Modularized adjustable archery finger protector

Abstract

The invention discloses a modular adjustable archery finger protector, and relates to the technical field of archery sports equipment, in particular to a modular adjustable archery finger protector which comprises a triangular module and an arc-shaped module. The technical key points are as follows: the lower ends of the triangular module and the arc-shaped module are connected with a finger protection plate, the rear end of the finger protection plate is provided with a leather layer with anti-skid textures, and the leather layer is detachably fixed through a circular groove and a staple bolt; and detachable balancing weights are arranged on the inner sides of the triangular modules. The triangular module, the arc-shaped module and the finger protection plate are detachably connected in an inserted mode, and free switching of the modules is achieved. Through the modular design, different archery habits and finger shapes can be flexibly adapted, and meanwhile, due to the adjustable balance weight and the anti-skid design, the operation stability and safety are improved.

Description

Technical Field

[0001] This invention relates to the field of archery equipment technology, specifically a modular adjustable archery finger guard. Background Technology

[0002] Archery, as an ancient and precise sport and skill, places extremely high demands on equipment performance and user experience. Finger guards are crucial equipment in archery, protecting fingers from repeated friction and impact from the bowstring. Their design directly affects accuracy, comfort, and the athlete's long-term training safety. Traditional archery finger guards often employ a single, fixed structure, typically made of a bent piece of leather or polymer material wrapped around the finger to insulate it from the bowstring. However, this traditional design has gradually revealed several limitations in practice, failing to meet the demands of different archery techniques, varying user habits, and the refined performance requirements of high-level competition.

[0003] First, traditional finger guards have a relatively simple structure and function. They are usually designed with a fixed shape and cannot be adapted to the actual needs of different release techniques (such as Mediterranean and Mongolian) or different bow types (such as recurve and compound bows). For example, some techniques may require a specific angle or curvature between the finger and the bowstring, and fixed finger guards cannot provide this variability, resulting in an unsmooth release action and affecting the stability and accuracy of the arrow's flight. Users often need to prepare multiple pairs of finger guards of different shapes to adapt to different scenarios, which not only increases costs but also causes inconvenience.

[0004] Secondly, during prolonged training or competition, the impact and friction between the bowstring and the finger guard are continuous and concentrated, easily leading to premature wear in specific areas, especially those in direct contact with the bowstring. Traditional one-piece finger guards often require replacement of the entire guard once a section is damaged, making them uneconomical. Furthermore, the fit and fixation method of the finger guard to the user's fingers are crucial. A loose fit may cause the finger guard to shift during release, affecting the consistency of movement; while an overly tight fit can impair blood circulation and dexterity. Traditional straps or Velcro fastening methods may loosen after repeated use or be inconvenient to adjust, and the connecting components (such as stitching and hooks) themselves are prone to wear.

[0005] Furthermore, the weight distribution and overall feel of the finger guard are often overlooked. A poorly designed finger guard may have uneven weight distribution or create unnecessary extra weight on the fingers, which can subtly affect the shooter's feel, the stability of the release action, and fatigue during sustained aiming. For shooters seeking ultimate precision, any slight tactile disturbance can be amplified. Simultaneously, the surface properties of the finger guard material also affect operation. If the surface is too smooth, it may cause slippage between the fingers and the finger guard or between the finger guard and the bowstring in wet or sweaty conditions, posing a safety hazard and reducing confidence in control.

[0006] Furthermore, from an ergonomic and personalized perspective, every shooter's finger shape, strength, and release feel differ. Traditionally standardized finger guards lack effective personalized adjustment methods, forcing users to passively adapt to the equipment rather than adapting the equipment to the user. This "compromise" to some extent limits the improvement of a shooter's skills and the realization of their potential. Especially in competitive settings, even subtle differences in equipment can become crucial factors in determining victory or defeat.

