A handheld barcode reader includes a reader enclosure constructed from a dielectric material and a screen engaging member operatively coupled with the reader enclosure. The reader enclosure includes a nose portion and a handle portion coupled with the nose portion and is adapted to accommodate a user's hand. The screen engaging member is constructed from a conductive material and includes an extension member coupled with the nose portion of the reader enclosure and at least one arm member extending from the nose portion of the reader enclosure to the handle portion of the reader enclosure.

A modular sensor system for use with a faceplate mountable to a housing can include first and second optical modules. Each of the optical modules can be configured to be removably receivable within either of a first mounting aperture or a second mounting aperture of the faceplate, in either of a first orientation or a second orientation.

A handheld barcode reader includes a reader enclosure constructed from a dielectric material and a screen engaging member operatively coupled with the reader enclosure. The reader enclosure includes a nose portion and a handle portion coupled with the nose portion and is adapted to accommodate a user's hand. The screen engaging member is constructed from a conductive material and includes an extension member coupled with the nose portion of the reader enclosure and at least one arm member extending from the nose portion of the reader enclosure to the handle portion of the reader enclosure.

The present disclosure relates to methods and devices for operation of a removable storage device. In some aspects, the device can initialize the operation of a removable storage device, such as with a host device. The device can also identify an environment around the device as a thermally enhanced environment or a thermally non-enhanced environment in response to the initialization of operation of the device. Additionally, the device can select a thermal control loop algorithm of the removable storage device based on the identified environment. The device can also adjust a thermal control loop algorithm of the device based on the identified environment. Moreover, the device can control processing operations of a processor in response to the adjusted thermal control loop algorithm.

A modular sensor system for use with a faceplate mountable to a housing can include first and second optical modules. Each of the optical modules can be configured to be removably receivable within either of a first mounting aperture or a second mounting aperture of the faceplate, in either of a first orientation or a second orientation.

An information reader includes a reader main unit and a case. The case houses therein an inner pad serving as an electrostatic capacity type of switch used by an operator to enable an information reading unit to read information. The inner pad is assembled within the case to be directed toward a touch detection region of the case. A switch unit, which is separated from the reader main unit, is provided with a touch electrode pad to which electrical charge is applied in response to an operator's touch operation, a wiring line one of whose both ends is electrically connected to the touch electrode pad, and a transmission pad to which the other end is electrically connected. The transmission pad is assembled with the case on the outer surface thereof.

The present disclosure relates to methods and devices for operation of a removable storage device. In some aspects, the device can initialize the operation of a removable storage device, such as with a host device. The device can also identify an environment around the device as a thermally enhanced environment or a thermally non-enhanced environment in response to the initialization of operation of the device. Additionally, the device can select a thermal control loop algorithm of the removable storage device based on the identified environment. The device can also adjust a thermal control loop algorithm of the device based on the identified environment. Moreover, the device can control processing operations of a processor in response to the adjusted thermal control loop algorithm.

An information reader includes a reader main unit and a case. The case houses therein an inner pad serving as an electrostatic capacity type of switch used by an operator to enable an information reading unit to read information. The inner pad is assembled within the case to be directed toward a touch detection region of the case. A switch unit, which is separated from the reader main unit, is provided with a touch electrode pad to which electrical charge is applied in response to an operator's touch operation, a wiring line one of whose both ends is electrically connected to the touch electrode pad, and a transmission pad to which the other end is electrically connected. The transmission pad is assembled with the case on the outer surface thereof.

The present disclosure provides a relay application configured to send decoded barcode image data to an intermediary device as text via a TCP/IP connection. The relay application is executed by a processor of a mobile device that is in communication with the barcode sled reader. The barcode sled reader includes a barcode reader that generates image data of a barcode and a decoding processor that decodes the image data.