KR101977982B1 - The climbing stick - Google Patents

Abstract

The present invention relates to a climbing stick for providing ease of walking. More specifically, the present invention relates to a climbing stick which prevents pedestrians from being in danger due to excessive walking when walking on flat ground or going up and down on slope roads, and enables the pedestrians to be rescued easily when the pedestrians are in danger.

Description

Climbing stick that prevents you from being in dangerous situations with excessive walking, and allows you to rescue quickly when you are in danger. {THE CLIMBING STICK}

The present invention relates to a climbing stick for providing ease of mountaineering, and more specifically, when it is placed in a dangerous situation while preventing a pedestrian from being placed in a dangerous situation due to excessive walking when going up or down a flat or slope road. Climbing sticks that quickly informed their location to be rescued.

In general, sticks are equipment that reduces the energy consumption of hikers by distributing the weight of pedestrians when picking up the ground.

It is a device that eases the pressure on the knees when climbing up a difficult slope, and helps to balance the rough mountain roads, making it easy to climb.

And when climbing, you can drink clear air in the forest, which not only has a positive effect on cardiopulmonary function and strength, but also a positive effect on your mental side, so many people climb using a pair of sticks,

As walking occurs in irregular mountains, bruises or abrasions are caused by slipping easily due to unusual weather changes (e.g. snow, rain, fog, etc.) and surrounding conditions (e.g. gravel, rocks, water, etc.). Many

Especially in spring and autumn, when many hikers walk unreasonably, their body temperature rises and their pulse rate and blood pressure increase.

Sudden muscle stiffness or blood vessel constriction often puts you at risk for acute cardiac arrest.

And when you're in this situation and asking for help, you need to tell the rescuer exactly where you are.

Surrounded by similar trees and rocks, it is difficult for hikers to pinpoint their location, and they are struggling with the structure and miss the Golden Time.

http://news.kbs.co.kr/news/view.do?ncd=3162082 http://m.health.chosun.com/svc/news_view.html?contid=2017110900954

Accordingly, in the present invention, hikers can check their physical condition when walking using a stick to avoid being placed in a dangerous situation.

In addition, when in a dangerous situation, he was able to quickly inform his rescuers of his position and quickly became an emergency rescue.

To this end, the present invention by installing sensors that can measure the body temperature and pulse wave of the pedestrian in the handle of the climbing stick used to pick up the ground,

When the pedestrian walks by holding the handle, it automatically checks the temperature and pulse wave of the pedestrian,

When a sudden change in blood flow is detected based on the temperature difference between the body temperature and the surrounding temperature, the pedestrian can check / warn his / her physical condition.

Climbing sticks are designed to avoid putting the body in a dangerous situation with excessive walking.

In addition, the present invention is configured to easily check the current position through the GPS, when the handle of the climbing stick to check / warning the physical condition of the pedestrian, so that it is easily rescued.

The present invention installs a pulse wave sensor array and a temperature sensor on the handle of the stick while climbing, while checking the physical condition of the pedestrian in accordance with the surrounding situation, when a rapid blood flow change is detected based on the temperature difference, it is configured to warn, Walking prevented me from putting myself in a dangerous situation.

In addition, the present invention easily checks the current position through the GPS built into the handle of the climbing stick when warning of a dangerous situation, and informs the management center (for example, 119, a rescue team, the Forest Service, etc.), quickly I was rescued.

1 is a perspective view of a climbing stick according to an embodiment of the present invention.
Figure 2 is an enlarged handle of the climbing stick in accordance with an embodiment of the present invention.
Figure 3 is a block diagram of the handle in the climbing stick in accordance with an embodiment of the present invention.
Figure 4 is an operating state of the climbing stick in accordance with an embodiment of the present invention.
5 is a combined state of the support bar of the stick for climbing according to the embodiment of the present invention.
Figure 6 is a state of use of the stick for climbing according to the embodiment of the present invention.
7 is a perspective view of a climbing stick and a health terminal according to a second embodiment of the present invention.
8 is a block diagram of the climbing stick of FIG.
9 is a block diagram of the health terminal of FIG.
10 is a state of use of the stick for climbing and fitness terminal according to a second embodiment of the present invention.

Hereinafter, specific details for carrying out the present invention will be described in detail with reference to the accompanying drawings.

