WO2017012408A1 - 记录事件的方法、移动终端和提供事件相关信息的方法 - Google Patents

记录事件的方法、移动终端和提供事件相关信息的方法 Download PDF

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Publication number
WO2017012408A1
WO2017012408A1 PCT/CN2016/083052 CN2016083052W WO2017012408A1 WO 2017012408 A1 WO2017012408 A1 WO 2017012408A1 CN 2016083052 W CN2016083052 W CN 2016083052W WO 2017012408 A1 WO2017012408 A1 WO 2017012408A1
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WIPO (PCT)
Prior art keywords
event
related information
mobile terminal
record
read
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PCT/CN2016/083052
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English (en)
French (fr)
Inventor
李科慧
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腾讯科技（深圳）有限公司
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Publication of WO2017012408A1 publication Critical patent/WO2017012408A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor

Definitions

  • the present invention relates to the field of terminal application technologies, and in particular, to a method for recording an event, a mobile terminal, and a method for providing event related information.
  • the continuous development of mobile terminals provides various conveniences for people's lives, and people can install various applications on mobile terminals to implement various functions.
  • users can realize some simple functions of recording events through mobile terminals.
  • the events here refer to the activities of human beings, such as the weight of a user on a certain day, a few glasses of water on a certain day, the user has been to a certain place, etc. Wait.
  • the method of recording the event by means of voice recognition has high requirements on the accuracy of the speech recognition algorithm, the way the user speaks, and the speed of the user's speech. The convenience of operation needs to be improved.
  • a method of recording an event, a mobile terminal, and a method of providing event related information are provided.
  • a method of recording events including:
  • An event record is generated based on the read event related information.
  • a method of providing event related information including:
  • the NFC component in the item related to the event to be recorded detects the read signal of the mobile terminal
  • the NFC component provides, to the mobile terminal, the event-related information stored in the NFC component according to the read signal, so that the mobile terminal generates an event record according to the event related information.
  • a mobile terminal comprising a memory and a processor, the memory storing computer readable instructions, the computer readable instructions being executed by the processor, such that the processor performs the following steps:
  • An event record is generated based on the read event related information.
  • 1 is an environmental diagram of a system for recording events in an embodiment
  • FIG. 2 is a schematic diagram showing the structure of an item related to an event to be recorded in an embodiment
  • FIG. 3 is a schematic structural diagram of a system for recording an event in another embodiment
  • FIG. 4 is a structural block diagram of a mobile terminal in an embodiment
  • FIG. 5 is a schematic flow chart of a method for recording an event in an embodiment
  • Figure 6 is an environmental diagram of a system for recording events in still another embodiment
  • FIG. 7 is a structural block diagram of a mobile terminal in an embodiment
  • FIG. 8 is a structural block diagram of a mobile terminal in another embodiment
  • FIG. 9 is a structural block diagram of a mobile terminal in still another embodiment.
  • FIG. 10 is a structural block diagram of a mobile terminal in an embodiment
  • 11 is a flow diagram of a method of providing event related information in one embodiment.
  • a system 100 for recording events including an item 102 and a mobile terminal 104 associated with an event to be recorded.
  • the item 102 associated with the event to be recorded is an item used by a human to perform an event, including a water dispenser associated with a drinking event, a weight scale associated with a weight measurement event, a thermometer associated with a temperature measurement event, and a temperature measurement event.
  • the mobile terminal 104 includes a mobile phone, a tablet computer, a wearable device, and a PDA (Personal Digital Assistant) and the like, wherein the wearable device includes a smart watch, a sports bracelet, and the like.
  • PDA Personal Digital Assistant
  • the item 102 associated with the event to be recorded includes an event implementation function such as a water supply system of the water dispenser and a valve, a pressure sensor of the weight scale or a body temperature measuring component of the thermometer, and a body temperature. Reading parts, etc.
  • the item 102 associated with the event to be recorded also includes NFC (Near Field Communication, Near Field Communication) A device that stores information and can read information from it by NFC reading. It is a circuit that can be fabricated into an NFC tag.
  • NFC Near Field Communication, Near Field Communication
  • the NFC component stores event-related information read in order; the NFC component is configured to detect a read signal of the mobile terminal, and provide event related information stored by the NFC component to the mobile terminal 104 according to the read signal, so that the mobile terminal 104 is configured according to the mobile terminal 104. Event related information generates an event record.
  • an item related to an event to be recorded includes a writing device and a measuring device, the measuring device obtains quantized data, and generates event related information according to the quantized data, and then writes the NFC component through the writing device.
  • the measuring device refers to a device capable of measuring quantized data, such as a temperature sensor of a thermometer and a thermometer, a pressure sensor of a weight scale, and a device for detecting a running distance on a treadmill. After the measurement device obtains the quantized data, the measurement data generates event-related information, and the generated event-related information is written into the NFC component by the writing device of the article.
  • the item can update the event related information stored in the NFC component at any time, thereby realizing the use of the test and the accompanying test.
  • the item related to the event to be recorded includes a writing device and an information input device, the information input device acquires the input information, and generates event related information according to the input information, and then writes the NFC component through the writing device.
  • the information input device includes a physical button, a touch screen, and a network interface. The user can input information through the information input device, thereby acquiring the input information by the information input device, and generating event related information according to the input information, and then writing the NFC component through the writing device.
  • the user can update the event related information stored by the NFC component through the information input device and the writing device of the article, so that the article related to the event to be recorded is convenient for maintenance.
  • mobile terminal 104 includes a processor coupled through a system bus, a non-volatile storage medium, an internal memory, an NFC reading device, and a display device.
  • the processor has computing functionality and controls the functionality of the entire mobile terminal 104, the processor is configured to perform a method of recording events.
  • Non-volatile storage media include magnetic storage media, optical storage media, and flash storage media.
  • the non-volatile storage medium stores an operating system.
  • the non-volatile storage medium and internal memory can store computer readable instructions that, when executed by the processor, cause the processor to perform a method of recording an event.
  • the NFC reading device is used to read information stored by NFC components external to the mobile terminal 104.
  • the display device can be used to display an event record, and the display device can be a liquid crystal display or a touch screen.
  • a method for recording an event is provided. This embodiment is exemplified by the method applied to the mobile terminal in FIG. 4 described above. The method specifically includes the following steps:
  • Step S502 detecting an NFC component in the item related to the event to be recorded.
  • an event refers to a thing in which a human is involved in an activity
  • an event to be recorded refers to an event that the user needs to record
  • an item related to the event to be recorded refers to an item that is required to be used by a human when performing the event to be recorded.
  • the events to be recorded include: drinking events, weight measurement events, temperature measurement events, body temperature measurement events, running events, running events, and check-in events.
  • items related to the event to be recorded include: water dispensers, weight scales, thermometers, thermometers, runways, treadmills, kits, and vials.
  • the communication distance of the NFC communication method is very short, usually less than ten centimeters, which just ensures the accuracy of the automatic recording event, and the user triggers the embodiment when the handheld mobile terminal approaches the NFC component in the item related to the event to be recorded.
  • the method of recording events is very short, usually less than ten centimeters, which just ensures the accuracy of the automatic recording event, and the user triggers the embodiment when the handheld mobile terminal approaches the NFC component in the item related to the event to be recorded.
  • the mobile terminal can radiate electromagnetic signals to the surroundings, and the passive NFC component responds to the electromagnetic signal by electromagnetic induction, and also radiates electromagnetic signals to the surroundings, so that the mobile terminal detects when receiving the electromagnetic signal radiated by the NFC component.
  • the NFC component in the article associated with the event to be recorded may be adhered to the surface of the article or may be enclosed within the article.
  • Step S504 the event recording application is called.
  • the event logging application is an application used to log events.
  • the mobile terminal may determine whether there is an event recording application corresponding to the NFC component locally, and if so, invoke the event recording application; if not, do not respond.
  • the mobile terminal determines whether the event recording application corresponding to the NFC component is started, and if not, starts the event recording application and then invokes; if it is started, directly invokes the activated Event logging application.
  • Step S506 reading the event-related information stored in the detected NFC component by the event recording application.
  • the secondary reading means that the information in the NFC component is repeatedly read, and each time a copy of the information stored by the NFC component is read out.
  • the event recording application has a function of converting the electromagnetic signal fed back by the NFC component into digitized event related information, so that the mobile terminal reads the event-related information of the next reading stored by the detected NFC component through the called event recording application.
  • the event related information is information for recording an event, including an event type identifier, timing information, and quantized data.
  • the quantized data refers to data that can be counted, and the quantized data has a unit of measure.
  • the quantitative data can be expressed as a specific capacity of 1 cup or 1 cup, ie 200 ml; for example, when the event to be recorded is a weight measurement event, the quantitative data can be expressed in pounds, kilograms or kilograms.
  • the value of the unit of measure for example, when the event to be recorded is a running event, the quantitative data may be the circumference of one runway.
  • Step S508 generating an event record according to the read event related information.
