A method for using a directional timepiece multifunction field survival pendant

Abstract

The present application belongs to the technical field of use amplification of field survival pendant, and specifically discloses a use method of a directional timing type multifunctional field survival pendant, comprising the following steps: when direction positioning is needed, taking out the insertion needle, the compass needle and the fire stick in the shell, then inserting the insertion needle through the shell, making the tip of the insertion needle stand in the center of the sundial scale disc, installing the compass needle on the tip of the insertion needle to determine the north direction; when time observation is needed, on the basis of direction positioning, taking off the compass needle, the part of the insertion needle above the shell forms a sundial needle, and the current time can be determined by observing the scale pointed by the shadow. The present application integrates the functions of direction positioning and time observation, and integrates multiple other survival tools, having the advantages of strong portability, simple operation, various functions and the like. Through the use method of the present application, the survival person can conveniently and quickly perform direction positioning and time observation in the field environment, improving the ability and safety of field survival.

Description

Technical Field

[0001] This invention belongs to the field of technology for expanding the use of wilderness survival accessories, and particularly relates to a method for using a directional, time-keeping, multi-functional wilderness survival accessory. Background Technology

[0002] In the wilderness, orientation and time tracking are crucial for survivors to ensure their safety, plan their actions, and obtain rescue. Accurate orientation helps survivors determine their route, avoid getting lost, find vital resources such as water and shelter, and head towards potential rescue locations. Time tracking is essential for rationally planning activity time, understanding day-night cycles, and estimating rescue arrival times. For example, during the hottest part of the day, survivors need to schedule rest and activity time appropriately to avoid heatstroke; knowing the accurate time also helps in sending out distress signals at the right time, increasing the chances of being found. The limitations of existing orientation and time tracking tools are as follows: (1) Single function Currently available outdoor navigation tools, such as compasses, typically only indicate direction and cannot provide time information simultaneously. While timekeeping tools, such as watches, are widely used in daily life, they may be damaged in complex outdoor environments due to factors like dead batteries, moisture, or impacts, rendering them unusable. Furthermore, some traditional sundials, although not limited by electricity, lack navigation functionality and are inconvenient to carry, making them unsuitable for the comprehensive needs of wilderness survival.

[0003] (2) Insufficient portability

[0004] Existing wilderness survival tools are often separate, requiring survivors to carry multiple different tools, such as compasses, watches, and maps. This not only increases the weight and bulk of the backpack, making movement inconvenient, but also makes it difficult to quickly find and use the tools in emergencies due to their scattered location. For example, when encountering sudden danger and needing to move quickly, survivors may not have enough time to organize and carry all their tools, resulting in the loss of some important tools.

[0005] (3) Low integration

[0006] While some survival gear integrates certain functions, reducing the number of tools required to some extent, it still suffers from insufficient integration. For example, some multi-functional survival knives may integrate bottle openers and scissors, but lack orientation and time tracking capabilities. Moreover, these devices are often complex to operate, making them difficult for survivors to quickly master and use in stressful wilderness conditions.

[0007] Therefore, the inventors dedicated themselves to designing a way to use the pendant to solve the above problems. Summary of the Invention

[0008] The purpose of this invention is to provide a method for using a directional, time-controlled, multi-functional wilderness survival accessory. With advantages such as high portability, simple operation, and multiple functions, survivors can easily and quickly locate their direction and observe the time in the wild, improving their ability to survive in the wild and their safety.

[0009] To achieve the above objectives, the technical solution adopted by the present invention is as follows: A method for using a directional, timing, multi-functional wilderness survival accessory, characterized by the following steps: When a survivor needs to orient themselves, first unscrew the cover of the multi-functional wilderness survival accessory, take out the pin, compass, and fire starter from the casing, then pass the pin through the hole in the casing, so that the tip of the pin is in the center of the sundial dial of the azimuth and time scale. Next, lay the casing flat so that the side with the azimuth and time scale is facing up, install the compass on the tip of the pin, and adjust the direction of the casing to determine the North Pole. When survivors need to observe the time, based on directional positioning, they should align the direction of the shell with the actual direction of the environment and remove the compass from the pin. At this time, the part of the pin above the shell forms a gnomon. When sunlight shines on the gnomon, its shadow will be cast onto the sundial dial. As the sun moves from east to west, the position of the shadow on the sundial dial will also move slowly. By observing the mark that the shadow points to, the current time can be determined.