First, Figure 1 shows the overall appearance of the climbing stick according to an embodiment of the present invention, Figure 2 shows a state of the handle is separated from the support rod of the climbing stick, Figure 3 shows the handle configuration of Figure 2, Figure 4 shows the principle of measuring the pulse wave transmission speed when holding the handle of Figure 2, Figure 5 shows the process of unfolding the support rods of the climbing stick, Figure 6 is to warn when pedestrians walk unreasonably It is showing.

Referring to this, the present invention relates to a climbing stick (1) to reduce the pressure applied to the knee when climbing a difficult slope, and to help balance when moving a steep mountain road,

In particular, when the pedestrian picks up the ground in a state in which the handle 10 of the climbing stick 1 is gripped, the sensors 15 and 16 may measure the body temperature and pulse wave of the pedestrian 10, respectively. Install them,

It is configured to check the body temperature and pulse wave of the pedestrian while the sensor 15, 16 and the skin are in close contact with each other by applying a grip force to the handle when walking.

this? If the pedestrian's body temperature and ambient temperature difference is more than the set value, if a sudden pedestrian blood flow change (for example, blood pressure or pulse wave transmission speed) is detected, the pedestrian's body is determined to be in a dangerous state and configured to warn

Too much walking prevents the body from being in a dangerous or difficult situation.

At this time, the climbing stick 1 is preferably configured to be detachably handle 10 from the support rod 30 so that it is easily stored while being charged,

In particular, the handle 10 is formed on the lower end of the holding portion 11, which accommodates the battery, to form a pillar portion 13 is formed with a locking jaw 12, the lower portion of the pillar portion 13 to the charging port 14 By forming, when the pillar portion 13 of the handle 10 is inserted into the support rod 30 to form a single rod shape when being caught, by being configured to be tightly fixed by the coupling means 40,

When working outdoors, the charging port 14 formed in the handle 10 of the climbing stick 1 is not exposed outside, and is used safely.

In this case, the gripping portion 11 is preferably wrapped in a soft material so as to have a soft gripping feeling even when a certain amount of grip force is applied during walking.

In particular, the gripping portion 11 has a plurality of pulse wave sensors 15 are arranged in a ring shape at regular intervals to form at least one pulse wave measuring array 17, so that it is possible to distinguish between a region that is gripped and a region that is not. It is composed.

At this time, the pulse wave sensor 15 is a sensor for measuring the pulse wave by irradiating light to the skin of the pedestrian and sensing the reflected or scattered light when the handle is gripped,

Consisting of a pair of light emitting elements and light receiving elements, when the light emitting element irradiates light onto the palm, the light receiving element receives the light reflected from the palm and measures the pulse wave. Typically, a light emitting diode (LED) or a laser diode (laser diode) is used as the light emitting device, and a photodiode, a photo transistor (PTr) or an electron coupling device (charge) as the light receiving device -couple device (CCD) is used.

In addition, the gripping portion 11 is provided with one or more temperature sensors 16 for measuring the body temperature of the pedestrian, and a temperature sensor 16a for measuring the ambient temperature outside the gripping portion. At this time, the temperature sensor 16, 16a is preferably a temperature sensor at the time of contact such as a thermocouple temperature sensor, a thermistor, an integrated-circuit (IC) temperature sensor, or a magnetic temperature sensor, and in some embodiments, a non-contact temperature sensor. It may be made of a sensor.

Inside the gripping portion 11, a first pulse wave and a second pulse wave are selected from among a plurality of pulse waves measured by the pulse wave measuring array 17, and the pulse wave is transmitted by analyzing the selected first pulse wave and the second pulse wave. With the measuring unit 18 for measuring the speed or blood pressure,

Pedestrian and body temperature and ambient temperature measured by the temperature sensor (16, 16a), and the pulse wave transmission speed or blood pressure of the pedestrian measured by the measuring unit 18, the risk situation for checking the physical condition of the pedestrian The determination unit 23 is made.

In addition, the inside of the gripping portion 11, when the dangerous situation determination unit 23 recognizes that the walking is excessive, it comprises a warning unit 26 for confirming / warning the fact.

