TWM553644U - Light and portable flywheel fitness equipment - Google Patents

Description

Portable flywheel exerciser

This creation is about a portable flywheel exerciser, especially a lightweight flywheel exerciser structure that is lightweight in structure and easy to move and easy to store.

The population of modern society is densely populated. In the case of limited area and inch of land, the acquisition of sports venues and park green spaces is quite difficult. To this end, there are gyms and sports clubs with various indoor activities to provide sports enthusiasts to engage in muscle exercise or cardio-pulmonary activities. Among the common indoor sports equipment, the setting of the treadmill and the flywheel exercise bicycle allows the user to run in a specific indoor field. Due to the increasing population density and the indoor space problem in the home environment, and the treadmill and flywheel exercise bike have considerable weight and occupy considerable space, the industry is not committed to research and development, and can overcome the current treadmill and flywheel fitness. The shortcomings of car storage and placement, and a variety of flywheel pedal exercise bikes can be used to provide consumers with choice. However, today's common flywheel exercise bikes can fold the car body to reduce the space for placement, but because of the structural problems of the seat, handle, pedal and tripod of the car body, the pedal and the stand are still transverse to the car body. On the two sides, when the human body passes, it is still easy to cause resistance to the body, thus falling short of the injury. Moreover, the common flywheel exerciser is thick and difficult to move, which makes it difficult to store or take it after being folded. Therefore, the current flywheel exercise bike is still not complete, and it is necessary to improve it.

The present invention provides a portable flywheel exerciser including an outer casing including a through hole extending in a lateral direction, and a chamber formed around the outer periphery of the through hole, and including a rotating wheel set mounted to the outer casing In the chamber, the wheel set includes a rotatable ring, the center of the ring is aligned with the center of the through hole of the outer casing, and the two foldable pedals are disposed at opposite sides of the ring. The folding pedal can be pivoted to a folding position or pivoted to a deployed position, and when the two collapsible pedals are pivoted to the folding position, the two collapsible pedals are folded in the outer casing In the hole, when the two collapsible pedals are pivoted to the deployed position, the two collapsible pedals extend to the two sides of the outer casing, and include a tripod set, and the tripod set can be deployed and folded. At the bottom end of the outer casing.

The feature of the present invention is that the two pedals and the tripod set can be arranged to be deployed on the two sides of the outer casing or in the outer casing, thereby, when the user completes the movement and closes the pedal and the tripod set, The outer surface of the outer casing can be ensured to be flat, and the portable fitness device with flat structure can be conveniently stored in the corner gap, the bottom end of the sofa to the ground gap, or stored in the gap between the furniture and the wardrobe. Therefore, the creation structure can be easily accommodated. The practical function of placing and facilitating mobile access.

Moreover, the present invention further provides a portable flywheel exerciser including an outer casing, the outer casing including a through hole extending in a lateral direction, and a chamber formed around the outer periphery of the through hole, and including a rotating wheel set, The wheel set is mounted in the housing of the outer casing, the wheel set includes a rotatable ring, the ring center is aligned with the center of the through hole of the outer casing, and the second foldable pedal is disposed on the ring The inner side of the 88 is opposite, and includes a magnetic component mounted on the circumference of the ring of the rotating wheel set, and includes a sensor, the sensor is installed in the cavity of the outer casing and is located around the ring, when When the ring rotates to drive the magnetic component to rotate, the sensor senses the magnetic property of the magnetic component to generate a sensing signal, and includes a connection control module, and the connection control module is mounted on the outer casing In the housing of the body, the connection control module is electrically connected to the sensor, and when the sensor senses the magnetic property of the magnetic component to generate a sensing signal, the sensing signal can be With the connection control module transmitting outward, Includes a leg assembly, the leg assembly is positioned at the bottom end of the outer housing.

Moreover, another feature of the creation is that the connection control module and the sensor provided in the outer casing are used to allow the user to sense the rotation of the ring by using the sensor during the pedal movement. The test signal, that is, the connection control module transmits the sensing signal outward, and is connected with any external device having Bluetooth technology.

The present invention further provides a portable flywheel exerciser comprising an outer casing, the outer casing comprising a through hole extending in a lateral direction, and a cavity formed around the outer periphery of the through hole, and including a rotating wheel set mounted thereon In the chamber of the outer casing, the wheel set includes a rotatable ring, the ring center is aligned with the center of the through hole of the outer casing, and includes two foldable pedals, and the two collapsible pedals are disposed on the ring The charging module is mounted on the inner side of the outer casing, and the charging area of the charging module is located on the outer surface of the outer casing, and includes a rechargeable battery, and the rechargeable battery is installed. In the housing of the outer casing, the rechargeable battery is electrically connected to the charging module, and includes a power generating device installed in the housing of the outer casing and located around the ring, the power generating device and the power generating device The rechargeable battery is electrically connected, a magnetic component is mounted on a circumference of the ring of the rotating wheel set, and an air gap is formed between the magnetic component and the power generating device. When the ring rotates, the magnetic component is produced by the power generating device. To form a magnetic flux change induced current input to the rechargeable battery, and comprises a leg assembly, the leg assembly is positioned at the bottom end of the outer housing.

Another feature of the present invention is that the charging module, the power generating device, the magnetic component and the rechargeable battery provided in the outer casing provide the user with power generation by interacting with the magnetic component in addition to the pedaling motion. And accumulating the generated electric power in the rechargeable battery, and transmitting the electric power accumulated in the rechargeable battery to the charging module, so that when the mobile phone is connected with the charging module, the user can perform the pedaling exercise while The mobile phone carried is used for charging work.

