Shared alpenstock and sharing use method thereof

Abstract

The shared alpenstock comprises an intelligent walking stick and a charging device, the walking stick comprises a stick body and a handle, the handle is provided with a blood oxygen and heart rate sensor, an illuminating lamp, a power source mounting groove and a GPS positioner, and a power source is connected with the blood oxygen and heart rate sensor, the illuminating lamp and the GPS positioner; the charging device comprises a shell, the shell comprises an upper end plate, a crutch jack and a charging connector are arranged on the upper end plate, the crutch jack is communicated with an inner cavity of the shell, the charging connector is connected with an external power source, the charging device and a crutch handle are provided with two-dimensional code labels, and the shared alpenstock can be shared and used, is convenient to recycle and reduces the cost; meanwhile, the alpenstock is complete in function, the specific position of the user can be accurately and rapidly positioned, and the basic body condition of the user can be detected; meanwhile, the matched charging device is reasonable in structural design, so that the alpenstock is more convenient to store and take, and the use requirement of a climber on the shared alpenstock is met.

Description

Technical Field

[0001] The present invention relates to the technical field of shared intelligent devices, and in particular to a shared trekking pole and a shared use method thereof. Background Art

[0002] Research results show that trekking poles can reduce the impact force on the knees by 40%, especially in long downhill areas. There is a common phenomenon in scenic spots that a large number of crutches are basically disposable. After tourists leave, they no longer need crutches and basically throw them away, resulting in a huge waste of resources.

[0003] Therefore, various sharing products have emerged, and shared trekking poles are about to become a trend. Therefore, it is imperative to design a shared trekking pole and its equipped facilities to replace the existing trekking poles. Moreover, the traditional trekking poles have a single function and can no longer meet the needs of climbers. Summary of the invention

[0004] The purpose of the present invention is to provide a shared trekking pole and a shared use method thereof. By designing a shared trekking pole with various functions and a matching charging device to replace the existing disposable trekking poles, a large amount of resources can be saved while meeting the climbers' demand for the use of smart trekking poles.

[0005] In order to achieve the above-mentioned object of the invention, the technical solution adopted by the present invention is: A shared trekking pole comprises a smart crutch, which comprises a pole body and a handle fixed on the top of the pole body, a blood oxygen heart rate sensor is arranged on the upper end of the handle, a charging slot is arranged on the lower rear end of the handle, a GPS locator is arranged inside the handle or inside the pole body, and a power source is respectively connected to the blood oxygen heart rate sensor, an illuminating lamp and the GPS locator.

[0006] It also includes a crutch charging device, which includes an outer shell. The outer shell is a box-type structure, which includes an upper end plate. The upper end plate is provided with a crutch socket and a charging connector. The crutch socket is connected to the inner cavity of the outer shell for inserting the crutch body. The charging connector is connected to an external power supply and is used to connect to the charging slot of the crutch.

[0007] The crutch charging device and the crutch handle are provided with QR code labels.

[0008] A main control chip is arranged inside the stick body or the handle, a power supply installation slot is arranged in the handle or the stick body, a lighting switch is arranged at the upper end of the stick body, and the stick body is arranged with an audio player. The main control chip is connected with the power supply, the blood oxygen heart rate sensor, the lighting lamp, the GPS locator, and the audio player, and is provided with a 4G module, through which power supply information, heart rate information, GPS information, etc. are uploaded.

[0009] The handle and the stick body form a T shape or an inverted L shape, the connection between the handle and the stick body is an arc transition, and three finger grooves are arranged at the lower end of the handle. The structural design conforming to human body streamline is more convenient for human hand to hold.

[0010] Furthermore, the handle is provided with a front end face and a rear end face, the front end face is provided with a lighting lamp, and the rear end face is provided with a QR code label.

[0011] The charging connector adopts an elastic contact, and magnets of grade S and grade N are respectively provided at both ends of the elastic contact. The corresponding crutch charging slot is provided with magnets of grade N and grade S. When the crutch is docked with the charging connector, they are attracted by magnetic attraction to ensure that the charging contacts are in firm contact. Elastic beryllium bronze contacts can be selected as the elastic contacts.

[0012] The charging connector uses a fast charging power source designed based on PN8161 and PN8307H to output 5V3A, 9V2A, and 12V / 1.5A.