In this case, the measuring unit 18 includes a pulse wave selecting unit 19 for selecting the first pulse wave and the second pulse wave from the holding region, an amplifier 20 and a filter unit 21 for easily extracting peak values, and It includes a calculation unit 22 for calculating the blood pressure or pulse wave transmission speed.

At this time, when the pedestrian grips the handle, the pulse wave selecting unit 19 selects the value of the pulse wave sensor 15a at the start point as the first pulse wave from the grasp area identified through the pulse wave measurement array 17. Is to select the value of the pulse wave sensor (15b) of the second pulse wave.

That is, as shown in FIG. 4, when 10 pulse wave sensors are installed in the holding part and only 8 pulse wave sensors are in close contact with each other, only 8 pulse wave sensors sense the reflected light when irradiated with light. .

Therefore, the pulse wave selector 19 defines the pulse wave sensors 2 to 8 as the gripping area, and selects the value of the pulse wave sensor 15a of the starting point as the first pulse wave from the gripping area. Is to select the pulse wave sensor (15b) value of the second pulse wave.

In this case, the pulse wave sensor maintains the same distance (eg 5.0 cm) at the same size (eg 5.0 cm), so that the distance (8.0 cm) from the second pulse wave sensor to the ninth pulse wave sensor can be easily calculated. will be.

The amplifier 20 amplifies the selected first pulse wave and the second pulse wave to form a gap between the peak value and the unnecessary noise, and then removes unnecessary values through the filter unit 21, and then, the first pulse wave becomes a feature. And peak values of the second pulse wave can be extracted.

And the calculation unit 22 is the distance value of the first pulse wave 15a and the second pulse wave 15b of the gripping region confirmed by the pulse wave selector 19, and the first extracted through the filter unit 21 After checking the parallax value (DELTA) t between the peak value of a pulse wave and a 2nd pulse wave, a pulse wave propagation speed is calculated by dividing the parallax value (DELTA) t by the said distance value. The blood pressure is proportional to the pulse wave propagation speed and is calculated based on blood vessel elasticity.

In addition, the danger situation determiner 23 checks the body temperature and the ambient temperature of the pedestrian measured by the plurality of temperature sensors 16 and 16a when gripping, and when the body temperature and the ambient temperature differ by more than a set value. If the pulse wave transmission speed or blood pressure measured by the measuring unit changes rapidly or the value is higher than the reference value, the pedestrian walks excessively to recognize that the body is in a dangerous situation.

At this time, the temperature sensor (16, 16a) and the pulse wave sensor 15 may be repeatedly operated at a predetermined cycle, while holding,

While installing a plurality of pulse wave sensors at regular intervals on the band-shaped FPCB film, while installing a temperature sensor that can measure the body temperature of the pedestrian in the FPCB, at the same time easy to install the pulse wave sensor and temperature sensor on the handle, The temperature sensor 16, 16a and the pulse wave sensor 15 may be driven by the driving unit 24 only when a grip force having a predetermined value or more is applied to the handle 10.

At this time, the driving unit 24 is condensed to climb a steep mountain road, when the grip force is applied to the handle more than the value set or when the muscle suddenly stiffened by excessive force (e.g. in case of danger or abnormality in the body When it is entered), the grip force is applied to the handle more than the value set, to be measured automatically, typically there is a strain gauge, a pressure sensor or the like installed on the FPCB.

In addition, the dangerous situation determination unit 23 is connected to the GPS 25 to secure the position information according to the embodiment, when the body of the pedestrian is recognized as being in a dangerous situation, through the GPS 25 The secured position information can be output to the warning unit 26 as well, so that the rescuer can be easily informed of his position and can be rescued quickly.

In addition, the warning unit 26 is to warn the pedestrians when it is recognized by the dangerous situation determination unit 23 that the body is in a dangerous situation due to excessive walking, an alarm or a guide to output a warning sound typically It is made of a speaker for outputting, and according to the embodiment may be an LED for outputting an optical signal or an LCD for outputting a character.

In addition, the support rod 30 may be formed in a date, but is preferably made of a structure that is folded to be firmly supported while being stored easily.

