Compact hand-held RF data terminal

Claim 2

A compact, battery-powered, hand-held data terminal for communication with a first external device and a second external device, the first external device communicatively coupled to a data transfer cradle, said data terminal comprising: a housing; means for entering data and means for displaying data, said data entry means and said data display means communicatively coupled and disposed on said housing; data transfer means for communicating data between said data terminal and a first external device in a first communication pathway via a data transfer cradle; a transceiver disposed within said housing; a control circuit including means for storing control sequence instructions, means for storing data and means for selectively communicating data between said data storage means, said transceiver and said data transfer means; an antenna coupled to said transceiver, said antenna positioned within said housing so that said control circuit and said transceiver are shielded from said antenna; said antenna disposed within the confines of the housing so as to facilitate insertion of said housing into the data transfer cradle; said data terminal, while inserted into the data transfer cradle, operable to communicate data with the first external device in the first communication pathway via the data transfer cradle while permitting communication with a second external device in a second communication pathway, independent of the first communication pathway, via said transceiver and said antenna.

Claim 3

The compact, battery-powered, hand-held data terminal according to claim 1, wherein the data transfer means comprises a serial-type data interface.

Claim 4

The compact, battery-powered, hand-held data terminal according to claim 1 further comprising a bar code reader coupled to said control circuit for reading bar code data into said data storage means.

Claim 5

The compact, battery-powered, hand-held data terminal according to claim 1, wherein said means for selectively communicating data between said data storage means, said transceiver and said data transfer means includes a microprocessor.

Claim 6

The compact, battery-powered, hand-held data terminal according to claim 1, wherein said first external device comprises a printer and said second external device comprises a central computer.

Claim 7

A compact, hand-held data terminal for communication in a network having a first and a second external device, said first external device having means for docking, said terminal comprising: a housing having means for entering data and a display disposed thereon, said housing adapted for insertion into a means for docking of a first external device; data processing and control circuitry disposed within said housing and having data coupling elements communicatively accessible to the docking means, said data coupling elements communicatively coupling said data processing and control circuitry in a first communication pathway through the docking means to the first external device for data exchange therewith; a transceiver disposed within said housing and coupled to said data processing and control circuitry; a power source for providing power to the data processing and control circuitry and the transceiver; an antenna coupled to the transceiver, said antenna and transceiver communicatively coupling said data processing and control circuitry in a second communication pathway, independent of the first communication pathway, via wireless signals to a second external device for data exchange therewith; and said antenna positioned within the confines of the housing such that said data terminal may be communicatively coupled with the docking means permitting data communication with the first external device while permitting data communication with the second external device without interference by the docking means.

Claim 8

A compact, hand-held data terminal for communication in a network having a first and a second external device, said first external device having means for docking, said terminal comprising: a housing having means for entering data and a display disposed thereon, said housing adapted for insertion into a means for docking of a first external device; data processing and control circuitry disposed within said housing and having data coupling elements communicatively accessible to the docking means, said data coupling elements communicatively coupling said data processing and control circuitry in a first communication pathway through the docking means to the first external device for data exchange therewith; a transceiver disposed within said housing and coupled to said data processing and control circuitry; a power source for providing power to the data processing and control circuitry and the transceiver; an antenna coupled to the transceiver, said antenna and transceiver communicatively coupling said data processing and control circuitry in a second communication pathway, independent of the first communication pathway, via wireless signals to a second external device for data exchange therewith; and said antenna positioned within the confines of the housing such that said data terminal may be communicatively coupled with the docking means permitting data communication with the first external device while permitting data communication with the second external device without interference by the docking means.

Claim 9

The compact, hand-held data terminal of claim 6 wherein said data processing and control circuitry includes a microprocessor.

Claim 10

The compact, hand-held data terminal of claim 6 further comprising a bar code reader electrically coupled to said data processing and control circuitry.

Claim 11

The compact, hand-held data terminal of claim 6 wherein said first external device comprises a printer and said second external device comprises a central computer.

