Sports retronic wearable terminal

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

(canceled)

22:

• The Sports Retronic Wrist Coach of claim 1, whereas the wrist sleeve comprises an respectively opening at an portion of the body where the opening area constitutes an micro-fiber extendable portion at the top, bottom, left and right side of the opening that is respectively cuffed under another area coupled (sewn) to an underside area of the Sports Retronic Wrist Coach intended to house an attachment component (pin(s)) for coupling the docking station to the opening area forming an coupling housing.

23:

• The Sports Retronic Wrist Coach of claim 2, whereas the left and right extendable portion are respectively longer than the top and bottom extendable portion of the opening in length.

24:

• The Sports Retronic Wrist Coach of claim 1, whereas the wrist sleeve further comprises three velcro attachment component made of an micro-fiber material positioned vertically coupled (sewn) to one end of the wrist sleeve that overhangs the sleeve body portion in an direction away from the sleeve intended to couple both ends of the wrist sleeve together.

25:

• The Sports Retronic Wrist Coach of claim 1, whereas the inner portion of rear base cove includes an 6.73 mm (thick) hinge strip portion that respectively protrude in an direction outward from the rear base cover whereas the hinge strip is further 3D printed to the rear base cover.

26:

• The Sports Retronic Wrist Coach of claim 1, whereas the hinge strip comprises six threaded hinge holes throughout an portion of the rear base cover, whereas the hinge threaded holes portion respectively starts at the hinge strip portion intended to couple the first BP and second BP of the Sports Retronic Wrist Coach together by hinge(s).

27:

• The Sports Retronic Wrist Coach of claim 1, whereas the docking station includes four rim portions (top, bottom, left, right side) that protrudes outward in an direction opposite of the docking station where the docking station is said to be coupled to the sleeve extended portion. The rim portion further includes an pin(s) opening at each end(s) of the rim portions to form coupling of the docking station to the sleeve extended portion.

29:

• The method of claim 8, whereas the user further store each Sports Retronic Band and/or Sports Retronic Coach (WCTI) onto the (SRP) Application interface first screen.

30:

• The method of claim 8, whereas the Sports Retronic Band and/or Wrist Coach (WCTI) functions and preform task operations as a Mobile Phone-Number, Cellular Data Network address, WLAN String Address, IPv4 Address, IPv6 Address, Mobile IP Address, Static IP Address, and Dynamic IP Address.

31:

• The method of claim 8, whereas substantially the operator of the (SRP) Application creates a formation via the (SRP) Application interface first screen. Furthermore, the desired formation is created, the operator of the (SRP) application may group each Sports Retronic Band and/or Wrist Coach intended to receive the (SRP) multimedia file this grouping task may be executed from a drop-down menu or a side panel on the (SRP) Application interface first screen. The operator of the (SRP) application then transmit the (SRP) multimedia file to the grouped Sports Retronic Band and/or Wrist Coach via a wireless communication network.

33:

• The method of claim 12, whereas a user first input first signal to the input module in respect of the touch panel sensing a user first input signal (ex. pressure input) on the (SRP) multimedia file icon on the display, the controller recognizes this (pressure input) command as an icon selection and/or itemizing command in response of the user input signal to the input module, while the said icon is itemized the controller removes the unselected icon's from the display area until the input module returns an no input signal to the controller. Further, the a user flick's the (SRP) multimedia icon to the right-hand side of the display if the icon is on the left-side of the display. Further, if the itemized icon is at the bottom of the display a user flick's the icon upward towards the top of the display, hence during movement of the itemized icon the icon will move in an rotating gliding motion across the display.

34:

• The method of claim 12, whereas in response to the itemize execution command the controller set an file opening execution region on the display while in some cases the display will not display the file opening execution region.

35:

• The method of claim 12, whereas the file opening execution region are vertical or horizontal dashed line(s) set to the middle-right or middle portion of the display.

36:

• The method of claim 12, whereas the controller is executed to a file opening execution region, the display optionally display the file opening execution region (vertical or horizontal dashed lines). Namely, the file opening execution region (vertical or horizontal dashed lines) are internally set, without being displayed on the screen, by the controller.

37:

• The method of claim 12, whereas upon the (SRP) multimedia file icon reaching the file opening execution region (vertical dashed lines) the controller execute the opening of the (SRP) multimedia file in the (SRV) application for further tasks.

39:

• The method of claim 18, whereas upon opening the second BP in a partial opening state with respect to the Sports Retronic Wrist Coach the light emitting element emits an beam of electromagnetic radiation (infrared) towards the second BP detecting an plastic, aluminum, titanium, or injection-molded target in response outputting detected target signals to the proximity sensor circuitry whereas the controller delay the opening of the multimedia file until an non-plastic, aluminum, or injection molded target detected return signal(s) is sensed by the proximity sensor, whereas when the second BP reaches an vertical (upright) 90 degree angle the second BP is no longer in reach of the beams emitted from the light emitting element on the first BP. In response of the second BP being out of reach of the beams emitted, the light emitting element detects an non-plastic, aluminum, or injection molded target, further detecting a non-plastic, aluminum, or injection molded target in respect of the second BP the light emitting element may output a no target detected return signal to an circuit.

40:

• The method of claim 18, whereas the proximity sensor further transmits an non-plastic, aluminum, titanium, or injection molded target detected return signal(s) to the controller in relations to the (SRP) multimedia file transmitted from the external terminal delayed by the controller during the partial opening of the second BP, the controller recognizes this signal as an file opening execution command to whereas the (SRP) multimedia file is open in the viewer application.