Host-peripheral adaptor
View Patent ↗A host-peripheral adaptor includes a host adaptor and a portable peripheral adaptor. The host adaptor includes a substantially flat peripheral-adaptor-side interface. The peripheral-adaptor-side interface is designed in a way that it is not easy to tamper with. The portable peripheral adaptor includes a host-adaptor-side interface that is designed to operatively connect to the peripheral-adaptor-side interface of the host adaptor. The portable peripheral adaptor also includes one or more peripheral-side interfaces for accommodating one or more peripheral devices such as a storage media. The portable peripheral adaptor and the host adaptor include a set of data lines and the host adaptor also includes circuitry for recognizing the specific type of a peripheral device and, based on its specific type, for setting a suitable communication path to transfer data between a host and the peripheral device.
1. A peripheral adaptor comprising:
a peripheral-side interface configured to transfer data to and from a peripheral device; and
a host-adaptor-side interface configured to:
operatively connect to a peripheral-adaptor-side interface of a host adaptor, wherein the host adapter includes at least one of a touch screen display device and a keypad configured to receive recognition information from a source, wherein the recognition information indicates a peripheral device type, the peripheral device type characterizing the peripheral device, the source distinct from the peripheral device and distinct from a host of the peripheral device; and
transfer the data between the peripheral-side interface and the host via a data path that couples the peripheral device and the host, wherein the data path is selected by the host adapter from among a plurality of selectable data paths based on the recognition information.
2. The peripheral adaptor of claim 1 , further comprising:
a second peripheral-side interface operable to accommodate a second peripheral device; and
a switch to facilitate selection between the peripheral-side interface and the second peripheral-side interface.
3. The peripheral adaptor of claim 1 , wherein the host-adaptor-side interface includes a contact that is recessed relative to an external face of the peripheral adaptor.
4. The peripheral adaptor of claim 1 , wherein the host-adaptor-side interface includes a contact that protrudes relative to an external face of the peripheral adaptor.
5. The peripheral adaptor of claim 1 , wherein the host-adaptor-side interface includes a spring contact.
6. The peripheral adaptor of claim 1 , wherein the peripheral-side interface includes a socket.
7. The peripheral adaptor of claim 1 , wherein the host-adaptor-side interface does not include either of a socket and a pin configured to fit a socket.
8. The peripheral adaptor of claim 1 , wherein the host-adaptor-side interface includes a substantially planar external surface having multiple conductive protrusions and is configured to be positioned to engage the multiple conductive protrusions into multiple recesses in a substantially planar external surface of the peripheral-adaptor-side interface of the host adaptor.
9. The peripheral adaptor of claim 8 , wherein portions of the multiple conductive protrusions that protrude from the substantially planar external surface have a first dimension in a first direction along the substantially planar external surface and a second dimension in a second direction perpendicular to the substantially planar external surface, the first dimension larger than the second dimension.
10. A host adaptor comprising:
at least one of a touch screen display device and a keypad configured to receive recognition information from a source, wherein the recognition information indicates a peripheral device type, the peripheral device type characterizing a peripheral device, the source distinct from the peripheral device and distinct from a host of the peripheral device;
a recognition module to receive the recognition information from the at least one of the touch screen display device and the keypad; and
a switching matrix configurable to select a particular data path of a plurality of selectable data paths based on the recognition information received at the recognition module;
wherein on receipt of the recognition information by the recognition module, the switching matrix is configured to transfer data between the host and the peripheral device via a peripheral device adaptor using the particular data path, the particular data path selected from the plurality of selectable data paths based on the recognition information received at the recognition module from the source.
11. The host adaptor of claim 10 , wherein the particular data path comprises one or more connectors, wherein the one or more connectors are configured to transfer the data between the host and the peripheral device according to a communication protocol that is associated with the peripheral device.
12. The host adaptor of claim 10 , wherein the recognition module is operable to configure the switching matrix based on the recognition information.
13. The host adaptor of claim 10 , further comprising a peripheral-adaptor-side interface having an external surface and electrical contacts situated in a recess of the external surface, wherein at least one of the electrical contacts is designated to couple to the peripheral device.
14. The host adaptor of claim 10 , further comprising a peripheral-adaptor-side interface having an external surface and electrical contacts situated on a protrusion of the external surface, wherein at least one of the electrical contacts is designated to couple to the peripheral device.
15. A method of providing an interface between a host device and a peripheral device, the method comprising:
receiving recognition information related to the peripheral device via at least one of a touch screen display device and a keypad, wherein the recognition information indicates a peripheral device type, the peripheral device type characterizing the peripheral device, the recognition information received from a source that is distinct from the peripheral device and that is distinct from a host of the peripheral device;
selecting a particular data path of a plurality of selectable data paths based on the recognition information; and
transferring data between the host device and the peripheral device via a peripheral device adaptor using the particular data path.
16. The method of claim 15 , further comprising transferring the data on receipt of the recognition information.
17. The method of claim 15 , further comprising using a switching matrix to select the particular data path.
18. The method of claim 15 , wherein the host-adaptor-side interface includes a substantially planar external surface having multiple conductive protrusions and configured to be positioned to engage the multiple conductive protrusions into multiple recesses in a substantially planar external surface of a peripheral-adaptor-side interface of a host adaptor.
19. The method of claim 18 , wherein portions of the multiple conductive protrusions that protrude from the substantially planar external surface have a first dimension in a first direction along the substantially planar external surface and a second dimension in a second direction perpendicular to the substantially planar external surface, the first dimension larger than the second dimension.
20. The method of claim 15 , wherein the particular data path includes one or more connectors, wherein the one or more connectors are configured to transfer the data between the host device and the peripheral device according to a communication protocol that is associated with the peripheral device.