  • an event record refers to information that is readable of a recorded event.
  • the event record can be a cup of water, or 200 ml of water, or 1200 meters running 3 times around the runway, or sign in at location X, and so on.
  • step S508 includes: acquiring a current time, and generating an event record according to the acquired current time and the read event related information.
  • the mobile terminal can directly obtain the system time of the local end as the current time, and can also obtain the server time on the network server as the current time through the network.
  • the resulting event record can be: a glass of water at 2 pm on January 1, 2015, or a weight of 58.2 kg on January 2, 2015.
  • step S508 includes generating an event record based on historical event records and read event related information.
  • the historical event record refers to the event record generated by the event related information read before the behavior of reading the event related information.
  • Event records generated based on historical event records and read event-related information such as: a total of 5 times, a total of 10 laps.
  • step S508 includes: acquiring the current time, and generating an event record according to the acquired current time, the historical event record, and the read event related information.
  • the generated event record can be a total of 5 glasses of water on January 1, 2015, or an average weight of 60.2 kg measured in January 2015.
  • an NFC component is disposed on an item related to the event to be recorded, and the NFC component stores event-related information read in order.
  • the user can detect the NFC component in the item through the mobile terminal that is carried, thereby calling the corresponding event recording application to read the event read in the NFC component.
  • Information to generate an event record based on the event related information read. In this way, the user can automatically generate an event record when the event is implemented, and does not require complicated operations, thereby improving the convenience of operation.
  • the event related information includes quantized data
  • the method of recording the event further comprises: counting and displaying statistical results of the quantized data of the event records generated by each of the read NFC elements.
  • the event related information obtained each time the NFC element is read includes the quantized data, such that the event record generated based on the event related information read each time includes the corresponding quantized data.
  • the mobile terminal counts the quantized data of the event record generated by each reading of the NFC component, obtains the statistical result, and displays it through the display device of the mobile terminal.
  • the statistics of the event records generated by reading the NFC components are counted, and may be statistics for summarizing the quantized data, such as a total of X cups of water, a total of X meters, and the like.
  • the statistics of the event records generated by reading the NFC components are counted, and the quantitative data may be counted according to the time distribution, such as the X cup of drinking water the day before yesterday, the Y cup of drinking water yesterday, and the Z cup of drinking water today.
  • the event related information includes an event type identifier
  • the quantized data of the event record generated by each NFC component is counted, and the statistics may be performed according to the event type. For example, drink a small cup of water X cup, a cup of water Y cup, a large cup of water Z cup. Quantitative data can also be counted by event type and time distribution.
  • the user can intuitively and accurately understand the implementation process of the event, thereby effectively adjusting and planning the implementation of the subsequent event, so that the implementation of the event can be monitored. .
  • the event related information includes quantized data
  • the method of recording the event further comprises: generating an event tracking record by generating a corresponding event record according to a time sequence of reading the NFC components.
  • the operation corresponding to the corresponding time information naturally forms a time sequence, and then according to the time sequence, the corresponding event records can be sorted and integrated to form an event tracking record.
  • the user signs in at the check-in sign at A at 1 pm through the mobile terminal, the sign-in token at B at 2 pm, and then the check-in at C at 3 pm.
  • an event tracking record can be generated: the user's check-in line is A->B->C.
  • the behavior trace characteristics of the user can be recorded, and an accurate data source can be provided for analyzing the user behavior.
  • the item related to the event to be recorded includes a writing device and a measuring device, the method of recording the event further comprising: the measuring device obtaining the quantized data, and generating event related information according to the quantized data, and then writing by the writing device NFC component.
  • the measuring device refers to a device capable of measuring quantized data, such as a temperature sensor of a thermometer and a thermometer, a pressure sensor of a weight scale, and a device for detecting a running distance on a treadmill. After the measurement device obtains the quantized data, the measurement data generates event-related information, and the generated event-related information is written into the NFC component by the writing device of the article.
  • the item can update the event related information stored in the NFC component at any time, thereby realizing the use of the test and the accompanying test.
  • the item related to the event to be recorded includes a writing device and an information input device
  • the method for recording the event further includes: the information input device acquires the input information, and generates event related information according to the input information, and then writes The input device writes to the NFC component.
  • the information input device includes a physical button, a touch screen, and a network interface.
  • the user can input information through the information input device, thereby acquiring the input information by the information input device, and generating event related information according to the input information, and then writing the NFC component through the writing device.
  • the user can update the event related information stored by the NFC component through the information input device and the writing device of the article, so that the article related to the event to be recorded is convenient for maintenance.
  • the event related information includes timing information and quantized data
  • step S508 includes: generating an event record according to the timing information and the quantized data, and generating a timed reminding task according to the generated event record and executing, to periodically trigger the reminder notification;
  • the notification includes quantitative data.
  • the timing information is used to determine the frequency at which the reminder notification is triggered when the timed reminder task is executed. For example, the reminder notification is triggered every day for several days, and the reminder notification is triggered every preset time interval.
  • the timing information may be information indicating a specific moment. For example, 1200 may indicate twelve o'clock every day, and 2030 may represent 8:30 every night.
  • the timing information may also be a timing type flag, so that the mobile terminal can determine the corresponding timing mode according to the mapping relationship between the timing type tag and the timing mode, thereby generating a timed reminder task.
  • the reminder notification is triggered every time the preset time point or the preset time interval is reached.
  • the mobile terminal may draw a notification window at a preset display position of the display device to display a reminder notification in the notification window; the mobile terminal may also display a reminder notification in the system notification bar.
  • the event to be recorded is a medication event
  • the item related to the event to be recorded may be a medicine box
  • the mobile terminal performs a medication reminding task, and triggers a medication reminder notification every time the medication is taken, and displays the medication dose of the medication in the medication reminder notification. In this way, the user does not need to manually input the medication time and the medication dose to manually generate the reminder task, which greatly facilitates the user to record a series of medication events.
  • the user can be conveniently reminded to implement an associated series of events, thereby improving the convenience of operation.
  • the event related information includes timing information; step S508 includes: generating an event record according to the timing information, and generating a timed reminding task according to the generated event record and executing to periodically trigger the reminder notification.
  • the event related information may not include the quantized data, and the reminder notification triggered by the mobile terminal when performing the timed reminder task does not include the quantized data.
  • the method of recording an event is applied to a mobile terminal, the method further comprising: exchanging, with another mobile terminal, social information stored by each other's NFC components.
  • the social information includes an electronic business card, an address book contact, and the like, so that a plurality of users only need to close each other's mobile terminals to exchange social information of each other, and no need to manually establish a connection, thereby greatly improving operations. Convenience.
  • the method for recording an event further includes: the mobile terminal verifying the read event related information, and if the verification passes, generating an event record according to the read event related information. If the verification fails, you can do nothing or prompt the verification to fail.
  • the specific mobile terminal can verify the format of the read event related information to prevent forgery.
  • the writing device may obtain the unique identification code from the server, and add the unique identification code to the event related information to be written in the NFC tag, and the mobile terminal may be related to the event read. After the information, the unique identification code is uploaded to the server, and the server verifies according to the uploaded unique identification code and the unique identification code stored by the server.
  • the item associated with the event to be recorded is a water dispenser with an NFC tag attached thereto, the NFC tag being a tag-like object formed by encapsulating the NFC component in the package.
  • the NFC tag stores information about drinking water events such as water quality information and/or single drinking volume.
  • the mobile terminal is close to the NFC tag, and the mobile terminal can detect the NFC tag and automatically invoke the event recording application, and the event recording application reads the water-reading event stored in the NFC tag.
  • NFC tags can be set on the water dispenser for different water containers or different types of water, so that the user can use the mobile terminal to access the water when using the corresponding water container or when taking different types of water.
  • Corresponding NFC tags allow for the recording of various drinking events. Different types of water here are cold water and hot water.
  • the water dispenser described above can be replaced with a beverage machine, such as a coffee machine.
  • the beverage machine can provide a plurality of beverages, each of which corresponds to a respective NFC label, and each NFC label stores information about the beverage drinking event, such as the name of the beverage, the efficacy of the beverage, and adheres to the beverage machine.
  • the beverage machine can provide beverage containers of different capacities such that each capacity of the beverage container is adhered to the beverage machine in response to the respective NFC tag.
  • the mobile terminal can be used to approach the NFC tag, and the mobile terminal can detect the NFC tag and automatically call the event recording application, and the event recording application reads the stored in the NFC tag.
  • the beverage drinking event related information is read in order to generate a beverage drinking event record based on the read beverage drinking event related information.
  • the NFC tag on the water dispenser or beverage machine of the above embodiments may be replaced with an NFC device that includes an NFC component.
  • the NFC device can detect the usage of the water dispenser or the beverage machine in real time. If the water dispenser or the beverage machine is used too little, the number of the water dispenser or the beverage machine can be reminded to be reduced; if the water dispenser or the beverage machine is used too frequently, the user can be reminded Increase the number of water dispensers or beverage machines.
