159results about "Conveying record carriers" patented technology

An electronic device port ejection structure includes a first mounting member, a moving assembly, and a first resilient member. The first mounting member is connected to the electronic device, and the first mounting member is provided with a holding groove, a first damping portion is provided on an inner wall of the holding groove. Along a first direction, the moving assembly is slidably coupled to the first mounting member, and the moving assembly is configured to be at least partially slidable relative to the first mounting member to enter the holding groove. A second damping portion is provided on the moving assembly and during sliding of the moving assembly relative to the first mounting member, the second damping portion contacts the first damping portion and creates damping. The first resilient member is configured to provide a first resilient force on the moving assembly.

The invention relates to personalized card processing equipment which comprises a case, and a card issuing device, a card reading and writing device, a laser printing device, a card collecting device and a card carrying device which are arranged in the case, the laser printing device comprises a laser printing module and a card posture adjusting module. The card posture adjusting module comprises a card seat, an X-axis angle adjusting mechanism and a Y-axis angle adjusting mechanism; an output shaft of the X-axis angle adjusting mechanism is connected with one side of the clamping base, and the other side of the clamping base is connected to the second support through a first rotating shaft coaxial with the output shaft. The Y-axis angle adjusting mechanism comprises two groups of lifting mechanisms; each group of lifting mechanism comprises a lifting seat and a lifting driving mechanism; the second support is connected with the corresponding lifting seat through a second rotating shaft; and the first support is connected with the corresponding lifting seat through a sliding structure. The personalized card processing equipment is small and exquisite in size, and different types of cards can be processed.

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.

The application discloses a kind of wisdom cabinet terminal for mobile marketing, including wisdom cabinet terminal body, automatic card inserting mechanism is equipped at the both sides of wisdom cabinet terminal body, the automatic card inserting mechanism includes side plate, installation shell, screw rod, first pulley, drive motor, second pulley and connecting rod, the side plate is fixedly connected at the both sides of wisdom cabinet terminal body, and installation shell is fixedly connected between side plate rear end.The protection mechanism is arranged, the top surface of wisdom cabinet terminal body can be covered by the protection recessed plate by sliding positioning, and dust and external dirt are prevented from falling on the top surface of wisdom cabinet terminal body, to ensure the normal use of card swiping area and fingerprint identification area, and the surface of wisdom cabinet terminal body can be cleaned by alcohol cotton during each sliding process of protection recessed plate, to prevent bacteria from breeding on the surface of wisdom cabinet terminal body.

An embodiment of this application provides an electronic device, including a middle frame, an eject pin, and a card tray assembly. A side wall of the middle frame is provided with an eject pin hole, and the eject pin is movably arranged in the eject pin hole. The card tray assembly includes a circuit board, and the middle frame surrounds to form an accommodating cavity. The eject pin hole communicates with the accommodating cavity, and the circuit board is arranged in the accommodating cavity. An avoidance portion is arranged on a periphery of an end of the eject pin facing the accommodating cavity, and the avoidance portion is configured to avoid the circuit board during movement of the eject pin toward the accommodating cavity. The avoidance portion is arranged on the periphery of the eject pin, and the avoidance portion avoids the circuit board to avoid interference or scratching between the eject pin and the circuit board.

To provide a card reader which can quickly read information stored in a My Number card without awareness about whether the My Number card is placed face up or face down.SOLUTION: The card reader for reading information from a My Number card comprises an IC reading unit which reads information from an IC chip of the My Number card, a first imaging unit which captures an image of the My Number card, and a control unit which controls the IC reading unit. The control unit determines which side of the My Number card is captured by the first imaging unit on the basis of the image captured by the first imaging unit and, if the image is an image of the back side of the My Number card, acquires a card surface image of the My Number card from the IC chip through the IC reading unit and acquires four pieces of information on the basis of the card surface image.SELECTED DRAWING: Figure 2A

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

A method and a system records machining information associated with insulating panels manufactured in a continuous machining line. Machining units carry out machining operations on a panel body moved along the line, between an inlet and an outlet, from a start-production unit at the line inlet. The insulating panels are manufactured by making predetermined cuts in the panel body, at the line outlet. Each machining unit is controlled by a respective electronic control unit. The method generates and prints unique graphic representation identification codes, or Data Matrix codes. A panel body portion to be machined is identified. The Data Matrix codes printed on the panel body to be machined are identified when the panel body portions pass through the machining unit. Machining information is acquired and associated with the detected Data Matrix code. The acquired machining information and associated code are sent to a main processing unit connected.

