KR20140081917A - Apparatus and method for transmitting activitiy information using Zigbee communication in one pass system - Google Patents

Abstract

The present invention relates to a device for transceiving activity information measured during a receiving period, a method thereof and an activity measuring terminal using zigbee communication in an one pass system containing a system as a terminal for analyzing health state by measuring the body conditions of a user and the one pass system for accessing in a certain area such as an apartment complex. The method comprises the following steps: separating activity data transmission packets into a plurality of counts to a wireless AP in the one pass system; transmitting the activity data to a wireless AP through network by producing a first packet containing a first count and header information representing the beginning of transmission of activity data if the transmission is done through wireless AP according to the select of a user; transmitting a second packet containing actual activity data and a second count representing the transmission of the actual activity data to a wireless AP through network if ACK about the first packet is received from the wireless AP; transmitting a third packet having a third count representing final activity data and the transmission of final activity data to a wireless AP after transmitting the second packet.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus and method for activating an activity using Zigbee communication in a one-pass system, and a Zigbee communication in one-

The present invention relates to an one-pass system for accessing / accessing a specific area such as an apartment complex, and a system for analyzing a user's physical condition by analyzing a user's physical condition, The present invention relates to an apparatus and method for transmitting and receiving activity information measured at a terminal and a reception period.

The present invention is derived from research carried out as part of the ubiquitous computing and network-based technology development project of the Ministry of Knowledge Economy [assignment number: 12C4-T3-5OS, title: Self-growing u-intelligence space community system integration Development of platform and application test bed Development of smart home life care service and one pass system]

And a healthcare terminal for periodically measuring the physical condition of the user and analyzing the health state of the user by combining the access technology using the wireless communication capable of automatically entering and exiting the specific terminal such as the apartment complex, This is about technology that can use the terminal to access within apartment complexes and check the health of residents.

A large-scale apartment complex, such as a residential complex, is needed to provide a system for allowing outsiders and residents to be separated. However, in the conventional input / output system, only a pass terminal can be accessed, so that a person who is not a legitimate user can cut or learn a pass terminal to freely enter and leave the pass terminal.

In recent years, as information and communication technology and medical equipment technology have been developed rapidly and social awareness of health care has changed drastically, it has become a preventive center for medical care through the combination of information and communication technology, medical equipment technology, (Prevention) -based healthcare system in medical care centered on disease management.

As a part of this effort, research and development of portable medical appliances that are more compact and integrated have been actively carried out by combining information communication technology and health care technology. In addition, a variety of medical systems that can utilize these medical devices for remote and home medical treatment through the combination with wired / wireless communication networks are being developed.

In addition, as an elderly health care means according to the increase of the elderly population, it is possible to detect the abnormality symptom of the health early by continuously monitoring the user's real-time health status at any time, anywhere regardless of time and place, The present invention relates to a method for monitoring health status of a patient in order to more efficiently perform such a remote healthcare technique. It is important to take action.

Also, conventionally, the user has to use the access terminal and the healthcare terminal respectively.

SUMMARY OF THE INVENTION The present invention has been made to solve the conventional problems, and it is an object of the present invention to implement an access terminal and a healthcare terminal as one terminal.

Also, access information for accessing is generated with legitimate physical information of the authorized person, so that the unauthorized access of the user can be restricted.

In addition, by measuring the body information by using a portable terminal, it is possible to promptly receive emergency treatment in the event of an abnormality of the body.

Yet another object of the present invention is to efficiently transmit measured activity information of a user.

According to an aspect of the present invention, there is provided an activity amount data transmission method for a one-pass terminal, the method comprising: classifying activity amount data transmission packets into a plurality of counts in a wireless AP of a one-path system; Generating a first packet including header information and a first count indicating the start of transmission of activity data when the activity amount data is transmitted to the wireless AP according to a user's selection, and transmitting the first packet to the wireless AP through the network; Sending a second packet to the wireless AP over the network, the second packet including actual activity data when a ACK for the first packet reception is received from the wireless AP and a second count indicating transmission of actual activity data; Transmitting the last activity amount data after the second packet transmission and a third packet having a third count indicating transmission of the last activity amount data to the wireless AP through the network.

