Enhanced wheel disc

Abstract

The utility model discloses an enhanced wheel disc, which belongs to the field of intelligent card production and application, is applied to a product cross-process circulation process, and solves the problems that a humidity indicator is not standard in placement, the storage state of a product is not easy to pay attention to, a drying agent is not standard in placement, the vacuum force is too large, and the product is extruded by external force and is folded and deformed. The enhanced wheel disc comprises blades, a center shaft mechanism, a positioning shaft hole, humidity card clamping grooves, air holes, drying agent grooves, supporting plate clamping grooves and supporting plates. During use, the placement position of the humidity indicator card and the placement position of the drying agent are standardized, the product is protected by resisting external force through the supporting plate, the risk in the product transportation process is reduced, and a guarantee is provided for the product quality.

Description

Technical Field

[0001] The utility model discloses an enhanced wheel, belonging to the field of smart card production and application, especially the fields of carrier tape, module, and card production application. Background Art

[0002] Smart cards generally include contact smart cards, non-contact smart cards, and dual-interface smart cards. The cards are processed from corresponding modules, and the modules are processed from carrier tapes and chips. The carrier tapes are strip-shaped. The strip-shaped semi-finished products and finished products are wound around the wheel for transfer between processes. When transferring between processes, to ensure product quality, vacuum bags are used for packaging, and humidity indicator strips and desiccants are placed in the vacuum bags. The humidity indicator strip is used to characterize the humidity state of the product. There is no requirement for the placement position of the traditional wheel, and the humidity indicator strip will appear at different positions on different blades of the wheel, which is not standard and cannot timely monitor the product state. The desiccant is used to maintain the humidity in the vacuum bag. There is no requirement for the placement position of the traditional wheel, and the desiccant will appear at an uncertain position in the vacuum bag, which may cause the situation of squeezing the strip, resulting in creases and deformation of the strip of semi-finished products and finished products. The vacuum bag needs to be evacuated. If the evacuation time is not well controlled, the situation of the vacuum bag squeezing the strip will occur, resulting in creases and deformation of the strip of semi-finished products and finished products. Summary of the Utility Model

[0003] The purpose of the utility model is to solve the problems that the placement of the humidity indicator strip is not standard, the humidity state of the product cannot be timely monitored, the placement of the desiccant is not standard, the vacuum force is too large, the strip is squeezed, resulting in creases and deformation of the strip of semi-finished products and finished products, and to provide an enhanced wheel.

[0004] The technical solution adopted by the utility model to solve the above technical problems: An enhanced wheel, characterized in that: the enhanced wheel includes blade 1, central shaft mechanism 2, positioning shaft hole 3, humidity card slot 4, ventilation hole 5, desiccant groove 6, support plate slot 7, and support plate 8; the wheel is bonded by blade 1 and central shaft mechanism 2. A positioning shaft hole 3 is opened in the center of the central shaft mechanism 2, a desiccant groove 6 is arranged inside the central shaft mechanism 2, a humidity card slot 4 is opened on the surface of blade 1, a ventilation hole 5 is opened in the humidity card slot 4, a support plate slot 7 is opened at the edge of blade 1, and the support plate 8 is connected to blade 1 through the support plate slot 7. During actual use, the humidity indicator card is placed in the humidity card slot 4, and the blade with the humidity card slot 4 is placed upward in the box. The ventilation hole 5 can ensure the air circulation between the product and the humidity indicator card. The desiccant is placed in the desiccant groove 6. After the strip-shaped semi-finished products and finished products are wound around the wheel, the support plate 8 is connected to the blade of the wheel through the support plate slot 7 to protect the strip-shaped semi-finished products and finished products from being squeezed by the vacuum bag.

[0005] Advantages of the present utility model: Compared with traditional roulette wheels, an enhanced roulette wheel proposed by the present invention can standardize the placement positions of humidity indicator strips and desiccants, and protect strip-shaped semi-finished and finished products from being squeezed by vacuum bags through a support plate mechanism, ensuring the quality of products during the cross-process transfer process. Brief Description of the Drawings

[0006] Figure 1 Three-dimensional view of an enhanced roulette wheel

[0007] Figure 2 , front view and side view of the roulette wheel body

[0008] Figure 3 , front view and top view of the support plate

[0009] In the figure: 1 is the blade, 2 is the central shaft mechanism, 3 is the positioning shaft hole, 4 is the humidity card slot, 5 is the ventilation hole, 6 is the desiccant slot, 7 is the support plate slot, and 8 is the support plate Specific Embodiments

[0010] The present utility model will be further described below in conjunction with the drawings and embodiments.

[0011] After the module processing is completed, when the module products are delivered, they will be vacuum-packed with vacuum bags. The humidity indicator card and desiccant will be placed into the vacuum bag before vacuuming, and then vacuumed. For traditional roulette wheels, the humidity indicator cards will randomly appear in different positions on different blades. After being placed in the box, it is not easy to observe the humidity indicator cards. For traditional roulette wheels, the desiccants are placed irregularly and will appear in different positions, which may squeeze the strips and cause the semi-finished and finished products to be squeezed and deformed. For traditional roulette wheels, when the vacuum force is relatively large, the vacuum bag may squeeze the strips, causing the semi-finished and finished products to be squeezed and deformed. The technical solution adopted by the present invention to solve the above technical problems is an enhanced roulette wheel, as Figure 1 shown, including blade 1, central shaft mechanism 2, positioning shaft hole 3, humidity card slot 4, ventilation hole 5, desiccant slot 6, support plate slot 7, and support plate 8. The roulette wheel is bonded by blade 1 and central shaft mechanism 2, as Figure 2 shown. A positioning shaft hole 3 is opened in the center of the central shaft mechanism 2, and a desiccant slot 6 is arranged inside the central shaft mechanism 2. Humidity card slots 4 are opened on the surface of blade 1, ventilation holes 5 are opened in the humidity card slots 4, and support plate slots 7 are opened at the edges of blade 1, as Figure 2 shown. The support plate 8 is connected to the blade of the roulette wheel through the support plate slot 7, as Figure 3 , Figure 1As shown. The humidity indicating card is placed in the humidity card slot 4. The blade with the humidity card slot 4 is placed upward in the box, which can ensure that the humidity indicating card can be seen at the first sight after the box is opened, and the storage state of the product can be judged in time according to the state of the humidity indicating card. The desiccant is placed in the desiccant groove 6. After being sealed with a vacuum bag, it can ensure that the storage position of the desiccant is fixed and the product will not be extruded. After the strip-shaped semi-finished products and finished products are wound on the turntable, the support plate 8 is connected to the turntable through the support plate slot 7. When the vacuum force is relatively large, the arc-shaped structure and relatively hard material of the support plate can resist the extrusion force caused by the vacuum bag, protect the products in the support plate from external extrusion, and thus ensure the quality of the products.

Claims

1. An enhanced roulette wheel, characterized in that: The invention comprises a blade (1), a central axis mechanism (2), a positioning axis hole (3), a humidity card slot (4), an air vent (5), a desiccant slot (6), a support plate slot (7), and a support plate (8); the blade (1) and the central axis mechanism (2) are bonded to form an enhanced wheel disc; the central axis mechanism (2) has a positioning axis hole (3) at its center; the central axis mechanism (2) has a desiccant slot (6) in its interior; the blade (1) has a humidity card slot (4) on its surface; the humidity card slot (4) has an air vent (5) in its interior; the blade (1) has a support plate slot (7) at its edge; and the support plate (8) is connected to the blade (1) via the support plate slot (7).

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