A handcuff case with a movable locking latch.

Abstract

The invention comprises a body (10); a top cover (40) fitted onto the body (10) in such a way as to support a clamp (1) from the inside at least partially; a trigger (30) provided on the top cover (40); and a clamp sheath containing a latch (42) located on either side of the trigger. It includes a locking tongue (422) extending outwards from the periphery of the main body (10) in a locking position and a lever (424) which performs the action that ensures the locking tongue (422) of the latch (42) remains inside the periphery of the main body (10) in a free position reached when the trigger (30) is pressed.

Description

1 TARIFF A handcuff case with a movable locking latch. TECHNICAL FIELD The invention relates to a handcuff holster that attaches to the belt of security personnel. STATE OF THE ART 10 Available in three main types – chain, plate, and plastic – handcuffs are particularly useful for police and... Security personnel play a critical role in restricting the freedom of movement of suspected criminals; The most common choice among these handcuffs are chain handcuffs, and they are usually worn around the waist by the police. It is carried on the belt or in special holsters attached to the belt. However, in practice, 15 Handcuffs attached directly to the belt can swing and make noise, which is problematic from an operational standpoint. It causes discomfort and creates a disadvantage in situations where it shouldn't attract attention. Handcuffs The use of a cover partially reduces noise and vibration; however, with fabric covers... Since the protrusions of the clamps can get caught in the sheath, quick removal is difficult, and also the top cover or Time lost in emergency response because fastening mechanisms such as buttons need to be opened. It is possible. On the other hand, police multi-functional belts include a gun holster, radio holster, and baton holster. Designed to accommodate multiple accessories at the same time, such as a pepper spray case and a water bottle. is designed; however, the continuous transportation of all equipment for different job profiles is required. Removing unused holsters from belts, since they are not needed, is time-consuming. Especially. In current designs, holsters or storage bags are attached to the belt with ring-shaped fasteners. They are secured, and attaching and detaching these parts often requires the belt to be completely unbuckled. This necessitates; this situation frequently arises in emergency mission changes and equipment configurations. This causes an unwanted delay at times when intervention is needed. Furthermore, In traditional designs, the handcuffs can be locked quickly or removed from the sheath in a single motion. The possibility of removal is limited; for both quick and safe use, the clamp can be easily removed. 30 It can be fixed in place, accessed with one hand when needed, and move independently of the equipment. Improvements that ensure its capabilities are not limited are important. In this context, both It reduces noise and vibration, and simplifies the installation and removal process, saving time. New cost-saving mechanisms are emerging. Increased operational speed and safety. for attaching and detaching the covers without needing to unbuckle the belt, material 35 the use of rigid or semi-rigid structures to prevent jamming, and covers, locks or The need for optimal positioning of clip-like accessories is becoming increasingly important. 2 is winning. Therefore, law enforcement officers must use all types of handcuffs, among other things. being able to transport their equipment in a practical and organized way, as well as in case of any emergency It is both functional and ergonomic so that equipment can be accessed quickly in this situation. The development of new types of holster and belt systems with innovative designs has become a major necessity. It has arrived. 5 Additionally, patent document number CN216240185U offers a similar solution. However, When the clamps are placed on the main body and the locking part is slid, the latch comes out. It blocks the clamps, preventing them from falling. The locking piece is at the end of the sliding channel. When reached and the latch is pulled upwards, the locking part rotates 90 degrees, thus 10 The clamps are released only when the sliding block is aligned with the rotation hole. The handcuffs can be released. The features of the invention described above allow the handcuffs to be released. Because letting go requires multiple actions, it's time-consuming and convenient. This can cause problems. Therefore, it should be easy to remove and attach and require fewer movements. Designs are of great importance. 15 A BRIEF DESCRIPTION OF THE INVENTION The purpose of the invention is to enable the handcuffs to be transported safely and at the same time quickly. The purpose is to provide access to the handcuffs. It secures the handcuffs against falling, but provides safety. enabling personnel to quickly use the handcuffs when needed It has a self-assembling design. To achieve the aforementioned purpose, the invention consists of a body; a clamp placed on the body from the inside. a top cover placed in such a way as to provide at least partial support; provided on the top cover A trigger is a clamp sheath containing a latch located on either side of the trigger. A locking mechanism. In this position, a locking tongue extends outwards from the periphery of the main body of the latch and a trigger. When pressed, the latch's locking tongue moves to a free position 30 degrees from the main body periphery. It contains a lever arm that enables radial movement, allowing it to remain within its enclosed position. Thus, The locking and releasing operation is quick and safe with a simple trigger action. It can be accomplished. In a preferred configuration of the invention, a 35mm connector is attached, one end to the body and the other to the trigger. A spring is provided. In this case, an additional spring is needed to return the trigger from the free position to the locked position. The need for force is eliminated. 3 In a preferred configuration of the invention, a pressure claw applies pressure to the trigger lever. It includes a trigger mechanism for locking and releasing the handcuff sheath. It is adjusted via [link / method]. In a preferred configuration of the invention, a pin is inserted into the fuselage. This allows the wings to... The necessary space is provided on the body for hinge attachment. In a preferred configuration of the invention, it has a hinge housing hinged to a pin. It includes a wing that is adjusted to support the clamp from the inside from the outside. This 10 In this way, the wings rest on the inner surface of the clamp, attaching the clamp to the fuselage, from the outer surface to the inner surface of the clamp. It keeps it in place. In a preferred configuration of the invention, the wing is hinged to the fuselage at one end. A 15-inch clamp, adjusted in mirror symmetry, is positioned to support the clamp from the inside in the opposite direction. It includes an auxiliary wing. Thus, the pair of wings is connected from the outer surface to the inner surface of the clamp. By leaning against it, the clamp is held securely attached to the body. In a preferred configuration of the invention, the fuselage to which one free end of the wing rests. It includes a support section that is positioned so that the wings move inwards from the fuselage. A limiting structure is provided. In a preferred configuration of the invention, the wing is attached to the lever arm in opposition to the pressure claw. It includes an inner wing that applies pressure. Thus, pressure is applied to the center of the lever arm. by applying the necessary 25, the pressure tab will release and lock the cover into the free and secure position. It enables mechanical movement. In a preferred configuration of the invention, the wings close at the free ends that face each other. It includes a bridge element. This limits the outward movement of the wings away from the fuselage. A structure is provided. 