[0010] As an improvement to the method of using the directional timing multi-functional wilderness survival accessory of the present invention, the following steps are also included: When survivors need to use a light source, they can first disassemble the miniature LED light, battery, and glow stick from the light-emitting component. Simply bend the glow stick to make it light up. Then, insert the glow stick into the light-emitting socket on the casing, and the light emitted by the glow stick will shine out through the light-transmitting hole. Alternatively, insert the battery in reverse into the miniature LED light to power it, and the miniature LED light will light up. Then, put the miniature LED light into the light-emitting socket, and the light emitted by the miniature LED light will shine out through the light-transmitting hole. Rotate the cover to close the casing, hang it around the neck, or wave it in a figure-eight pattern to make survivors easier to spot in the dark.

[0011] As an improvement to the method of using the directional timing multi-functional wilderness survival pendant of the present invention, the multi-functional wilderness survival pendant includes a shell and a cover. One end of the shell is movably inserted with an orientation time tool and various other survival tools. The cover rotates and is positioned to cover the insertion end of the shell to cover the various tools. The outer wall of the shell is provided with an orientation time scale. The orientation time tool is used in conjunction with the orientation time scale to achieve orientation positioning and time observation functions.

[0012] As an improvement to the method of using the directional timing multi-functional wilderness survival pendant of the present invention, the orientation time tool includes a compass and a pin. The compass has an insertion hole in the middle of its side wall for the end of the pin to be inserted vertically. The housing has a through hole at a position opposite to the orientation time scale for the pin to be inserted vertically.

[0013] As an improvement to the method of using the directional timing multifunctional wilderness survival pendant of the present invention, the azimuth time scale includes a sundial dial and a north-pointing ring. The sundial dial and the north-pointing ring are spaced apart along the axial direction of the housing on the same outer side wall of the housing. The perforation is located at the center of the dial face of the sundial dial. The pin extends beyond the part of the sundial dial and works with the sundial dial to realize the time observation function. The pin, the north-pointing needle, and the north-pointing ring work together to realize the direction positioning function.

[0014] As an improvement to the method of using the directional timing multi-functional wilderness survival pendant of the present invention, centimeter rulers and inch rulers are respectively engraved on the two outer side walls of the shell along their axial direction, and ball bearings are provided on the closing end face of the cover. The ball bearings are elastically connected to the cover to elastically press against the insertion end face of the shell.

[0015] As an improvement to the method of using the directional timing multi-functional wilderness survival pendant of the present invention, the cover end face is provided with a locking screw and a limiting groove. The locking screw is rotatably connected to the housing. The limiting groove is arranged around the locking screw. A limiting post protrudes from the insertion end face of the housing. The limiting post is slidably arranged in the limiting groove as the cover rotates.

[0016] As an improvement to the method of using the directional timing multi-functional wilderness survival pendant of the present invention, a top hole is provided on the closing end face of the cover, and a plug is sealed and inserted at the opening of the top hole to form a sealed compartment for placing water purification tablets or other chemical substances.

[0017] As an improvement to the method of using the directional timing multifunctional wilderness survival pendant of the present invention, a hanging rope is connected to the cover, and a tail clip is provided at the end of the hanging rope. A spare fishhook is installed in the tail clip. A step counting tool is provided on the hanging rope. The step counting tool includes multiple solid-color beads and multiple colored beads. All the solid-color beads and all the colored beads are strung on different sections of the hanging rope and are separated by the connection between the hanging rope and the cover.

[0018] As an improvement to the method of using the directional timing multi-functional wilderness survival pendant of the present invention, the orientation timer and all other survival tools are arranged along the axial direction of the housing. The other survival tools include a light-emitting element, a survival knife, a fire starter, and tweezers. The survival knife is movably inserted into the tool socket of the housing. A resistance wire is movably bound to the hanging hole of the survival knife. The resistance wire is located at the opening of the tool socket. The bottom of the tool socket is inclined and its bottom space accommodates a fishhook. The pin of the orientation timer is inserted into the opening of the survival knife. The light-emitting element includes a miniature LED light, a battery, a glow stick, and a sleeve. The battery is located between the miniature LED light and the glow stick, forming a rod shape. The flat metal end of the battery is inserted into the miniature LED light. The positive terminal of the battery is connected to the glow stick through the sleeve to seal the positive electrode protrusion of the battery. After the battery is removed, it is inserted back into the miniature LED light to power the miniature LED light.

