pressure data to mobile phone.
306, mobile phone is sent to data center by blood pressure data.
Wherein, mobile phone, after receiving the blood pressure data of Dock seat transmission, by the 2G/3G communication function possessing by it, by 2G/3G interface, is uploaded to blood pressure data the data center in high in the clouds.As above, mobile phone, in the process of Dock seat charging, just carries out data transmission automatically and between Dock seat, get blood pressure data, and the WAN functional interface having by mobile phone self 2G/3G interface for example, complete blood pressure data to the uploading operation of data center, do not take the use of mobile phone; And, this mode that completes data upload when mobile phone charges is also more natural, convenient.In addition, in this programme, mobile phone is uploaded to data center by blood pressure data, is to upload by the existing WAN functional interface of mobile phone, and cost is lower.
Embodiment tri-
Fig. 6 is the structural representation of networked devices cradle embodiment of the present invention, this networked devices cradle can be carried out the collecting method of any embodiment of the present invention, as shown in Figure 6, this networked devices cradle can comprise: data receiver unit 61, data storage cell 62, charge function unit 63 and data transmission unit 64.
Wherein, data receiver unit 61, receives for the individual territory net functional interface by described networked devices cradle the target data that data acquisition equipment sends, and individual territory net functional interface is in running order all the time;
For example, if seen in conjunction with Fig. 4, this data receiver unit 61 has comprised PAN functional interface 41 in Dock seat and a part of MCU22 in fact, because MCU22 is responsible for the work of each interface section in overall control Dock seat.
Same as above, for example, if seen in conjunction with Fig. 4, this charge function unit 63 has comprised charging and the interface section of responsible charge function in data transmission interface 44 and the part of MCU22 in Dock seat in fact, under the cooperation of the interface section of the control of MCU22 and above-mentioned responsible charge function, realize the charging to mobile phone.This data transmission unit 63 has comprised charging in Dock seat and the interface section of the responsible data-transformation facility in data transmission interface 44, an and part of MCU22, under the cooperation of the interface section of the control of MCU22 and above-mentioned responsible data-transformation facility, realize blood pressure data is sent to mobile phone from Dock seat.
Further, data receiver unit 61, the individual territory net connection request sending specifically for receiving described data acquisition equipment, described territory net connection request is that described data acquisition equipment sends after gathering target data; And by described territory net functional interface, set up a territory net with described data acquisition equipment and be connected, by described territory net functional interface, receive the target data that described data acquisition equipment sends.
Further, data transmission unit 64, the data acquisition request sending when the charging specifically for receiving networked devices, to be described networked devices send detecting while self charging described data acquisition request; And according to described data acquisition request, the target data receiving is sent to described networked devices.
Further, the individual territory net functional interface on networked devices cradle comprises: blue tooth interface, radio frequency interface or ZigBee interface.
Embodiment tetra-
Fig. 7 is the structural representation of data acquisition system (DAS) embodiment of the present invention, and as shown in Figure 7, this system comprises: networked devices 71 and networked devices cradle 72; Wherein,
Described networked devices 71, for when described networked devices cradle charges, the described target data that will receive from described networked devices cradle is sent to data center.
The structure of this networked devices 71 and networked devices cradle 72 and between principle of work, can be referring to Fig. 1 ~ Fig. 6 of the present invention, and corresponding any means embodiment and apparatus embodiments.
Further, networked devices is for example mobile phone or panel computer; On described networked devices, have for transmit the wan feature interface of described target data to described data center.
One of ordinary skill in the art will appreciate that: all or part of step that realizes above-mentioned each embodiment of the method can complete by the relevant hardware of programmed instruction.Aforesaid program can be stored in a computer read/write memory medium.This program, when carrying out, is carried out the step that comprises above-mentioned each embodiment of the method; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CDs.
Finally it should be noted that: each embodiment, only in order to technical scheme of the present invention to be described, is not intended to limit above; Although the present invention is had been described in detail with reference to aforementioned each embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or some or all of technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a collecting method, is characterized in that, comprising:
The individual territory net functional interface that networked devices cradle arranges on described networked devices cradle is in running order all the time, and receives by described territory net functional interface the target data that data acquisition equipment sends;
Described networked devices cradle charges to networked devices, and when charging, described target data is sent to described networked devices, so that described networked devices is sent to data center by described target data.
2. collecting method according to claim 1, is characterized in that, the described target data that receives data acquisition equipment transmission by a territory net functional interface, comprising:
Described networked devices cradle receives the individual territory net connection request that described data acquisition equipment sends, and described territory net connection request is that described data acquisition equipment sends after gathering target data;
Described networked devices cradle, by described territory net functional interface, is set up a territory net with described data acquisition equipment and is connected, and receive by described territory net functional interface the target data that described data acquisition equipment sends.
3. collecting method according to claim 1, is characterized in that, describedly in charging, time described target data is sent to described networked devices, comprising:
Described networked devices cradle receives the data acquisition request that networked devices sends when charging, and to be described networked devices send detecting while self charging described data acquisition request;
Described networked devices cradle, according to described data acquisition request, is sent to described networked devices by the described target data receiving.
4. collecting method according to claim 1, is characterized in that, describedly in charging, time described target data is sent to described networked devices, comprising:
Described networked devices cradle, by wire transmission mode or wireless transmission method, is sent to described networked devices by described target data.
5. a networked devices cradle, is characterized in that, comprising:
Data receiver unit, receives for the individual territory net functional interface by described networked devices cradle the target data that data acquisition equipment sends, and described territory net functional interface is in running order all the time;
Data storage cell, for storing described target data;
Charge function unit, for charging to networked devices;
Data transmission unit, for when charging, described target data being sent to described networked devices, so that described networked devices is sent to data center by described target data.
6. networked devices cradle according to claim 5, is characterized in that,
Described data receiver unit, the individual territory net connection request sending specifically for receiving described data acquisition equipment, described territory net connection request is that described data acquisition equipment sends after gathering target data; And by described territory net functional interface, set up a territory net with described data acquisition equipment and be connected, by described territory net functional interface, receive the target data that described data acquisition equipment sends.
7. networked devices cradle according to claim 5, is characterized in that,
Described data transmission unit, the data acquisition request sending when the charging specifically for receiving networked devices, to be described networked devices send detecting while self charging described data acquisition request; And according to described data acquisition request, the described target data receiving is sent to described networked devices.
8. networked devices cradle according to claim 5, is characterized in that, the individual territory net functional interface on described networked devices cradle comprises: blue tooth interface, radio frequency interface or ZigBee interface.
9. a data acquisition system (DAS), is characterized in that, comprising: the arbitrary described networked devices cradle of networked devices and claim 5 ~ 8;
Described networked devices cradle, in running order all the time for the individual territory net functional interface arranging on described networked devices cradle, and receive by described territory net functional interface the target data that data acquisition equipment sends; Networked devices is charged, and when charging, described target data is sent to described networked devices;
Described networked devices, for when described networked devices cradle charges, the described target data that will receive from described networked devices cradle is sent to data center.
10. data acquisition system (DAS) according to claim 9, is characterized in that, described networked devices is mobile phone or panel computer; On described networked devices, have for transmit the wan feature interface of described target data to described data center.
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| CN105375548A (en) * | 2014-08-11 | 2016-03-02 | 精工爱普生株式会社 | Charging base, and control method and control system thereof |
| CN108551466A (en) * | 2018-03-14 | 2018-09-18 | 缤刻普锐(北京)科技有限责任公司 | A kind of data processing method and charging unit, data-updating method and system |
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| CN103632527B (en) | 2017-02-01 |
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