The plurality of counts are classified into Ox00, 0x01, Ox02, the first count is 0x01, the second count is 0x02, and the third count is 0x00.

The header information of the first packet includes information of an original terminal ID, packet length information, Gender, Age, Weight, Height, StartTime, Interval and NumOfData, and the NumOfData information indicates the number of Kcal.

The number of transmission packets is determined according to the amount of activity data to be transmitted in the second packet, and the first and third packets are transmitted only once.

The second packet is transmitted when an ACK message is received from the wireless AP after the transmission of the first packet. When the ACK message is not received, a transmission failure message is displayed on the first-party terminal. It also suggests the process of data transmission.

The communication network between the one-path terminal and the wireless AP uses a Zigbee communication network.

According to an aspect of the one-pass system for collecting activity amount data according to the present invention, a wireless AP for relaying activity amount data received through a network to an activity amount one-pass server; And a one-pass terminal for collecting and storing activity information of a user and transmitting the stored activity data to the wireless AP through a network according to a user's selection. When the activity data is transmitted to the wireless AP according to a user's selection, generates a first packet including a first count indicating the start of transmission of the activity data and a header information, Transmits to the wireless AP a second packet including a second count indicating a transmission of actual activity data and an actual activity data when an ACK for reception of the first packet is received from the wireless AP, After the second packet transmission, it indicates the transmission of the last activity data and the last activity data Transmits a third packet having a third count to the wireless AP through the network.

The plurality of counts classified in the one-pass terminal are classified as Ox00, Ox01, Ox02, the first count is 0x01, the second count is 0x02, and the third count is 0x00.

Wherein the header information of the first packet transmitted from the one-way terminal to the wireless AP includes information of an original terminal ID, packet length information, Gender, Age, Weight, Height, StartTime, Interval and NumOfData, .

The number of transmission packets is determined according to the amount of activity data to be transmitted in the second packet transmitted from the one-path terminal to the wireless AP, and the first and third packets transmitted from the one- .

The transmission of the second packet in the one-path terminal is performed when an ACK message is received from the wireless AP after the transmission of the first packet. When the ACK message is not received, the one- A failure message is displayed so that the failure can be confirmed, and an activity data transfer process is optionally presented.

The communication network between the one-path terminal and the wireless AP uses a Zigbee communication network.

Since the present invention performs a function of an access terminal and a healthcare function in one terminal, it is possible to always check the health while carrying the portable terminal, effectively solving the existing problems of carrying the existing access terminal and the healthcare terminal.

In addition, the present invention can quickly and stably transmit the activity amount data measured by the one-pass terminal to the receiver, and has the effect of enhancing the convenience to the user and the reliability of the measured activity amount data.

1 is a diagram of a one-pass system using a one-pass terminal according to an embodiment of the present invention.
2 is a diagram showing the configuration of a one-pass terminal according to an embodiment of the present invention.
FIG. 3 is a diagram showing a configuration of an on-path server according to an embodiment of the present invention.
4 is a flowchart showing an approach using a one-pass terminal of the present invention.
5 is a flowchart showing a health care method using the one-pass terminal of the present invention.
FIG. 6 is a flowchart illustrating a method of transmitting activity amount data between a one-path terminal and a wireless AP using Zigbee communication in the one-path system according to the present invention.
FIG. 7 is a diagram illustrating a configuration of a packet transmitted in FIG.

BRIEF DESCRIPTION OF THE DRAWINGS The present invention is capable of various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. It is to be understood, however, that the invention is not to be limited to the specific embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The first and second or the above terms are only used for the purpose of distinguishing one element from another. Also, the singular expressions may include plural expressions unless the context clearly dictates otherwise.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram of a one-pass system using a one-pass terminal according to an embodiment of the present invention.