[0019] Compared with existing technologies, the present invention provides a method for using a directional and time-tracking multifunctional wilderness survival accessory. This accessory integrates orientation and time tracking functions, while also incorporating various other survival tools, offering advantages such as high portability, ease of operation, and diverse functions. Through the method of using this invention, survivors can conveniently and quickly perform orientation and time tracking in the wild, improving their survival skills and safety. Attached Figure Description

[0020] Figure 1 This is a three-dimensional enlarged view of the directional timing multi-functional wilderness survival pendant of the present invention; Figure 2 This is another three-dimensional enlarged view of the directional timing multi-functional wilderness survival pendant of the present invention; Figure 3 This is an enlarged cross-sectional view of the directional timing multi-functional wilderness survival pendant of the present invention; Figure 4 This is a three-dimensional exploded and enlarged view of the directional timing multi-functional wilderness survival pendant of the present invention; Figure 5 This is a three-dimensional exploded and enlarged view of the shell and various tools in this invention; Figure 6This is a three-dimensional enlarged view of the survival knife, resistance wire, and pin assembly in this invention; Figure 7 This is a three-dimensional exploded view of the survival knife and the pin in this invention; Figure 8 This is a cross-sectional enlarged schematic diagram of the light-emitting element in this invention; Figure 9 This is a three-dimensional magnified view of the miniature LED light in this invention; Figure 10 This is a cross-sectional enlarged schematic diagram of the battery powering the miniature LED light in this invention; Figure 11 This is another exploded and enlarged perspective view of the directional timing multi-functional wilderness survival pendant of the present invention; Figure 12 This is a three-dimensional exploded and enlarged view of the cover and its various components in this invention; Figure 13 This is a three-dimensional enlarged view of the housing, pin, and compass used together for orientation positioning in this invention; Figure 14 This is an enlarged cross-sectional view of the housing, pin, and compass used together for orientation positioning in this invention. Figure 15 This is a magnified three-dimensional view of the time observation performed by the probe and housing in this invention. Figure 16 This is a three-dimensional structural diagram of a pendant formed by connecting a hanging rope to the cover in this invention.

[0021] Illustration: 1. Housing; 11. Sundial dial; 111. Azimuth and time scale; 12. North compass ring; 13. Centimeter ruler; 14. Inch ruler; 15. Perforation; 16. Tool socket; 161. Ignition socket; 162. North compass socket; 163. Mounting hole; 17. Light-emitting socket; 171. Light-transmitting hole; 18. Air inlet; 181. Air guide block; 182. Sound outlet; 2. Window bead; 21. Mounting base; 3. Ignition stick; 31. Fishhook; 32. Tweezers; 33. Limiting post; 4. Compass needle; 41. Insertion hole; 42. 5. Orientation and timing tool; 6. Survival knife; 7. Pin; 8. Resistance wire; 9. Light-emitting component; 10. Miniature LED light; 11. Sleeve; 12. Glow stick; 13. Battery; 14. Positive electrode protrusion; 15. Cover; 16. Limiting groove; 17. Plug; 18. Sealing ring; 19. Top hole; 10. Sealing chamber; 10. Protrusion; 11. Locking screw; 12. Waterproof ring; 13. Ball bearing; 14. Rope hole; 15. Main rope; 16. Secondary rope; 17. Solid color bead; 18. Colored bead; 19. Tail clip. Detailed Implementation

[0022] The embodiments of the present invention are described in detail below with reference to the accompanying drawings. The drawings are for reference and illustration only and do not constitute a limitation on the scope of protection of the present invention.

[0023] Reference Figures 1 to 16 A multi-functional directional timing pendant for wilderness survival includes a housing 1 and a cover 7. A directional timing tool 42 and various other survival tools are movably inserted into one end of the housing 1. The cover 7 rotates and is positioned to cover the insertion end of the housing 1 to cover the various tools. A directional time scale 111 is provided on the outer wall of the housing 1. The directional timing tool 42 is used in conjunction with the directional time scale 111 to achieve directional positioning and time observation functions.

