Abstract: The present invention discloses a banknote pressing device, including a banknote blocking mechanism (10), and a left banknote pressing plate (20) and a right banknote pressing plate (30), wherein the left banknote pressing plate (20) includes a movable A end (21) and a B end (22), the right banknote pressing plate (30) includes a movable C end (31) of the right banknote pressing plate and a D end (32) of the right banknote pressing plate, the movable A end (21) of the left banknote pressing plate (20) and the movable C end (31) of the right banknote pressing plate (30) can be synchronously opened, closed and swung with the B end (22) and the D end (32)-as rotating centers, respectively, and a spring (51) and a banknote stacking plate (41) are further arranged below the left banknote pressing plate (20) and the right banknote pressing plate (30).

Abstract: The present invention discloses a banknote pressing device, including a banknote blocking mechanism (10), and a left banknote pressing plate (20) and a right banknote pressing plate (30), wherein the left banknote pressing plate (20) includes a movable A end (21) and a B end (22), the right banknote pressing plate (30) includes a movable C end (31) of the right banknote pressing plate and a D end (32) of the right banknote pressing plate, the movable A end (21) of the left banknote pressing plate (20) and the movable C end (31) of the right banknote pressing plate (30) can be synchronously opened, closed and swung with the B end (22) and the D end (32)-as rotating centers, respectively, and a spring (51) and a banknote stacking plate (41) are further arranged below the left banknote pressing plate (20) and the right banknote pressing plate (30).

Abstract: The present invention relates to a scanning device with a positioning senor and a processing method to obtain images, comprising a casing, linear contact image sensor (CIS), further comprising a system processor P3 for controlling the work of said CIS by timing signal, the optical coordinate sensors and the displacement processor P1 and P2 for estimating the coordinate increment (8001) and the coordinate increment (8002) of the real-time displacement, an A/D circuit and data buffer; said system processor P3 packets original scanning data with positioning information (8004), and then transfers to the upper machine.

Abstract: The present invention relates to an information card with multiple storage media. Combining reading and writing characteristics of magnetic strip storages, ICs, PFIDs, and etc. with large storage capacity of a compound printing 2D barcode, the invention uses a base card with a magnetic strip storage medium or a base card beset with an IC read-write chip, and a RF read-write chip. On said base card contains a first 2D barcode which has difference reflectivities to lights in the first spectrum area between bars and spaces, there is a designated relation between data stored in the magnetic strip or the IC chip, RF chip and data stored in the first 2D barcode. The invention discloses a read-write device of the information card comprising a Contact Image Sensor (CIS), a magnetic head or an IC chip reader, an RF chip reader. The invention further discloses a method for reading and writing data in said information card.

Abstract: An insert-type barcode reader has a body support with an insertion slot for receiving a card with barcode. A circuit board and a CIS component module electrically connected to the circuit board with each mounted to the body support to scan and process signals. A roller is mounted to the body support for movement relative to the CIS component module to allow the card to be properly guided into the insertion slot and tightly pressed onto the CIS component for accurate scanning of the barcode on the card. Two photoelectric sensors mounted to the body support are electrically connected to the circuit board for sensing the card entering and leaving the insertion slot to control starting, running and stopping of the scanning function of the CIS component module.

Abstract: An insert-type barcode reader has a body support with an insertion slot for receiving a card with barcode. A circuit board and a CIS component module electrically connected to the circuit board with each mounted to the body support to scan and process signals. A roller is mounted to the body support for movement relative to the CIS component module to allow the card to be properly guided into the insertion slot and tightly pressed onto the CIS component for accurate scanning of the barcode on the card. Two photoelectric sensors mounted to the body support are electrically connected to the circuit board for sensing the card entering and leaving the insertion slot to control starting, running and stopping of the scanning function of the CIS component module.

Abstract: The present invention relates to an information card with multiple storage media. Combining reading and writing characteristics of magnetic strip storages, ICs, PFIDs and etc. with large storage capacity of a compound printing 2D barcode, the invention uses a base card with a magnetic strip storage medium or a base card beset with an IC read-write chip, and a RF read-write chip. On said base card contains a first 2D barcode which has different reflectivities to lights in the first spectrum area between bars and spaces, there is a designated relation between data stored in the magnetic strip or the IC chip, RF chip and data stored in the first 2D barcode. The invention discloses a read-write device of the information card comprising a Contact Image Sensor (CIS), a magnetic head or an IC chip reader, an RF chip reader. The invention further discloses a method for reading and writing data in said information card.

Abstract: The present invention relates to a scanning device with a positioning senor and a processing method to obtain images, comprising a casing, linear contact image sensor (CIS), further comprising a system processor P3 for controlling the work of said CIS by timing signal, the optical coordinate sensors and the displacement processor P1 and P2 for estimating the coordinate increment (8001) and the coordinate increment (8002) of the real-time displacement, an A/D circuit and data buffer; said system processor P3 packets original scanning data with positioning information (8004), and then transfers to the upper machine.

Abstract: Distinct designs are provided to reduce dimensions of an image sensing module without affecting the sizes of the original individual components in the image sensing module. According to one embodiment, a mirror is mounted before an optical focus system and used to collect and redirect reflected light from a scanning object being illuminated by an illumination source in the image sensing module, wherein the scanning object is parallel to the optical focus system.