The one-pass system of the present invention comprises a one-pass terminal 100 and a server 200 in the complex.

Herein, the server 200 means a server that communicates with the one-pass terminal and means the one-pass server. For convenience of explanation, the server 200 in the vicinity is referred to as the one-pass server 200.

The one-pass server 200 controls the entrance 400, the parking lot 500 and the elevator 600 in the vicinity and controls the healthcare server 700, the hospital server 800, the police / public office server 900, 1000).

The one-pass terminal 100 stores the access information in the user's complex, measures the activity amount of the user, and transmits the measured activity amount to the one-pass server 200. The user can enter and leave the place where the user is allowed to access and the position of the user by using the GPS by simply holding the one-pass terminal 100 by the user, and the user's heart rate, body temperature, blood sugar, electrocardiogram (EKG) And the user's health condition is detected with the body information including the information. And also transmits the body information to the original path server 200.

That is, the user can communicate with the communication device installed in the entrance 400, the parking lot 500, and the elevator 600 by simply holding the one-pass terminal 100, thereby making it possible to freely enter and exit. In addition, the health state can be checked by periodically measuring the physical condition through the sensor included in the one-pass terminal 100.

2 is a diagram showing the configuration of a one-pass terminal according to an embodiment of the present invention.

The one-pass terminal 100 of the present invention includes an access information storage unit 110, a position information measurement unit 120, a body information measurement unit 130, a communication unit 140, a display unit 150, and a control unit 160 .

The access information storage unit 110 stores access information in the user ' s premises,

The location information measurement unit 120 performs a function of measuring location information of a user. For this purpose, a GPS (Global Positioning System) is included.

The body information measuring unit 130 performs a function of measuring the user's body information.

For this, the body information measuring unit 130 includes a 3D acceleration sensor 131, a heart rate measuring sensor 132, a body temperature measuring sensor 133, a blood sugar measuring sensor 134, an EKG measuring sensor 135, .

The 3D acceleration sensor 131 is a sensor for measuring a user's body motion and measures whether the user's body motion is deviated from normal.

The heart rate measuring sensor 132 measures the user's heart rate and measures that the user's breathing is normally performed. For this, the one-pass terminal 100 has the same structure as the armband, and can be attached to a place where the heart rate such as the user's wrist can be measured.

The body temperature measuring sensor 133 is a sensor for measuring the temperature of the upper body and means a thermometer.

The blood glucose measuring sensor 134 is a sensor for measuring the blood glucose of a user, and has a structure like a needle. The sensor is attached to a finger, and the blood is punctured by a needle under the nail to analyze blood glucose.

The EKG measurement sensor 135 is a sensor for measuring an electrocardiogram (EKG), and measures the electrocardiographic changes according to the user's activity by attaching electrodes near the user's hands, feet and the heart.

The communication unit 140 communicates access information, location information, and body information with an on-path server existing in the complex. To this end, the communication unit includes a remote communication unit 141. The telecommunication portion is configured to include at least one of a WiFi, WiBro, 3G, and 4G communication device. The remote communication unit 141 can communicate with the one-pass server through the wireless AP 300 connected to the one-pass server 200.

The communication unit 140 includes a local communication unit 142 such as Near Field Communication (NFC), ZigBee, Bluetooth, RFID, and UWB (Ultra-wideband) communication devices, The portable terminal 400 communicates with a short range communication device connected to the parking lot 500 and the elevator 600 to perform functions such as opening a door, parking lot parking, and calling an elevator.

The display unit 150 includes a display device for displaying the function state of the one-pass terminal 100 and the user's body state. Accordingly, the display unit 150 may include at least one of a video display device such as an LCD, a voice display device such as a speaker, and a tactile display device such as a vibration motor to provide information to the user visually, .