30 In a preferred configuration of the invention, the spring extends along the central axis of the body. Thus, it makes the transmission of force more controlled. In a preferred configuration of the invention, the body and top cover are made of plastic material. 35 Therefore, it can be easily produced by plastic injection molding. 40 4 BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows an exploded view of the invention's handcuff sheath. 5 Figure 2 shows a vertical cross-section of the invention's clamp sheath in the locked position. Figure 3 shows a vertical cross-section of the invention's clamp sheath in its free position. DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject matter of the invention may be developed without any restrictions and The explanation is given with references to examples only to better illustrate the subject. 15 Figure 1 shows a flat disc structure with a circular inner wall (16) and an outer wall (18). There is a body (10). The outer wall of the body (10) is attached to the (18) security personnel belt. It is set flat so that it can be attached. On the inner wall (16) of the body (10), the body (10) a support point extending outwards in the form of a projection from its geometric center (15) 20 It was formed by multiple cylindrical pins placed on the inner wall (16) of the body (10). in the form of a structure with bearing areas on its lateral surface, and these bearing areas are positioned opposite each other. There is a support section (14) placed in the way shown. From the inner wall (16) of the body (10) cylindrical parts, several of which correspond to the support parts (14) A pin (12) in the form extends outwards. Round 25 to be placed on the pins (12). a hinge housing (26) in the form and an integrated structure with hinge housings (26) Having a free end (21) that corresponds to the support parts (14) and shown in Figure 2 a wing that is curved outwards in such a way as to support a visible clamp (1) from the inside (20) is located. It is located inside the wing (20) towards the center of the fuselage (10). There is an inner wing (22) with an inwardly curved structure. The wing (20) is both a lock 30 It plays an important role in both the operation of the system and the automatic arming of the locking system. The end is placed on the pivot point (15) located in the center of the body (10) and the pivot There is an arc (24) aligned with the central axis of the point. The arc (24) is free an inverted U that has a slot (36) section where its end fits and is bent outwards from its edges. a skirt in the form of (34) and a presser fingernail curled from the ends of these skirts (34) 35 There is a trigger (30) which is (32). There is a trigger (30) to be placed on the two side edges of the trigger (30). the locking tongue (422) and the locking tongue (422) will face out of the body (10) and the body An L-shaped latch positioned to move radially outwards and radially inwards. (42) is located. The long leg of the L-shaped latch (42) extends towards the body. It is a lever handle (424). A top cover (40) in which the trigger (30) and the latch (42) are placed. It is located. In order to connect the top cover (40) with the body (10), the top cover (40) The connection holes on it and passing through these connection holes to the body (10) 5 There is a connecting element (44). On the top cover (40) are the wings (20), There is a bridge element (46) that restricts its movement outwards from the body (10). Figure 2 shows the handcuff in its case with the handcuff attached and in the locked position. To the trigger (30) When the spring (24) is pressed and pushed toward the body (10) on the central axis, the pressure attached to the trigger (30) a distant 10 claw (32) on the lever arm (424) of the latch (422) far from the locking tongue (422). by applying pressure to the end (426) the locking tongue (422) moves radially inward into the body (10). This action of the trigger (30) causes the wings (20) to press outwards in a way that supports the clamp (1). by doing so, it rests on the handcuff (1) and thus the sheath is free until the handcuff (1) is removed. It remains in position. In Figure 3, the sheath is in the free position when the handcuff (1) is removed from the handcuff sheath. The situation is shown. The pressure from the wings (20) when the handcuff (1) is removed from the sheath 15 The force created by the clamp (1) which produces a reaction force against the force disappears and the trigger (30) The tension force created on the spring (24) is transmitted by the spring (24) to the trigger (30). The spring (24) directs the trigger (30) to the locked position. The spring (24) directs the trigger (30) towards the top cover (40). When he pushes the trigger (30), the skirt (34) and the pressure tab (32), which are a part of the trigger (30), come together with the trigger (30). The body (10) moves along the central axis towards the top cover (40). The pressure tab (32) 20 pressure on the latch (42) near the locking tongue (422) on the lever arm (424) near one end (425) This causes the locking tongue (422) to move radially outwards towards the outside of the body (10). This allows the case to automatically re-install and lock into place. The clamp (1) locks the trigger (30) by applying external pressure to the wings (20). that the sheath maintains its free position until the handcuff (1) is removed from the sheath It provides. The presser foot (32) is in its natural position above by the push of the spring (24). it is positioned but when the wing (20) is squeezed and pushed in by the clamp (1) there is no longer any pressure to prevent the trigger (30) from slipping down by forming a support point on the mandala (42) with the fingernail (32). This allows the latch (42) to be positioned as a set. The latch (42) and the wing (20) together form 30 When the trigger (30) is pressed down with a force greater than the resistance it creates, the skirt (34) The trigger (30), which jumps off the spring, the push tab (32) and the latch supported by the wing (20) (42) push the locking tongue (422) from under the support point of the wing (20) with the pressure tab (32). It allows radial movement within the periphery of the body, which is in a free position. Free position The force on the wing (20) remains constant until the shield is removed, i.e. until the clamp (1) is removed from the sheath. 35 It protects in some way. With the removal of the force on the wing (20), that is, the handcuff (1) from the sheath 6 By removing it, the latch (42) is released, eliminating the resistance on the spring (24) and the trigger (30). Because it is raised, the trigger (30) returns to the cocked position, making the holster ready. REFERENCE NUMBERS 1 Handcuff Body 12 Pins 14 Support section Point of reference 16 Interior walls 18 Exterior wall Wing 21 Free flight 22 Inner wing 23 Auxiliary Wings 24 Springs 26 Hinge sockets 28 Exterior wall Trigger 32 Printing nails 34 Skirts 36 Slot 38 Belly 40 Top cover 42 Clothespins 422 Locking tongue 424 Lever handle 425 Near flight 426 Far flight 44 Fasteners 46 Bridge elements

