Handlebar bag-specific magnetic closure buckle

Abstract

Handlebar bag-specific magnetic closure buckle, comprising a connecting tab (1) and a front armrest (2), characterized in that the upper surfaces of the front armrest (2) facing away from one end of the connecting tab (1) are each articulated to an upper arm (3), while a support rod seat (6) is attached to each of the lower surfaces of the front armrest (2) facing away from one end of the connecting tab (1), wherein the lower surface of the front armrest is further flexibly connected to a support rod (13) via the said support rod seat (6), wherein the central point of the connecting tab (1) is formed with several first magnetic grooves (8), while the front armrest (2) is formed on its inner surface complementary to the first magnetic grooves (8) with several second magnetic grooves (9),wherein the underside of the connecting tab (1) is formed with two locking guide grooves (10), while a slidingly movable locking pressure plate (4) is attached to the end of the inside of the front armrest (2) adjacent to the connecting tab (1), while the front armrest (2) is fixedly connected to a rear cap (5) on the outside of the locking pressure plate (4), wherein a locking clip (7) is attached to each of the two upper surfaces that correspond to the position of the locking guide groove (10) and to the lower center point of the locking pressure plate (4), while a pressure plate button (11) is provided at the upper center point of the locking pressure plate (4), and the center point of the locking pressure plate (4) is formed with a spring groove (12), at the upper center point of which a stop spring rod (14) is attached.

Description

TECHNOLOGY AREA

[0001] The utility model relates to bicycle technology, in particular to handlebar bag-specific magnetic closure buckles. BACKGROUND

[0002] A handlebar bag is a portable device for carrying goods, attached to the front of the bicycle (above the handlebars, crossbar, or fork), offering advantages such as convenient access, easy mounting, and optimal protection. With a typical capacity of 1 to 5 liters, a handlebar bag is suitable for daily commuting or short trips and can provide storage space for essential items like mobile phones, keys, repair tools, and energy bars. Handlebar bags are made of waterproof, abrasion-resistant material and some feature waterproof zippers to effectively repel rain and dust.

[0003] Currently, handlebar bags remain dual-purpose, meaning they can be detached and used as regular bags when not in use. Handlebar bags are typically attached to bicycles with buckles or straps. While the snap closure facilitates removal, it lacks robustness, often resulting in the bag swinging back and forth on the handlebars. Straps offer greater security but are cumbersome to attach and remove, making them impractical. Therefore, there is a need for a handlebar bag-specific buckle closure that provides secure attachment while allowing for easy mounting and dismounting. DESCRIPTION OF THE USE PATTERN

[0004] The purpose of the utility model is therefore to provide a handlebar bag-specific magnetic closure buckle that is attached to the bicycle handlebars and allows for quick attachment and removal of the handlebar bag, thereby eliminating the conventional shortcomings.

[0005] To solve the problem, a handlebar bag-specific magnetic closure buckle is provided, comprising a connecting flap and a front armrest, wherein the upper surfaces of both sides of the front armrest, facing away from one end of the connecting flap, are each articulated to an upper arm, while a support rod seat is attached to each of the lower surfaces of the front armrest, facing away from one end of the connecting flap, wherein the lower surface of the front armrest is further flexibly connected to a support rod via said support rod seat, wherein the central point of the connecting flap is formed with several first magnetic grooves, while the inner surface of the front armrest, complementary to the first magnetic grooves, is formed with several second magnetic grooves, wherein the lower surface of the connecting flap is formed with two detentable guide grooves.while a slidingly movable detent pressure plate is attached to the end of the inside of the front armrest adjacent to the connecting tab, while the front armrest is fixedly connected to a back cap on the outside of the detent pressure plate, wherein a locking clip is attached to each of the two upper surfaces that correspond to the position of the detent guide groove, as well as to the lower center point of the detent pressure plate, while a pressure plate button is provided at the upper center point of the detent pressure plate, and the center point of the detent pressure plate is formed with a spring groove, at the upper center point of which a stop spring rod is attached.

[0006] It can also be designed such that some magnets with opposite poles are inserted between the inner sides of the several first magnetic slots and the second magnetic slot.

[0007] It can also be designed such that between the two sides of the front arm support and an end facing away from the connecting tab, a hinge bore is formed for each of two upper arms, on the inner wall of which two TPR spring rings with an opening are attached, the end of which facing away from the connecting tab is formed with a screw hole.

[0008] It can also be designed such that a detent spring passing through the spring groove and the stop spring rod is attached at the center point of the detentable pressure plate.

[0009] It can also be designed such that the two support rod seats are screwed to the two sides of the support rod 13, with a pinion being inserted between the two ends of the support rod 13 and the coupling side of the support rod seat.

[0010] It can also be designed such that a projection is formed on the middle underside of the connecting tab, which fits together with the locking clip.