[0024] Reference Figures 1 to 5The upper middle part of the shell 1 is hexagonal prism-shaped, and the end of the shell 1 away from the cover 7 (i.e., the bottom end of the shell 1) is conical. The top surface of the shell 1 is its insertion end face. The entire shell 1 is cast from magnesium-aluminum alloy, which has high hardness and stability. Its various functions have been verified in different environments, providing a practical tool for wilderness survival. A spherical window break bead 2 is fixedly installed at the bottom tip of the shell 1 through the mounting base 21. The window break bead 2 is made of zirconium oxide and has reliable performance (five times harder than steel). The window breaker bead 2 can easily shatter tempered glass and double-layered laminated glass for emergency escape in enclosed spaces. It can also assist in striking ice surfaces or breaking containers to obtain drinking water. The orientation and time scale 111 is located on the front of the housing 1. Specifically, the orientation and time scale 111 includes a sundial dial 11 and a north-pointing ring 12. The sundial dial 11 and the north-pointing ring 12 are spaced apart along the axial direction of the housing 1 on the same outer side wall of the housing. In this embodiment, the sundial dial 11 and the north-pointing ring 12 are... Both 2 are located on the front of the outer wall of the housing 1. The sundial dial 11 is specifically located directly above the north-pointing ring 12. The sundial dial 11 is marked with the time, and the north-pointing ring 12 is marked with the angle. A through hole 15 is provided on the housing 1 at a position opposite to the azimuth and time scale 111. In this embodiment, the through hole 15 penetrates both sides of the housing 1 and is located at the center of the dial surface of the sundial dial 11. On the two outer side walls of the same side (e.g., the left side) of the housing 1, a one-centimeter ruler 13 and a one-inch ruler 14 are respectively engraved along their axial direction. The 14-inch ruler and 13-centimeter ruler are located between the 14-inch ruler and the orientation and time scale 111. The 13-centimeter ruler and 14-inch ruler are "invisible assistants" in wilderness survival. They can be used with maps to measure distances and improve resource utilization efficiency and reduce risks through precise measurement. They can also assist in making tools or transmitting signals in emergencies. The back of the casing 1 has a frame-shaped blood type display area printed on it. Users can attach glow-in-the-dark blood type stickers according to their blood type (such as A, B, AB, O, and Rh yin-yang).The top of the housing 1 has multiple insertion holes, a fixing hole 163, and an air inlet 18 on its insertion end face. All insertion holes, fixing holes 163, and air inlets 18 are arranged along the axial direction of the housing 1. Specifically, these insertion holes are an ignition insertion hole 161, a tool insertion hole 16, a light-emitting insertion hole 17, and a north-pointing insertion hole 162. The tool insertion hole 16 is an elongated L-shaped hole with an inclined bottom. The back of the housing 1 has an elongated light-transmitting hole 171, which extends along the axial direction of the housing 1. The light jack 17 is axially positioned and communicates with the light-emitting jack 17. A limiting post 33 is fixedly inserted into the fixing hole 163, and the top of the limiting post 33 protrudes from the insertion end face of the housing 1. The ignition jack 161 is located at the center of the housing 1. The tool jack 16, ignition jack 161, light-emitting jack 17, light-transmitting hole 171, air inlet 18, compass jack 162, and fixing hole 163 are arranged in a ring around the ignition jack 161 on the top of the housing 1. On the end face, the air inlet 18 is arranged along the axial direction of the housing 1 and is located at the corner of the insertion end of the housing 1. At the corner of the right side wall of the housing 1, opposite to the upper end of the air inlet 18, there is a triangular pyramid-shaped sound outlet 182. The sound outlet 182 is connected to the air inlet 18. A guide block 181 for enhancing airflow is fixed on the inner wall of the air inlet 18. The guide block 181 is located on the airflow channel between the opening of the air inlet 18 and the sound outlet 182. When the airflow enters from the opening of the air inlet 18, it is concentrated and enhanced by the guide block 181 and rushes to the sound outlet 182. At the sound outlet 182, the airflow is split, rubbed and vibrates the resonance cavity to form a popping whistle. The popping whistle is integrated on the housing 1. After the survivor blows the popping whistle, the high-frequency and sharp sound of the popping whistle can break through the environmental noise and quickly attract the attention of rescuers or companions. Or it can be blown at an agreed rhythm to communicate information or to drive away wild animals and buy time for escape.

[0025] Reference Figure 4 , Figure 5 , Figure 13 , Figure 14 and Figure 15The azimuth and timekeeping tool 42 includes a compass 4 and a pin 51. The pin 51 is made of brass and is a relatively thin needle (with a diameter the same as the notch on the survival knife 5, 0.8 mm). One end of the pin 51 is ring-shaped, and the other end is pointed. The entire pin 51 is located within the tool insertion hole 16. During use, the pin 51 can pass vertically through the perforation 15 on the housing 1 to form a gnomon. The gnomon passes vertically through the center of the dial surface. In the Northern Hemisphere, it points to Polaris (North Celestial Pole), similar to the "pole" in a gnomon. The part of the pin 51 that extends beyond the sundial dial 11 works in conjunction with the sundial dial 11 to achieve the function of time observation, that is, through the direction of the sun's projection. The time is determined by changes in the sundial. When sunlight shines on the gnomon (i.e., pointer 51), the shadow of the gnomon is cast onto the dial (i.e., the sundial scale 11). As the sun moves from east to west, the position of the shadow on the dial also moves slowly. By observing the scale that the shadow points to, the current time can be determined. The compass 4 is inserted into the compass insertion hole 162. The compass 4 is rod-shaped. The middle of the side wall of the compass 4 has an insertion hole 41 for the sharp end of the needle 4 to be inserted vertically. The two ends of the side wall of the compass 4 opposite to the insertion hole 41 are respectively marked with "South" and "North". An arrow is provided next to the "North" mark. The needle 51, the compass 4 and the compass scale ring 12 work together to achieve the direction positioning function.