That is, as shown in Figure 5, the support rod 30 is assembled as a date while the wire located in the inner side when the plurality of tubular 31 is inserted into the connecting tubular body in a multi-stage connected state,

More specifically, the plurality of tubular bodies 31 and 31a have the same diameter, and each of the tubular bodies 31 and 31a forms a pinch shaft 33 having a support end 32 formed at an upper edge thereof, and a lower portion thereof. In the insertion pipe portion 34 is formed, while each of the pinned shaft 33 is provided with a connection hose 35 which is raised and lowered into the insertion pipe portion 34 of the adjacent pipe body, and inside the connection hose 35 The end of the wire 36 is connected to the plurality of pipe bodies 31, the end of which is fixed to the coupling pipe body 37, and the coupling pipe body 37 is connected to the coupling pipe body 39 formed with the stopper (38) To assemble down,

When the plurality of pipes 31 and 31a are fitted to the connecting pipe 39 in a state of being connected to the insertion pipe of the neighboring pipe and are assembled in a straight line, the connecting pipe 39 of the coupling pipe 37 is lowered. While extending the length of the support rod 30 is to be pulled while the wire 36 located on the inside, while the stopper 38 of the connecting pipe 39 is configured to be locked while being projected out of the coupling pipe 37,

The support rod is not only easily separated and stored in large numbers, but also when it is multi-stage combined, it is firmly supported by the wire 36 and the fitting shaft 33, so that it can safely support its weight when the hiker picks up the ground. To ensure that

In this case, a cap is mounted on the insertion pipe portion at the lowermost end of the plurality of pipe bodies 31a, thereby relieving the impulse applied when picking up the ground.

In addition, one side of the connection hose 35 is fixedly installed on each of the fitting shaft 33, the other side is fitted into the insertion pipe portion 34 of the neighboring pipe is fixedly installed to raise and lower at a limited height. In addition, a wire 36 is mounted inside the connection hose 35, and the wire 36 is connected to a coupling pipe 37 located at an upper portion thereof through a plurality of connection hoses installed in each pipe. When the connection pipe 39 of the coupling pipe 37 extends downward, the pipe pipes assembled to be multi-staged are fixedly installed.

And the climbing stick 1 may be configured to work in conjunction with the health terminal 50 according to the embodiment.

At this time, the climbing stick 1 may be configured in the same way as the above-mentioned climbing stick, while minimizing damage to the built-in electronic components due to the impact generated when picking up the ground.

It may be configured to check the walking history of the user through the health terminal 50 forming a pairing.

That is, the climbing stick can be configured to measure only the pulse wave and temperature, and the health terminal 50, which makes pairing, can be configured to check the walking history by establishing health information based on the location information and to check the physical condition. You can do it.

For reference, FIG. 7 is a view illustrating a state of checking and warning a health state using a health terminal pairing with a stick for climbing according to a second embodiment of the present invention. 9 shows the configuration of the health terminal, Figure 10 shows the state of use of the climbing stick and the health terminal according to a second embodiment of the present invention.

Referring to this, the stick for climbing according to the second embodiment of the present invention, by picking up the ground with a grip, by installing sensors to measure the user's body temperature and pulse wave inside the handle, respectively ,

When a certain amount of grip force is applied to the handle when walking so that each sensor and the skin is in close contact, it is configured to automatically measure the user's body temperature and pulse wave,

At this time, the health terminal 50 to be paired by receiving the temperature value and pulse wave based on the position information secured by the GPS 51 or the inertial sensor to build a health information DB.

It can also be configured to visually easily check the walking history of the user when the button operation.

In addition, the health terminal 50 is the user's body temperature and ambient temperature difference is greater than the set value, if the user's blood flow changes rapidly (pulse wave speed or blood pressure) is detected, or pulse wave delivery speed or blood pressure change is detected above the reference value When the user's body is determined to be in a dangerous state and configured to warn / check,

It is also possible to configure the body to avoid putting the body in a dangerous situation or a difficult situation due to excessive walking.

In this gripping portion, a plurality of pulse wave sensors are formed in a pulse wave array arranged in a ring shape at regular intervals, so that a region to be gripped and an area not to be irradiated during light irradiation are formed.

In addition, the gripper is provided with a temperature sensor for measuring the ambient temperature outside the gripper with one or more temperature sensors capable of measuring the body temperature of the user.

In addition, it is preferable that the temperature sensor and the pulse wave sensor are driven by the driving unit only when a grip force greater than a predetermined value is applied to the handle when walking.