The utility model discloses a recycling device and a circulating card sender, and relates to the technical field of card sending equipment, the recycling device is used for recycling cards, the recycling device comprises a card storage mechanism and a card conveying mechanism, the card storage mechanism comprises a mounting rack and a storage box, the storage box is detachably connected to the mounting rack, the mounting rack is provided with a placement cavity and a plurality of openings communicated with the placement cavity, and the openings are communicated with the placement cavity. The storage box can enter or leave the placing cavity through the opening, the card conveying mechanism is detachably connected to the mounting frame and is provided with a conveying channel, one end of the conveying channel is communicated with the external space, the other end of the conveying channel is communicated with the placing cavity, and the conveying channel is arranged to convey recycled cards into the storage box. The utility model aims to improve the card recovery convenience and recovery efficiency through the recovery device.

According to an embodiment of the present disclosure, a socket for mounting a storage medium tray comprises: a containing space for containing a tray; a lower shell for providing the bottom surface of the containing space; an upper shell coupled so as to face the lower shell, thereby providing at least some of side walls of the containing space and the upper surface of the containing space; a first sensing terminal disposed between the bottom surface and the upper surface so as to extend at least partially along a first direction in which a tray is inserted into the containing space; and a second sensing terminal provided between the lower shell and the upper shell and configured to electrically contact the first sensing terminal. In an embodiment, the first sensing terminal may be configured to move or deform along a second direction intersecting with the first direction while making sliding contact with a tray as the tray contained in the containing space moves along the first direction. Various other embodiments may be possible.

The utility model relates to the technical field of self-service card issuing machines, in particular to a self-service card issuing machine applied to an expressway, which comprises a card issuing device, a card outlet is arranged in the middle of the front end of the card issuing device, and a sensing device is embedded above the card outlet at the front end of the card issuing device. An access hole is formed below a card outlet in the front end of the card issuing equipment, and a connecting block is arranged at the front end of the card outlet. According to the card taking device, the electric push rod works to push the bearing shell to stably slide along the limiting groove of the connecting block through the limiting block so as to avoid deviation, so that a card is driven to move towards a vehicle, the convenience and comfort of taking the card by a driver are improved, and when the card enters the bearing shell through the card outlet, the clamping plate is elastically pushed through the damping spring so as to clamp the card. In the elastic clamping process, the card is prevented from being disengaged or loosened, and meanwhile excessive clamping is avoided, so that the card is conveniently pulled out in a sliding mode.

The utility model is suitable for the technical field of expressway equipment, and provides a card read-write transmission mechanism and a card sender. The card read-write transmission mechanism comprises a card transmission device, a supporting side plate, a bayonet panel and a telescopic device, wherein the bayonet panel is provided with a bayonet through which a card can enter and exit; the card transmission device is arranged on the supporting side plates on the two sides, and one end of the card transmission device is close to the bayonet panel, so that the card is transmitted to the direction of the bayonet panel through the card transmission device; the telescopic device is connected with the supporting side plate and the bayonet panel so as to drive the card transmission device on the supporting side plate and the bayonet panel to stretch out and draw back at the same time through the telescopic device. According to the embodiment of the utility model, during card issuing, the card transmission device and the bayonet panel can be integrally stretched out and drawn back by using the telescopic device, so that the card extends out of the bayonet on the bayonet panel, the extending distance of the card is further increased, and the problems that the card issuing position of the card issuing machine is close to the back and the card is inconvenient to take by a user are solved.

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.

The utility model provides an automatic card arranging device. The automatic card arranging device comprises a vibration assembly, a transmission assembly, a card stacking assembly and a card output assembly, wherein the vibration assembly is connected with the transmission assembly, and the vibration assembly controls the cards to be transmitted in sequence in the transmission assembly one by one by vibrating the cards; an input port of the transmission assembly is connected with the vibration assembly, an output port of the transmission assembly is connected with the card stacking assembly, and a card outlet groove is formed in the output port of the transmission assembly; the card stacking assembly comprises a card stacking piece and a driving piece, the card stacking piece and the driving piece are arranged corresponding to the card outlet groove, and the driving piece pushes the cards falling into the card outlet groove into the card stacking piece to be stacked; the card output assembly is connected with the card stacking piece and outputs the cards stacked to the preset height in the card stacking piece. According to the invention, automatic arrangement of the cards is realized, and the card arrangement efficiency is effectively improved.

