Search

CN-224232187-U - Transfer module of high-speed card sender

CN224232187UCN 224232187 UCN224232187 UCN 224232187UCN-224232187-U

Abstract

The utility model relates to the technical field of card issuers, in particular to a transfer module of a high-speed card sender, which comprises a bearing frame, a card box, a card sending assembly, a transfer assembly and a transfer assembly, wherein the card box is used for containing cards and is fixed on one side in the bearing frame, the card sending assembly is positioned on the other side opposite to the card box in the bearing frame, the transfer assembly is fixed on the side wall of the bearing frame, is positioned between the card box and the card sending assembly and is positioned in the middle of the card box and the card sending assembly, and the cards in the card box are quickly placed in the card sending assembly in a three-dimensional space through the transfer module.

Inventors

  • HUO HONGJIANG
  • JI YUAN
  • HU YUBAO

Assignees

  • 苏州朗为控制技术有限公司

Dates

Publication Date
20260512
Application Date
20250528

Claims (6)

  1. 1. A transfer module of a high-speed card sender, comprising: A carrying frame (1); A card box (2) for accommodating a card and mounted on one side in the carrying frame (1); a hairpin assembly (3) located on the other side of the carrying frame (1) opposite to the card box (2); The transfer assembly (4) is fixed on the side wall of the bearing frame (1), the transfer assembly (4) is located between the card box (2) and the card issuing assembly (3), and located in the middle of the card box (2) and the card issuing assembly (3), and the card in the card box (2) is rapidly placed in the card issuing assembly (3) in three-dimensional space through the transfer module.
  2. 2. The card sender transferring module according to claim 1, wherein the transferring module (4) comprises a lifting module (41), a linear module (42) and a rotating module (43), the lifting module (41) is fixedly installed on the inner wall surface of the bearing frame (1) and extends from the top to the bottom of the bearing frame (1), the linear module (42) is fixedly arranged on the lifting module (41) and can move up and down along with the lifting module (41), the rotating module (43) is slidably assembled on the linear module (42) and can slide linearly along the linear module (42), and a suction nozzle is installed at the far end of the rotating module (43) and is used for sucking a card to realize the card transferring operation.
  3. 3. The transfer module of a card sender according to claim 2, wherein the card sender assembly (3) is divided into a first installation surface (11) and a second installation surface (12) along the longitudinal center line of the bearing frame (1), and the two card sender assemblies (3) are respectively positioned at the centers of the first installation surface (11) and the second installation surface (12).
  4. 4. A card sender transferring module according to claim 3, wherein said cassettes (2) are arranged in an array along a longitudinal direction thereof in said carrier frame (1), and when said array of cassettes (2) is vertically orthographically projected toward said first mounting surface (11) or said second mounting surface (12), said first mounting surface (11) is farthest from said two cassettes (2), and said second mounting surface (12) is farthest from said two cassettes (2) and is equidistant from said corresponding card sender assembly (3).
  5. 5. The card sender transferring module according to claim 1, wherein the card sender assembly (3) is provided with a first card sender portion (31) and a second card sender portion (32), and a pre-storing portion (44) is fixedly arranged between the first card sender portion (31) and the second card sender portion (32) and used for temporarily storing cards in the card transferring process.
  6. 6. The card sender transferring module according to claim 5, wherein the first card sending part (31), the pre-storing part (44) and the second card sending part (32) are distributed in gradually decreasing heights.

Description

Transfer module of high-speed card sender Technical Field The utility model relates to the technical field of card issuers, in particular to a transfer module of a high-speed card sender. Background With the rapid development of the global transportation industry, the expressway is taken as an important component of a modern transportation network, the construction scale of the expressway is continuously enlarged, and the traffic flow is increasingly increased. In the entrance of the expressway, the card sender is used as a key device at the front end of the charging system and bears the important task of issuing a pass card to the passing vehicle, and the performance of the card sender directly influences the passing efficiency of the vehicle and the running quality of the whole charging system. The pass card is used as a certificate for the vehicle to enter the expressway, records key information such as the time and the station of the vehicle entering, and provides a basis for subsequent charge settlement. With the rapid increase of the traffic flow of the expressway, higher requirements are put on the card sending speed and stability of the card sender. The efficient and accurate hairpin operation can effectively reduce the residence time of the vehicle at the entrance, avoid traffic jam and improve the overall traffic capacity of the expressway. Existing transfer modules are typically based on conventional mechanical drive arrangements, such as belt drives, gear drives, etc., which have a number of limitations during operation. For example, belt transmission is easy to slip after long-time use, so that the card transmission speed is unstable, the accuracy is difficult to ensure during high-speed operation, and gear transmission is complex in structure and numerous in parts although the transmission accuracy is relatively high, and large mechanical abrasion and vibration are easy to generate during high-speed operation, so that the accuracy and speed of card transfer are affected. The problem is particularly remarkable in the peak traffic period because the existing card sender transferring module has low card transferring efficiency, which directly leads to the great increase of waiting time of vehicles at the entrance of the expressway, and a large number of vehicles are queued at the entrance to wait for taking cards, so that traffic jam can be caused, and the normal traffic order of roads is affected. Therefore, the application develops a transfer module of the high-speed card sender to solve the problems in the prior art. Disclosure of utility model The utility model aims to provide a transfer module of a high-speed card sender so as to solve the problem of low card sending efficiency in the prior art. The technical scheme of the utility model is that the transfer module of the high-speed card sender comprises: A load-bearing frame; A card box for accommodating a card and mounted on one side in the carrying frame; the card issuing assembly is positioned at the other side opposite to the card box in the bearing frame; And the transferring assembly is fixed on the side wall of the bearing frame, is positioned between the card box and the card issuing assembly, is positioned in the middle of the card box and the card issuing assembly, and is used for rapidly placing the card in the card box in the card issuing assembly in a three-dimensional space. Preferably, the transferring assembly comprises a lifting module, a linear module and a rotating module, wherein the lifting module is fixedly arranged on the inner wall surface of the bearing frame, the travel range of the lifting module extends from the top to the bottom of the bearing frame, the linear module is fixedly arranged on the lifting module and can perform lifting movement along with the lifting module, the rotating module is slidably assembled on the linear module and can perform linear sliding along the linear module, and a suction nozzle is arranged at the far end of the rotating module and is used for sucking a card to realize transferring operation of the card. Preferably, the surface on which the hairpin assembly is located is equally divided into a first installation surface and a second installation surface along the longitudinal center line of the bearing frame, and the hairpin assembly is arranged in two and is respectively located at the centers of the first installation surface and the second installation surface. Preferably, the cartridges are arranged in an array along a longitudinal direction of the carrier frame, when the cartridge array is perpendicularly orthographically projected to the first mounting surface or the second mounting surface, the two cartridges with the farthest first mounting surface distance, and the two cartridges with the farthest second mounting surface distance are equal to the distance between the corresponding card sending component and the card sending component. Preferably, the card issuing assembly i