Multiuse treadmill apparatus

摘要

A multiuse treadmill apparatus including a treadmill, a support structure comprising a right pole and a left pole, a pair of handles, a control panel, a display screen, a plurality of controls, a pair of support frames, a pair of top support bars, and a pair of bottom support bars. A plurality of hooks are continuously disposed. Each of the plurality of hooks has an apex perpendicularly disposed towards the back side of the treadmill. The plurality of hooks are configured to engage a plurality of resistance bands. A pair of weight sensors comprising a right weight sensor and a left weight sensor are centrally disposed within the right deck and the left deck, respectively. The right weight sensor and the left weight sensor are configured to turn the motor off when a minimum weight is downwardly applied to the right deck and the left deck, respectively.

主权项

1. A multiuse treadmill apparatus comprising:
a treadmill having a running deck, a belt, a motor, an activation switch, a microprocessor, a front side, a back side, a left deck and a right deck, each of the left deck and the right deck having a left side and a right side; wherein the width of the right deck and the left deck is at least three feet; a support structure further comprising:
a right pole and a left pole, each of the right pole and the left pole having a top support and a bottom support, each of the top support and the bottom support having a bottom surface, a top surface, an exterior surface, an upper half, and a lower half;wherein the bottom surface of the right pole bottom support is disposed on the right deck left side and the bottom surface of the left pole bottom support is disposed on the left deck right side;wherein the right pole bottom support and the left pole bottom support are telescopic supports;wherein the right pole bottom support and the left pole bottom support are configured to be lockable at a selected height;a pair of handles comprising a right handle and a left handle, each of the right handle and the left handle having a front surface, a rear surface, and an external surface;wherein the right handle front surface is perpendicularly disposed on the top support upper half of the right pole and the right handle rear surface is disposed towards the treadmill back side;wherein the left handle front surface is perpendicularly disposed on the top support upper half of the left pole and the left handle rear surface is disposed towards the treadmill back side;a control panel having a top side, a bottom side, a right edge, and a left edge, wherein the control panel bottom side is continuously disposed between the top surface of the right pole upper half and the top surface of the left pole upper half;a display screen disposed on the control panel;a plurality of controls disposed on the control panel;a pair of support frames comprising a right support frame and a left support frame, each of the right support frame and the left support frame having a rear pole and a front pole;wherein each of the rear pole and the front pole has a top end and a bottom end;wherein the rear pole bottom end of the right support frame is disposed on the right edge of the control panel top side and the rear pole bottom end of the left support frame is disposed on the left edge of the control panel top side;wherein the rear pole right support frame, the right pole bottom support, and the right pole top support are colinearly disposed with each other;wherein the rear pole left support frame, the left pole bottom support, and the left pole top support are colinearly disposed with each other;wherein the front pole bottom end of the right support frame is disposed on the rear pole bottom end of the right support frame;wherein the front pole bottom end of the left support frame is disposed on the rear pole bottom end of the left support frame;wherein the front pole of the right support frame and the front pole of the left support frame are disposed at an acute angle from the rear pole of the right support frame and the rear pole of the left support frame, respectively, towards the treadmill back side;a pair of top support bars comprising a rear support bar and a forward support bar;wherein the rear support bar is perpendicularly disposed between the rear pole top end of the left support frame and the rear pole top end of the right support frame;wherein the forward support bar is perpendicularly disposed between the front pole top end of the left support frame and the front pole top end of the right support frame;a pair of bottom support bars comprising a lower support bar and an upper support bar;wherein the lower support bar is perpendicularly disposed between the lower half of the left pole bottom support and the lower half of the right pole bottom support;wherein the upper support bar is perpendicularly disposed between the rear pole of the right support frame and the rear pole of the left support frame; a plurality of hooks continuously disposed on at least one of the front pole of the right support frame, the front pole of the left support frame, the pair of bottom support bars, and the pair of top support bars; wherein each of the plurality of hooks has an apex perpendicularly disposed towards the treadmill back side; wherein the plurality of hooks are configured to engage a plurality of resistance bands; and a pair of weight sensors comprising a right weight sensor and a left weight sensor; wherein the right weight sensor is centrally disposed within the right deck; wherein the left weight sensor is centrally disposed within the left deck; wherein the motor, the activation switch, the microprocessor, the control panel, the display screen, the pair of weight sensors, and the belt are in operational communication with each other; wherein the motor has an on position and an alternate off position; wherein the motor is in the on position when the belt is moving; wherein the motor is in the off position when the belt is not moving; wherein the right weight sensor is configured to turn the motor off when a minimum weight is downwardly applied to the right deck; wherein the left weight sensor is configured to turn the motor off when the minimum weight is downwardly applied to the left deck.