[0013] Furthermore, a junction box is provided at the bottom of the upper end plate of the shell to facilitate the standardized routing of the charging connector line and connect it to an external power line.

[0014] Furthermore, a crutch socket and a charging connector form a set, which match a shared crutch. The crutch socket is used to insert the shaft of the shared crutch, and the charging connector corresponds to the charging hole at the end of the crutch handle.

[0015] Furthermore, the upper end plate serves as a crutch supporting structure, which is provided with a placement groove. The placement groove is used to limit the placement of the handle of the shared crutch. A crutch socket and a charging connector are provided in the placement groove. When the shared crutch is inserted into the crutch socket and docked with the charging connector, the lower end surface of the handle contacts with the placement groove, ensuring that the crutch is accurately and stably docked with the charging connector; the placement groove is a strip groove, and the length and width dimensions are both larger than the dimensions of the crutch handle.

[0016] A stick body limiting mechanism is fixedly arranged in the inner cavity of the shell to limit the stick body. The stick body limiting mechanism is a strip plate. A semicircular notch is arranged on one side of the strip plate. The number of the notches is consistent with the number of crutch insertion holes. The strip plate is parallel to the straight line formed by the corresponding crutch insertion holes above. When the crutch is inserted into the crutch insertion hole and in place, the stick body contacts and connects with the notch, and the notch limits the stick body. Furthermore, the notch is not directly below the crutch insertion hole, that is, after the crutch body contacts the notch, the crutch is in an inclined state.

[0017] Furthermore, a support frame is arranged in the shell, and two support frames are arranged on both sides of the inner cavity of the shell, and are fixedly connected to the upper end plate and both end sides of the stick body limiting mechanism to enhance the structural stability of the entire device.

[0018] The charging connector is connected to a charging circuit system and is connected to an external power source through a wiring box.

[0019] Furthermore, each charging connector is provided with an indicator light.

[0020] The shell is composed of an upper end plate, a bottom plate, two side plates, a front plate, and a rear plate. The upper end plate is tilted to facilitate operations such as scanning codes, reading, and taking and placing crutches by operators.

[0021] Furthermore, a position switch is provided at the charging slot at the rear end of the handle. When the trekking pole is fully inserted into the charging device, the position switch will be triggered by magnetic attraction to detect whether the trekking pole is in place. Charging will start after the trekking pole is in place.

[0022] The main control chip model is ESP32-S3, which is connected to the blood oxygen heart rate sensor, connected to the mobile phone through the network module, and the heart rate status of the trekking pole user can be checked through the mobile phone.

[0023] The GPS locator uses the Zhongkewei AT6668, which can upload the positioning information of the trekking pole through the networking module, and can accurately locate the user's specific location, solving the problem of users being lost.

[0024] The crutch is also provided with a tour guide explanation function unit. When the user enters a tourist attraction, the introduction of the attraction will be automatically played. The corresponding attraction is provided with a specific radio frequency device. When the crutch with the electronic tag is in place, the main control chip controls the audio player to play the attraction file.

[0025] The power source can be a rechargeable battery; the blood oxygen heart rate sensor can be a heart rate blood oxygen sensor module with a model of MAX30102.

[0026] Furthermore, an electronic tag, such as an RFID tag, is provided in the handle to facilitate matching with a placement device of a trekking pole, such as a radio frequency device is placed to sense whether the electronic tag is in place.

[0027] Furthermore, an electric locking rod is fixedly arranged in the inner cavity of the charging device, and the locking rod faces the crutch body in the cane body socket. The number of the locking rod is consistent with the crutch socket. The crutch body is provided with locking hole grooves. When the crutch is connected to the charging device in place, the electric locking rod is triggered to insert into the locking hole groove and lock. When the mobile phone APP issues a request to use the cane, the electric locking rod is unlocked and the crutch can be pulled out.