Claim 12

In a data communication system, the method of capturing and transferring data utilizing a compact, hand-held data terminal, said method comprising the steps of: reading data from a bar code symbol or the like using a bar code reader coupled to data processing and control circuitry of the terminal; manually entering data via a keyboard located on said terminal and coupled to the data processing and control circuitry; communicatively coupling the data processing and control circuitry to a first external device in a first communication pathway via means for docking and to a second external device in a second communication pathway via a transceiver and an antenna of said data terminal; receiving by the data processing and control circuitry data from the second external device via the transceiver and the antenna; and transferring by the data processing and control circuitry the manually entered data, the read data, and the received data to the first external device via the docking means; and arranging said antenna so as to facilitate insertion of said terminal into the docking means.

Claim 13

In a data communication system, the method of capturing and transferring data utilizing a compact, hand-held data terminal, said method comprising the steps of: reading data from a bar code symbol or the like using a bar code reader coupled to data processing and control circuitry of the terminal; manually entering data via a keyboard located on said terminal and coupled to the data processing and control circuitry; communicatively coupling the data processing and control circuitry to a first external device in a first communication pathway via means for docking and to a second external device in a second communication pathway via a transceiver and an antenna of said data terminal; receiving by the data processing and control circuitry data from the second external device via the transceiver and the antenna; and transferring by the data processing and control circuitry the manually entered data, the read data, and the received data to the first external device via the docking means; and arranging said antenna so as to facilitate insertion of said terminal into the docking means.

Claim 14

A compact, battery-powered, hand-held data terminal for communication with a first external device in a first communication pathway via a data transfer cradle and with a second external device in a second communication pathway via wireless signals, the first communication pathway independent of the second communication pathway, said data terminal comprising: a housing having means for entering data and a display thereon, said housing docking with a data transfer cradle of a first external device; a data transfer means for communicating data between said data terminal and the first external device in a first communication pathway via the data transfer cradle; a transceiver; control circuitry in said housing including means for storing data and means for selectively communicating data between said data storage means, said transceiver and said data transfer means; an antenna, said antenna and transceiver for communicating data between said terminal and a second external device in a second communication pathway via wireless signals; and said data terminal, while inserted into the data transfer cradle, operable to permit data communication between the first and second external devices via said data terminal using the first and second communication pathways.

Claim 15

A compact, battery-powered, hand-held data terminal for communication with a first external device in a first communication pathway via a data transfer cradle and with a second external device in a second communication pathway via wireless signals, the first communication pathway independent of the second communication pathway, said data terminal comprising: a housing having means for entering data and a display thereon, said housing docking with a data transfer cradle of a first external device; a data transfer means for communicating data between said data terminal and the first external device in a first communication pathway via the data transfer cradle; a transceiver; control circuitry in said housing including means for storing data and means for selectively communicating data between said data storage means, said transceiver and said data transfer means; an antenna, said antenna and transceiver for communicating data between said terminal and a second external device in a second communication pathway via wireless signals; and said data terminal, while inserted into the data transfer cradle, operable to permit data communication between the first and second external devices via said data terminal using the first and second communication pathways.

Claim 16

A compact, hand-held data terminal for communication in a network having a first external device and a second external device, the first external device having means for docking, said terminal comprising: a housing, said housing adapted for use with means for docking of a first external device; data processing and control circuitry disposed within said housing and having a data coupling element communicatively accessible to said docking means, said data coupling element communicatively coupling said data processing and control circuitry in a first communication pathway through the docking means to the first external device for data exchange therewith; a wireless transceiver disposed within said housing and coupled to said data processing and control circuitry, said wireless transceiver communicatively coupling said data processing and control circuitry in a second communication pathway via wireless signals to a second external device for data exchange therewith; and the first communication pathway independent of the second communication pathway such that said terminal, when said housing is docked with the docking means, is operable to communicate with both the first external device and the second external device.

Claim 17

A compact, hand-held data terminal for communication in a network having a first external device and a second external device, the first external device having means for docking, said terminal comprising: a housing, said housing adapted for use with means for docking of a first external device; data processing and control circuitry disposed within said housing and having a data coupling element communicatively accessible to said docking means, said data coupling element communicatively coupling said data processing and control circuitry in a first communication pathway through the docking means to the first external device for data exchange therewith; a wireless transceiver disposed within said housing and coupled to said data processing and control circuitry, said wireless transceiver communicatively coupling said data processing and control circuitry in a second communication pathway via wireless signals to a second external device for data exchange therewith; and the first communication pathway independent of the second communication pathway such that said terminal, when said housing is docked with the docking means, is operable to communicate with both the first external device and the second external device.