It can store multiple types of cards and allows for the selective ejection of desired cards. [Solution] The card processing device 1 includes a first dispensing device 4 into which a first cartridge 8 is installed, a second dispensing device 5 into which a second cartridge 9 is installed, a third dispensing device 6 into which a third cartridge 10 is installed, a fourth dispensing device 7 into which a fourth cartridge 11 is installed, and a transport device 3 that transports the cards dispensed from each of the dispensing devices 4, 5, 6, and 7 to a card reading device 16. Each of the dispensing devices 4, 5, 6, and 7 can store different types of cards, and the card processing device 1 dispenses cards to the transport device 3 using a dispensing device selected from among the connected dispensing devices 4, 5, 6, and 7. The transport device 3 transports the dispensed cards to the card reading device 16 and discharges them from the discharge port 18.

To provide an information processing device that executes processing corresponding to contact or non-contact even if a user does not specify contact or non-contact.SOLUTION: An insertion section 20 includes an insertion slot H into which a card is inserted, and an antenna A that performs non-contact communication with a non-contact medium including a card 2. The card 2 inserted through the insertion slot H of the insertion section 20 is transported through a transport path. An IC contact block contacts a contact IC chip of the card 2 transported through the transport path to read and write information. If the non-contact medium is detected with the antenna but the card 2 is not inserted into the insertion slot H for a certain period of time, the control unit 10 performs a process according to information obtained by performing non-contact communication with the non-contact medium by the antenna.SELECTED DRAWING: Figure 1

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.

The utility model provides a self-service card taking device for a vehicle. The self-service card taking device comprises a box body, and a card storage assembly, a transmission assembly, a card feeding mechanism and a controller which are arranged in the box body from top to bottom. The transmission assembly is used for conveying the cards in the card storage assembly to the card feeding mechanism. The card feeding mechanism comprises a box body used for bearing cards, a telescopic mechanism used for driving the box body to move in the height direction of the vehicle body, a supporting frame used for supporting the box body, and a first driving part used for driving the supporting frame to move in the width direction of the vehicle body. And the other end of the telescopic mechanism is connected to the lower end of the box body. The first driving part drives the supporting frame to be close to the side portion of the vehicle body through the opening. A first sensor is arranged on the side, close to the vehicle body, of the supporting frame. The first sensor and the second sensor are in electric signal connection with the controller. According to the utility model, people do not need to get off to take cards, so that the card taking efficiency is improved, and traffic jam and card taking safety accidents are avoided.

A connector electrically connecting a module substrate and a main substrate includes: a housing mounted on the main substrate; contacts held on the housing, the contacts including contact parts and connection parts connected to the main substrate; a frame including a flat board part and side board parts, the flat board part fixed to the main substrate, one of a cam groove and a projection formed on the side board parts; a slider attached between the side board parts during the projection's insertion into the cam groove, the other of the cam groove and the projection formed at opposite side portions; a plate contained between the side board parts, the plate forming an insertion space between the plate and the housing, where when the slider slides in the module substrate's insertion direction into the insertion space, the slider presses the module substrate against the contact parts through the plate.

The utility model discloses a transmission device and a card sender, and relates to the card sending equipment technology field, the transmission device comprises a base station, a card conveying mechanism, an auxiliary mechanism and a detection member, the card conveying mechanism comprises a first roller group and a second roller group, the first roller group and the second roller group are arranged on the base station at intervals, the auxiliary mechanism is arranged on the base station, and the detection member is arranged on the base station. The auxiliary mechanism, the first roller set and the second roller set are arranged at intervals, a detection area is defined by the auxiliary mechanism, the first roller set and the second roller set, the auxiliary mechanism is arranged to push a card to move from the first roller set to the second roller set so as to enter or leave the detection area, and the detection piece is arranged on the base table and corresponds to the detection area. The utility model aims to stably and accurately detect and identify the card through the transmission device, and improve the accuracy and effectiveness of detection and identification.