[0028] Based on the shared use method of the shared trekking pole with the above-mentioned crutch and charging device, the mountaineering user needs to scan the QR code on the trekking pole with a mobile phone or other communication device and operate through the WeChat applet APP to start the rental service; After the rental is successful, the main control chip in the device will detect the status of the shared trekking pole and bind it to the user's order; after the binding is successful, the main control chip will unlock the shared trekking pole, and the shared trekking pole can be taken out and used; The shared trekking pole uses built-in sensors or detection modules to detect the status of the trekking pole, including whether the shared trekking pole is fully charged and in normal use. If the power is low or it cannot be used normally temporarily, it cannot be unlocked and taken out. During use, the shared trekking poles have built-in blood oxygen and heart rate sensors, which monitor the physiological data of the shared trekking pole users' blood oxygen and heart rate in real time, and send them to the mobile phone APP through the communication module. The data is compared with the set values ​​on the mobile phone APP to remind the user of their physical health status, so as to warn the user whether they can climb normally or carry out other activities. After use, insert the shared trekking pole into the shared trekking pole charging device; Shared trekking pole charging devices are set up at different scenic spots or distances in the scenic area to facilitate climbers to use or replace them; shared trekking pole charging devices are interchangeable and can be charged nearby.

[0029] The magnetic switch in the shared trekking pole charging device will detect whether the trekking pole is returned to its place and start charging after it is returned. At the same time, the shared trekking pole charging device will recognize that the trekking pole is bound to the user's order. If the user needs to continue using it, the trekking pole can be exchanged and bound to a new one. If the user ends the order, the user's rental order will be ended.

[0030] The beneficial effects of the present invention are: Compared with traditional trekking poles, the shared trekking pole of the present invention is a product of the Internet era. It can be shared and used, which is convenient for recycling and reduces costs. At the same time, the trekking pole is fully functional and can accurately and quickly locate the user's specific position and detect the user's basic physical condition. At the same time, the matching charging device has a reasonable structural design, which makes the storage and use of the trekking pole more convenient, meeting the climbers' needs for the use of shared trekking poles. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 This is a schematic diagram of the structure of a trekking pole according to an embodiment of the present invention; Figure 2 It is a schematic diagram of the structure of the handle part of an embodiment of the present invention. Figure 3 This is a schematic diagram of the structure of the charging device of the present invention; Figure 4 is a schematic diagram of the internal structure of the charging device; Figure 5 It is a schematic diagram of the charging connector structure of the charging device; 1-crutch, 2-charging device, 3-QR code, 11-blood oxygen and heart rate sensor 11, 13-GPS locator 13, 14-lighting switch 14, 15-crutch body, 16-handle 16, 18-charging slot 18; 21-rear plate, 22-upper end plate, 23-crutch socket 23, 24-charging connector 24, 25-power cord, 26-cane body limiting mechanism, 27-support frame, 28-bottom plate, 31-indicator light, 32-elastic contact, 33-magnet S level, 34-magnet N level. DETAILED DESCRIPTION

[0032] The following is combined with Figure 1-3 The present invention is further described as follows: a shared trekking pole, which includes a smart crutch 1, the smart crutch includes a pole body 15 and a handle 16 fixed to the top of the pole body 15, a blood oxygen heart rate sensor 11 is arranged on the upper end of the handle 16, a charging slot 18 is arranged at the lower rear end of the handle 16, a GPS locator 13 is arranged inside the handle 16 or inside the pole body 15, and a power source is respectively connected to the blood oxygen heart rate sensor 11, the lighting lamp, and the GPS locator 13.

[0033] It also includes a crutch charging device 2, which includes an outer shell. The outer shell is a box-type structure, which includes an upper end plate 22. The upper end plate 22 is provided with a crutch socket 23 and a charging connector 24. The crutch socket 23 is connected to the inner cavity of the outer shell for inserting the crutch body 15. The charging connector 24 is connected to an external power source and is used to connect to the charging slot 18 of the crutch.

[0034] The crutch charging device and the crutch handle 16 are provided with a QR code 3 .

[0035] A main control chip is arranged inside the stick body 15 or the handle 16, a power supply installation slot is arranged inside the handle 16 or the stick body 15, a lighting switch 14 is arranged at the upper end of the stick body 15, the main control chip is connected with the power supply, the blood oxygen heart rate sensor 11, the lighting lamp, and the GPS locator 13, and a 4G module is arranged therein, through which power supply information, heart rate information, GPS information, etc. are uploaded.

