20results about "Conveying record carriers" patented technology

The utility model relates to a box structure of self -service card dispenser belongs to self -service card equipment technical field, including card dispenser box, card dispenser box front end is equipped with operating panel, the operating panel is equipped with the self -service card assembly of the up and down station assembly, be used for satisfying the different height requirement of car and trolley, operating panel lower part is equipped with the car detector, and the voice broadcast horn is equipped between two self -service card assemblies. The self -service card assembly includes station digital display screen, the lower part of station digital display screen is equipped with a plurality of card taking mouth, the card dispenser box is equipped with the card dispenser that is linked with card taking mouth. Have compact structure, convenient operation and good operating stability characteristics. Solve the problem of taking temporary card on high speed. Can satisfy the demand of modernization vehicle management system, improve the traffic efficiency, reduce the artificial cost.

A system and method allow for automated, and highly targeted detection of specific pieces of material such as woodchip within a mass flow. The system comprises a conveying means 101; a sensor arrangem

The application relates to a radio frequency label transfer device, belonging to the technical field of transfer devices, which comprises a protective shell, a label storage mechanism arranged in the protective shell and used for arranging and horizontally translating and pushing radio frequency labels, and a label sending-out mechanism connected to the protective shell and used for pushing out the radio frequency labels arranged by the label storage mechanism from a label outlet according to a fixed number. The protective shell is a rectangular box body with six panels, one end of the length direction of the box body is detachably connected to the whole box body, and the label storage mechanism is connected to the inner side of the detachable panel. The transfer device can effectively protect the radio frequency labels and facilitate taking and using.

A system for prevention of electrostatic discharge from a payment card to a point of sale (POS) device comprising an integrated circuit card (ICC) socket, includes a spring member comprising a first end electrically coupled to a second end. The first end is electrically coupled to an electrical ground, the first end is mechanically coupled to the POS device, and the second end is positioned for contact with a top edge of the payment card. When the payment card is inserted into the ICC socket and the top edge comes into contact with the second end, the first end and the second end form a first electrical path for electrostatic discharge between the payment card and the electrical ground.

This utility model discloses an intelligent distribution device for general aviation maintenance worksheet cards, including a mounting frame, a conveying mechanism disposed on the upper end of the mounting frame, a mounting platform, and a control box disposed at one end of the mounting frame. The mounting frame is composed of a first support frame, a second support frame, and a third support frame. The conveying mechanism includes multiple parallel conveyor belts, and the two ends of the conveyor belts are respectively connected to the upper ends of the first support frame and the second support frame. A storage slot is correspondingly provided at the end of the conveyor belt away from the control box. The mounting platform is connected to the upper ends of the first support frame and the third support frame through a sliding mechanism. A placement slot is provided on the upper surface of the mounting platform. The beneficial effects of this utility model are: the worksheet is identified by an identification device, and the control box automatically classifies and organizes the worksheets according to the identification results, which greatly improves work efficiency while ensuring accuracy.

An apparatus for encoding RFID tags includes at least one encoding device, for the transmission of signals from and / or to RFID labels carried by a belt slidable in a travel direction; primary drivers, for pulling the belt giving it a continuous forward motion at constant speed; and secondary drivers, suitable for locally varying the speed of the belt when an RFID tag is in the proximity of a transmission area, in such a way that said RFID tag stops for a predetermined time within said transmission area in absence of relative motion with respect to said encoding device.

The application relates to the technical field of intelligent traffic, in particular to a mechanical arm card taking device and method, which comprises a card sending box body, a mechanical arm and a clamping jaw assembly. Two groups of card sending machines are arranged in the card sending box body. Two card sending ports are arranged on the outer side of the card sending box body and correspond to the card sending machines. A two-axis mechanical arm rotating clamping jaw assembly is arranged beside the two lower card sending ports. The clamping jaw assembly is statically arranged between the two card sending ports. When a card needs to be taken, the position can be quickly switched to grab the cards in the two card sending ports by rotating. The structure of taking from the front end and sending out from the rear end is adopted. The card can be directly sent out from the rear end to the driver's hand after being grabbed from the front end, and the card taking experience is optimized. In addition, a visual identification module is matched to accurately identify the position of the vehicle window and the driver. The application solves the problems of the existing device, such as complex structure, high cost, slow work station switching, poor positioning accuracy and insufficient delivery convenience.

This provides a system and method for supporting components ejected from an RFID printer. [Solution] The support system 100 is configured to be connected to a radio frequency identification device (RFID) printer 102. The support system includes a tray 120, the tray having a support extension 122 configured to abut the RFID printer below the media outlet 104 of the RFID printer. The support extension is configured to support a portion of the RFID components discharged from the media outlet by the RFID printer. The tray further has a guide inclined portion 124 connected to the support extension at a given angle. The guide inclined portion is configured to slidably support the RFID component after it has rotated away from the support extension.

The invention relates to a chip card reader (1) comprising a casing (13) and a reading head (12) for the chip, housed in the casing. The casing (13) comprises: - a front frame (16) forming an opening (17) for at least partially introducing the chip card into the casing (13), - a facade (8) comprising a slot (18) for at least partially inserting the chip card into the casing (13), and - a peripheral seal (6) mounted so as to be clamped between the front frame (16) and the facade (8), around a passage for the chip card between the slot (18) and the opening (17). The clamping direction of the seal (6) corresponds to a direction of the passage of the chip card between the slot (18) and the opening (17).