If the user approaches the danger area, the control unit 160 measures the position of the user using the position information, generates an access guard message to notify the user, and periodically checks the user's physical condition using the measured physical information If the body information is out of the normal range, a body warning message is generated and notified to the user. In addition, when the function of each component of the one-path terminal 100 is controlled and new access information exists, the access information can be upgraded by receiving new access information from the original path server 200 and using the new access information.

The one-pass system of the present invention periodically changes the access information, thereby preventing a person who is not a legitimate user from accessing the inside of the complex by using the one-pass terminal 100. [ That is, it is possible to periodically change the access information by combining the legitimate user's body information stored in the original path server 200 with the access information. For example, the user's fingerprint information, corneal information, vein information, voice information, and face information can be used as access information. The one-pass server 200 transmits the changed access information to the original-path terminal, and the original-path terminal 100 upgrades the access information according to the changed access information to use the new access information.

FIG. 3 is a diagram showing a configuration of an on-path server according to an embodiment of the present invention.

The OnePass server includes a server communication unit 210, a user access information storage unit 220, an access control unit 230, an elevator calling unit 240, an emergency calling unit 250, a health care unit 260, A storage unit 270, and a server control unit 280.

The server communication unit 210 performs a function of periodically communicating user information with a one-path terminal carried by the user.

The user access information storage unit 220 stores access information in the user ' s premises.

The access control unit 230 performs a function of controlling access to the inside of the user's premises.

The elevator calling unit 240 performs a function of moving the elevator to a place where the user is located.

The emergency call unit 250 functions to transmit the emergency signal to the police or the hospital when receiving the emergency signal from the user.

The health care unit 260 periodically manages the measured body information included in the user information and transmits the body information of the current state of the user to the hospital when there is an abnormality.

The body information storage unit 270 stores the legitimate user's body information in the body.

The server control unit 280 analyzes the user information and judges whether the corresponding user is a normal user. Only when the user is a normal user, the server control unit 280 permits entry / access within the complex and analyzes the measured current user's body information received from the one- And performs a function of determining whether the user is in a normal physical state. Also, new access information is generated by using access information and stored body information, and the access information is updated with this information. And also informs the original terminal 100 of new access information. Herein, the new access information refers to guide information on which access information has been upgraded by further including any of the user's body information stored in the body information storage unit 270 in the previously existing access information. For example, when the access information is upgraded by adding the cornea information of the user to the existing access information, the new access information includes guide information for adding the cornea information of the user to the existing access information to generate access information.

Upon receiving the new access information from the original path server 200, the original path terminal 100 upgrades the access information to match the changed access information.

4 is a flowchart showing an approach using a one-pass terminal of the present invention.

Step S100 is a step of performing short-distance communication using the one-pass terminal 100 and a short-range communication device installed in the entrance and access places of the complex.

In step S110, it is determined whether the access information stored in the one-pass terminal 100 by the one-pass server 200 is normal access information. If the access information is normal access information, the process proceeds to step S160 to allow the accessing of the user possessing the one-party terminal 100. If the access information is not normal access information, it is determined whether new access information exists (S120) and transmits the new access information to the one-pass terminal 100.

The one-path terminal 100 upgrades the access information using the new access information received (S130).

If it is determined that the upgraded access information is normal access information (S1400), if the upgraded access information is normal access information, the user who has the original access terminal 100 is allowed access (S160). If the new access information does not exist or is upgraded If the access information is not normal access information, an alarm is generated to indicate that it is not a normal user (S150).

5 is a flowchart showing a health care method using the one-pass terminal of the present invention.

The one-pass terminal 100 periodically measures the user's body information (S210).

Thereafter, it is determined whether the measured physical information is in a normal physical state range (S210).

If it is not in the normal physical state range, the body information measured by the remote communication unit is transmitted to the original path server 200 (S220).

Thereafter, the one-pass server 200 transmits the received measured body information to the healthcare center, and the healthcare center analyzes the measured body information and provides the corresponding healthcare service (S230).