[0036] The handle 16 and the stick body 15 form a T shape or an inverted L shape. The connection between the handle 16 and the stick body 15 is an arc transition. Three finger grooves are arranged at the lower end of the handle 16. The structure design conforming to human body streamline is more convenient for human hand to hold.

[0037] Furthermore, the handle 16 is provided with a front end face and a rear end face, the front end face is provided with a lighting lamp, and the rear end face is provided with a QR code label.

[0038] The charging connector 24 adopts an elastic contact 32, and the two ends of the elastic contact 32 are respectively provided with a magnet S level 33 and a magnet N level 34, and the corresponding crutch charging slot 18 is provided with a magnet N level 34 and a magnet S level 33. When the crutch is docked with the charging connector 24, they are attracted by magnetic attraction to ensure that the charging contact is firmly in contact; the elastic contact can be an elastic beryllium bronze contact.

[0039] The charging connector 24 uses a fast charging power supply based on PN8161 and PN8307H to output 5V3A, 9V2A, 12V / 1.5A, input voltage: 90~265V full voltage, output power: 18W, output voltage: 12V / 9V / 5V, output current: 1.5A / 2A / 3A.

[0040] Furthermore, a junction box is provided at the bottom of the upper end plate 22 of the housing to facilitate the standardized routing of the charging connector 24 and to connect it to the external power cord 25 .

[0041] Furthermore, a crutch socket 23 and a charging connector 24 form a set, which matches a shared crutch. The crutch socket 23 is used to insert the shaft of the shared crutch, and the charging connector 24 corresponds to the charging hole at the end of the crutch handle 16.

[0042] Furthermore, the upper end plate serves as a crutch supporting structure, which is provided with a placement groove. The placement groove is used to limit the placement of the handle 16 of the shared crutch. A crutch socket 23 and a charging connector 24 are provided in the placement groove. When the shared crutch is inserted into the crutch socket 23 and docked with the charging connector 24, the lower end surface of the handle 16 contacts the placement groove, ensuring that the crutch is accurately and stably docked with the charging connector 24; the placement groove is a strip groove, and the length and width dimensions are both larger than the dimensions of the crutch handle 16.

[0043] A stick body limiting mechanism 26 is fixedly arranged in the inner cavity of the shell to limit the stick body. The stick body limiting mechanism is a strip plate. A semicircular notch is arranged on one side of the strip plate. The number of the notches is consistent with the number of the crutch sockets 23. The strip plate is parallel to the straight line formed by the corresponding crutch sockets 23 above. When the crutch is inserted into the crutch socket 23 and in place, the stick body contacts and connects with the notch, and the notch limits the stick body. Furthermore, the notch is not directly below the crutch socket 23, that is, after the crutch body contacts the notch, the crutch is in an inclined state.

[0044] Furthermore, a support frame 27 is provided in the shell. Two support frames are provided on both sides of the inner cavity of the shell and are fixedly connected to the upper end plate and both end sides of the stick body limiting mechanism to enhance the structural stability of the entire device.

[0045] The charging connector 24 is connected to a charging circuit system and is connected to an external power source through a wiring box.

[0046] Furthermore, each charging connector 24 is provided with an indicator light 31 .

[0047] The shell is composed of an upper end plate, a bottom plate 28, two side plates, a front plate, and a rear plate 21. The upper end plate is tilted to facilitate the operator to scan codes, read, take and put the crutch, etc.

[0048] Furthermore, a reset switch is provided at the charging slot 18 at the rear end of the handle 16. When the trekking pole is fully inserted into the charging device, the reset switch will be triggered by magnetism to detect whether the trekking pole is in place. Charging will start after the trekking pole is in place.

[0049] The main control chip model is ESP32-S3, which is connected to the blood oxygen heart rate sensor 11, and connected to the mobile phone through the network module, so that the heart rate status of the trekking pole user can be checked through the mobile phone.

[0050] The GPS locator 13 uses the positioning Zhongkewei AT6668, which can upload the positioning information of the trekking pole through the networking module, and can accurately locate the specific position of the user, solving the problem of the user being lost. The cane is also provided with a tour guide explanation function unit. When the user enters a tourist attraction, the introduction of the attraction will be automatically played. The corresponding scenic spot is equipped with a radio frequency device. When the cane with an electronic tag is in place, the main control chip controls the corresponding audio file to play.