[0011] It can further be designed such that a dowel pin bore is formed between the connecting tab and one end of the front armrest adjacent to the pressure plate button, a silicone guide pin is attached to the inside of which a connecting strut is attached to the rear end of the silicone guide pin, a screw sleeve is attached to the end of which facing away from the silicone guide pin, and the silicone guide pin is connected through this screw sleeve to the fastening screw of the back cap.

[0012] The present design exhibits at least the following performance capabilities: 1. The utility model includes several magnetic grooves between the connecting tab and the front armrest, which, in conjunction with a locking pressure plate and a locking guide groove, enable quick locking, quick unlocking and thus good practicality thanks to a reasonable match between the magnetic fastening technology and the quick-release technology. 2. Furthermore, the front armrest features an upper arm and a support rod, allowing the closure buckle to be screwed to the bicycle handlebars. The support rod provides angled support to the front fork, increasing the load-bearing capacity of the handlebar bag and improving its practicality.

[0013] Further objectives, advantages and features of the embodiment according to the invention will become apparent from the following description of the exemplary embodiments with reference to the following drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] The present design is described in detail below using the exemplary embodiments and the accompanying figures. Fig. Figure 1 shows a 3D view of the left side of the inventive closure buckle for handlebar bags Fig. Figure 2 shows a 3D view of the right side of the closure buckle according to the invention for handlebar bags. Fig. Figure 3 shows a top view of the closure buckle according to the invention for handlebar bags. Fig. Figure 4 shows an exploded view of the front face of the closure buckle according to the invention for handlebar bags. Fig. Figure 5 shows an exploded view of the reverse side of the closure buckle according to the invention for handlebar bags. Fig. Figure 6 shows a view of the overall arrangement in the second embodiment according to the invention. Fig. Figure 7 shows a view of the silicone guide pin in the second embodiment according to the invention. Reference symbol list

[0015] 1. Connecting tab; 2. Front arm support; 3. Upper arm; 4. Locking pressure plate; 5. Back cap; 6. Support rod seat; 7. Locking clip; 8. First magnetic groove; 9. Second magnetic groove; 10. Locking guide groove; 11. Pressure plate button; 12. Spring groove; 13. Support rod; 14. Stop spring rod; 15. TPR spring washer; 16. Silicone guide pin; 17. Dowel pin bore. DETAILED DESCRIPTION OF EXAMPLES OF EXECUTION

[0016] The specific embodiments of the utility model are explained below, with the preferred embodiments illustrated by the accompanying drawings. The figures serve to supplement the textual description of the specifications with graphical representations, enabling an intuitive and visual understanding of the individual technical features and the technical solution of the utility model. The drawings are simplified and use imprecise scales to provide a clear and concise representation of the embodiments of the utility model and therefore do not constitute a limitation of the scope of protection of the utility model.

[0017] As from Fig. 1 to Fig.As shown in Figure 5, the present utility model represents a handlebar bag-specific magnetic closure buckle, comprising a connecting tab 1 and a front arm support 2, with the attachment to the handlebar bag being effected by the connecting tab 1. The upper surfaces of both sides of the front arm support 2, facing away from one end of the connecting tab 1, are each articulated to an upper arm 3. Between the two sides of the front arm support 2 and each of the two upper arms 3 facing away from the connecting tab 1, a hinge bore is formed, on the inner wall of each of these bores two TPR spring washers 15 with an opening, the end of which facing away from the connecting tab 1 being formed with a screw hole. The front arm support 2 can be screwed to the bicycle handlebars.

[0018] A support rod seat 6 is attached to each of the undersides of the front armrest 2, which face away from one end of the connecting tab 1. The underside of the front armrest 2 is also flexibly connected via the support rod seat 6 to a support rod 13, which is strapped to the front fork for support. The two support rod seats 6 are screwed to the two sides of the support rod 13, with a pinion gear inserted between each end of the support rod 13 and the coupling side of the support rod seat 6. After the angle is adjusted, the position is fixed by tightening the screw, causing the pinions to engage with each other.

[0019] The central point of the connecting tab 1 is formed with several first magnetic grooves 8, while the front arm support 2 is formed with several second magnetic grooves 9 on its inner surface complementary to the first magnetic grooves 8. Several magnets with opposite poles are inserted between the inner surfaces of the several first magnetic grooves 8 and the second magnetic grooves 9. For fastening, it adheres directly by magnetic force.