[0026] Reference Figure 4 and Figure 5The orientation and timing tool 42 and all other survival tools are arranged along the axial direction of the housing 1. In this invention, the other survival tools specifically include a light-emitting element 6, a survival knife 5, a fire starter 3, and a pair of tweezers 32. The light-emitting element 6 is rod-shaped and movably inserted into the light-emitting socket 17. The fire starter 3 is rod-shaped and movably inserted into the fire starter socket 161. The fire starter 3 is made of lanthanum-cerium-iron alloy and mainly generates high-temperature sparks by scraping to ignite igniters. The tweezers 32, the needle 51, and the survival knife 5 are movably inserted into the tool socket 16. The tweezers 32 and the survival knife 5 are perpendicular to each other in the tool socket 16. The tweezers 32 is made of TC4 titanium alloy and has high strength. It is a "miniature multi-functional tool" for wilderness survival. Its value lies in achieving high-precision operation with extremely light weight. Whether for medical emergencies, fire management, food preparation, or environmental exploration, it can solve critical problems through precise movements, significantly improving survival efficiency and safety. It can be a standard component of first-aid kits or EDC tools, complementing equipment such as the fire starter 3 and survival knife 5. The hanging hole for the survival knife 5 is located at the opening of the tool insertion hole 16. Because its blade is made of zirconia ceramic, the survival knife 5 is also called a zirconia knife. In wilderness survival, the blade of the survival knife 5, with its high hardness, corrosion resistance, rust resistance, and lightweight properties, becomes an ideal tool for handling precise tasks (such as medical procedures) and dealing with special environments. When opening and using it for cutting, the blade must be kept perpendicular to the ground; it cannot be pried open as this can easily break it. To prevent the pin 51 from being lost, its long needle portion is secured to the survival knife when stored. At the opening of the knife 5, the annular end of the pin 51 is located outside the survival knife 5, making it easy to remove the pin 51. To facilitate the removal of the survival knife 5, a resistance wire 52 is also movably tied to the hanging hole of the survival knife 5 (the resistance wire 52 passes through the hanging hole of the survival knife 5, and then the two ends are twisted together in a spiral shape). The resistance wire 52 is located at the opening of the tool socket 16. In this embodiment, the resistance wire 52 is specifically a nickel-chromium wire, which has the characteristics of high resistance and high heating efficiency. After being connected to a power source, it becomes a resistive load in a closed circuit and can be used for ignition. The bottom of the tool socket 16 is inclined and its bottom space accommodates a fishhook 31. The fishhook 31 is in a lying position to prevent it from getting stuck with the survival knife 5 directly above. In this invention, the fishhook 31 is one of the core tools for obtaining food and ensuring survival, but its function is far more than just "fishing". It provides a stable source of high protein for survivors by efficiently capturing aquatic organisms (such as fish and crustaceans), and can also be used for a variety of practical purposes (such as medical treatment, fire making, and trap making).

[0027] Reference Figure 5 , Figure 8 , Figure 9 and Figure 10The light-emitting element 6, when not in use, is rod-shaped and can provide two light sources for survivors. The light-emitting element 6 includes a miniature LED light 61, a battery 64, a glow stick 63, and a sleeve 62. The battery 64 is located between the miniature LED light 61 and the glow stick 63, forming a rod shape. The flat metal end of the battery 64 is inserted into the miniature LED light 61. The positive terminal of the battery 64 is connected to the glow stick 63 through the sleeve 62 to seal the positive electrode protrusion 641 of the battery 64. The miniature LED light 61 contains an LED bead and a light plate. The positive electrode plate on the light plate is located on the LED bead, and the negative electrode plate on the light plate is L-shaped and hangs along the axial direction of the outer shell of the miniature LED light 61 in the notch at the opening of the outer shell. When the survivor needs to use the light source... When using the power source, the miniature LED light 61, battery 64, glow stick 63, and sleeve 62 must all be disassembled. Then, the battery 64 is inserted into the miniature LED light 61 in reverse to power the miniature LED light 61 (the battery 64 can power the light for 30 hours). At this time, the positive electrode protrusion 641 of the battery 64 contacts the positive electrode plate inside the miniature LED light 61, and the metal casing of the battery 64 contacts the negative electrode plate on the inner wall of the miniature LED light 61. When the survivor needs to use the glow stick 63, the glow stick 63 can be bent directly to make it light up. The glow stick 63 can light up continuously for 48-72 hours. Both light sources can be put into the light-emitting socket 17 so that the light source can be emitted through the light-transmitting hole 171.