[0051] The power source can be a rechargeable battery; the blood oxygen and heart rate sensor 11 can be a heart rate and blood oxygen sensor module with a model of MAX30102.

[0052] Furthermore, the handle 16 is provided with an electronic tag, such as an RFID tag, to facilitate matching with a placement device of a trekking pole, such as a radio frequency device to sense whether the electronic tag is in place.

[0053] Furthermore, an electric locking rod is fixedly arranged in the inner cavity of the charging device, and the locking rod faces the crutch body in the body socket, and the number of the locking rod is consistent with the crutch socket 23. The crutch body is provided with a locking hole groove. When the crutch is connected to the charging device in place, the electric locking rod is triggered to insert into the locking hole groove and lock. When the mobile phone APP issues a request to use the crutch, the electric locking rod is unlocked and the crutch can be pulled out.

[0054] Based on the shared use method of the shared trekking pole with the above-mentioned crutch and charging device, the mountaineering user needs to scan the QR code on the trekking pole with a mobile phone or other communication device and operate through the WeChat applet APP to start the rental service; After the rental is successful, the main control chip in the device will detect the status of the shared trekking pole and bind it to the user's order; after the binding is successful, the main control chip will unlock the shared trekking pole, and the shared trekking pole can be taken out and used; The shared trekking pole uses built-in sensors or detection modules to detect the status of the trekking pole, including whether the shared trekking pole is fully charged and in normal use. If the power is low or it cannot be used normally temporarily, it cannot be unlocked and taken out. During use, the shared trekking poles have built-in blood oxygen and heart rate sensors, which monitor the physiological data of the shared trekking pole users' blood oxygen and heart rate in real time, and send them to the mobile phone APP through the communication module. The data is compared with the set values ​​on the mobile phone APP to remind the user of their physical health status, so as to warn the user whether they can climb normally or carry out other activities. After use, insert the shared trekking pole into the shared trekking pole charging device; Shared trekking pole charging devices are set up at different scenic spots or distances in the scenic area to facilitate climbers to use or replace them; shared trekking pole charging devices are interchangeable and can be charged nearby.

[0055] The magnetic switch in the shared trekking pole charging device will detect whether the trekking pole is returned to its place and start charging after it is returned. At the same time, the shared trekking pole charging device will recognize that the trekking pole is bound to the user's order. If the user needs to continue using it, the trekking pole can be exchanged and bound to a new one. If the user ends the order, the user's rental order will be ended.

[0056] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in the technical field, several improvements can be made without departing from the principles of the present invention. These improvements should also be regarded as the scope of protection of the present invention without paying creative labor.

Claims

1. A shared trekking pole, characterized in that: The invention comprises a smart crutch, which comprises a crutch body and a handle fixed on the top of the crutch body, a blood oxygen heart rate sensor is arranged on the upper end of the handle, a lighting lamp is arranged on the front end of the handle, a charging slot is arranged on the lower part of the rear end of the handle, a GPS locator is arranged inside the handle or inside the crutch body, and a power source is respectively connected to the blood oxygen heart rate sensor, the lighting lamp and the GPS locator; Also included is a charging device for a crutch, which includes a shell, which is a box-type structure, and includes an upper end plate, on which a crutch jack and a charging connector are arranged, the crutch jack is communicated with the inner cavity of the shell, and is used to insert the crutch body, the charging connector is connected to an external power source, and the charging connector is used to connect to the charging slot of the crutch; The crutch charging device and the crutch handle are provided with QR code labels.

2. The shared trekking pole according to claim 1, characterized in that: The stick body or handle is provided with a main control chip, the handle or stick body is provided with a power supply installation slot, the upper end of the stick body is provided with a lighting switch, the stick body is provided with an audio player, and the main control chip is connected with the power supply, the blood oxygen heart rate sensor, the lighting lamp, the GPS locator, and the audio player.

3. The shared trekking pole according to claim 1, characterized in that: The handle and the stick body form a T shape or an inverted L shape, the connection between the handle and the stick body is an arc transition, and three finger grooves are arranged at the lower end of the handle; the handle is provided with a front end face and a rear end face, the front end face is equipped with a lighting lamp, and the rear end face is equipped with a QR code label.

