10results about "Simultaneous data marking and printing" patented technology

A support system is configured to couple to a radio frequency identification device (RFID) printer. The support system includes a tray having a support ledge configured to abut against the RFID printer below a media outlet of the RFID printer. The support ledge is configured to support a portion of an RFID component configured to be output by the RFID printer through the media outlet. The tray also includes a guide ramp connected to the support ledge at an angle. The guide ramp is configured to slidably support the RFID component after the RFID component pivots off the support ledge.

A product sales data processing system (1) includes: a sensor (10) attachable to a bulk food container (300) of a product; and a weighing apparatus (25). The sensor (10) includes: a sensor module (12) configured to detect a change of a tilt angle or a rotation angle of the sensor (10); a processor (11) configured to determine whether the tilt angle or the rotation angle is equal to or greater than a predetermined value; a memory (100) configured to store a sensor ID identifying the sensor (10); and a transmitter (14) configured to transmit the sensor ID stored in the memory (100) when the processor (11) of the sensor (10) determines that the tilt angle or the rotation angle is equal to or greater than the predetermined displacement value. The weighing apparatus (25) includes: a receiver configured to receive the sensor ID transmitted from the sensor (10); and a display (26) that is a touch display that receives a user operation, and is configured to display product information associated with the sensor ID, the product information including a product button that receives a user operation to specify the product as a weighing object.

A product sales data processing system (1) includes: a sensor (10) attachable to a bulk food container (300) of a product; and a weighing apparatus (25). The sensor (10) includes: a sensor module (12) configured to detect a change of a tilt angle or a rotation angle of the sensor (10); a processor (11) configured to determine whether the tilt angle or the rotation angle is equal to or greater than a predetermined value; a memory (100) configured to store a sensor ID identifying the sensor (10); and a transmitter (14) configured to transmit the sensor ID stored in the memory (100) when the processor (11) of the sensor (10) determines that the tilt angle or the rotation angle is equal to or greater than the predetermined displacement value. The weighing apparatus (25) includes: a receiver configured to receive the sensor ID transmitted from the sensor (10); and a display (26) that is a touch display that receives a user operation, and is configured to display product information associated with the sensor ID, the product information including a product button that receives a user operation to specify the product as a weighing object.

A packaging compliance method comprising:associating a packaging label having a unique first digitally readable element with a unique record in a database; the unique record in the database containing information about an item of produce;applying the packaging label directly to the item of produce or packaging containing the item of produce;packing two or more items of produce into a container having a container label; the container label having a container digitally readable element to determine the required items of produce that should be located within the container;reading all of the unique first digitally readable elements located within the container to obtain the information from the unique records associated with the unique first digitally readable elements;reading the container digitally readable element to obtain information on the required items of produce that should be located within the container;comparing the information from the unique records associated with the read unique first digitally readable elements and information of the required items of produce that should be located within the container to determine if the container contains the required items of produce;rejecting the container if the container does not contain the required items of produce to complete packaging compliance.

Disclosed is an RFID label printer and a method for reading and writing an RFID label using an RFID label printer, the RFID label printer includes: a first antenna, a paper cartridge and a control module for reading and writing, the paper cartridge is used to accommodate a label roll paper, the label roll paper includes a plurality of labels having a first RFID chip, and the control module for reading and writing is configured to perform steps of reading and writing.

The utility model discloses a water-cooling heat dissipation structure for a graphics card, comprising a main body, a water-cooling heat dissipation component installed on the front wall of the main body, and a fixing component installed on the rear wall of the main body. The utility model relates to the technical field of water-cooling radiators; the water-cooling heat dissipation structure for the graphics card installs the main body above the graphics card through the fixing component, the heat conductive sheet is located on the upper part of the graphics card, the heat conductive sheet conducts heat and dissipates heat, a circulating water cooling tube circulates water to decompose heat, a circulating pump draws out the water cooling inside the circulating water cooling tube through a second tube and a third tube, and quickly exchanges cold through a heat exchanger through the second tube and the first tube and is injected into the fourth tube, so that when the above device dissipates heat for the graphics card, the overall heat dissipation effect of the graphics card is improved through the mutual cooperation of water cooling and air cooling, the graphics card is kept to work stably at a normal temperature, and can be adapted to different chassis and graphics card installation positions, and has a good effect when dissipating heat for the graphics card.

A support system is configured to couple to a radio frequency identification device (RFID) printer. The support system includes a tray having a support ledge configured to abut against the RFID printer below a media outlet of the RFID printer. The support ledge is configured to support a portion of an RFID component configured to be output by the RFID printer through the media outlet. The tray also includes a guide ramp connected to the support ledge at an angle. The guide ramp is configured to slidably support the RFID component after the RFID component pivots off the support ledge.

The invention relates to a support system and method for a radio frequency identification device printer. The support system (100) is configured to be coupled to a radio frequency identification device, RFID, printer. The support system (100) includes a tray (120) having a support flange (122) configured to abut against the RFID printer (102) below a media outlet (104) of the RFID printer (102). The support flange (122) is configured to support a portion of an RFID component (106) configured to be output by the RFID printer (102) through the media outlet (104). The tray (120) also includes a guide ramp (124) connected to the support flange (122) at an angle. The guide ramp (124) is configured to slidably support the RFID component (106) after the RFID component (106) is pivoted away from the support flange (122).

Disclosed is an RFID label printer and a method for reading and writing an RFID label using an RFID label printer, the RFID label printer includes: a first antenna, a paper cartridge and a control module for reading and writing, the paper cartridge is used to accommodate a label roll paper, the label roll paper includes a plurality of labels having a first RFID chip, and the control module for reading and writing is configured to perform steps of reading and writing.

A card printing method comprises the steps of: performing a surface treatment on a first surface (A) of a first card (1) in a card surface treatment station (131); printing on the first surface (A) of said first card (1) in a card printing station (130); flipping the first card (1); transporting a second card (2) together with the first card (1) to the card surface treatment station (131); performing said surface treatment on a second surface (B) of the first card (1) and on a first surface (A) of the second card (2) in said card surface treatment station (131); conveying together said first card (1) and second card (2) from the card surface treatment station (131) to the card printing station (130); printing the second surface (B) of the first card (1) and the first surface (A) of the second card (2) in the card printing station (130).