  • a supply demand notification may be sent to the supplier's terminal to alert the supplier to supply water or to serve the beverage.
  • the event to be recorded is a running event
  • the item associated with the event to be recorded is a runway
  • the NFC component is disposed at the entrance to the runway.
  • the mobile terminal is used to approach the NFC component, and the mobile terminal can detect the NFC component, automatically calling the event recording application, and the event recording application reads the stored in the NFC component.
  • Information about running events read in order such as runway perimeter.
  • the mobile terminal generates a running event record according to the read running event related information, for example, calculating the running track circumference for each read to obtain the running total distance.
  • the event to be recorded is a running event
  • the item associated with the event to be recorded is a treadmill
  • the treadmill is provided with an NFC component.
  • the user sets running information related to running events such as exercise mode, exercise duration, age, and weight on the treadmill to start running.
  • the treadmill writes information about running events such as exercise patterns, exercise durations, ages, and weights set by the user to the NFC component.
  • the handheld mobile terminal is close to the NFC component on the treadmill, and the mobile terminal can detect the NFC component and automatically call the event recording application, and the event recording application reads the read-by-read stored in the NFC component.
  • the running event related information the mobile terminal generates a running event record according to the information about the running running event, so that the relevant information of the user's running is recorded.
  • the running opportunity writes new running event related information into the NFC component for the mobile terminal to read the record.
  • the NFC component is implanted in an article such as a thermometer, a weight scale, etc., and can be recorded with the test.
  • the event to be recorded is a medication event
  • the item associated with the event to be recorded is a kit with an NFC tag attached thereto.
  • the mobile terminal determines that the information about the medication event is first read, the information about the medication event, such as the medication time, the medication dose, and the side effects of the medication, is completely recorded, and the first medication event record of the medication series event is generated; the mobile terminal determines that it is not the first time.
  • the information related to the medication event is read, it is not necessary to record the complete medication event related information, and only the medication action event record indicating the occurrence of the medication action in the medication series event can be generated.
  • Such a series of medication events can form a medication event tracking record, which is convenient for tracking and recording a series of medication events of the user.
  • the event to be recorded is a fixed-point sign-in event, such as an orienteering event or a check-in event;
  • the item related to the event to be recorded is a fixed-point sign-in marker, and the fixed-point sign-in flag is provided with an NFC tag, the NFC tag
  • the check-in flag information is stored.
  • the mobile terminal picks up the NFC tag on the marker at the fixed point near the corresponding point to the location, and the mobile terminal detects the NFC tag, automatically calls the event record application, and records the application through the event record.
  • the check-in flag information read in order in the NFC component, thereby generating a fixed-point sign-in event record.
  • the mobile terminal can form a fixed-point check-in event tracking record.
  • the user must be present to complete the check-in event, ensuring the authenticity of the check-in.
  • the NFC tag can be held by the user, and the fixed-point sign-in tag is a terminal having the function of reading the NFC tag, and the terminal implements the above-described method of recording an event.
  • a mobile terminal 700 is provided.
  • the internal structure of the mobile terminal 700 may correspond to the structure shown in FIG. 4.
  • Each of the following modules may pass all or part of software and hardware. Or a combination of them to achieve.
  • the mobile terminal 700 includes a detection module 701, a calling module 702, a reading module 703, and an event record generating module 704.
  • the detecting module 701 is configured to detect an NFC component in the item related to the event to be recorded.
  • an event refers to a thing in which a human is involved in an activity
  • an event to be recorded refers to an event that the user needs to record
  • an item related to the event to be recorded refers to an item that is required to be used by a human when performing the event to be recorded.
  • the events to be recorded include: drinking events, weight measurement events, temperature measurement events, body temperature measurement events, running events, running events, and check-in events.
  • items related to the event to be recorded include: water dispensers, weight scales, thermometers, thermometers, runways, treadmills, kits, and vials.
  • the communication distance of the NFC communication method is very short, usually less than ten centimeters, which just ensures the accuracy of the automatic recording event, and the user triggers the embodiment when the handheld mobile terminal approaches the NFC component in the item related to the event to be recorded.
  • the method of recording events is very short, usually less than ten centimeters, which just ensures the accuracy of the automatic recording event, and the user triggers the embodiment when the handheld mobile terminal approaches the NFC component in the item related to the event to be recorded.
  • the mobile terminal can radiate electromagnetic signals to the surroundings, and the passive NFC component responds to the electromagnetic signal by electromagnetic induction, and also radiates electromagnetic signals to the surroundings, so that the detecting module 701 detects when receiving the electromagnetic signal radiated by the NFC component. Go to the NFC component.
  • the NFC component in the article associated with the event to be recorded may be adhered to the surface of the article or may be enclosed within the article.
  • the calling module 702 is used to invoke an event recording application.
  • the event logging application is an application used to log events.
  • the calling module 702 is configured to: after detecting the NFC component, determine whether the event recording application corresponding to the NFC component is started, if not, start the event recording application to be called; if it is started, directly invoke the activated Event logging application.
  • the reading module 703 is configured to read, by the event recording application, the read-related event-related information stored by the detected NFC component.
  • the secondary reading means that the information in the NFC component is repeatedly read, and each time a copy of the information stored by the NFC component is read out.
  • the event recording application has the function of converting the electromagnetic signals fed back by the NFC component into digitized event related information, such that the reading module 703 is configured to read the read-by-read stored by the detected NFC component by the called event recording application. Event related information.
  • the event related information is information for recording an event, including an event type identifier, timing information, and quantized data.
  • the quantized data refers to data that can be counted, and the quantized data has a unit of measure.
  • the event record generating module 704 is configured to generate an event record according to the read event related information.
  • an event record refers to information that is readable of a recorded event.
  • the event record generation module 704 is configured to acquire a current time, and generate an event record according to the acquired current time and the read event related information.
  • the event record generating module 704 can be configured to directly obtain the system time of the local end as the current time, or obtain the server time on the network server as the current time through the network.
  • the event record generation module 704 can be configured to generate an event record based on historical event records and read event related information.
  • the event record generation module 704 can be configured to acquire the current time, and generate an event record according to the acquired current time, the historical event record, and the read event related information.
  • the mobile terminal 700 is provided with an NFC component on the item related to the event to be recorded, and the NFC component stores event-related information that is read sequentially.
  • the user can detect the NFC component in the item through the mobile terminal that is carried, thereby calling the corresponding event recording application to read the event read in the NFC component.
  • Information to generate an event record based on the event related information read. In this way, the user can automatically generate an event record when the event is implemented, and does not require complicated operations, thereby improving the convenience of operation.
  • the event related information includes quantized data
  • the mobile terminal 700 further includes an event record statistics module 705 and/or a trace record module 706.
  • the record statistics module 705 is configured to perform statistics on the quantized data of the event records generated by each read NFC component and display the statistical results.
  • the event related information obtained each time the NFC element is read includes the quantized data, such that the event record generated based on the event related information read each time includes the corresponding quantized data.
  • the record statistics module 705 is configured to perform statistics on the quantized data of the event records generated by each read NFC component, obtain statistical results, and display them through the display device of the mobile terminal.
  • the quantized data of the event record generated by reading each NFC element is counted, and may be a summary of the quantized data, or may be a statistical analysis of the quantized data according to a time distribution.
  • the event related information includes an event type identifier, and the quantized data of the event record generated by each NFC component is counted, and the statistics may be performed according to the event type, and may also be according to the event type and time distribution. Quantitative data for statistics.
  • the user can intuitively and accurately understand the implementation process of the event, thereby effectively adjusting and planning the implementation of the subsequent event, so that the implementation of the event can be monitored. .
  • the tracking record module 706 is configured to generate an event tracking record by generating a corresponding event record according to the time sequence of reading the NFC components.
  • the tracking record module 706 can sort the corresponding event records and synthesize the event tracking records according to the time sequence.
  • the user signs in at the check-in sign at A at 1 pm through the mobile terminal, the sign-in token at B at 2 pm, and then the check-in at C at 3 pm.
  • an event tracking record can be generated: the user's check-in line is A->B->C.
  • the behavior trace characteristics of the user can be recorded, and an accurate data source can be provided for analyzing the user behavior.
  • the event related information includes timing information and quantized data; the event record generating module 704 is further configured to generate an event record according to the timing information and the quantized data, and generate a timed reminding task according to the generated event record and execute, to trigger periodically.
  • Reminder notifications include quantitative data.
  • the timing information is used to determine the frequency at which the reminder notification is triggered when the timed reminder task is executed. For example, the reminder notification is triggered every day for several days, and the reminder notification is triggered every preset time interval.
  • the timing information may be information indicating a specific moment.
  • the timing information may also be a timing type flag, so that the event record generating module 704 can be configured to determine a specific timing mode according to the mapping relationship between the timing type flag and the timing mode, thereby generating a timed reminding task.
  • the event record generation module 704 is configured to trigger a reminder notification every time a preset time point or a preset time interval is executed when the timed reminder task is executed.