[0028] Reference Figure 3 , Figure 11 and Figure 12The shape of the cover 7 matches the shape of the shell 1. The bottom end face of the cover 7 is its closing end face. A locking screw 73 is fixedly inserted into the center of the closing end face of the cover 7. The locking screw 73 protrudes and corresponds to the position of the ignition socket 161. The protruding end of the locking screw 73 is threaded so that the locking screw 73 is rotatably connected to the ignition socket 161 through the thread. A waterproof ring 731 is fitted on the locking screw 73, and the locking screw 73 is sealed to the ignition socket 161 through the waterproof ring 731. A limiting groove 71 is also provided on the closing end face of the cover 7. The limiting groove 71 is set around the locking screw 73. The limiting post 33 slides in the limiting groove 71 as the cover 7 rotates. A ball bearing 74 is provided on the closing end face of the cover 7. The ball bearing 74 is elastically connected to the cover 7 through a spring to elastically press against the insertion end face of the shell 1. When the cover 7 is rotated to the limit position, the cover 7 just covers the top of the shell 1. The protruding part of the ball bearing 74 is located inside the air inlet 18. A top hole 722 is provided on the closing end face of the cover body 7. A plug 72 is sealed and inserted into the opening of the top hole 722 to form a sealed chamber 723. A sealing ring 721 is fitted on the upper end of the plug 72. The plug 72 is sealed and connected to the cover body 7 through the sealing ring 721. A trapezoidal protrusion 724 is provided at the lower end of the plug 72 to facilitate pulling out the entire plug 72 and taking out the items in the sealed chamber 723. In this invention, the sealed chamber 723 can be used to place water purification tablets or other chemical substances. Water purification tablets are chemical agents used to purify water quality. Their core components are usually chlorine dioxide, chlorine, iodine or sodium silver chloride, etc., which can effectively remove bacteria, viruses, parasites and other microorganisms in the water, improve water quality, and reduce the harm of harmful substances in the water to the human body. They are mainly used to treat natural water sources such as river water, spring water and stream water with poor water quality, so that survivors can drink purified natural water.

[0029] Reference Figure 16The upper end of the cover 7 has a rope hole 75, through which a hanging rope is connected, thus enabling the pendant of the present invention to function as a neck pendant, forming a dangling ornament for the convenience of the survivor. The hanging rope of the present invention includes a main rope 8 and a secondary rope 81. The main rope 8 is woven from high-strength fiber (ultra-high molecular weight polyethylene fiber), which has excellent load-bearing capacity (can withstand a weight of 270kg). It can be used as a winch together with the shell 1 and the cover 7, deforming the railing and increasing the gap, providing certain convenience for escape. It can also be wrapped around the limbs as a quick-compression tourniquet to hold the survivor until rescue. The secondary rope 81 contains a three-strand synthetic polyester core, a cotton thread, a stainless steel wire, two strands of waxed hemp rope, a waxed thread, and a fishing line, all woven and surrounded by nine strands of polyester thread. It can be removed and used by the survivor. For example, if dry tinder cannot be found in a damp place, the waxed hemp rope in the secondary rope 81 can be used. The middle part of the main rope 8 A knot is tied at the rope hole 75 to form a through hole for the auxiliary rope 81 to pass through. Both the left and right free ends of the main rope 8 and the auxiliary rope 81 are knotted to form knot holes, and the ends are fixedly connected by tail clips 84. Each tail clip 84 also contains a fishhook 31 for backup. The right free end of the main rope 8 and the auxiliary rope 81 can move through the knot hole on its left, and the left free end of the main rope 8 and the auxiliary rope 81 can move through the knot hole on its right. This allows for free adjustment of the effective length of the hanging rope, thereby adjusting the overall fit of the pendant around the chest. The auxiliary rope 81 of the hanging rope is equipped with a pedometer, which includes five solid-color beads 82 and five colored beads 83. All the solid-color beads 82 and all the colored beads 83 are strung on different sections of the auxiliary rope 81, separated by the connection point between the hanging rope and the cover 7 (i.e., the knot in the middle of the main rope 8). Specifically, the pedometer of this invention is a traditional military pedometer. The five solid-color beads 82 on the right are usually a single color (such as black, brown, or transparent), representing hundreds. One solid-color bead 82 is moved every 100 steps. The five colored beads 83 on the left are of various colors (such as red, yellow, blue, green, and white), representing thousands. When all five solid-color beads 82 on the right have been moved (i.e., 500 steps), they are moved back to their initial positions, and one colored bead 83 is moved (representing 1000 steps). The pedometer logic is as follows: Hundreds digit counting: Every 100 steps → Move 1 solid-color bead 82; Carry over thousands: 500 steps (after moving all five solid-color beads 82) → Move back solid-color beads 82, leaving 500 steps, and move one colored bead 83 (equivalent to "carry over"); Total steps calculation: 83 colored beads × 1000 + 82 solid color beads × 100 = total steps; By observing the changes in the bead positions, steps can be quickly read without complex calculations, making it suitable for high-intensity training or emergency situations. The contrast between the solid color and the five colored beads (83 in total) makes it easy to distinguish between hundreds and thousands place counting.