Claims

7 REQUESTS 1- A body (10); a clamp (1) on the body (10) from the inside at least partially a top cover (40) placed in a supportive manner; a top cover (40) provided on the top cover (40) trigger (30); a clamp sheath containing a latch (42) placed on either side of the trigger 5 and its feature is that in a locking position the latch (42) is on the periphery of the main body (10). an outward extending locking tongue (422) and a release that is passed when the trigger (30) is pressed. in position inside the periphery of the main body (10) of the locking tongue (422) of the latch (42). by including a lever arm (424) that makes the radial movement that keeps it in place. It is characterized. 10 2- A handcuff sheath conforming to Claim 1, the feature of which is that one end is attached to the body (10) and the other end to the trigger. (30) contains a spring (24) that is placed. 3- A handcuff sheath suitable for any of the previous requests, the feature of which is the trigger (30) It includes a pressure tab (32) that puts pressure on the lever arm (424). 4- A handcuff case suitable for any of the previous requests, its feature is that it fits the body (10) 20 It contains a pin (12) that is inserted. 5- A handcuff sheath suitable for any of the previous requirements, and its feature is pin (12) from the outside, which has a hinged hinge socket (26) the clamp (1) from the inside 25 It includes a wing (20) which is adjusted to support it. 6- A handcuff sheath conforming to claim 5, the feature of which is that it is attached to the body (10) from one end. The clamp (1) which is hinged and adjusted in mirror symmetry of the wing (20) in the opposite direction It includes an auxiliary wing (23) which is adjusted to provide support from the inside. 30 7- A clamp case suitable for any of the previous requests, the feature of which is the wing (20) a support part (14) placed on the body (10) on which one free end (21) rests 35 It includes. 8 8- A clamp case suitable for any of the previous requests, the feature of which is the wing (20), an inner wing (22) that presses on the lever arm (424) in the opposite direction to the pressure claw (32) It includes. 9- A clamp case suitable for any of the previous requests, the feature of which is the wings (20) It includes a bridge element (46) that closes the free ends (21) facing each other. 10- A handcuff sheath suitable for any of the previous requests, its feature being a spring (24), 10 It is characterized by the trunk (10) lying on its central axis. 11- A handcuff case suitable for any of the previous requirements, its feature being the body (10) and The top cover (40) is made of plastic material. 15

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