  • the event record generation module 704 can be configured to draw a notification window at a preset display position of the display device to display a reminder notification in the notification window; the event record generation module 704 can also be configured to display the reminder notification in the system notification bar.
  • the user can be conveniently reminded to implement an associated series of events, thereby improving the convenience of operation.
  • the event related information includes timing information; the event record generating module 704 is configured to generate an event record according to the timing information, and generate a timed reminding task according to the generated event record and execute to periodically trigger the reminder notification.
  • the event related information may not include the quantized data, and the reminder notification triggered by the mobile terminal when performing the timed reminder task does not include the quantized data.
  • the mobile terminal 700 further includes an information exchange module 707 for exchanging social information stored by each other's NFC elements with another mobile terminal.
  • the social information includes an electronic business card, an address book contact, and the like, so that a plurality of users only need to close each other's mobile terminals to exchange social information of each other, and no need to manually establish a connection, thereby greatly improving operations. Convenience.
  • the mobile terminal 700 further includes a verification module 708, configured to verify the read event related information, and notify the event record generation module 704 if the verification is passed, and the event record generation module 704 uses Generate an event record based on the event related information read.
  • the verification module 708 can also be used to perform no action or prompt verification failure if the verification fails.
  • the verification module 708 is specifically configured to verify the format of the read event related information to prevent forgery.
  • the writing device can obtain the unique identification code from the server, and add the unique identification code to the event related information to be written in the NFC tag, and the verification module 708 can be used to read After the event related information, the unique identification code is uploaded to the server, and the server verifies according to the uploaded unique identification code and the unique identification code stored by the server.
  • a method for providing event related information is provided.
  • the present embodiment is exemplified by the method applied to the item 102 related to the event to be recorded in FIG. 2 described above.
  • the method specifically includes the following steps:
  • Step S1102 the NFC component in the item related to the event to be recorded detects the read signal of the mobile terminal.
  • an event refers to a thing in which a human is involved in an activity
  • an event to be recorded refers to an event that the user needs to record
  • an item related to the event to be recorded refers to an item that is required to be used by a human when performing the event to be recorded.
  • the mobile terminal can radiate a read signal in the form of an electromagnetic signal to the surroundings, and the passive NFC component detects the read signal by electromagnetic induction.
  • the NFC component in the article associated with the event to be recorded may be adhered to the surface of the article or may be enclosed within the article.
  • Step S1104 The NFC component provides the mobile terminal with the event information related to the next reading stored by the NFC component according to the read signal, so that the mobile terminal generates an event record according to the event related information.
  • the NFC component can respond to the read signal of the electromagnetic signal by electromagnetic induction, and provide the mobile terminal with the information about the event read by the NFC component stored in the form of the electromagnetic signal, so that the mobile terminal parses the event through the event recording application. Relevant information to generate an event record based on the parsed event related information.
  • the secondary reading means that the information in the NFC component is repeatedly read, and each time a copy of the information stored by the NFC component is read out.