[0007] Finally, the choice of materials directly affects the durability, protection, and wearing comfort of finger guards. Early finger guards may have used heavier materials, increasing the burden on the hand; while some lightweight materials may not be strong enough and are prone to deformation or cracking under high-intensity, high-frequency bowstring impacts. Therefore, balancing lightweight with high strength, durability with comfort is an ongoing challenge in finger guard design.

[0008] In conclusion, the market urgently needs an archery finger guard that can solve many of the aforementioned problems. An ideal finger guard should possess excellent adaptability, allowing users to adjust its shape and functionality to suit their needs; it should be highly maintainable and economical, allowing for partial replacement of vulnerable parts; it should provide a stable fixation and fit to prevent shifting during use; it should consider adjustable weight distribution to accommodate different feel preferences and technical requirements; its surface should provide reliable operating friction; and simultaneously, the overall design should be as lightweight as possible while ensuring sufficient protective strength to improve user comfort and accuracy. Current technology lacks an archery finger guard solution that can systematically and modularly integrate these requirements. Summary of the Invention

[0009] The purpose of this invention is to provide a modular adjustable archery finger guard. By setting up detachable and replaceable triangular and arc-shaped modules, the finger guard can adapt to different archery styles and technical requirements. With the adjustable counterweight design, users can precisely adjust the balance according to their hand feel preferences. At the same time, the finger guard plate and the leather layer are fixed with a stable connection structure such as clips, and are equipped with anti-slip texture and bowstring groove. While ensuring assembly reliability and operational safety, it significantly improves grip stability, release smoothness and overall wearing comfort.

[0010] To achieve the above objectives, the present invention provides a modular adjustable archery finger guard, comprising a triangular module and an arc-shaped module, offering users different shape options for the contact surface with the bowstring. A finger guard plate is positioned beneath these modules, forming the main support structure for finger protection. The back of the finger guard plate, i.e., the side closest to the user's fingers, is covered with a leather layer, directly contacting the skin for comfort. Specifically, a counterweight is provided on the inner side of the triangular module, i.e., the side facing the user's fingers. The advantage of the solution defined in this claim is that by setting up two basic modules—triangular and arc-shaped—combined with an adjustable counterweight design, it provides users with a basis for adapting to different drawing habits and feel preferences, improving operational consistency and comfort while protecting the fingers.

[0011] Furthermore, a bowstring retainer groove is provided at the lower edge of the component formed by the finger guard and the leather layer to stably hold the bowstring in place when releasing the bow. A circular groove is provided at the end face where the finger guard and the leather layer meet. Correspondingly, a dedicated locking pin is provided. The leather layer is securely fixed to the end face of the finger guard by aligning it with the circular groove on the finger guard and fastening it with the locking pin. The advantage of this claim is that the bowstring retainer groove effectively prevents the bowstring from accidentally slipping off during release, improving safety; while the cooperation of the circular groove and the locking pin ensures the firmness of the connection between the leather layer and the finger guard, and this connection method facilitates replacement after the leather layer wears down.

[0012] Furthermore, the triangular and arc-shaped modules are detachably connected and mounted on the upper part of the finger guard. The advantage of this design is that users can freely and quickly switch between the triangular and arc-shaped modules according to their needs or different usage scenarios, achieving flexible functional configuration and allowing one finger guard to meet various usage requirements.

[0013] Furthermore, the inner side of the triangular module is specially designed with a mounting slot for accommodating the counterweight. The counterweight itself can be removed from this mounting slot. The advantage is that users can finely adjust the overall center of gravity and feel of the finger guard by replacing counterweights of different weights or adjusting the number of counterweights, achieving personalized feel balance adjustment to suit different training stages or different bow shapes.

[0014] Furthermore, the circular groove is a through hole penetrating the corresponding positions of the toe guard and the leather layer. The pins pass through this through hole to achieve a fixed connection between the two. The advantage of this claim is that by clearly defining the circular groove as a through hole structure, the insertion path of the pins is clear, the connection is more direct and stable, and this through-type connection method has a simple structure and high reliability.