[0030] Reference Figures 1 to 16 The method of using this invention for wilderness survival based on a directional timing multi-functional pendant is as follows: When a survivor needs to determine direction, first unscrew the cover 7 and take out the survival knife 5 with the pin 51, the compass 4, and the fire starter 3 from the housing 1, leaving the position of the through hole 15 on the housing 1 empty (the through hole 15 is connected to the fire starter socket 161 where the fire starter 3 is located). Remove the pin 51 from the survival knife 5, and then pass the pin 51 through the through hole 15 of the housing 1, so that the tip of the pin 51 stands at the center of the sundial dial 11 of the azimuth and time scale 111. Then lay the housing 1 flat, so that the side of the housing 1 with the azimuth and time scale 111 is facing up. Install the compass 4 on the tip of the pin 51 and adjust the direction of the housing 1 to determine the north and south poles. When survivors need to observe the time, based on the orientation, they should align the direction of the shell 1 with the direction of the actual environment and remove the compass 4 from the pin 51. At this time, the part of the pin 51 above the shell 1 forms a gnomon. When sunlight shines on the gnomon, the shadow of the gnomon will be cast onto the sundial dial 11. As the sun moves from east to west, the position of the shadow on the sundial dial 11 will also move slowly. By observing the scale that the shadow points to, the current time can be determined. When a survivor needs to use a light source, first disassemble the miniature LED light 61, battery 64, and glow stick 63 of the light-emitting component 6. Simply bend the glow stick 63 to make it glow. Then insert the glow stick 63 into the light-emitting socket 17, and the light emitted by the glow stick 63 will shine out through the light-transmitting hole 171. Alternatively, insert the battery 64 into the miniature LED light 61 in reverse to power the miniature LED light 61, and the miniature LED light 61 will glow. Then put the miniature LED light 61 into the light-emitting socket 17, and the light emitted by the miniature LED light 61 will shine out through the light-transmitting hole 171. Rotate the cover 7 and hang it around your neck or wave it in a figure-eight pattern to make the survivor more easily visible in the dark. When a fire is needed, use the back of the blade of the survival knife 5 (i.e., the finger groove when the survival knife 5 is closed) to scrape off a little magnesium-aluminum alloy powder from the surface of the shell 1 as tinder. Then, use the back of the blade of the survival knife 5 (i.e., the finger groove when the survival knife 5 is closed) to quickly rub against the ignition stick 3 (the ignition stick 3 is at a 45-degree angle) (keeping the survival knife 5 closed). This will instantly release a high temperature of over 1000 degrees Celsius, causing the ignition stick 3 to ignite the magnesium-aluminum alloy powder and achieve the purpose of starting a fire. Alternatively, the resistance wire 52 on the survival knife 5 can be removed and connected to the battery 64 to heat up the resistance wire 52 and achieve the purpose of ignition. In a humid environment, the wax-impregnated hemp rope in the multi-functional auxiliary rope 81 can also be taken out to assist in combustion. When step counting is required, move one solid-color bead 82 every 100 steps. When all five solid-color beads 82 have been moved (i.e., 500 steps), move them all back to their initial positions and move one colored bead 83 (representing 1000 steps).

[0031] This invention relates to a multi-functional directional and timing pendant for wilderness survival. The pendant integrates a directional and timing tool 42 and various other survival tools into a single housing 1. A cover 7 rotates and locks onto the insertion end of the housing 1, enabling centralized storage and convenient use of the tools. Simultaneously, a directional and time scale 111 is provided on the outer wall of the housing 1, allowing the directional and timing tool 42 to be used in conjunction with the scale for accurate orientation and time observation. This provides wilderness survival personnel with a comprehensive survival gear characterized by high functional integration, portability, and ease of use.

[0032] The above-disclosed embodiments are merely preferred embodiments of the present invention and should not be construed as limiting the scope of protection of the present invention. Therefore, any equivalent variations made in accordance with the scope of the patent application of the present invention are still within the scope of the present invention.

Claims

1. A method for using a directional, timing, multi-functional wilderness survival accessory, characterized in that: Includes the following steps: When a survivor needs to orient themselves, first unscrew the cover of the multi-functional wilderness survival accessory, take out the pin, compass, and fire starter from the casing, then pass the pin through the hole in the casing, so that the tip of the pin is in the center of the sundial dial of the azimuth and time scale. Next, lay the casing flat so that the side with the azimuth and time scale is facing up, install the compass on the tip of the pin, and adjust the direction of the casing to determine the North Pole. When survivors need to observe the time, based on directional positioning, they should align the direction of the shell with the actual direction of the environment and remove the compass from the pin. At this time, the part of the pin above the shell forms a gnomon. When sunlight shines on the gnomon, its shadow will be cast onto the sundial dial. As the sun moves from east to west, the position of the shadow on the sundial dial will also move slowly. By observing the mark that the shadow points to, the current time can be determined.