[0020] The underside of the connecting tab 1 is formed with two locking guide grooves 10, while a slidingly movable locking pressure plate 4 is attached to the end of the inside of the front armrest 2 adjacent to the connecting tab 1. The front armrest 2 is fixedly connected to a back cap 5 on the outside of the locking pressure plate 4, with a locking clip 7 being attached to each of the two upper surfaces that correspond to the position of the locking guide groove 10, as well as to the lower center point of the locking pressure plate 4. A projection is formed on the middle underside of the connecting tab 1, which corresponds to the locking clip 7. A pressure plate button 11 is provided at the upper center point of the locking pressure plate 4. The center point of the locking pressure plate 4 is formed with a spring groove 12, at the upper center point of which a stop spring rod 14 is attached.A detent spring, passing through the spring groove 12 and the stop spring rod 14, is attached to the center of the detentable pressure plate 4. For fastening, the three locking clips 7 engage with the corresponding detentable guide groove 10 and the projection due to a magnetic attraction that overcomes the spring force. To remove the plate, the pressure plate button 11 must be pressed, which releases the locking mechanism. With reference to a second embodiment

[0021] Furthermore, a second embodiment is provided, which differs from the first embodiment as follows: a dowel pin bore 17 is formed between the connecting tab 1 and one end of the front armrest 2 adjacent to the pressure plate button 11, a silicone guide pin 16 is attached to the inside of this bore, and a connecting strut is attached to the rear end of the silicone guide pin 16, with a screw sleeve attached to the end of this connecting strut facing away from the silicone guide pin 16. Connecting the screw sleeve to the fastening screw of the back cap 5 provides protection against potential loss. For long-term use, any potential detachment of the locking buckle by the silicone guide pin 16 can be directly locked, which enables stable operation, but results in higher operating costs.

[0022] The operating principle is as follows: The magnetic grooves formed between the connecting tab 1 and the front armrest 2, in conjunction with the locking pressure plate 4 and the locking guide groove 10, allow the three locking clips 7 to engage with the corresponding locking guide groove 10 and the projection for fixation due to a magnetic attraction that overcomes the spring force. To disassemble, the pressure plate button 11 is pressed, releasing the locking mechanism. Thanks to the efficient combination of the magnetic fastening technology and the quick-release mechanism, rapid locking and unlocking are possible, ensuring good practicality.

[0023] It should be noted that the embodiment according to the invention is not limited to the present exemplary embodiments, but can be varied in many ways within the scope of the disclosure. In this context, all new individual and combination features disclosed in the description and / or drawings are considered essential to the invention.

Claims

[1] Handlebar bag-specific magnetic closure buckle, comprising a connecting tab (1) and a front armrest (2), characterized in that the upper surfaces of the front armrest (2) facing away from one end of the connecting tab (1) are each articulated to an upper arm (3), while a support rod seat (6) is attached to each of the lower surfaces of the front armrest (2) facing away from one end of the connecting tab (1), wherein the lower surface of the front armrest is further flexibly connected to a support rod (13) via said support rod seat (6), wherein the central point of the connecting tab (1) is formed with several first magnetic grooves (8), while the front armrest (2) is formed on its inner surface complementary to the first magnetic grooves (8) with several second magnetic grooves (9),wherein the underside of the connecting tab (1) is formed with two locking guide grooves (10), while a slidingly movable locking pressure plate (4) is attached to the end of the inside of the front armrest (2) adjacent to the connecting tab (1), while the front armrest (2) is fixedly connected to a rear cap (5) on the outside of the locking pressure plate (4), wherein a locking clip (7) is attached to each of the two upper surfaces that correspond to the position of the locking guide groove (10) and to the lower center point of the locking pressure plate (4), while a pressure plate button (11) is provided at the upper center point of the locking pressure plate (4), and the center point of the locking pressure plate (4) is formed with a spring groove (12), at the upper center point of which a stop spring rod (14) is attached. [2] Handlebar bag-specific magnetic closure buckle according to claim 1, characterized by, that between the inner sides of the several first magnetic slots (8) and the second magnetic slots (9) some magnets with opposite poles are inserted. [3] Handlebar bag-specific magnetic closure buckle according to claim 1, characterized by , that between the two sides of the front arm support (2) and an end facing away from the connecting tab (1) each of two upper arms (3) a hinge bore is formed, on the inner wall of which two TPR spring rings (15) with an opening are attached, the end of which facing away from the connecting tab (1) is formed with a screw hole. [4] Handlebar bag-specific magnetic closure buckle according to claim 1, characterized by , that a detent spring is attached at the center point of the detentable pressure plate (4) passing through the spring groove (12) and the stop spring rod (14). [5] Handlebar bag-specific magnetic closure buckle according to claim 1, characterized by , that the two support rod seats (6) are screwed to the two sides of the support rod (13), with a pinion being inserted between the two ends of the support rod (13) and the coupling side of the support rod seat (6). [6] Handlebar bag-specific magnetic closure buckle according to claim 1, characterized by , that a projection is formed on the middle underside of the connecting tab (1) which fits together with the locking clip (7). [7] Handlebar bag-specific magnetic closure buckle according to claim 1, characterized by, that between the connecting tab (1) and one end of the front armrest (2) adjacent to the pressure plate button (11) a dowel pin bore (17) is formed, on the inside of which a silicone guide pin (16) is attached, wherein a connecting strut is attached to the rear end of the silicone guide pin (16), at the end of which a screw sleeve is attached away from the silicone guide pin (16).

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