This application discloses a card tray structure, a card tray assembly, and an electronic device. The card tray structure includes a card tray. The card tray includes a supporting body. The supporting body is a frame enclosed by a frame edge. A first platform portion is arranged at an edge on one side of the frame edge to form a first card slot, and a second platform portion is arranged at an edge on an other side of the frame edge to form a second card slot. The card tray further include: a first connecting beam, where two ends of the first connecting beam are respectively connected to the frame edge, there are two first card slots, and the two first card slots are respectively located on two sides of the first connecting beam; and a second connecting beam, where two ends of the second connecting beam are respectively connected to the frame edge, the second platform portion and the second connecting beam define the second card slot, the first connecting beam is arranged correspondingly to the second card slot, and the second connecting beam is arranged correspondingly to the first card slot.

A card reader includes a movable upper surface platform with a lower surface platform including one or more sensors. When there is no card transaction in progress, the upper surface platform moves toward the lower surface platform and locks in place making contact with the lower surface platform. The one or more sensor indicate whether the two surfaces are in contact with one another. When the two surfaces are not in contact with one another, when the card reader is in an idle state, the card reader shuts down / disables since there is foreign object is present in the card reader's transport path, which may indicate a skimmer / shimmer was placed in the card reader.

An automated card sorting system configured to sort various types of cards includes a feeding chute, scanner, and collection station. The feeding chute is configured to receive a plurality of unsorted cards and sequentially feed cards into the scanner for identification. The scanner identifies key characteristics of each card and sends the information to a processor. The processor controls conveyor sections within the collection station, which transport the cards and discharge them into appropriate collector bins based on sorting criteria. Each conveyor section includes translatory and rotary drives to facilitate card movement and discharge. The collection bins are compartmentalized, allowing the sorted cards to be organized based on different attributes. The system includes sensors, low-friction linings, and removable drawers to enhance card handling and collection. The system is adaptable for various card types and sizes, providing efficient and accurate sorting for trading cards, playing cards, or other collectible cards.

Systems, devices, methods, and machine-readable media configured to dispense cards for card printing are provided. A card hopper can include a base, sidewalls extending from the base, the sidewalls configured to hold a stack of cards therebetween, a card lifter assembly including a ramp, the card lifter assembly mechanically coupled to the base, a lifter mechanism situated on the ramp, the lifter mechanism including a card retainer, the card retainer configured to transfer weight of cards of a stack of cards to the lifter mechanism, and a gate located in a sidewall of the sidewalls, the gate configured to allow a bottom most card of the stack of cards to pass therethrough when pushed by the card lifter assembly.

To ensure reliable detection of a skimming device over an extensive area inside the card reader, it is currently necessary to install a large number of sensors, which may lead to increased manufacturing cost. A card reader for reading magnetic information while feeding, through a feed path, a card inserted into the card reader, includes: an oscillator configured to emit an ultrasonic wave to the feed path; and a receiver configured to receive the ultrasonic wave emitted from the oscillator. The card reader is configured to detect an object present in the feed path by comparing a first received waveform and a second received waveform with each other, the first received waveform being a waveform received at the receiver, the second received waveform being a previously acquired waveform under normal condition received at the receiver.

To suppress contacts and electrodes from being worn due to sliding.SOLUTION: A connector for electrical connection between a module substrate with electrodes and a main substrate, comprises: a housing 80 mounted on the main substrate 200; contacts 90 each of which has a contact part 92 and a connection part 91 connected with the main substrate 200, being held by the housing 80; a frame 60 that has a flat plate part 61 and a pair of side plate parts 62 sandwiching the main substrate 200, the pair of side plate parts 62 being formed with one of a cam groove and a projection; and a slider 70 at whose pair of opposed side portions the other of the cam groove and the projection is formed, the projection being inserted into the cam groove so as to be attached to the frame 60 and configure an insertion space 101 with the housing 80. The slider 70 presses the module substrate 300 against the contact part 92 by sliding in the same direction as the insertion direction of the module substrate 300 into the insertion space 101 to sandwich the main substrate 200, the housing 80, and the module substrate 300 together with the flat plate part 61.SELECTED DRAWING: Figure 6