[0015] Furthermore, the lower ends of the triangular and arc-shaped modules are designed with insertion protrusions, while the upper end of the finger guard plate is machined with insertion slots that match their shape and size. The modules and finger guard plates are connected through the insertion of the protrusions and slots. The advantage is that the insertion structure is a simple, reliable, and quick detachable connection method, allowing users to easily install and remove modules without tools, greatly improving ease of use.

[0016] Furthermore, the head diameter of the rivet is designed to be larger than the diameter of the groove. During installation, after the rivet rod passes through the groove, it is secured by a specific locking method to prevent it from coming out in the opposite direction. The advantage of this claim is that by utilizing a structure where the head is larger than the groove diameter, combined with the locking design of the rod, the rivet can be effectively locked in the connection position, preventing loosening due to vibration or frequent use, and ensuring the connection stability of the leather layer for long-term use.

[0017] Furthermore, the mounting groove is a dovetail-shaped groove, and the counterweight has a precisely matching dovetail-shaped structure. The counterweight is slidably embedded into the dovetail-shaped groove. The advantage of this claim is that the dovetail groove structure provides excellent lateral restraint, effectively preventing any accidental movement or detachment of the counterweight along the direction perpendicular to the sliding direction during use of the finger guard, thus ensuring the reliability and safety of the counterweight adjustment function.

[0018] Furthermore, an anti-slip texture is incorporated into the surface of the leather layer that comes into contact with the fingers. This texture significantly enhances the friction between the user's skin and the inner lining of the finger guard, preventing the fingers from slipping or shifting inside the guard. This improves overall stability when holding the bow and operating the finger guard, further ensuring the safety and consistency of archery movements.

[0019] Furthermore, the triangular module, the arc-shaped module, and the finger guard are all made of lightweight, high-strength alloy materials. The advantage of this claim is that its lightweight nature significantly reduces the overall weight of the finger guard, decreasing long-term load and fatigue on the user's fingers; its high strength ensures that the modules and finger guard have sufficient structural strength and durability when subjected to bowstring impacts and frequent operation, achieving a combination of lightweight design and high reliability.

[0020] This invention provides a modular adjustable archery finger guard, which has the following beneficial effects: Its core advantage lies in its superior adaptability and customization capabilities. By employing detachable triangular and curved modules, users can flexibly switch or combine different contact modules to suit various archery postures, bow types, or personal release habits. For example, a triangular module may provide a clearer, more direct release point, while a curved module may make the release motion smoother. This modular design allows a single finger guard to meet multiple usage scenarios, achieving "one finger guard, multiple uses," saving archers equipment costs, reducing the adaptation time to different finger guards, and helping to maintain consistency in technique.

[0021] The detachable design offers excellent maintainability and cost-effectiveness. The most wear-prone parts of the finger guard that directly contact the bowstring, such as the triangular module, the curved module, and the area where the finger guard contacts the bowstring, can be replaced as individual components. When these vulnerable parts wear down due to prolonged use, the user does not need to discard the entire finger guard; only the corresponding module or finger guard plate needs to be replaced. This significantly extends the lifespan of the core structure of the finger guard and reduces the overall long-term cost. This design philosophy aligns with the principles of sustainable use.

[0022] In terms of improving operational precision and feel, this finger guard introduces an innovative weight adjustment function. By incorporating a detachable weight block inside the triangular module, along with a specialized mounting slot (such as a dovetail groove), the shooter can finely adjust the weight of specific areas of the finger guard according to their personal weight preference, finger strength, and the desired balance. This personalized weight adjustment capability helps the shooter achieve a more stable and comfortable feel, potentially improving the stability and consistency of the release action, and thus positively impacting shooting accuracy.

[0023] The finger guard is securely and reliably attached to the finger. The leather layer at the rear of the finger guard is fixed to the guard via a combination of grooves and clips. The clip heads are larger than the diameter of the grooves, allowing for a secure hold. This mechanical fixing method is more robust and durable than traditional stitching or gluing, effectively preventing the leather layer from peeling or coming unglued under repeated stress. Simultaneously, the anti-slip texture on the leather surface significantly enhances friction between the user's fingers and the inside of the finger guard, ensuring a tight fit without slippage even during prolonged gripping or when sweating, greatly improving operational safety and confidence.