This utility model discloses an automatic palletizing highway toll card point-of-use device, belonging to the technical field of point-of-use devices. It includes a palletizing mechanism and a card issuing mechanism. The palletizing mechanism contains a palletizing motor and a palletizing push rod. A palletizing slide is located below the front side of the push rod. A rear card support plate is located on the left side of the palletizing mechanism, and a front card support plate is located on the right side of the slide. A conveying platform is located at the front of the palletizing mechanism. The card issuing mechanism is installed on the right side of the palletizing mechanism, with a card issuing station on the upper right side and a damaged card receiving station on the upper left side. An IC card station is located in the middle of the issuing mechanism. This automatic palletizing highway toll card point-of-use device automatically completes card detection, issuing, and palletizing operations, improving work efficiency, operational convenience, and accuracy. It is suitable for processing toll cards at highway toll stations.

The application provides a highway self-service card issuing machine, and relates to the technical field of card issuing machines.The highway self-service card issuing machine comprises a cabinet, a card issuing device and a probe piece; the cabinet is provided with a sliding rail; the card issuing device comprises a telescopic box, a card storage assembly, a card pushing assembly, a card feeding assembly and a first telescopic motor; the telescopic box is connected with the sliding rail and is provided with a card pushing groove, a card outlet and a storage groove; the card outlet is in communication with the card pushing groove; the card pushing assembly comprises a second telescopic motor and a push plate; the second telescopic motor is installed in the card pushing groove; the push plate is connected with the output end of the second telescopic motor; the card feeding assembly comprises a reciprocating motor and a card feeding arm; the reciprocating motor is installed in the storage groove; the card feeding arm is installed in the storage groove and is in driving connection with the reciprocating motor; the card feeding arm is provided with a card feeding hand; and the card feeding hand is in position correspondence with the card outlet.The highway self-service card issuing machine solves the technical problems of the prior art, such as insufficient convenience in taking cards, influence on traffic efficiency and hidden safety hazards.

The utility model discloses a bank intelligent counter card issuing mechanism relates to card issuing transmission technical field, including the casing, the transmission assembly is installed with cooperation in the casing, the transmission assembly includes the third pivot, the both ends of third pivot are swingly installed with casing lateral wall, and the two third runner of symmetry is installed with cooperation on the third pivot, and one end of third pivot is fixedly installed with drive motor, and one side of third pivot is provided with the fourth pivot, and the two fourth runner is installed with cooperation on the fourth pivot, and fourth runner and third runner are connected with cooperation through second transmission belt, when using, the card is placed between two clamps, and the spacing adjustment between two clamps can be realized through adjusting bolt and L type adjusting plate, thereby satisfying the card issuing need of different cards, in the process of card issuing, the identity information input of effective through the control panel installed on the casing, thereby realizing the drive of drive motor, thereby realizing the card between two clamps bottom transmission in turn.

A card reader includes an IC contact block in electrical contact with a communication terminal of an IC card, and a plurality of sensors which are optical sensors provided in a conveyance path. When the IC card is positioned relative to the IC contact block, the card reader executes a first conveyance step for conveying the IC card inserted into an insertion opening to a farthest side of the conveyance path and a second conveyance step for reversing a conveyance direction after the first conveyance step, then further conveying the IC card by a predetermined distance when the first sensor detects an end portion of the IC card on an insertion opening side, and stopping conveying the IC card.

The utility model relates to a card receiving and sending machine technical field discloses a kind of card receiving and sending machine and its card in and out mechanism, and its card in and out mechanism includes: driving element, for driving card movement, and part of driving element is located the second side of reference surface, another part of driving element is located the first side of reference surface and is used to contact with card;Rocker, rocker is located the second side of reference surface, and rocker swings upwards can enter the first side of reference surface, and promote card, to make card switch for first attitude, and card in first attitude avoids first opening.The utility model is through such structure, by setting driving element, card movement can be driven, power is provided for card in and out mechanism driving card, by setting rocker, card can be lifted to avoid first opening, to facilitate external card to enter storage card bin, realize storage card bin smooth card in and out, improve use experience.

This invention discloses an automatic medical digital image data burning device for a self-service film retrieval machine, comprising: a frame, a vertically arranged upright plate in the middle of the frame, a storage slot for storing stacked memory cards to be burned on the first side of the upright plate, a card outlet for passing through the storage slot and the bottom of the upright plate for only one memory card to be burned at a time, a burning position for holding the memory card to be burned, a material discharge mechanism corresponding to the card outlet at the edge of the burning position on the frame; a card feeding mechanism supported on the frame; and a burning communication module supported on the upright plate and located above the burning position, the burning communication module comprising: a burning probe group and a burning drive mechanism, the burning probe group being used to electrically connect with the conductive interface of the memory card to be burned to burn medical digital image data. This invention has a simple overall structure, a convenient control process, and low control difficulty.

The present application relates to a brain-computer interface apparatus and a mounting method. An interface base is provided with a through channel, a bottom support being provided on the inner wall of the through channel, and a top support being formed on the upper edge of the interface base. A grate is mounted on the interface base and supported on the bottom support, the center of the grate being provided with grate holes distributed in an array. A microneedle assembly comprises a microneedle base and a microneedle mechanism. The microneedle base is mounted on the grate, the center of the microneedle base being provided with microneedle guide holes distributed in an array. The microneedle mechanism is mounted on the microneedle base, microneedles of the microneedle mechanism successively passing through the microneedle guide holes, the grate holes, and the through channel of the interface base. The diameter of the grate holes is greater than that of the microneedle guide holes. The present application improves the mechanical stability of the microneedles, and ensures the reliability of microneedle implantation.