2. The method of using the directional timing multi-functional wilderness survival pendant according to claim 1, characterized in that, It also includes the following steps: When survivors need to use a light source, they can first disassemble the miniature LED light, battery, and glow stick from the light-emitting component. Simply bend the glow stick to make it light up. Then, insert the glow stick into the light-emitting socket on the casing, and the light emitted by the glow stick will shine out through the light-transmitting hole. Alternatively, insert the battery in reverse into the miniature LED light to power it, and the miniature LED light will light up. Then, put the miniature LED light into the light-emitting socket, and the light emitted by the miniature LED light will shine out through the light-transmitting hole. Rotate the cover to close the casing, hang it around the neck, or wave it in a figure-eight pattern to make survivors easier to spot in the dark.

3. The method of using the directional timing multi-functional wilderness survival pendant according to claim 1, characterized in that, The multi-functional wilderness survival accessory includes a shell and a cover. One end of the shell is movably inserted with a directional time tool and various other survival tools. The cover rotates and is positioned to cover the insertion end of the shell to cover the various tools. The outer wall of the shell is provided with a directional time scale. The directional time tool is used in conjunction with the directional time scale to achieve orientation positioning and time observation functions.

4. The method of using the directional timing multi-functional wilderness survival pendant according to claim 3, characterized in that, The azimuth time tool includes a compass and a pin. The compass has an insertion hole in the middle of its side wall for the end of the pin to be inserted vertically. The housing has a through hole at a position opposite to the azimuth time scale for the pin to pass through vertically.

5. The method of using the directional timing multi-functional wilderness survival pendant according to claim 4, characterized in that, The azimuth and time scale includes a sundial dial and a north-pointing ring. The sundial dial and the north-pointing ring are spaced apart along the axial direction of the housing on the same outer side wall of the housing. The perforation is located at the center of the dial face of the sundial dial. The pin extends beyond the part of the sundial dial and works with the sundial dial to realize the time observation function. The pin, the north-pointing needle, and the north-pointing ring work together to realize the direction positioning function.

6. The method of using the directional timing multi-functional wilderness survival pendant according to claim 3, characterized in that, Centimeter and inch rulers are engraved along their axial direction on the two outer side walls of the housing, respectively. A ball bearing is provided on the closing end face of the cover, and the ball bearing is elastically connected to the cover to elastically press against the insertion end face of the housing.

7. The method of using the directional timing multi-functional wilderness survival pendant according to claim 3, characterized in that, The cover has a locking screw and a limiting groove on its closing end face. The locking screw is rotatably connected to the housing. The limiting groove is arranged around the locking screw. A limiting post protrudes from the insertion end face of the housing. The limiting post is slidably arranged in the limiting groove as the cover rotates.

8. The method of using the directional timing multi-functional wilderness survival pendant according to claim 3, characterized in that, The cover has a top hole on its closing end face, and a plug is inserted into the opening of the top hole to form a sealed compartment for placing water purification tablets or other chemical substances.

9. The method of using the directional timing multi-functional wilderness survival pendant according to claim 3, characterized in that, A hanging rope is connected to the cover, and a tail clip is provided at the end of the hanging rope. A spare fishhook is installed in the tail clip. A step counting tool is provided on the hanging rope. The step counting tool includes multiple solid-color beads and multiple colored beads. All the solid-color beads and all the colored beads are strung on different sections of the hanging rope and are separated by the connection between the hanging rope and the cover.

10. The method of using the directional timing multi-functional wilderness survival pendant according to claim 3, characterized in that, The orientation timer and all other survival tools are arranged along the axial direction of the housing. The other survival tools include a light-emitting element, a survival knife, a fire starter, and tweezers. The survival knife is movably inserted into the tool socket of the housing. A resistance wire is movably attached to the hanging hole of the survival knife. The resistance wire is located at the opening of the tool socket. The bottom of the tool socket is inclined and its bottom space accommodates a fishhook. The pin of the orientation timer is engaged at the opening of the survival knife. The light-emitting element includes a miniature LED light, a battery, a glow stick, and a sleeve. The battery is located between the miniature LED light and the glow stick, forming a rod shape. The flat metal end of the battery is inserted into the miniature LED light. The positive terminal of the battery is connected to the glow stick through the sleeve to seal the positive electrode protrusion of the battery. The battery is removed and then inserted back into the miniature LED light to power the miniature LED light.

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