[0024] The bowstring catch at the lower end of the finger guard is a clever ergonomic design. It forms a defined groove in the finger guard and leather layer, providing a stable and consistent positioning point for the bowstring. Each time an arrow is nocked, the bowstring naturally falls into the catch, ensuring a high degree of repeatability in the relative position of the bowstring and fingers before release. This helps to standardize the movement and reduce fluctuations in accuracy caused by slight differences in the nock position each time, which is especially helpful for beginners to develop correct muscle memory.

[0025] Regarding the reliability of the connection structure, the triangular module, the arc-shaped module, and the finger guard are connected through mechanisms such as the mating of protrusions and slots. This connection method ensures convenient module replacement and structural rigidity after connection, avoiding the risk of modules accidentally detaching during use. Simultaneously, the finger guard, triangular module, and arc-shaped module are made of lightweight, high-strength alloy materials. While ensuring sufficient overall structural strength to withstand bowstring impacts, they minimize the weight burden on the fingers. This lightweight design reduces hand fatigue, helping archers maintain stable and accurate movements during prolonged training or competition.

[0026] In summary, the archery finger guard of this invention, through its modular, adjustable, easy-to-maintain, and user-friendly design, not only provides archers with more comprehensive protection, but also achieves breakthroughs in improving shooting accuracy, operational comfort, equipment adaptability, and economy. It is a high-performance archery equipment that can meet the needs of different levels, from beginners to professional athletes. Attached Figure Description

[0027] To more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings in the following description are merely exemplary, and those skilled in the art can derive other embodiments based on the provided drawings without creative effort.

[0028] Figure 1 This is a schematic diagram of the overall structure of the triangular module of the present invention. Figure 1 ; Figure 2 This is a schematic diagram of the overall structure of the triangular module of the present invention. Figure 2 ; Figure 3 This is a schematic diagram of the overall structure of the triangular module of the present invention. Figure 3 ; Figure 4 This is a schematic diagram of the overall structure of the arc-shaped module of the present invention. Figure 1 ; Figure 5 This is a schematic diagram of the overall structure of the arc-shaped module of the present invention. Figure 2 .

[0029] Part Name: Triangular module 1; Arc-shaped module 2; Finger guard 3; Leather layer 4; Bowstring slot 5; Circular groove 6; Clip 7; Counterweight 8. Detailed Implementation

[0030] Exemplary embodiments will now be described in detail, examples of which are illustrated in the accompanying drawings. When the following description relates to the drawings, unless otherwise indicated, the same numerals in different drawings denote the same or similar elements. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with this disclosure. Rather, they are merely examples of apparatuses consistent with some aspects of this disclosure as detailed in the appended claims.

[0031] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative effort are within the scope of protection of the present invention.

[0032] How to use: 1. Preparations and Module Selection Before Use First, choose between the triangular module 1 and the rounded module 2 based on your archery style and finger comfort needs. The sharp shape of the triangular module 1 may provide a more precise release feel; the rounded shape of the rounded module 2 may provide a smoother release. Inspect all parts to ensure that the finger guard 3, the leather layer 4, and the module you selected are undamaged.

[0033] Install function module In this finger protector, the triangular module 1 and the arc-shaped module 2 are detachably connected to the upper end of the finger protector plate 3. Specifically, align the protruding part at the lower end of the selected module with the corresponding slot at the upper end of the finger protector plate 3, and insert it smoothly until it locks in place. This allows for module switching and installation. This design allows you to quickly change modules according to different training objectives.

[0034] Adjusting the counterweight configuration If you choose to install the triangular module 1, you can adjust its weight according to your personal preference. The inner side of the triangular module 1 has a mounting slot for installing the counterweight 8. This mounting slot is a dovetail-shaped groove. You can detachably insert the counterweight 8, which has a matching dovetail structure, into the mounting slot along the groove direction. By adding or removing the counterweight 8, you can fine-tune the center of gravity and feel of the finger guard to adapt to different drawing force and stability requirements.