  • the event recording application has a function of converting the electromagnetic signal fed back by the NFC component into digitized event related information, so that the mobile terminal reads the event-related information of the next reading stored by the detected NFC component through the called event recording application.
  • the event related information is information for recording an event, including an event type identifier, timing information, and quantized data.
  • the quantized data refers to data that can be counted, and the quantized data has a unit of measure.
  • An event record is information that indicates readability of a recorded event.
  • the mobile terminal can acquire the current time, and generate an event record according to the acquired current time and the read event related information. Or the mobile terminal can generate an event record according to the event related information recorded and read by the historical event. Or the mobile terminal can obtain the current time, and generate an event record according to the obtained current time, the historical event record, and the read event related information.
  • the event-related information read in order is stored in the NFC component in the item related to the event to be recorded.
  • the user can detect the NFC component in the item through the mobile terminal that is carried, thereby calling the corresponding event recording application to read the event read in the NFC component.
  • the mobile terminal can automatically generate an event record when the user implements the event, and does not need to perform complicated operations, thereby improving the convenience of operation.
  • the storage medium may be a magnetic disk, an optical disk, or a read-only storage memory (Read-Only)
  • a nonvolatile storage medium such as a memory or a ROM, or a random access memory (RAM).

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Abstract

一种记录事件的方法包括：检测与待记录事件相关的物品中的NFC元件；调用事件记录应用；通过所述事件记录应用读取检测到的所述NFC元件所存储的按次读取的事件相关信息；根据读取的事件相关信息生成事件记录。

Description

记录事件的方法、移动终端和提供事件相关信息的方法
本申请要求于 2015 年 7 月 23 日提交中国专利局，申请号为 201510440017.3 ，发明名称为'记录事件的方法和装置、提供事件相关信息的方法和物品'的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
【技术领域】
本发明涉及终端应用技术领域，特别是涉及一种记录事件的方法、移动终端和提供事件相关信息的方法。
【背景技术】
移动终端的不断发展为人们的生活提供了各种便利，人们可以在移动终端上安装各种应用来实现各种功能。目前用户可以通过移动终端来实现一些简单的记录事件的功能，这里的事件是指人类参与活动的事情，比如某天用户体重是多少，某天喝了几杯水，用户到过某个地方等等。
目前存在一些适用于移动终端的记录事件的应用，比如便签应用或者笔记本应用等，需要用户通过移动终端的键盘或触控屏等输入设备来手工逐字输入文字来记录事件，或者通过采集用户语音从而进行语音识别而转化为文字来记录事件。
然而，通过手工输入文字来记录事件的方式，需要用户进行大量输入操作，操作繁琐。而通过语音识别的方式来记录事件的方式，对语音识别算法精度、用户说话方式以及用户说话语速都有很高要求，操作便利性有待提高。
【发明内容】
根据本申请的各种实施例，提供一种记录事件的方法、移动终端和提供事件相关信息的方法。
一种记录事件的方法，包括：
检测与待记录事件相关的物品中的NFC元件；
调用事件记录应用；
通过所述事件记录应用读取检测到的所述NFC元件所存储的按次读取的事件相关信息；及
根据读取的事件相关信息生成事件记录。
一种提供事件相关信息的方法，包括：
与待记录事件相关的物品中的NFC元件检测移动终端的读取信号；及
所述NFC元件根据所述读取信号，向所述移动终端提供所述NFC元件所存储的按次读取的事件相关信息，使所述移动终端根据所述事件相关信息生成事件记录。
一种移动终端，包括存储器和处理器，所述存储器中储存有计算机可读指令，所述计算机可读指令被所述处理器执行时，使得所述处理器执行以下步骤：
检测与待记录事件相关的物品中的NFC元件；
调用事件记录应用；
通过所述事件记录应用读取检测到的所述NFC元件所存储的按次读取的事件相关信息；及
根据读取的事件相关信息生成事件记录。
本发明的一个或多个实施例的细节在下面的附图和描述中提出。本发明的其它特征、目的和优点将从说明书、附图以及权利要求书变得明显。
【附图说明】
为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其他的附图。
图1为一个实施例中记录事件的***的环境图；
图2为一个实施例中与待记录事件相关的物品的组成结构示意图；
图3为另一个实施例中记录事件的***的组成结构示意图；
图4为一个实施例中移动终端的结构框图；
图5为一个实施例中记录事件的方法的流程示意图；
图6为再一个实施例中记录事件的***的环境图；
图7为一个实施例中移动终端的结构框图；
图8为另一个实施例中移动终端的结构框图；
图9为再一个实施例中移动终端的结构框图；
图10为一个实施例中移动终端的结构框图；
图11为一个实施例中提供事件相关信息的方法的流程示意图。
【具体实施方式】
为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
如图1所示，在一个实施例中，提供了一种记录事件的***100，包括与待记录事件相关的物品102和移动终端104。其中与待记录事件相关的物品102是人类实施事件时所用到的物品，包括与饮水事件相关的饮水机、与体重测量事件相关的体重秤、与温度测量事件相关的温度计、与体温测量事件相关的体温计、与跑步事件相关的跑道或跑步机、与服药事件相关的药盒或药瓶以及与定点签到事件相关的签到标志物等。移动终端104包括手机、平板电脑、可穿戴设备以及PDA（个人数字助理）等，其中可穿戴设备包括智能手表和运动手环等。
如图2所示，在一个实施例中，与待记录事件相关的物品102包括事件实施功能部件，比如饮水机的供水***以及阀门等部件，体重秤的压力传感器或者体温计的体温测量部件以及体温读数部件等。与待记录事件相关的物品102还包括NFC（Near Field Communication，近场通信）元件，NFC元件是存储信息并可通过NFC读取方式从中读取出信息的器件，是一种电路，可被制作成为NFC标签。NFC元件存储有按次读取的事件相关信息；NFC元件用于检测移动终端的读取信号，并根据读取信号，向移动终端104提供NFC元件所存储的事件相关信息，使移动终端104根据事件相关信息生成事件记录。
如图3所示，在一个实施例中，与待记录事件相关的物品包括写入装置和测量装置，测量装置获得量化数据，并根据量化数据生成事件相关信息后通过写入装置写入NFC元件。具体地，测量装置是指能够测量出量化数据的装置，比如体温计和温度计的温度传感器、体重秤的压力传感器以及跑步机上用于检测出跑步距离的装置等。测量装置在测量获得量化数据后，将量化数据生成事件相关信息，并通过物品的写入装置将生成的事件相关信息写入NFC元件。本实施例中，通过在与待记录事件相关的物品上设置写入装置和测量装置，使得该物品可以随时更新NFC元件中所存储的事件相关信息，实现随用随测、随测随录。
在一个实施例中，与待记录事件相关的物品包括写入装置和信息输入装置，信息输入装置获取输入的信息，并根据输入的信息生成事件相关信息后通过写入装置写入NFC元件。具体地，信息输入装置包括物理按键、触控屏以及网络接口。用户可以通过信息输入装置输入信息，从而由信息输入装置获取到输入的信息，并根据输入的信息生成事件相关信息后通过写入装置写入NFC元件。本实施例中，用户可以通过物品的信息输入装置和写入装置更新NFC元件所存储的事件相关信息，使得与待记录事件相关的物品便于维护。
如图4所示，在一个实施例中，移动终端104包括通过***总线连接的处理器、非易失性存储介质、内存储器、NFC读取装置以及显示装置。其中处理器具有计算功能和控制整个移动终端104工作的功能，处理器被配置为执行一种记录事件的方法。非易失性存储介质包括磁存储介质、光存储介质和闪存式存储介质。非易失性存储介质存储有操作***。非易失性存储介质和内存储器可存储有计算机可读指令，该计算机可读指令被处理器执行时，使得处理器执行一种记录事件的方法。NFC读取装置用于读取移动终端104外部的NFC元件所存储的信息。显示装置可用于显示事件记录，显示装置可以是液晶显示屏或者触控屏。