4. The shared trekking pole according to claim 1, characterized in that: The charging connector adopts an elastic contact, and magnets of level S and level N are respectively provided at both ends of the elastic contact. The corresponding crutch charging slot is provided with magnets of level N and level S. When the crutch is docked with the charging connector, they are attracted by magnetic attraction.

5. The shared trekking pole according to claim 1, characterized in that: A junction box is provided at the bottom of the upper end plate of the shell to facilitate the standardized routing of the charging connector line and connect it to the external power line.

6. The shared trekking pole according to claim 1, characterized in that: A crutch socket and a charging connector form a set, which match a shared crutch. The crutch socket is used to insert the shaft of the shared crutch, and the charging connector corresponds to the charging hole at the end of the crutch handle; the upper end plate surface serves as a crutch support structure, and is provided with a placement groove, which is used to limit the placement of the shared crutch handle, and a crutch socket and a charging connector are provided in the placement groove. When the shared crutch is inserted into the crutch socket and docked with the charging connector in place, the lower end surface of the handle contacts the placement groove to ensure that the crutch is accurately and stably docked with the charging connector; the placement groove is a strip groove, and the length and width dimensions are both larger than the dimensions of the crutch handle; a support frame is provided in the outer shell, and the two support frames are arranged on both sides of the inner cavity of the outer shell, and are fixedly connected to the upper end plate and the two end sides of the shaft limiting mechanism to enhance the structural stability of the entire device.

7. The shared trekking pole according to claim 1, characterized in that: A stick body limiting mechanism is fixedly arranged in the inner cavity of the shell to limit the stick body. The stick body limiting mechanism is a strip plate. A semicircular notch is arranged on one side of the strip plate. The number of the notches is consistent with the number of crutch insertion holes. The strip plate is parallel to the straight line formed by the corresponding crutch insertion holes above. When the crutch is inserted into the crutch insertion hole and in place, the stick body contacts and connects with the notch, and the notch limits the stick body. Furthermore, the notch is not directly below the crutch insertion hole, that is, after the crutch body contacts the notch, the crutch is in an inclined state.

8. The shared trekking pole according to claim 1, characterized in that: The charging connector is connected to a charging circuit system and is connected to an external power source through a wire box; each charging connector is provided with an indicator light; the housing is composed of an upper end plate, a bottom plate, two side plates, a front plate, and a rear plate, and the upper end plate is arranged at an angle.

9. The shared trekking pole according to claim 1, characterized in that: An in-place switch is also provided at the charging slot at the rear end of the handle. When the trekking pole is fully inserted into the charging device, the in-place switch will be triggered by magnetic attraction to detect whether the trekking pole is in place. Charging will start after the trekking pole is in place. An electronic tag is provided in the handle.

10. A method for sharing and using a shared trekking pole, characterized in that: Mountaineering users need to scan the QR code on the trekking poles with their mobile phones or other communication devices and operate through the WeChat mini-program APP to activate the rental service; After the rental is successful, the main control chip in the device detects the status of the shared trekking pole and binds it to the user's order; After the binding is successful, the main control chip will unlock the shared trekking pole, and you can take out the shared trekking pole and use it; The shared trekking pole uses built-in sensors or detection modules to detect the status of the trekking pole, including whether the shared trekking pole is fully charged and in normal use. If the power is low or it cannot be used normally temporarily, it cannot be unlocked and taken out. During use, the shared trekking poles have built-in blood oxygen and heart rate sensors, which monitor the physiological data of the shared trekking pole users' blood oxygen and heart rate in real time, and send them to the mobile phone APP through the communication module. The data is compared with the set values ​​on the mobile phone APP to remind the user of their physical health status, so as to warn the user whether they can climb normally or carry out other activities. After use, insert the shared trekking pole into the shared trekking pole charging device; The shared trekking pole charging devices are set up at different scenic spots or distances in the scenic area, which is convenient for climbers to use or replace; the shared trekking pole charging devices are interchangeable and can be charged nearby; The magnetic switch in the shared trekking pole charging device will detect whether the trekking pole is returned to its place and start charging after it is returned. At the same time, the shared trekking pole charging device will recognize that the trekking pole is bound to the user's order. If the user needs to continue using it, the trekking pole can be exchanged and bound to a new one. If the user ends the order, the user's rental order will be ended.

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