[0035] Wearing and fixing Wear the finger protector with the module installed, ensuring the finger protector plate 3 covers the side of the finger that needs protection. The rear end of the finger protector plate 3 has a leather layer 4 with a non-slip texture to enhance friction between your finger and the protector, improving grip stability and operational safety. When wearing, ensure your finger aligns with the bowstring slot 5 so the bowstring can smoothly disengage when releasing.

[0036] Connection component fixation inspection The finger guard plate 3 and the leather layer 4 are securely joined by a snap fastener 7. Specifically, the circular groove 6 is a through hole provided on the end face of the finger guard plate 3 and the leather layer 4. The shank of the snap fastener 7 passes through the circular groove 6. Since its head diameter is larger than the diameter of the circular groove 6, it is secured by a snap-fit ​​mechanism after passing through the circular groove 6, thereby firmly fixing the leather layer 4 to the end face of the finger guard plate 3. Please ensure that this connection is secure before use.

[0037] Practical use and application During the drawing of the bow, the fingers should be naturally bent, with the finger guard in full contact with the bowstring. When releasing the bow, the back muscles expand to allow the bowstring to slide out from between the fingers, smoothly gliding along the bowstring groove 5, protected by the finger guard 3 and the module above it. The triangular module 1, the arc-shaped module 2, and the finger guard 3 are made of lightweight, high-strength alloy material, effectively reducing the overall strain on the fingers while ensuring sufficient structural strength, thus helping to maintain the endurance and stability of the movement.

[0038] Post-use maintenance and module replacement After use, it is recommended to wipe the finger guard with a cloth, especially the surface of the leather layer 4, to keep it clean and dry. When it is necessary to replace the functional module, simply pull the current module vertically out of the insertion slot of the finger guard plate 3, and then install the other module according to step 2. If the triangular module 1 has a counterweight 8 installed, it can be removed from the dovetail slide before replacing or storing the module.

[0039] Example: Example 1 This embodiment provides an archery finger guard application solution specifically designed for strength training. During regular training, archers choose to use a triangular module 1 to improve the explosiveness and stability of their release motion. This triangular module 1 is securely installed in the corresponding slot on the upper end of the finger guard plate 3 via its lower insertion protrusion, forming a stable overall structure. To further simulate the feel of a high-weight bow, the archer inserts an additional counterweight 8 from the dovetail-shaped sliding groove on the inside of the triangular module 1. This counterweight 8 has a matching dovetail structure, allowing it to be fully inserted and tightly fixed, effectively changing the center of gravity distribution of the finger guard. When worn, the archer's fingers are wrapped by the leather layer 4 at the rear end of the finger guard plate 3. The unique anti-slip texture on the surface of the leather layer 4 significantly enhances the static friction between the fingers and the guard, preventing slippage during exertion. The bowstring is stably located within the bowstring slot 5 formed by the lower ends of the finger guard plate 3 and the leather layer 4. At the moment of release, the bowstring smoothly slides out of the bowstring slot 5. The unique shape of the triangular module 1, together with the additional counterweight 8, provides the archer with clear and precise release feedback, helping to strengthen muscle memory. The entire main structure of the finger guard, including the triangular module 1 and the finger guard plate 3, is made of lightweight, high-strength alloy material, maintaining a light feel even under heavy loads and reducing hand fatigue during prolonged training. After use, the counterweight 8 can be easily slid out of its mounting slot, and the triangular module 1 can be removed from the finger guard plate 3 for easy individual maintenance.