Here, the healthcare center may be the health care unit 260 in the one-pass server 200 or the health care server 700 of the hospital connected to the one-pass server 200. [

In the one-pass system according to the present invention, when the user measures the activity amount of the user using the one-pass terminal 100 and transmits the measurement result to the wireless AP 300 using the communication unit 140, (Not shown) to the pass terminal 100 to transmit the measured activity amount data to the wireless AP 300 according to the user's selection. Such a one-pass system is filed by the same applicant as the 2011 Patent Application No. 10-2011-0129684 entitled "One-pass system and method using activity information". Therefore, please refer to the above patent application for details.

However, when the amount of activity data stored when the activity data is measured and stored in the one-pass terminal 100 of the one-path system described above is transmitted to the wireless AP 300 according to the user's selection, When the user moves out of the service area during the transmission of the activity amount data to the wireless AP 300 according to the selection of the activity amount data, transmission of the activity amount data may not be smoothly performed and transmission may fail. Accordingly, This can not be done. For example, in the one-pass system of activity amount, the activity data measured every second is stored in the activity amount one-pass tag at intervals of 5 minutes, and then transmitted to the receiver in the vicinity of the receiver by pressing a button of the tag. In this case, a large amount of activity measurement data must be transmitted to the receiver, and as the amount of data increases, the waiting time of the user becomes longer.

If the user's waiting time is long, the user is more likely to move without completing the transmission, which leads to the inaccuracy of the activity measurement service. Since this is an important factor in deciding the success or failure of the service, the fast and efficient transmission of the activity data is necessarily required in the one-pass system of activity amount.

A method of transmitting activity data to efficiently solve such a problem will be described in detail with reference to FIGS. 6 and 7 attached hereto. Hereinafter, the communication method will be described in detail on the assumption that the communication method between the first-pass terminal 100 and the wireless AP 300 is Zigbee communication.

Generally, 802.15.4 Zigbee is a short-range wireless communication technology for low speed, low cost, low power. This characteristic of Zigbee wireless communication is widely used in the home network field.

The Zigbee communication protocol defines 128 bytes as the size of the packet to be used for data transmission for fast short-range communication. Except for 64 bytes of addressing information for Zigbee communication, the size of the message containing the transmission information is 64 bytes.

Activity The OnePass tag measures the activity of the user every second and stores it in a file every five minutes. For example, 12 activity data are generated after 1 hour since the last activity data transmission, and one activity data is composed of Integer Type (4Byte), so transmission data of 48 bytes is generated per hour.

Assuming that the owner of the one-pass terminal 100 transmits the activity data to the receiver once on an average of 48 hours (two days), it sends about 36 packets when exchanging data between the one-pass terminal 100 and the wireless AP 300 You must receive.

This is based on an average value, and the amount of data may increase significantly if the user does not transmit activity measurement data to the wireless AP 300 over a long period of time.

Therefore, an efficient activity data transmission method as shown in FIG. 6 and FIG. 7 is necessary.

FIG. 6 is a flowchart illustrating a method of transmitting activity amount data between a one-path terminal and a wireless AP using Zigbee communication in the one-path system according to the present invention. FIG. 7 is a diagram illustrating the configuration of packets transmitted in FIG.

As shown in FIG. 6, the user first measures and stores the activity amount of the user using the one-pass terminal 100, and then transmits the stored activity amount data to the wireless AP 300 according to a switch selection of the user And transmits the Join message to the wireless AP 300 using the Zigbee communication method (S601).

 The wireless AP 300 having received the message transmits an ACK message requesting transmission of the activity data to the original-path terminal 100 using ZigBee (S602).