如图5所示，在一个实施例中，提供了一种记录事件的方法，本实施例以该方法应用于上述图4中的移动终端来举例说明。该方法具体包括如下步骤：
步骤S502，检测与待记录事件相关的物品中的NFC元件。
具体地，事件是指人类参与活动的事情，待记录事件是指用户需要记录的事件，与待记录事件相关的物品则是指人类在实施该待记录事件时需要用到的物品。
比如，待记录事件包括：饮水事件、体重测量事件、温度测量事件、体温测量事件、跑步事件、跑步事件以及定点签到事件等。相应地，与待记录事件相关的物品包括：饮水机、体重秤、温度计、体温计、跑道、跑步机、药盒以及药瓶等。
NFC通信方式的通信距离非常短，通常小于十厘米，这恰恰保证了自动记录事件的准确性，用户在手持移动终端接近与待记录事件相关的物品中的NFC元件时，才会触发本实施例的记录事件的方法。
移动终端可向周围辐射电磁信号，无源的NFC元件则会通过电磁感应对电磁信号做出响应，也向周围辐射电磁信号，这样移动终端在接收到NFC元件辐射的电磁信号时，则检测到该NFC元件。与待记录事件相关的物品中的NFC元件，可以粘附在该物品表面，也可以封装在该物品内部。
步骤S504，调用事件记录应用。
事件记录应用是用来记录事件的应用。在一个实施例中，移动终端可在检测到NFC元件后，判断本地是否存在与该NFC元件对应的事件记录应用，若是则调用该事件记录应用；若否则不响应。
在一个实施例中，移动终端在检测到NFC元件后，判断该NFC元件对应的事件记录应用是否启动，若未启动，则启动该事件记录应用后调用；若已启动，则直接调用该已启动的事件记录应用。
步骤S506，通过事件记录应用读取检测到的NFC元件所存储的按次读取的事件相关信息。
其中，按次读取是指NFC元件中的信息是被重复读取的，且每次读取出该NFC元件存储的信息的一个副本。事件记录应用具有将NFC元件反馈的电磁信号转换为数字化的事件相关信息的功能，这样移动终端通过调用的事件记录应用，读取检测到的NFC元件所存储的按次读取的事件相关信息。
事件相关信息是用于记录一次事件的信息，包括事件类型标识、定时信息以及量化数据等。其中，量化数据是指可被计数的数据，量化数据具有计量单位。比如当待记录事件为饮水事件时，量化数据可以表示为1杯或者1杯的具体容量即200毫升；还比如当待记录事件为体重测量事件时，量化数据可以表示为以磅、斤或者千克为计量单位的数值；还比如当待记录事件为跑步事件时，量化数据可以是跑道一圈的周长。
步骤S508，根据读取的事件相关信息生成事件记录。
具体地，事件记录是指表示记录的事件的具有可读性的信息。比如事件记录可为喝水一杯，或者喝水200毫升，或者绕跑道跑步3圈共1200米，或者在地点X处签到，等等。
在一个实施例中，步骤S508包括：获取当前时间，根据获取的当前时间和读取的事件相关信息生成事件记录。具体地，移动终端可以直接获取本端的***时间作为当前时间，也可以通过网络获取网络服务器上的服务器时间作为当前时间。生成的事件记录可为：2015年1月1日下午2点喝水一杯，或者2015年1月2日量得体重为58.2千克等。
在一个实施例中，步骤S508包括：根据历史事件记录和读取的事件相关信息生成事件记录。历史事件记录是指当前读取事件相关信息的行为之前读取的事件相关信息所生成的事件记录。根据历史事件记录和读取的事件相关信息生成的事件记录比如：共签到5次，共跑步10圈等。
在一个实施例中，步骤S508包括：获取当前时间，根据获取的当前时间、历史事件记录和读取的事件相关信息生成事件记录。比如生成的事件记录可为2015年1月1日共喝5杯水，或者2015年1月测量的平均体重为60.2千克等。
上述记录事件的方法，在与待记录事件相关的物品上设置有NFC元件，该NFC元件中存储有按次读取的事件相关信息。用户每次在实施某一事件时会使用该物品，用户就可以通过随身携带的移动终端检测该物品中的NFC元件，从而调用相应的事件记录应用来读取一次NFC元件中读取的事件相关信息，从而根据读取的事件相关信息来生成事件记录。这样用户在实施事件的时候就可以自动生成事件记录，不需要进行复杂的操作，提高了操作便利性。
在一个实施例中，事件相关信息包括量化数据，该记录事件的方法还包括：对各次读取NFC元件所生成的事件记录的量化数据进行统计并显示统计结果。
具体地，每次读取NFC元件获得的事件相关信息包括量化数据，这样根据每次读取的事件相关信息生成的事件记录则会包括相应的量化数据。移动终端对各次读取NFC元件所生成的事件记录的量化数据进行统计，获得统计结果，并通过移动终端的显示装置进行显示。
这里对各次读取NFC元件所生成的事件记录的量化数据进行统计，可以是对量化数据进行汇总的统计，比如共饮水X杯，共跑步X米等。对各次读取NFC元件所生成的事件记录的量化数据进行统计，也可以是按照时间分布对量化数据进行统计，比如前天饮水X杯，昨天饮水Y杯以及今天饮水Z杯等。
在一个实施例中，事件相关信息包括事件类型标识，则对各次读取NFC元件所生成的事件记录的量化数据进行统计，还可以按照事件类型进行统计。比如共饮小杯水X杯，中杯水Y杯，大杯水Z杯。还可以按照事件类型和时间分布对量化数据进行统计。
本实施例中，通过对事件记录的量化数据进行统计并显示，可以让用户直观、准确地了解事件的实施进程，从而对后续事件的实施做出有效调整和规划，使得事件的实施可被监控。
在一个实施例中，事件相关信息包括量化数据，该记录事件的方法还包括：按照各次读取NFC元件的时间顺序，将相应生成的事件记录生成事件跟踪记录。
具体地，移动终端每次读取NFC元件的操作都对应相应的时间信息，自然形成时间顺序，然后根据该时间顺序，就可以将相应的事件记录排序并综合形成事件跟踪记录。
比如，在定点签到事件的实施过程中，用户通过移动终端在下午1点在A处的签到标志物签到，下午2点在B处的签到标志物签到，再在下午3点再C处的签到标志物签到，则可生成事件跟踪记录：用户的签到线路为A—>B—>C。
本实施例中，通过按照各次读取NFC元件的时间顺序，将相应生成的事件记录生成事件跟踪记录，可以记录用户的行为特征，为分析用户行为提供准确的数据来源。
在一个实施例中，与待记录事件相关的物品包括写入装置和测量装置，该记录事件的方法还包括：测量装置获得量化数据，并根据量化数据生成事件相关信息后通过写入装置写入NFC元件。
具体地，测量装置是指能够测量出量化数据的装置，比如体温计和温度计的温度传感器、体重秤的压力传感器以及跑步机上用于检测出跑步距离的装置等。测量装置在测量获得量化数据后，将量化数据生成事件相关信息，并通过物品的写入装置将生成的事件相关信息写入NFC元件。
本实施例中，通过在与待记录事件相关的物品上设置写入装置和测量装置，使得该物品可以随时更新NFC元件中所存储的事件相关信息，实现随用随测、随测随录。
在一个实施例中，与待记录事件相关的物品包括写入装置和信息输入装置，该记录事件的方法还包括：信息输入装置获取输入的信息，并根据输入的信息生成事件相关信息后通过写入装置写入NFC元件。
具体地，信息输入装置包括物理按键、触控屏以及网络接口。用户可以通过信息输入装置输入信息，从而由信息输入装置获取到输入的信息，并根据输入的信息生成事件相关信息后通过写入装置写入NFC元件。
本实施例中，用户可以通过物品的信息输入装置和写入装置更新NFC元件所存储的事件相关信息，使得与待记录事件相关的物品便于维护。
在一个实施例中，事件相关信息包括定时信息和量化数据；步骤S508包括：根据定时信息和量化数据生成事件记录，并根据生成的事件记录生成定时提醒任务并执行，以定时触发提醒通知；提醒通知包括量化数据。
具体地，定时信息用来确定定时提醒任务在执行时触发提醒通知的频率，比如每天几天触发提醒通知，每隔预设时间间隔触发提醒通知等。其中定时信息可以是表示具体时刻的信息，比如1200可以表示每天十二点，2030可以表示每天晚上8点半。定时信息还可以是定时类型标记，从而移动终端可以根据定时类型标记和定时方式的映射关系，确定相应的定时方式，进而生成定时提醒任务。
移动终端在执行定时提醒任务时，每到预设时间点或者预设时间间隔，就会触发提醒通知。移动终端可以在显示装置的预设显示位置处绘制通知窗口，从而在该通知窗口中显示提醒通知；移动终端还可以在***通知栏中显示提醒通知。
举例说明，待记录事件为服药事件，与待记录事件相关的物品可为药盒，则用户手持移动终端接近药盒上的NFC元件，就可通过事件记录应用读取NFC元件所存储的服药定时信息和每次服药量，从而便可以根据服药定时信息和每次服药量生成服药提醒任务。移动终端执行服药提醒任务，每到服药时间就触发服药提醒通知，在该服药提醒通知中展示该次服药的服药量。这样用户不需要手动向移动终端中输入服药时间和服药量来手动生成提醒任务，极大地方便了用户记录一系列的服药事件的操作。
本实施例中，通过从物品中的NFC元件中读取定时信息和量化数据来生成定时提醒任务并执行，可以方便地提醒用户实施相关联的一系列事件，提高了操作便利性。
在一个实施例中，事件相关信息包括定时信息；步骤S508包括：根据定时信息生成事件记录，并根据生成的事件记录生成定时提醒任务并执行，以定时触发提醒通知。本实施例中，事件相关信息可以不包括量化数据，移动终端在执行定时提醒任务时触发的提醒通知不包括量化数据。
在一个实施例中，该记录事件的方法应用于移动终端，该方法还包括：与另一个移动终端交换彼此的NFC元件所存储的社交信息。
具体地，社交信息包括电子名片、通讯录联系人等，这样多个用户之间只需要将彼此的移动终端接近就可以交换彼此的社交信息，无需再手工操作来建立连接，极大地提高了操作便利性。
在一个实施例中，该记录事件的方法还包括：移动终端对读取的事件相关信息进行验证，若验证通过则根据读取的事件相关信息生成事件记录。若验证未通过则可以不做任何动作或者提示验证失败。具体移动终端可以对读取的事件相关信息的格式进行验证，防止伪造。事件相关信息在被写入NFC标签时，可以由写入装置从服务器获取唯一标识码，并将该唯一标识码添加到事件相关信息写入NFC标签中，移动终端则可以在读取到事件相关信息后，将其中的唯一标识码上传到服务器，由服务器根据上传的唯一标识码和服务器所存储的唯一标识码进行验证。
如图6所示，在一个实施例中，与待记录事件相关的物品为饮水机，饮水机上粘附有NFC标签，该NFC标签为将NFC元件封装在包装物内形成的标签状物体。该NFC标签存储有水质量信息和/或单次饮水量等饮水事件相关信息。用户在盛水时，使用移动终端靠近NFC标签，移动终端就可以检测到该NFC标签，自动调用事件记录应用，通过该事件记录应用读取NFC标签中所存储的按次读取的饮水事件相关信息，从而根据读取的饮水事件相关信息生成饮水事件记录，比如2015年1月1日饮水500毫升这样的饮水事件记录。当然，饮水机上对应不同的盛水器皿或者对应不同类型的水可分别设置不同的NFC标签，这样用户在使用相应的盛水器皿取水时，或者在取不同类型的水时可以分别用移动终端接近相应的NFC标签，从而可以实现记录各种饮水事件。这里不同类型的水比如冷水和热水。