[0040] Example 2 This embodiment provides an archery finger guard application solution that emphasizes comfort and durability, especially suitable for long-term practice or the adaptation phase for beginners. In this solution, the archer selects the arc-shaped module 2 as the main functional module. The arc-shaped module 2 is firmly connected to the upper end of the finger guard plate 3 through a detachable connection structure at its lower end. Its rounded shape can better fit the fingertip and distribute the pressure of the bowstring. After wearing, the user's fingers are in full contact with the leather layer 4 at the rear end of the finger guard plate 3. The soft leather layer 4 provides basic comfort, while its anti-slip texture ensures reliable grip and avoids accidental slippage caused by sweaty fingers. The bowstring is precisely placed in the bowstring slot 5 defined by the lower end of the finger guard plate 3 and the leather layer 4. The guiding surface of the arc-shaped module 2 makes the release process extremely smooth, reducing the friction and stickiness between the bowstring and the finger guard. The core structure of the entire finger guard, the finger guard plate 3, and the arc-shaped module 2 above it, are both made of lightweight, high-strength alloy materials, achieving a balance between protection and lightweight design. This allows the shooter to focus more on maintaining posture and aiming, rather than the weight of the guard itself. The finger guard plate 3 and the leather layer 4 are connected by a clip 7, which passes through a circular groove 6 on both ends. The clip 7's design, with its head larger than the diameter of the groove 6, ensures a reliable fixation, guaranteeing that the leather layer 4 will not separate from the finger guard plate 3 even under frequent use. The overall design of this embodiment emphasizes improving the smoothness and comfort of use.

[0041] Example 3 This embodiment demonstrates the rapid module switching function of the archery finger guard to adapt to different archery styles and competition requirements. An archer may need to alternate between exercises emphasizing release speed and those requiring high-stability precision shooting during training. For this purpose, the finger guard offers two options: a triangular module 1 and a rounded module 2, both detachably connected to the upper end of the finger guard plate 3. Specifically, each module has a protruding insertion point at its lower end, which corresponds to the insertion slot at the upper end of the finger guard plate 3. When rapid release training is required, the archer installs the rounded module 2; its streamlined design facilitates the rapid release of the bowstring from the bowstring retainer 5. When switching to a precision shooting mode requiring a more defined pause, the archer can quickly remove the rounded module 2 and install the triangular module 1; its angular shape provides a more pronounced tactile cues at the release point. The entire switching process is tool-free, simple, and quick. Regardless of the module installed, the secure connection between the finger guard 3 and the leather layer 4 is fundamental. This is achieved by fastening the clips 7 through the round grooves 6 on both ends, ensuring that the basic structure remains unchanged when switching functional modules. As the core load-bearing component, the structure of the bowstring slot 5 in the finger guard 3 always provides a consistent positioning reference for the bowstring. This modular design allows a single finger guard to flexibly adapt to various training scenarios, greatly improving the equipment's versatility and efficiency.

[0042] Example 4 This embodiment details the adjustment function and application scenarios of the counterweight 8 in the archery finger guard. The counterweight function of this finger guard is integrated inside the triangular module 1. Inside the triangular module 1, there is a dedicated mounting slot, which is a dovetail-shaped groove. The archer can choose whether to install the counterweight 8, or install counterweights of different sizes, based on their strength level, the draw weight of the bow used, and their current training goals. When the archer wants to increase the stability and power of the release motion, a counterweight 8 with a matching dovetail structure can be pushed into the mounting slot inside the triangular module 1 along the groove until it is fully embedded and fixed. The addition of this counterweight 8 changes the overall weight distribution of the finger guard, simulating the feel of a heavier bow, which helps the archer improve the strength and control of related muscle groups during training. During use, the triangular module 1 with the counterweight 8, the finger guard plate 3, and the leather layer 4 work together. The bowstring always moves along the bowstring slot 5, and the inertial change brought about by the counterweight makes the endpoint of the release motion more pronounced. During light practice or competition, the shooter can easily remove the counterweight 8 from the dovetail groove to quickly restore the finger guard to its lightweight state. This adjustable weight design allows a pair of finger guards to meet the needs of different stages from strength building to technical refinement, reflecting the equipment's user-friendliness and adaptability.

