Abstract: A swingable exercise bike includes a base having with a pivot portion for pivoting a bike body to swing left and right relative to the base. Left and right sides of the pivot portion are provided with cushion devices, respectively. The cushion devices are connected to the bike body and provide a horizontal cushioning resistance when the bike body swings left and right, thereby ensuring stable support of the bike body and improving safety in use.

Abstract: A swingable exercise bike includes a base having a first pivot portion for a bike body to be pivotally connected to the first pivot portion so that the bike body can swing left and right relative to the base. Left and right sides of the first pivot portion are provided with first connecting rods. The first connecting rods each have one end pivoted to the base and another end extending in a height direction and pivoted to a second connecting rod. The second connecting rod is further pivoted to the bike body. When the bike body swings left and right, the first and second connecting rods are pivoted. The two second connecting rods are connected with a cushion device disposed in a horizontal direction, which can generate a damping effect when the two second connecting rods are pivoted by the bike body, thereby cushioning the swing of the bike body.

Abstract: A swingable exercise bike includes a base having a first pivot portion for a bike body to be pivotally connected to the first pivot portion so that the bike body can swing left and right relative to the base. Left and right sides of the first pivot portion are provided with first connecting rods. The first connecting rods each have one end pivoted to the base and another end extending in a height direction and pivoted to a second connecting rod. The second connecting rod is further pivoted to the bike body. When the bike body swings left and right, the first and second connecting rods are pivoted. The two second connecting rods are connected with a cushion device disposed in a horizontal direction, which can generate a damping effect when the two second connecting rods are pivoted by the bike body, thereby cushioning the swing of the bike body.

Abstract: A swingable exercise bike includes a base having with a pivot portion for pivoting a bike body to swing left and right relative to the base. Left and right sides of the pivot portion are provided with cushion devices, respectively. The cushion devices are connected to the bike body and provide a horizontal cushioning resistance when the bike body swings left and right, thereby ensuring stable support of the bike body and improving safety in use.

Abstract: An electronic gage supporting structure of an exercise apparatus includes a main body provided with a linearly extending groove track. The groove track is provided with a slidable first positioning member, which can be secured at any position along the groove track by a securing member. The main body is further provided with a second positioning member at a position facing the groove track, and the second positioning member is arranged opposite the first positioning member. The first positioning member has a first side facing the second positioning member and provided with a first positioning groove. The second positioning member has a second side facing the first positioning member and provided with a second positioning groove. The first and the second positioning members define a positioning space therebetween in which an object can be secured, with the object being positioned jointly by the first and the second positioning grooves.

Abstract: An electronic gage supporting structure of an exercise apparatus includes a main body provided with a linearly extending groove track. The groove track is provided with a slidable first positioning member, which can be secured at any position along the groove track by a securing member. The main body is further provided with a second positioning member at a position facing the groove track, and the second positioning member is arranged opposite the first positioning member. The first positioning member has a first side facing the second positioning member and provided with a first positioning groove. The second positioning member has a second side facing the first positioning member and provided with a second positioning groove. The first and the second positioning members define a positioning space therebetween in which an object can be secured, with the object being positioned jointly by the first and the second positioning grooves.

Abstract: A foldable exercise bike includes a cross configuration formed by a main frame with a treading-driven rotation mechanism at bottom and a seat at top and a second frame with a pivoting portion pivoted to a handle. The main frame has a first-positioning device, and one end of the first-positioning device is selectively fixed on the second frame, so that the main frame can be fixed with the second frame. The second frame has a second-positioning device, and one end of the second-positioning device is selectively fixed on the handle, so that the second frame can be fixed with the handle. A resistance device is between the second frame and handle. The length of the resistance device can be changed when the handle is swung relative to the second frame, thereby generating a resistance force opposing to the swing motion of the handle.

Abstract: A treadmill includes a bottom bracket, a movable unit, and a treadmill platform. The bottom bracket is assembled with a standing bracket extending upward, and the standing bracket is assembled with a handlebar. The moveable unit is movably connected on the standing bracket. A driving unit is assembled with the bottom bracket for driving the movable unit to slide along an extension direction of the standing bracket. The front end of the treadmill platform is pivotally connected on the movable unit, so that the front end is moved along with the movement of the movable unit at the same time, thereby changing the slope of the treadmill platform.