Then, the one-way terminal 100 receiving the ACK message constructs a packet including the header information for transmission of the activity amount data, that is, a first packet as shown in FIG. 7A, and transmits the packet to the wireless AP 300 S603). 7A includes a PACKET CMD field indicating that a packet is transmitted from the one-path terminal 100 to the wireless AP 300, a LENGTH field including the total length information of the packet, And a DATA field including header information. The DATA field may further include a LENGTH field including length information of the DATA field, an one-path terminal ID field including the one-way terminal ID information, a type of packet count A count field, and a DATA field including header information.

The counter field includes a count code Ox01 for indicating that the header information of the activity amount data is transmitted. According to this code, it indicates whether the currently received packet is a packet containing certain information and whether there are more packets to be received .

The header information in the DATA field includes ID (16 bytes), Gender (1 byte), Age (1 byte), Weight (1 byte), Height (1 byte), StartTime (7 bytes) Byte), and the activity data Header and NumOfData indicate the number of Kcal (4 bytes).

Upon receiving the first packet including the header information, the wireless AP 300 transmits an ACK message indicating that the packet has been received to the original terminal 100 (S604).

The one-way terminal 100 receiving the ACK message constructs a second packet for transmitting the actual activity data, that is, constructs a second packet as shown in FIG. 7 (b) and transmits it to the wireless AP 300 (S605 ).

Here, the second packet has the same field information as the first packet shown in FIG. 7 (a), but only the code information of the count field and the information in the DATA field are different. That is, in the first packet, the count field contains a code 0x02 indicating that actual activity data is included, and a DATA field contains actual activity data.

In other words, when the count of the second packet is 0x02, it is composed of the data content including the activity data, and the activity data constituted by the number of data of 1 byte (maximum: 15) and Kcal (4 bytes). That is, when the number of activity data to be transmitted from the one-pass terminal 100 to the wireless AP 300 is large, the second packet having the same count 0x02 is continuously generated and transmitted to the wireless AP 300. [

When the original path terminal 100 transmits a packet including the last activity amount data among the activity amount data, the original path terminal 100 generates a third packet as shown in FIG. 7 (c) and transmits it to the wireless AP 300 (S606). That is, the third packet as shown in FIG. 7 (c) includes count information indicating the last packet having the same field as that of FIG. 7 (b) And is transmitted to the wireless AP 300. That is, when the counter information is 0x00, it means that the data including the activity data is the last packet, and the activity data is composed of the data amount of 1Byte (maximum: 15) and Kcal (4Byte)

Then, the wireless AP 300 that has received the last third packet transmits an ACK message to notify the packet reception to the original-path terminal 100 (S607), thereby ending transmission and reception of the activity amount data.

In summary, in the present invention, packets are firstly divided into three counts of Ox01, Ox02, and 0x00, and actual activity data is constructed according to the count types classified. That is, when the user selects the switch to transmit the activity amount data, the first packet including the counter 0x01 Header is transmitted to the wireless AP 300, which is a counter for starting the activity data transmission The unique ID, gender, age, weight, key, measurement start time, measurement period, and activity data of the tag holder are transmitted in the number of calories.

Then, the wireless AP 300 receives a counter 0x01 Header ACK indicating that the activity amount data transmission may be started.

Then, the one-path terminal 100 transmits a counter 0x02 Data for transmitting the actual activity data and a second packet including the actual activity data to the wireless AP 300. [ In this case, the more packets of activity data to be transmitted, the more the number of packets increases.

The original path terminal 100 transmits a third packet including the actual activity amount data to the wireless AP 300 with a counter 0x00 meaning that transmission of the activity amount data is last. Here, the count information Ox00 is an end counter indicating that there is no more data to be transmitted.

When the third packet having the count 0x00 including the last activity data is completed, the one-way terminal 100 receives an ACK message indicating that the counter 0x00 Finish ACK message has been received from the wireless AP 300, that is, The communication is terminated.

Meanwhile, in the above process, if there is no ACK from the wireless AP 300, the activity amount data may be retried from the beginning, or the activity amount transmission may be failed without re-transmission of the activity amount data.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the following claims And changes may be made without departing from the spirit and scope of the invention.

