Abstract: A method for decoding a decodable symbol using an optical reader having a 2D image sensor that is configured to operate in a partial frame capture operating mode. In a partial frame operating mode, the reader clocks out and captures at least one partial frame of image data having image data corresponding to less than all of the pixels of an image sensor pixel array. In one embodiment, the reader operating in a partial frame operating mode captures image data corresponding to a linear pattern of pixels of the image sensor, reads the image data, and attempts to decode for a decodable bar code symbol which may be represented in the image data.

Abstract: There is described in one embodiment an imaging apparatus having an image sensor, and a plurality of operating states. Operation of the imaging apparatus can be differentiated between the operating states. In one operating state, the imaging apparatus can capture a frame of image data having image data corresponding to a predetermined number of pixels of the image sensor. The operating states of the imaging apparatus can be user selectable. There is described in one embodiment an apparatus having an image sensor operative to capture a relatively smaller sized frame, wherein a characteristic of light directed by an illumination assembly for capture of a relatively larger sized frame is determined utilizing the relatively smaller sized frame.

Abstract: A terminal includes a housing, a touch screen, and an imaging assembly. The imaging assembly in one embodiment is disposed in the housing so that an imaging axis extends externally from the housing. The imaging assembly can be utilized for capture of images disposed externally to the housing. In one embodiment a frame of image data captured utilizing an imaging assembly can be processed for attempting to decode a decodable indicia. In one embodiment a frame of image data captured utilizing an imaging assembly can be stored.

Abstract: There is described an imaging apparatus having an image sensor, and a plurality of operating states. Operation of the imaging apparatus can be differentiated between the operating states. In one operating state, the imaging apparatus can capture a frame of image data having image data corresponding to a predetermined number of pixels of the image sensor. The operating states of the imaging apparatus can be user selectable.

Abstract: There is described an imaging apparatus having an image sensor, and a plurality of operating states. Operation of the imaging apparatus can be differentiated between the operating states. In one operating state, the imaging apparatus can capture a frame of image data having image data corresponding to a predetermined number of pixels of the image sensor. The operating states of the imaging apparatus can be user selectable.

Abstract: A transaction terminal includes a housing, a touch screen, a card reader, an imaging module, and a decode circuit coupled to the imaging module. The imaging module in one embodiment is disposed in the housing so that an imaging axis extends rearward of the housing. In a typical use of the terminal a store clerk can easily move objects into a field of view of the terminal. The transaction terminal can be coupled to a POS network which remotely sends a trigger signal actuating the imaging module when an age-proof-require product is being purchased.

Abstract: A terminal includes a housing, a touch screen, and an imaging assembly. The imaging assembly in one embodiment is disposed in the housing so that an imaging axis extends externally from the housing. The imaging assembly can be utilized for capture of images disposed externally to the housing. In one embodiment a frame of image data captured utilizing an imaging assembly can be processed for attempting to decode a decodable indicia. In one embodiment a frame of image data captured utilizing an imaging assembly can be stored.

Abstract: A transaction terminal includes a housing, a touch screen, a card reader, an imaging module, and a decode circuit coupled to the imaging module. The imaging module in one embodiment is disposed in the housing so that an imaging axis extends rearward of the housing. In a typical use of the terminal a store clerk can easily move objects into a field of view of the terminal. The transaction terminal can be coupled to a POS network which remotely sends a trigger signal actuating the imaging module when an age-proof-require product is being purchased.

Abstract: There is described an imaging apparatus having an image sensor, and a plurality of operating states. Operation of the imaging apparatus can be differentiated between the operating states. In one operating state, the imaging apparatus can capture a frame of image data having image data corresponding to a predetermined number of pixels of the image sensor. The operating states of the imaging apparatus can be user selectable.

Abstract: There is described a bar code reading device having an image sensor, a first operating state and an alternative operating state. In the first operating state the bar code reading device can be restricted from reading out image data corresponding to a maximum number of pixels of the image sensor. In the alternative operating state, the bar code reading device can be capable of reading out a maximum number of pixels of the image sensor. The bar code reading device can attempt to decode a bar code symbol represented in captured image data whether the first operating state or the alternative operating state is active.

Abstract: A method for decoding a decodable symbol using an optical reader having a 2D image sensor that is configured to operate in a partial frame capture operating mode. In a partial frame operating mode, the reader clocks out and captures at least one partial frame of image data having image data corresponding to less than all of the pixels of an image sensor pixel array. In one embodiment, the reader operating in a partial frame operating mode captures image data corresponding to a linear pattern of pixels of the image sensor, reads the image data, and attempts to decode for a decodable bar code symbol which may be represented in the image data.

Abstract: An ergonomically designed transactional terminal according to the invention in one embodiment includes a housing having a top portion partially defined by a touch screen, a base, and an enlarged head portion extending forwardly from the base to define a lip. An insert style card reader having horizontally oriented feed slot opening toward the front of the housing is disposed in the lip of the housing. The feed slot may be angled downward slightly to reduce build up in the slot and to encourage a sweeping action by a card during card removal. The touch screen may be angled downward in coplanar relationship with the feed slot to improve visibility of the touch screen and to improve simultaneous observation of touch screen and card indicia.

Abstract: A method for decoding a decodable symbol using an optical reader having a 2D image sensor that is configured to operate in a partial frame capture operating mode. In a partial frame operating mode, the reader clocks out and captures at least one partial frame of image data having image data corresponding to less than all of the pixels of an image sensor pixel array. In one embodiment, the reader operating in a partial frame operating mode captures image data corresponding to a linear pattern of pixels of the image sensor, reads the image data, and attempts to decode for a decodable bar code symbol which may be represented in the image data.

Abstract: There is described a bar code reading device capable of operating in a first image capture operating mode and a second image capture operating mode. The bar code reading device has a faster frame rate when operating in the first image capture operating mode than when operating in the second image capture operating mode.

Abstract: There is provided an optical reader system that can include an optical reader and a host processor which may be in communication via a communication link. In one embodiment a communication link between an optical reader and a host processor can be a wireless communication link. The optical reader in one embodiment can receive from the host processor a trigger instruction. In another embodiment the optical reader can receive from the host processor a single frame instruction. The optical reader in another embodiment can receive from the host processor an image upload instruction.

Abstract: There is described a method and apparatus for processing a card. A card that is processed can have a corresponding card holder. In one embodiment, a card reader can be provided for reading information of a card. A card reader in one embodiment can be configured to sense a level of degradation of a card. A card reader in one embodiment can be in communication with a remote processor system.

Abstract: A method for decoding a decodable symbol using an optical reader having a 2D image sensor that is configured to operate in a partial frame capture operating mode. In a partial frame operating mode, the reader clocks out and captures at least one partial frame of image data having image data corresponding to less than all of the pixels of an image sensor pixel array. In one embodiment, the reader operating in a partial frame operating mode captures image data corresponding to a linear pattern of pixels of the image sensor, reads the image data, and attempts to decode for a decodable bar code symbol which may be represented in the image data.

Abstract: The invention is an optical reader having a 2D image sensor that is configured to operate in a partial frame capture mode. In a partial frame operating mode, the reader clocks out and captures at least one partial frame of image data having image data corresponding to less than all of the pixels of an image sensor pixel array. In one embodiment, the reader operating in a partial frame operating mode captures image data corresponding to a linear pattern of pixels of the image sensor, reads the image data, attempts to decode for a decodable 1D symbol which may be represented in the image data, and captures a full frame of image data if the image data reading reveals a 2D symbol is likely to be present in a full field of view of the 2D image sensor.