BOTTLE CAP WITH PUSH-ON PIERCING CONTAINER FOR POWDER OR GRANULAR SOLID PRODUCT.

Abstract

The invention relates to a cap (1) with a reservoir fitted onto the mouth of a bottle containing a powder, granular or fragmented solid product. A force applied to the pressing surface (2) on the top of the cap drives a downward-moving perforating element (3) to pierce the barrier (5) at the bottom base of the reservoir (4), and the contents of the reservoir are emptied into the bottle by gravity. The feature of the invention is that the circumferential cutting edge of the perforating element (3) has a cutting arc (3b) that pierces the barrier (5), while the remaining approximately one-quarter (3c) has no cutting edge and no force is applied to the barrier (5), thus keeping the relevant part of the barrier (5) attached to the cap without being cut (5a). The process takes place without the membrane being separated from the cap, and there is no need to separate the cap from the bottle.

Description

1 TARIFF PRESS-BUTTON DRILL WITH TRANSFER HUB FOR POWDER OR GRANULAR SOLID PRODUCT. BOTTLE CAP Technical Area The invention is a device applied to the mouth of bottles or similar containers, containing powder, granules or particles. with caps that contain a solid product and transfer this product to the bottle contents at the time of use. It is related. State of the Art In the known state of the art, a reservoir is placed inside the bottle cap, and the bottom of this reservoir... a foil / membrane barrier that closes the opening and a 10 that breaches this barrier due to user action. Structures containing mechanisms are known. For example, in a document, the bottom of the reservoir a device that is covered with aluminum foil and a lever mechanism that pierces and lifts the foil The document describes a bottle cap containing powdered material. Another document describes the cap body as being inside the bottle cap. The reservoir, foil seal, and activation element that opens the seal are used together. Dosage caps with valves that dispense the supplement into the bottle are also known; however, these 15 The products do not include a foil punching mechanism. In known structures, a portion of the circumferential cutting edge of the penetrating element is the cutting edge. The barrier should be left empty so that it does not contain anything, and in this way, the punctured barrier will not be able to pass through the uncut section. The contents of the reservoir are transferred to the bottle by opening it along the cut section while the cap remains attached. The provision is not explained. 20 Purpose of the Invention The aim of the invention is to provide a structural reservoir lid that allows for complete emptying of the reservoir. Another purpose of the invention is to prevent the punctured barrier from completely separating from the cap, thus protecting the bottle. The goal is to prevent it from falling in. Explanation of Figures 25 Figure 1: Cross-section of the lid in the closed position. Figure 2: Cross-section of the printed cover. 2 Figure 3: View of the exploded fragment. Figure 4: Perspective view of the drilling element. Figure 5: Bottom view of the drilling element. Figure 6: Enlarged cross-section of the lower part of the drilling element and the lower part of the chamber. Figure 7: Attached to the bottle neck. 5 Explanation of References in Figures 1: Connector body 1a: Inner tooth 2: Printing surface 3: Drilling element 10 3a: Piercing tip 3b: Cutting arc (approximately three-quarters of the piercing edge) 3c: Gap (approximately one-quarter of the area left at the piercing edge, without a cutting edge) 4: Reservoir 5: Puncture-resistant barrier 15 5a: Uncut connection area (the part of the puncture-resistant barrier that remains attached to the cover) 5b: Rupture line 6: Flexible connection area 7: Inclined surface 8: Ribs 20 9: Bottle neck Description of the Invention 3 The subject of the invention is a cap with a reservoir and a connecting body that enables it to be attached to the mouth of a bottle (1) It includes. On the inner surface of the connecting body (1), it enables screwing onto the bottle neck (9). There is an internal thread (1a). Inside the coupling body (1) there is a retaining wall containing the solid product. The reservoir (4) is positioned. The bottom opening of the reservoir (4) is covered by a puncture-proof barrier (5). It has been closed. 5 There is a pressing surface (2) on the top of the cover. The pressing surface (2) is a flexible connection. It is connected to a drilling element (3) via region (6). The user’s pressing surface (2) The force applied causes the drilling element (3) to move downwards, allowing the drill bit (3a) to be pierced. It allows it to break through the barrier (5). The circumferential cutting edge of the drilling element (3) is suitable for drilling the punctureable barrier (5), approximately 10 It has a three-quarters cutting arc (3b); the remaining approximately one-quarter of the cutting edge There is no cutting edge in this part, there is a gap (3c) in this area When the user presses on the pressing surface (2), the shear spring (3b) punctures the barrier (5) When cutting the corresponding section, any punctureable barrier (5) in the gap (3c) region No contact or pushing force is applied. In this way, the punctureable barrier (5) can be placed in the gap (3c) 15 The corresponding uncut connection area (5a) remains attached to the cover and the punctured area, cut It follows a rupture line (5b) formed along the arc (3b). This structure forms the puncture-resistant barrier. (5) prevents the cap from separating completely and falling into the bottle; puncture barrier (5) The transfer process takes place without removing the lid. The outer surface of the piercing element (3) widens towards the bottom opening of the chamber (4), allowing the product to reach the bottom 20 It forms the inclined surface (7) that allows it to be directed into the opening. The connecting body (1) On its outer surface, there are ribs (8) that extend along the trunk axis. How the invention can be applied to industry. The invention, a container lid, can be produced by plastic injection molding and is dustproof. In the packaging of supplements, granular foods or similar flowable solid products, food and 25 It is suitable for industrial application in the food supplement sector.

Claims

4 REQUESTS 1. Connector body (1) that enables connection to a bottle neck, container holding the solid product. (4), punctureable barrier (5) which closes the bottom opening of the reservoir (4), puncture the punctureable barrier (5) The drilling element (3) with a suitable tip and the drilling element (3) moving towards the punctureable barrier (5) Its feature is that it is a reservoir cover containing a pressing surface (2) that enables it to be pressed; the drilling element (3) 5 The circumferential cutting edge is approximately three-quarters of the width suitable for piercing the punctureable barrier (5). Having a cutting arc (3b) means that the cutting edge cuts through approximately one-quarter of the remaining part of the cutting edge. there is no edge and there is a gap (3c) and the punctureable barrier (5) is in this gap (3c) The corresponding unbroken connection area (5a) remains attached to the cover.

2. It is a lid with a reservoir according to claim 1; its feature is that the pressing surface (2) is flexible to the piercing element (3). It is connected via the connection region (6).

3. According to claim 1, it is a lid with a reservoir and its feature is that the outer surface of the piercing element (3) is the reservoir (4) sloped, widening towards the bottom opening and guiding the product towards the bottom opening. is to form the surface (7).

4. It is a lid with a reservoir according to claim 1; its feature is that on the outer surface of the connecting body (1), the body 15 It has ribs (8) that extend along its axis.

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