That is, the driving unit is to be measured automatically when a grip force is applied to the handle as the muscle condenses to climb a steep mountain road, or when a grip force is applied to the handle as the muscle is suddenly stiff due to excessive movement. .

The upper gripping part includes a control unit 27 for performing a designated operation, and a communication module 28 for pairing with the health terminal 50.

The control unit 27 sets a gripping area through a pulse wave measuring array, selects a pulse wave sensor at a start point as a first pulse wave, and selects a pulse wave sensor at an end point as a second pulse wave among the gripping areas.

In addition, the communication module 28 according to the instruction of the control unit 27, the first pulse wave and the second pulse wave, the distance value of the first pulse wave and the second pulse wave or the position information of the first pulse wave and the second pulse wave (eg, 2nd pulse wave sensor, 9th pulse wave sensor), and the user's body temperature and ambient temperature, and transmits to the health terminal (50).

At this time, the communication module 28 is either a Wifi module or a Bluetooth module capable of pairing with the health terminal 50, a short-range communication module that can be used at low cost without cost.

And the health terminal 50 pairing with the stick for climbing, receiving the temperature value and pulse wave based on the location information obtained through the built-in GPS 51 or inertial sensor to build a health information DB. When the button is operated, the user's walking history can be easily visually checked, and if the user's body temperature and ambient temperature difference are greater than the set value and a sudden change in blood flow (pulse wave velocity or blood pressure) is detected, the user's body is in danger. As a terminal that can be determined to be in a state, it is preferably made of any one of a smart phone, a notebook, or a tablet PC.

In this case, the health terminal 50 includes a communication module 54 for pairing with a stick for climbing, a measurement unit 55 for calculating pulse wave transmission speed or blood pressure value, and a GPS 51 for serving location information or A risk situation for building health information based on the pulse wave transmission speed or blood pressure value calculated by the measuring unit 55 and the user's body temperature and ambient temperature based on the inertial sensor and the position information secured by the GPS or the inertial sensor. It includes a determination unit 59, a health information DB 53 having a database of health information, and a guide unit 60 for visually confirming the health information.

At this time, the communication module 54 is for receiving the body temperature and the ambient temperature of the user together with the first pulse wave and the second pulse wave transmitted by the climbing stick and the distance value or the position information thereof between the first pulse wave and the second pulse wave. For example, it is preferable to use either a Wifi module or a Bluetooth module that can be used at low cost without cost.

In addition, the measurement unit 55 is to calculate the pulse wave transmission speed or blood pressure value by analyzing the first and second pulse waves transmitted through the communication module 54, the amplifier 56 and the filter unit ( 57 and the calculation unit 58.

At this time, the amplifier 56 amplifies the first pulse wave and the second pulse wave, makes a gap between the characteristic peak value and unnecessary noise during pulse wave measurement, and is for easily calculating the characteristic peak value.

In addition, the filter unit 57 removes unnecessary values among the amplified first and second pulse waves, and then extracts peak values of the characteristic first and second pulse waves.

The calculator 58 checks the time difference Δt between the peak values of the first pulse wave and the second pulse wave extracted by the filter unit 57, and then the controller 27 of the climbing stick sets the grip area. The pulse wave propagation speed is calculated based on the calculated distance value (for example, the distance from the pulse wave sensor 2 to the pulse wave sensor 9) or the distance value calculated based on the position information of the first pulse wave and the second pulse wave. That is, the pulse wave propagation speed is calculated by dividing the parallax value? T by the distance value, or the blood pressure value is proportional to the pulse wave propagation speed based on the blood vessel elasticity.

In addition, the dangerous situation determination unit 59 checks the user's body temperature and ambient temperature and the pulse wave transmission speed or blood pressure value calculated through the measurement unit 55 at all times, and the GPS 51 or the inertial sensor and the altitude sensor 52. While building a database of health information based on the location information identified through

When the temperature difference between the user's body temperature and the surrounding temperature is higher than the set value and the pulse wave transmission speed or blood pressure value is suddenly changed or higher than the reference value, the user is determined to be walking excessively.

And when it is determined that the button operation or excessive walking is controlled by controlling the guide unit (60). It allows you to identify your location and sends it to a designated control center for quick rescue.