Abstract: An adjustable and swingable exercise bike includes a base, a bike body and multiple cushion units. The base has two connecting portions, and each connecting portion has a supporting rod protruding upward and a shaft seat mounted on a top of the supporting rod. The bike body is mounted on the base and has a bike frame and two swinging seats. The bike frame has a front end and a rear end. The swinging seats are respectively and securely mounted on the front end and the rear end of the bike frame, and each swinging seat is pivotally connected with the corresponding supporting rod. The cushion units are elastic, elongated and respectively mounted between the connecting portions and the swinging seats. The cushion units can help the bike body of the exercise bike simulate a situation of riding a real bike.

Abstract: A compounded fitness trainer, including a base, on which a loading device is pivoted; a pair of first driving bars pivoted on the base for swinging; a pair of second driving bars pivoted on the base for swinging; a pair of first linkages respectively pivoted on the second driving bars and opposite sides of the loading device; and a pair of second linkages respectively pivoted on the first driving bars and the first linkages wherein the first driving bars are moved by the second driving bars when the second driving bars are moved, and the second driving bars are moved by the first driving bars when the first driving bars are moved whereby moving the first driving bars and/or the second driving bars may train different muscles.

Abstract: A compounded fitness trainer, including a base, on which a loading device is pivoted; a pair of first driving bars pivoted on the base for swinging; a pair of second driving bars pivoted on the base for swinging; a pair of first linkages respectively pivoted on the second driving bars and opposite sides of the loading device; and a pair of second linkages respectively pivoted on the first driving bars and the first linkages wherein the first driving bars are moved by the second driving bars when the second driving bars are moved, and the second driving bars are moved by the first driving bars when the first driving bars are moved whereby moving the first driving bars and/or the second driving bars may train different muscles.

Abstract: A bicycle training stand includes a frame, a first clamping unit, and a second clamping unit. An axle of a bicycle wheel is clamped between the first and the second clamping units. The first clamping unit includes an abutting member and an operation member, wherein the abutting member is fitted in an axle bore of the frame, and can be moved in an axial direction of the axle bore. The abutting member has an abutting end contacting the axle of the bicycle wheel. The operation member is pivotally connected to the frame, and can be moved between a first position and a second position. When the operation member is at the first position, the contacting portion presses the abutting member; when the operation member is at the second position, the contacting portion has no contact with the abutting member.

Abstract: A swingable exercise bike includes a base, a bike body and multiple cushion units. The base has two horizontal tubes. The bike body is pivotally connected with the base and has a bike frame and two swinging seats. The swinging seats are respectively securely mounted on a front end and a rear end of the bike frame. The cushion units are elastic and are mounted between the horizontal tubes and the swinging seats, each cushion unit having a fixed end and a free end opposite to the fixed end. The cushion units can help the bike body simulate a situation of riding a real bike, and provides fun and variations during exercising.

Abstract: An adjustable and swingable exercise bike includes a base, a bike body and multiple cushion units. The base has two connecting portions, and each connecting portion has a supporting rod protruding upward and a shaft seat mounted on a top of the supporting rod. The bike body is mounted on the base and has a bike frame and two swinging seats. The bike frame has a front end and a rear end. The swinging seats are respectively and securely mounted on the front end and the rear end of the bike frame, and each swinging seat is pivotally connected with the corresponding supporting rod. The cushion units are elastic, elongated and respectively mounted between the connecting portions and the swinging seats. The cushion units can help the bike body of the exercise bike simulate a situation of riding a real bike.

Abstract: A bicycle training stand includes a frame, a first clamping unit, and a second clamping unit. An axle of a bicycle wheel is clamped between the first and the second clamping units. The first clamping unit includes an abutting member and an operation member, wherein the abutting member is fitted in an axle bore of the frame, and can be moved in an axial direction of the axle bore. The abutting member has an abutting end contacting the axle of the bicycle wheel. The operation member is pivotally connected to the frame, and can be moved between a first position and a second position. When the operation member is at the first position, the contacting portion presses the abutting member; when the operation member is at the second position, the contacting portion has no contact with the abutting member.

Abstract: A swingable exercise bike includes a base, a bike body and multiple cushion units. The base has two horizontal tubes. The bike body is pivotally connected with the base and has a bike frame and two swinging seats. The swinging seats are respectively securely mounted on a front end and a rear end of the bike frame. The cushion units are elastic and are mounted between the horizontal tubes and the swinging seats, each cushion unit having a fixed end and a free end opposite to the fixed end. The cushion units can help the bike body simulate a situation of riding a real bike, and provides fun and variations during exercising.