100: One-pass terminal
110: Access information storage unit
120: Position information measuring unit
130: Body information measuring unit
140:
150:
160:
200: One-pass server
210: server communication section
220: user access information storage unit
230: Access control unit
240: Elevator calling unit
250: Emergency call part
260: Healthcare Department
270: User body information storage unit

Claims (14)

In an activity data transfer method in an original path terminal,
Classifying the activity data transmission packets into a plurality of counts by the wireless AP of the one-path system;
Generating a first packet including header information and a first count indicating the start of transmission of activity data when the activity amount data is transmitted to the wireless AP according to a user's selection, and transmitting the first packet to the wireless AP through the network;
Sending a second packet to the wireless AP over the network, the second packet including actual activity data when a ACK for the first packet reception is received from the wireless AP and a second count indicating transmission of actual activity data;
And transmitting a third packet having a third count indicating transmission of the last activity amount data and the last activity amount data after the second packet transmission to the wireless AP through the network. The method according to claim 1,
Wherein the plurality of counts are classified as Ox00, 0x01, and Ox02, the first count is 0x01, the second count is 0x02, and the third count is 0x00. The method according to claim 1,
Wherein the header information of the first packet includes information of an original terminal terminal, packet length information, Gender, Age, Weight, Height, StartTime, Interval and NumOfData information, Transmission method. The method according to claim 1,
Wherein the number of transmission packets is determined according to an amount of activity amount data to be transmitted in the second packet. The method according to claim 1,
Wherein the first and third packets are transmitted only once each. The method according to claim 1,
The second packet is transmitted when an ACK message is received from the wireless AP after the transmission of the first packet. When the ACK message is not received, a transmission failure message is displayed on the first-party terminal. A method of transmitting activity data of an on-pass terminal that presents a data transmission process. The method according to claim 1,
Wherein the communication network between the one-way terminal and the wireless AP is an activity data transmission method of the one-way terminal using the Zigbee communication network. 1. An one-pass system for collecting activity data,
A wireless AP that relays activity amount data received over the network to an activity amount one pass server;
And a one-pass terminal for collecting and storing the activity information of the user and transmitting the stored activity amount data to the wireless AP through the network according to a user's selection,
The one-pass terminal classifies the activity data transmission packets into a plurality of counts by the wireless AP of the one-path system, and when the activity data is transmitted to the wireless AP according to the user's selection, a first count indicating the start of transmission of the activity data, And transmits the first packet to the wireless AP through the network,
Transmits a second packet including a second count indicating transmission of actual activity data to a wireless AP over a network when an ACK for reception of the first packet is received from the wireless AP,
And transmits a third packet having a third count indicating the transmission of the last activity amount data and the last activity amount data to the wireless AP through the network after the second packet transmission. 9. The method of claim 8,
Wherein the plurality of counts classified in the one-pass terminal are classified as Ox00, Ox01, Ox02, the first count is 0x01, the second count is 0x02, and the third count is 0x00. 9. The method of claim 8,
Wherein the header information of the first packet transmitted from the one-way terminal to the wireless AP includes information of an original terminal ID, packet length information, Gender, Age, Weight, Height, StartTime, Interval and NumOfData, One-pass system representing the number. 9. The method of claim 8,
Wherein the number of transmission packets is determined according to the amount of activity data to be transmitted in the second packet transmitted from the one-path terminal to the wireless AP. 9. The method of claim 8,
Wherein the first and third packets transmitted from the one-path terminal to the wireless AP are transmitted only once. 9. The method of claim 8,
Wherein the transmission of the second packet at the one-path terminal is performed when an ACK message is received from the wireless AP after the transmission of the first packet,
When the ACK message is not received, the one-pass terminal displays a failure message so that the user can confirm the data transmission failure, and selectively presents the activity data transmission process. 9. The method of claim 8,
Wherein the communication network between the one-path terminal and the wireless AP is a Zigbee communication network.

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