在一个实施例中，上述饮水机可以替换为饮料机，比如咖啡机。饮料机可以提供多种饮料，每种饮料分别对应各自的NFC标签，每个NFC标签中存储有饮料名称、饮料的功效等饮料饮用事件相关信息，粘附在饮料机上。或者饮料机可以提供不同容量的饮料盛放器皿，从而每个容量的饮料盛放器皿对应各自的NFC标签，粘附在饮料机上。这样用户在用饮料盛放器皿获取饮料时，便可以使用移动终端靠近NFC标签，移动终端就可以检测到该NFC标签，自动调用事件记录应用，通过该事件记录应用读取NFC标签中所存储的按次读取的饮料饮用事件相关信息，从而根据读取的饮料饮用事件相关信息生成饮料饮用事件记录。
在一个实施例中，上述实施例中的饮水机或者饮料机上的NFC标签可以替换为包括NFC元件的NFC设备。这样NFC设备可以实时检测饮水机或者饮料机的使用情况，如该饮水机或饮料机使用过少，可以提醒减少饮水机或者饮料机的数量；若饮水机或饮料机使用过于频繁，则可以提醒增加饮水机或者饮料机的数量。当饮水机中的水或者饮料机中的饮料的剩余量低于预设阈值时，可以向供应商的终端发送供应需求通知，提醒供应商供应水或供应饮料。
在一个实施例中，待记录事件为跑步事件，与待记录事件相关的物品为跑道，跑道入口处设置有NFC元件。用户在跑步时，在每次经过跑道入口处时，使用移动终端靠近NFC元件，移动终端就可以检测到该NFC元件，自动调用事件记录应用，通过该事件记录应用读取NFC元件中所存储的按次读取的跑步事件相关信息，比如跑道周长。移动终端则根据读取的跑步事件相关信息来生成跑步事件记录，比如计算每次读取的跑道周长获得跑步总距离。
在一个实施例中，待记录事件为跑步事件，与待记录事件相关的物品为跑步机，跑步机上设置有NFC元件。用户在跑步机上设置运动模式、运动时长、年龄以及体重等跑步事件相关信息，开始跑步。跑步机则将用户设置的运动模式、运动时长、年龄以及体重等跑步事件相关信息写入NFC元件。这样用户在跑步完成后，手持移动终端靠近跑步机上的NFC元件，移动终端就可以检测到该NFC元件，自动调用事件记录应用，通过该事件记录应用读取NFC元件中所存储的按次读取的跑步事件相关信息，移动终端则根据读取的跑步事件相关信息来生成跑步事件记录，这样用户此次跑步的相关信息被记录下来。用户下次运动或者其它用户在使用该跑步机时，跑步机会将新的跑步事件相关信息写入NFC元件中，供移动终端读取记录。在其它实施例中，在体温计、体重秤等物品内植入NFC元件，可以实现随测随录。
在一个实施例中，待记录事件为服药事件，与待记录事件相关的物品为药盒，药盒上粘附有NFC标签。用户在医院配药后，由医生或者用户自己通过NFC写入装置将服药事件相关信息写入药盒上的NFC标签中，服药事件相关信息包括服药时间、服药量以及药物副作用等。用户通过移动终端靠近药盒上的NFC标签，移动终端会检测到该NFC标签，自动调用事件记录应用，通过该事件记录应用读取NFC元件中所存储的按次读取的服药事件相关信息，从而生成服药事件记录。移动终端在判定为首次读取到该服药事件相关信息时，会完整记录服药时间、服药量以及药物副作用等服药事件相关信息，生成服药系列事件的首次服药事件记录；移动终端在判定为非首次读取到该服药事件相关信息时，不必再记录完整的服药事件相关信息，可仅生成服药系列事件中的表示服药动作发生的服药动作事件记录。这样服药系列事件可以形成服药事件跟踪记录，便于跟踪记录用户一系列的服药事件。
在一个实施例中，待记录事件为定点签到事件，比如定向越野事件或者上班签到事件；与待记录事件相关的物品为定点签到标志物，该定点签到标志物上设置有NFC标签，该NFC标签存储有签到标志信息。用户在到达某一签到地点时，用移动终端靠近相应点到地点处的定点签到标志物上的NFC标签，移动终端会检测到该NFC标签，自动调用事件记录应用，通过该事件记录应用读取NFC元件中所存储的按次读取的签到标志信息，从而生成定点签到事件记录。通过一系列的定点签到事件，移动终端可以形成定点签到事件跟踪记录。这样用户必须本人到场才可以完成定点签到事件，保证了定点签到的真实性。在一个实施中，NFC标签可以由用户持有，而定点签到标志物则是具有读取NFC标签功能的终端，由该终端实现上述的记录事件的方法。
如图7所示，在一个实施例中，提供了一种移动终端700，移动终端700的内部结构可对应于如图4所示的结构，下述每个模块可全部或部分通过软件、硬件或其组合来实现。移动终端700包括：检测模块701、调用模块702、读取模块703和事件记录生成模块704。
检测模块701，用于检测与待记录事件相关的物品中的NFC元件。
具体地，事件是指人类参与活动的事情，待记录事件是指用户需要记录的事件，与待记录事件相关的物品则是指人类在实施该待记录事件时需要用到的物品。
比如，待记录事件包括：饮水事件、体重测量事件、温度测量事件、体温测量事件、跑步事件、跑步事件以及定点签到事件等。相应地，与待记录事件相关的物品包括：饮水机、体重秤、温度计、体温计、跑道、跑步机、药盒以及药瓶等。
NFC通信方式的通信距离非常短，通常小于十厘米，这恰恰保证了自动记录事件的准确性，用户在手持移动终端接近与待记录事件相关的物品中的NFC元件时，才会触发本实施例的记录事件的方法。
移动终端可向周围辐射电磁信号，无源的NFC元件则会通过电磁感应对电磁信号做出响应，也向周围辐射电磁信号，这样检测模块701在接收到NFC元件辐射的电磁信号时，则检测到该NFC元件。与待记录事件相关的物品中的NFC元件，可以粘附在该物品表面，也可以封装在该物品内部。
调用模块702，用于调用事件记录应用。
事件记录应用是用来记录事件的应用。具体地，调用模块702用于在检测到NFC元件后，判断该NFC元件对应的事件记录应用是否启动，若未启动，则启动该事件记录应用后调用；若已启动，则直接调用该已启动的事件记录应用。
读取模块703，用于通过事件记录应用读取检测到的NFC元件所存储的按次读取的事件相关信息。
其中，按次读取是指NFC元件中的信息是被重复读取的，且每次读取出该NFC元件存储的信息的一个副本。事件记录应用具有将NFC元件反馈的电磁信号转换为数字化的事件相关信息的功能，这样读取模块703用于通过调用的事件记录应用，读取检测到的NFC元件所存储的按次读取的事件相关信息。
事件相关信息是用于记录一次事件的信息，包括事件类型标识、定时信息以及量化数据等。其中，量化数据是指可被计数的数据，量化数据具有计量单位。
事件记录生成模块704，用于根据读取的事件相关信息生成事件记录。
具体地，事件记录是指表示记录的事件的具有可读性的信息。在一个实施例中，事件记录生成模块704用于获取当前时间，根据获取的当前时间和读取的事件相关信息生成事件记录。具体地，事件记录生成模块704可用于直接获取本端的***时间作为当前时间，也可以通过网络获取网络服务器上的服务器时间作为当前时间。
在一个实施例中，事件记录生成模块704可用于根据历史事件记录和读取的事件相关信息生成事件记录。
在一个实施例中，事件记录生成模块704可用于获取当前时间，根据获取的当前时间、历史事件记录和读取的事件相关信息生成事件记录。
上述移动终端700，在与待记录事件相关的物品上设置有NFC元件，该NFC元件中存储有按次读取的事件相关信息。用户每次在实施某一事件时会使用该物品，用户就可以通过随身携带的移动终端检测该物品中的NFC元件，从而调用相应的事件记录应用来读取一次NFC元件中读取的事件相关信息，从而根据读取的事件相关信息来生成事件记录。这样用户在实施事件的时候就可以自动生成事件记录，不需要进行复杂的操作，提高了操作便利性。
如图8所示，在一个实施例中，事件相关信息包括量化数据，移动终端700还包括：事件记录统计模块705和/或跟踪记录模块706。
记录统计模块705用于对各次读取NFC元件所生成的事件记录的量化数据进行统计并显示统计结果。
具体地，每次读取NFC元件获得的事件相关信息包括量化数据，这样根据每次读取的事件相关信息生成的事件记录则会包括相应的量化数据。记录统计模块705用于对各次读取NFC元件所生成的事件记录的量化数据进行统计，获得统计结果，并通过移动终端的显示装置进行显示。
这里对各次读取NFC元件所生成的事件记录的量化数据进行统计，可以是对量化数据进行汇总的统计，也可以是按照时间分布对量化数据进行统计。
在一个实施例中，事件相关信息包括事件类型标识，则对各次读取NFC元件所生成的事件记录的量化数据进行统计，还可以按照事件类型进行统计，还可以按照事件类型和时间分布对量化数据进行统计。
本实施例中，通过对事件记录的量化数据进行统计并显示，可以让用户直观、准确地了解事件的实施进程，从而对后续事件的实施做出有效调整和规划，使得事件的实施可被监控。
跟踪记录模块706用于按照各次读取NFC元件的时间顺序，将相应生成的事件记录生成事件跟踪记录。
具体地，每次读取NFC元件的操作都对应相应的时间信息，自然形成时间顺序，这样跟踪记录模块706根据该时间顺序，就可以将相应的事件记录排序并综合形成事件跟踪记录。
比如，在定点签到事件的实施过程中，用户通过移动终端在下午1点在A处的签到标志物签到，下午2点在B处的签到标志物签到，再在下午3点再C处的签到标志物签到，则可生成事件跟踪记录：用户的签到线路为A—>B—>C。
本实施例中，通过按照各次读取NFC元件的时间顺序，将相应生成的事件记录生成事件跟踪记录，可以记录用户的行为特征，为分析用户行为提供准确的数据来源。
在一个实施例中，事件相关信息包括定时信息和量化数据；事件记录生成模块704还用于根据定时信息和量化数据生成事件记录，并根据生成的事件记录生成定时提醒任务并执行，以定时触发提醒通知；提醒通知包括量化数据。
具体地，定时信息用来确定定时提醒任务在执行时触发提醒通知的频率，比如每天几天触发提醒通知，每隔预设时间间隔触发提醒通知等。其中定时信息可以是表示具体时刻的信息。定时信息还可以是定时类型标记，从而事件记录生成模块704可用于根据定时类型标记和定时方式的映射关系，确定具体的定时方式，进而生成定时提醒任务。
事件记录生成模块704用于在执行定时提醒任务时，每到预设时间点或者预设时间间隔，就会触发提醒通知。事件记录生成模块704可以用于在显示装置的预设显示位置处绘制通知窗口，从而在该通知窗口中显示提醒通知；事件记录生成模块704还可以用于在***通知栏中显示提醒通知。
本实施例中，通过从物品中的NFC元件中读取定时信息和量化数据来生成定时提醒任务并执行，可以方便地提醒用户实施相关联的一系列事件，提高了操作便利性。