At this time, the guide unit 60 to visually check the health information by the risk situation determination unit 59,

Through the display window of the health terminal 50, the user's name, blood pressure or pulse wave transmission speed, the ambient temperature and body temperature, the movement direction and the number of steps calculated by the inertial sensor, the coordinate values obtained through the GPS and Visually confirm the judgment result (normal or dangerous).

Therefore, the present invention is configured to easily check the user's physical condition through the health terminal consisting of a pulse wave sensor array and pairing with the handle of the stick used when picking up the ground when walking, it is unreasonable Walking will prevent you from putting yourself in a dangerous situation.

In addition, the health terminal comprises a GPS or an inertial sensor, it is easy to identify their location in the event of a dangerous situation, and to be alerted to the management center (eg, 119, aeronautical rescue, forestry, etc.), can be rescued quickly. .

So far, the present invention has been described with reference to the accompanying drawings, which are merely exemplary, and those skilled in the art may easily implement the present invention in various modifications and equivalent theories. There will be. Therefore, the true technical protection scope of the present invention will be defined by the claims.

1: Climbing stick 10: handle
11: gripper 12: jam jaw
13: Column 14: Charging port
15,15a, 15b: Pulse wave sensor 16,16a: Temperature sensor
17: pulse wave measuring array 18: measuring unit
19: pulse wave selector 20: amplifier
21: filter unit 22: output unit
23: Risk situation determination unit 24: Driving unit
25: GPS 26: warning section
27: control unit 28: communication module
30: support rod 31, 31a: tube
32: base 33: pinch shaft
34: insertion pipe part 35: connection hose
36: wire 37: coupling tube
38: stopper 39: connector
40: coupling means
50: health terminal 51: GPS
52: altitude sensor 53: health information DB
54: communication module 55: measuring unit
6: amplification part 57: filter part
58: Output 59: Risk Determination
60: Information department

Claims (14)