[0043] Example 5 This embodiment provides a comprehensive high-end archery finger guard solution suitable for advanced archers with refined equipment requirements. The solution fully utilizes all the core features of this finger guard. Archers choose between the triangular module 1 and the arc-shaped module 2 based on the day's training theme, and complete the connection to the upper part of the finger guard plate 3 through a simple plug-and-play action. If the triangular module 1 is selected, the insertion state of the counterweight 8 can be further fine-tuned through the dovetail-shaped sliding groove on its inner side to achieve the most precise control over the feel. The finger guard plate 3 serves as the basic platform, and its lower bowstring slot 5 provides precise string positioning for each draw. The finger guard plate 3 and the leather layer 4 are connected as one unit by a precise rivet structure 7. The rivets 7 pass through the circular groove 6 to form a firm bond, ensuring that even under high-intensity use, the leather layer 4, as the direct contact surface, will not shift or fall off, and its anti-slip texture continuously provides a stable grip. The main load-bearing structure of the entire finger guard, including the triangular module 1 or the arc-shaped module 2 and the finger guard plate 3, is made of advanced lightweight, high-strength alloy materials. While ensuring robustness against bowstring impacts, it minimizes the extra burden on the fingers, making the archer's movements less prone to deformation. This embodiment demonstrates the complete picture of the components working together, from replaceable modules and adjustable weights to a stable base structure and comfortable, non-slip surface, collectively providing the archer with a highly customizable, reliable, and high-performance finger protection and release assistance solution.

[0044] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. A modular adjustable archery finger guard, comprising a triangular module (1) and an arc-shaped module (2), characterized in that: The lower ends of the triangular module (1) and the arc-shaped module (2) are provided with finger guards (3), the rear end of the finger guards (3) is provided with a leather layer (4), and the inner side of the triangular module (1) is provided with a counterweight (8).

2. The modular adjustable archery finger guard according to claim 1, characterized in that: The lower ends of the finger guard (3) and the leather layer (4) are provided with bowstring grooves (5), and the end faces of the finger guard (3) and the leather layer (4) are provided with round grooves (6). The end faces of the round grooves (6) are provided with pins (7), and the leather layer (4) is fixed to the end face of the finger guard (3) by the round grooves (6) and the pins (7).

3. The modular adjustable archery finger guard according to claim 1, characterized in that: The triangular module (1) and the arc-shaped module (2) are detachably connected to the upper end of the finger guard plate (3) to enable module switching.

4. The modular adjustable archery finger guard according to claim 1, characterized in that: The triangular module (1) has an inner mounting groove for mounting the counterweight (8), and the counterweight (8) is detachably mounted in the mounting groove to adjust the counterweight.

5. The modular adjustable archery finger guard according to claim 2, characterized in that: The circular groove (6) is a through hole provided on the end face of the finger guard (3) and the leather layer (4), and the pin (7) passes through the circular groove (6) and fixes the two together.

6. The modular adjustable archery finger guard according to claim 1, characterized in that: The lower ends of the triangular module (1) and the arc-shaped module (2) are provided with plug-in protrusions, and the upper end of the finger guard plate (3) is provided with corresponding plug-in slots, so that the detachable connection can be achieved through plug-in.

7. The modular adjustable archery finger guard according to claim 2, characterized in that: The head diameter of the tack (7) is larger than the diameter of the groove (6), and the rod of the tack (7) is fixed by clamping after passing through the groove (6).

8. The modular adjustable archery finger guard according to claim 4, characterized in that: The mounting groove is a dovetail-shaped groove, and the counterweight (8) has a matching dovetail-shaped structure to be detachably embedded in the mounting groove.

9. The modular adjustable archery finger guard according to claim 1, characterized in that: The leather layer (4) has an anti-slip texture to enhance the friction between the user's fingers and the finger guard, thereby improving grip stability and operational safety.

10. The modular adjustable archery finger guard according to claim 1, characterized in that: The triangular module (1), the arc-shaped module (2), and the finger guard (3) are made of lightweight, high-strength alloy materials, which can effectively reduce the overall weight while ensuring sufficient structural strength.

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