在一个实施例中，事件相关信息包括定时信息；事件记录生成模块704用于根据定时信息生成事件记录，并根据生成的事件记录生成定时提醒任务并执行，以定时触发提醒通知。本实施例中，事件相关信息可以不包括量化数据，移动终端在执行定时提醒任务时触发的提醒通知不包括量化数据。
如图9所示，在一个实施例中，移动终端700还包括信息交换模块707，用于与另一个移动终端交换彼此的NFC元件所存储的社交信息。
具体地，社交信息包括电子名片、通讯录联系人等，这样多个用户之间只需要将彼此的移动终端接近就可以交换彼此的社交信息，无需再手工操作来建立连接，极大地提高了操作便利性。
如图10所示，在一个实施例中，移动终端700还包括验证模块708，用于对读取的事件相关信息进行验证，若验证通过则通知事件记录生成模块704，事件记录生成模块704用于根据读取的事件相关信息生成事件记录。验证模块708还可用于若验证未通过则可以不做任何动作或者提示验证失败。验证模块708具体可用于对读取的事件相关信息的格式进行验证，防止伪造。事件相关信息在被写入NFC标签时，可以由写入装置从服务器获取唯一标识码，并将该唯一标识码添加到事件相关信息写入NFC标签中，验证模块708则可用于在读取到事件相关信息后，将其中的唯一标识码上传到服务器，由服务器根据上传的唯一标识码和服务器所存储的唯一标识码进行验证。
如图11所示，在一个实施例中，提供了一种提供事件相关信息的方法，本实施例以该方法应用于上述图2中的与待记录事件相关的物品102来举例说明。该方法具体包括如下步骤：
步骤S1102，与待记录事件相关的物品中的NFC元件检测移动终端的读取信号。
具体地，事件是指人类参与活动的事情，待记录事件是指用户需要记录的事件，与待记录事件相关的物品则是指人类在实施该待记录事件时需要用到的物品。移动终端可向周围辐射电磁信号形式的读取信号，无源的NFC元件则会通过电磁感应检测到该读取信号。与待记录事件相关的物品中的NFC元件，可以粘附在该物品表面，也可以封装在该物品内部。
步骤S1104，NFC元件根据读取信号，向移动终端提供NFC元件所存储的按次读取的事件相关信息，使移动终端根据事件相关信息生成事件记录。
NFC元件可通过电磁感应对电磁信号的读取信号做出响应，以电磁信号的形式向移动终端提供NFC元件所存储的按次读取的事件相关信息，使移动终端通过事件记录应用解析该事件相关信息，从而根据解析的事件相关信息生成事件记录。
其中，按次读取是指NFC元件中的信息是被重复读取的，且每次读取出该NFC元件存储的信息的一个副本。事件记录应用具有将NFC元件反馈的电磁信号转换为数字化的事件相关信息的功能，这样移动终端通过调用的事件记录应用，读取检测到的NFC元件所存储的按次读取的事件相关信息。
事件相关信息是用于记录一次事件的信息，包括事件类型标识、定时信息以及量化数据等。其中，量化数据是指可被计数的数据，量化数据具有计量单位。
事件记录是指表示记录的事件的具有可读性的信息。移动终端可获取当前时间，根据获取的当前时间和读取的事件相关信息生成事件记录。或者移动终端可根据历史事件记录和读取的事件相关信息生成事件记录。或者移动终端可获取当前时间，根据获取的当前时间、历史事件记录和读取的事件相关信息生成事件记录。
上述提供事件相关信息的方法，与待记录事件相关的物品中的NFC元件中存储有按次读取的事件相关信息。用户每次在实施某一事件时会使用该物品，用户就可以通过随身携带的移动终端检测该物品中的NFC元件，从而调用相应的事件记录应用来读取一次NFC元件中读取的事件相关信息，从而根据读取的事件相关信息来生成事件记录。这样用户在实施事件的时候移动终端就可以自动生成事件记录，不需要进行复杂的操作，提高了操作便利性。
本领域普通技术人员可以理解实现上述实施例方法中的全部或部分流程，是可以通过计算机程序来指令相关的硬件来完成，所述的程序可存储于一计算机可读取存储介质中，该程序在执行时，可包括如上述各方法的实施例的流程。其中，所述的存储介质可为磁碟、光盘、只读存储记忆体（Read-Only Memory，ROM）等非易失性存储介质，或随机存储记忆体（Random Access Memory，RAM）等。
以上所述实施例的各技术特征可以进行任意的组合，为使描述简洁，未对上述实施例中的各个技术特征所有可能的组合都进行描述，然而，只要这些技术特征的组合不存在矛盾，都应当认为是本说明书记载的范围。
以上所述实施例仅表达了本发明的几种实施方式，其描述较为具体和详细，但并不能因此而理解为对发明专利范围的限制。应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干变形和改进，这些都属于本发明的保护范围。因此，本发明专利的保护范围应以所附权利要求为准。

Claims (20)

  1. 一种记录事件的方法，包括：
    检测与待记录事件相关的物品中的NFC（Near Field Communication）元件；
    调用事件记录应用；
    通过所述事件记录应用读取检测到的所述NFC元件所存储的按次读取的事件相关信息；及
    根据读取的事件相关信息生成事件记录。
  2. 根据权利要求1所述的方法，其特征在于，所述事件相关信息包括量化数据；所述方法还包括：
    对各次读取NFC元件所生成的事件记录的量化数据进行统计并显示统计结果；和/或，
    按照各次读取NFC元件的时间顺序，将相应生成的事件记录生成事件跟踪记录。
  3. 根据权利要求1所述的方法，其特征在于，所述物品包括写入装置，还包括测量装置和信息输入装置中的至少一种；所述方法还包括：
    所述测量装置获得量化数据，并根据所述量化数据生成事件相关信息后通过所述写入装置写入所述NFC元件；和/或，
    所述信息输入装置获取输入的信息，并根据输入的信息生成事件相关信息后通过所述写入装置写入所述NFC元件。
  4. 根据权利要求1所述的方法，其特征在于，所述事件相关信息包括定时信息和量化数据；所述根据读取的事件相关信息生成事件记录包括：
    根据所述定时信息和所述量化数据生成事件记录，并根据生成的事件记录生成定时提醒任务并执行，以定时触发提醒通知；所述提醒通知包括所述量化数据。
  5. 根据权利要求1所述的方法，其特征在于，所述根据读取的事件相关信息生成事件记录包括：
    获取当前时间，根据获取的当前时间和读取的事件相关信息生成事件记录；或者，
    根据历史事件记录和读取的事件相关信息生成事件记录；或者，
    获取当前时间，根据获取的当前时间、历史事件记录和读取的事件相关信息生成事件记录。
  6. 根据权利要求1所述的方法，其特征在于，所述物品为饮水机，所述事件相关信息为饮水事件相关信息，所述事件记录为饮水事件记录。
  7. 根据权利要求1所述的方法，其特征在于，所述物品为饮料机，所述事件相关信息为饮料饮用事件相关信息，所述事件记录为饮料饮用事件记录。
  8. 根据权利要求1所述的方法，其特征在于，所述待记录事件为跑步事件，所述物品为跑道或跑步机，所述事件相关信息为跑步事件相关信息，所述事件记录为跑步事件记录。
  9. 根据权利要求1所述的方法，其特征在于，所述待记录事件为服药事件，所述物品为药盒，所述事件相关信息为服药事件相关信息，所述事件记录为服药事件记录。
  10. 根据权利要求1所述的方法，其特征在于，所述方法应用于移动终端，所述方法还包括：
    与另一个移动终端交换彼此的NFC元件所存储的社交信息。
  11. 一种提供事件相关信息的方法，包括：
    与待记录事件相关的物品中的NFC（Near Field Communication）元件检测移动终端的读取信号；及
    所述NFC元件根据所述读取信号，向所述移动终端提供所述NFC元件所存储的按次读取的事件相关信息，使所述移动终端根据所述事件相关信息生成事件记录。
  12. 根据权利要求11所述的方法，其特征在于，所述物品包括写入装置，还包括测量装置和信息输入装置中的至少一种；所述方法还包括：
    所述测量装置获得量化数据，并根据所述量化数据生成事件相关信息后通过所述写入装置写入所述NFC元件；和/或，
    所述信息输入装置获取输入的信息，并根据输入的信息生成事件相关信息后通过所述写入装置写入所述NFC元件。
  13. 一种移动终端，包括存储器和处理器，所述存储器中储存有计算机可读指令，所述计算机可读指令被所述处理器执行时，使得所述处理器执行以下步骤：
    检测与待记录事件相关的物品中的NFC（Near Field Communication）元件；
    调用事件记录应用；
    通过所述事件记录应用读取检测到的所述NFC元件所存储的按次读取的事件相关信息；及
    根据读取的事件相关信息生成事件记录。
  14. 根据权利要求13所述的移动终端，其特征在于，所述事件相关信息包括量化数据；所述方法还包括：
    对各次读取NFC元件所生成的事件记录的量化数据进行统计并显示统计结果；和/或，
    按照各次读取NFC元件的时间顺序，将相应生成的事件记录生成事件跟踪记录。
  15. 根据权利要求13所述的移动终端，其特征在于，所述事件相关信息包括定时信息和量化数据；所述根据读取的事件相关信息生成事件记录包括：
    根据所述定时信息和所述量化数据生成事件记录，并根据生成的事件记录生成定时提醒任务并执行，以定时触发提醒通知；所述提醒通知包括所述量化数据。
  16. 根据权利要求13所述的移动终端，其特征在于，所述根据读取的事件相关信息生成事件记录包括：
    获取当前时间，根据获取的当前时间和读取的事件相关信息生成事件记录；或者，
    根据历史事件记录和读取的事件相关信息生成事件记录；或者，
    获取当前时间，根据获取的当前时间、历史事件记录和读取的事件相关信息生成事件记录。
  17. 根据权利要求13所述的移动终端，其特征在于，所述计算机可读指令被所述处理器执行时，还使得所述处理器执行以下步骤：
    与另一个移动终端交换彼此的NFC元件所存储的社交信息。
  18. 根据权利要求13所述的移动终端，其特征在于，所述物品为饮水机，所述事件相关信息为饮水事件相关信息，所述事件记录为饮水事件记录；或者，
    所述物品为饮料机，所述事件相关信息为饮料饮用事件相关信息，所述事件记录为饮料饮用事件记录。
  19. 根据权利要求13所述的移动终端，其特征在于，所述待记录事件为跑步事件，所述物品为跑道或跑步机，所述事件相关信息为跑步事件相关信息，所述事件记录为跑步事件记录。
  20. 根据权利要求13所述的移动终端，其特征在于，所述待记录事件为服药事件，所述物品为药盒，所述事件相关信息为服药事件相关信息，所述事件记录为服药事件记录。
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