By installing the temperature sensor (16, 16a) and the pulse wave sensor 15 to measure the body temperature and pulse wave of the pedestrian on the handle of the climbing stick used to pick up the ground,
When the pedestrian walks while holding the ground while holding the handle, the body temperature, pulse wave and ambient temperature of the pedestrian are automatically checked.
If a sudden change in blood pressure or pulse wave transmission rate is detected based on the temperature difference between body temperature and ambient temperature,
By configuring pedestrians to check / warn their physical condition,
Climbing stick, characterized in that configured to avoid putting the body in dangerous situations by excessive walking. The method of claim 1,
The climbing stick is configured to include a GPS, the climbing stick, characterized in that when confirming / warning the physical condition of the pedestrian, to easily check the current position and to be quickly rescued. The method of claim 1,
The temperature sensor and the pulse wave sensor includes a driving unit which is driven only when a grip force of a predetermined value or more is applied to the handle when gripping, and is configured to automatically measure temperature and pulse wave when the muscle is condensed or stiff. Climbing sticks. The method of claim 1,
The pulse wave sensor forms a pulse wave measuring array in which a plurality of pulse wave sensors are arranged at regular intervals along the outer diameter of the handle,
The inside of the handle includes a measuring unit for selecting a first pulse wave and a second pulse wave of the plurality of pulse waves measured by the pulse wave measurement array, and measuring the pulse wave transmission rate or blood pressure by analyzing the selected first pulse wave and the second pulse wave. Climbing stick, characterized in that consisting of. The method of claim 4, wherein
The measuring unit sets a grasp region identified through a pulse wave measuring array, selects a pulse wave measured by a pulse wave sensor at a starting point as a first pulse wave, and pulse wave measured through a pulse wave sensor at an end point. A pulse wave selector for selecting a second pulse wave,
An amplifying unit for amplifying the first and second pulse waves selected by the pulse wave selecting unit;
A filter unit for securing peak values of the first and second pulse waves characterized by filtering the first and second pulse waves amplified by the amplifier;
And a calculation unit configured to calculate a distance value and a parallax value between the first pulse wave and the second pulse wave through the pulse wave selection unit and the filter unit, and calculate a pulse wave transmission speed or a blood pressure value based on the pulse wave selection unit and the filter unit. The method of claim 5,
The handle is provided with a plurality of temperature sensors (16, 16a) for measuring the body temperature of the pedestrian and the ambient temperature, respectively,
Inside, check the pedestrian body temperature and ambient temperature measured by a plurality of temperature sensors when gripping, and the pulse wave transmission speed or blood pressure of the pedestrian calculated by the measuring unit, and based on the temperature difference between the pedestrian body temperature and the ambient temperature When the delivery rate or blood pressure changes rapidly. Or a risk situation judging unit that recognizes that the pedestrian is walking excessively when the threshold is higher than the standard value,
Climbing stick characterized in that it comprises a warning unit for checking / warning the fact when the risk situation determination unit is recognized as excessive walking. The method of claim 1,
The support rod is a climbing stick, characterized in that when the plurality of pipes are connected in a multi-stage connected state is fitted upright to the stopper is formed in the connection pipe, the wire is located on the inside while being firmly assembled. The method of claim 7, wherein
Climbing stick, characterized in that the handle is detachable from the support rod by the coupling means. The method of claim 1,
Climbing stick, characterized in that further comprises a health terminal forming a pair with the climbing stick On the handle of the climbing stick used for picking up the ground, a temperature sensor and pulse wave sensors for measuring the hiker's body temperature and pulse wave are installed.
When the hiker picks up the ground while holding the handle, the hiker automatically measures the body temperature and pulse wave, while measuring the ambient temperature,
Send it to the health terminal that makes up the pairing,
Build health information based on the temperature value and pulse wave information received by the health terminal,
While you can check the health information of the hikers at the time of the button operation,
When the temperature difference between the hiker's body temperature and the ambient temperature is above the set value and the hiker's pulse wave speed or blood pressure changes rapidly or exceeds the standard value, it is configured to confirm / warn that the body is in dangerous situation due to excessive hiking. Climbing sticks. The method of claim 10,
The health terminal includes a GPS 31 for securing position information, or an inertial sensor capable of calculating a moving direction or a number of steps and a moving direction;
Including altitude sensor that can measure altitude,
When you receive the hiker's body temperature and pulse wave information from the stick for climbing, build a health information DB containing your location information,
Climbing stick, characterized in that the health terminal is configured to transmit its health information to a designated management center, when warning that the dangerous situation due to excessive mountaineering. The method of claim 10,
The climbing stick has a plurality of pulse wave sensors are arranged at regular intervals along the outer diameter of the handle to form a pulse wave measuring array,
Around the pulse wave measuring array is installed a temperature sensor for measuring the body temperature of climbers,
Inside the handle is a driving unit for automatically measuring the temperature and pulse wave when the grip force condensed or stiffened when the grip force is applied to the handle is applied to the handle,
A control unit for determining a gripping area during operation of the pulse wave measuring array, selecting a pulse wave sensor at a starting point as a first pulse wave and selecting a pulse wave sensor at an end point as a second pulse wave among the gripping areas;
A communication module for transmitting the first pulse wave and the second pulse wave, the distance value of the first pulse wave and the second pulse wave of the selected gripping region, and the body temperature and the ambient temperature of the climber to the health terminal which is paired according to the instruction of the controller. Climbing stick, characterized in that comprises a. The method of claim 10,
The health terminal is paired with a climbing stick and the communication module 54 for receiving the first pulse wave, the second pulse wave and the temperature value;
A measuring unit 55 for analyzing a first pulse wave and a second pulse wave transmitted through the communication module 54 to calculate a pulse wave transmission speed or a blood pressure value;
Check the body temperature and ambient temperature of the hiker and the pulse wave transmission speed or blood pressure calculated by the measuring unit 55, and health based on the position information confirmed by the GPS 51 or the inertial sensor and the altitude sensor 52. While constructing the information DB 53,
When the temperature difference between the hiker's body temperature and the surrounding temperature is more than the set value and the pulse wave transmission speed or the blood pressure value is suddenly changed or more than the standard value, the danger situation judging unit 59 judges that the hiker is excessively hiking.
Climbing sticks characterized in that it comprises a guide unit (60) for checking the facts when it is recognized that the dangerous situation determination unit 59 is unreasonable hiking. The method of claim 13,
The guide unit 60, through the display window of the health terminal 50, the user's name, blood pressure or pulse wave transmission speed, ambient temperature and body temperature, the direction of movement and the number of steps calculated by the inertial sensor, Climbing stick, characterized in that configured to be able to visually check the coordinate value and the determination result obtained through the GPS.

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