The creation of the present invention will be more clearly understood by the detailed description of the illustrative embodiments of the present invention.

As shown in FIG. 1 , FIG. 2 and FIG. 3 , the present portable flywheel exerciser 10 includes an outer casing 20 , a rotor set 60 , two foldable pedals 98 and a tripod set 151 . The outer casing 20 includes a through hole 25 penetrating in a lateral direction, and a chamber 29 is formed around the outer periphery of the through hole 25. As shown in FIG. 1 , the outer casing 20 includes a first shell 22 and a second shell 24 spaced apart from each other. The first shell 22 includes a first hole 26 and a second shell. The plate 24 includes a second aperture 28 that is aligned with the second aperture 28 to define a through-hole 25 extending transversely in the outer casing 20 (as shown in FIG. 3). And a plurality of first shelf plates 48 and a plurality of second shelf plates 49 are disposed on opposite sides of the first shell plate 22 or the second shell plate 24, which are relatively engageable, relatively abutting or relatively abutting against each other. Two positioning plates 58 are formed on the inner side of the upper edge of the second shell plate 24.

As shown in FIGS. 1 and 3, the peripheral edges of the first and second shell plates 22, 24 include a peripheral wall panel 34 which is integrally formed to protrude from the periphery of the first shell panel 22 and is on the peripheral wall. A perforation 46 is provided on one side of the plate 34, and the peripheral wall 34 is closed to the periphery of the first and second casings 22, 24 when the first and second casings 22, 24 are mated. Moreover, a first notch 36 is formed at a bottom end of the first shell 22, and the first notch 36 includes a first partition 40. And a second notch 38 is formed at a bottom end of the second shell 24, and a second partition 42 is included at the second notch 38. When the first and second shells 22, 24 are mated, the first and second partitions 40, 42 abut each other, thus between the first partition 40 to the first gap 36 and the second partition 42 A plurality of perforations 44 are formed between the second indentations 38 and are shown as four perforations 44 as shown in FIG.

As shown in Figs. 1, 2, and 3, the rotor set 60 of the present invention is mounted in the chamber 29 of the outer casing 20. The wheel set 60 includes a frame 62 and a ring 88 located in the frame 62. The ring 88 is centrally aligned with the center of the through hole 25 of the outer casing 20. The inner side of the ring 88 includes a first protrusion 90. And a second convex portion 92. The frame 62 is disposed in the chamber 29 of the outer casing 20. The frame 62 includes a first end portion 64 and a second end portion 66. The inner side of the frame 62 is formed to extend from the first end portion 64 to the first portion. A recess 68 of the two end portions 66. A plurality of rollers 70 are pivotally disposed in the recess 68 by a plurality of pivots 72. The first and second end portions 64 and 66 of the frame 62 include a supporting portion 94. The bottom end of the supporting portion 94 includes two fixing portions 191. The two fixing portions 191 include a bottom end surface 195 and a slot. 193, the fitting grooves 193 of the two fixing portions 191 are aligned with each other. The top end of the support section 94 of the frame 62 includes two pivoting seats 96. A pivoting shaft 70 is pivoted from each pivoting seat 96 by a pivot 85. The circumference of the ring 88 abuts against the surface of the plurality of rollers 70 pivoted in the recess 68, and the circumference of the ring 88 abuts the surface of each of the rollers 70 pivoted in each of the pivots 96, and The side circular diameters are equal, and the circular diameter at the middle of the surface of each roller 70 is smaller than the two side circular diameters, and the circumferential edge of the annular ring 88 abuts against the middle of the surface of each roller 70. When the first shell 22 and the second shell 24 of the outer casing 20 are relatively engaged with each other, the first protrusion 90 and the second protrusion 92 extend into the first ring wall 30 and the second ring wall 32. Aligned and not in the spacing.

As shown in FIGS. 2 and 5, the present portable flywheel exerciser 10 includes a damper member 74 and an adjustment knob 311. The damper member 74 includes a pivoting end 76 and a vacant end 80. The pivoting end 76 has a through hole 78. The pivoting end 76 is bored by a shaft 84 and pivoted thereto. Inside the frame 62 of the wheel set 60, the adjustment knob 311 includes a screw 313 located at a through hole 46 of the peripheral wall panel 34 of the outer casing 20, the screw 313 being screwed into the frame 62 of the wheel set 60. a screw hole 86 is disposed, and the front end of the screw 313 is screwed into a recess 82 formed at the floating end 80 of the damper member 74. The surface of the damper member 74 abuts against the circumference of the ring 88 by the adjustment. The positive and negative adjustment of the knob 311 enables the degree of tightness of the surface of the damper member 74 against the circumference of the ring 88 to be adjusted.

As shown in Fig. 1, Fig. 2, Fig. 3, Fig. 5, and Fig. 6, the two foldable pedals 98 of the present invention are attached to the inner side of the loop 88 of the runner group 60. Each of the foldable pedals 98 includes a positioning portion 111 and a stepped portion 117 that can be pivotally positioned. One ends of the positioning portions 111 of the two foldable pedals 98 are respectively sleeved and fixed to the first and second convex portions 90 and 92 of the ring 88, and the other ends of the positioning portions 111 of the two foldable pedals 98 are respectively provided. An arc portion 113 is formed on the side, and a surface of the arc portion 113 is formed along a longitudinal direction of a through groove 115. One end of the stepped portion 117 of the two foldable pedals 98 forms a shoulder portion 119, and the shoulder portion 119 is aligned with the arc portion. 113, the other end of the step portion 117 is formed with a slope 135. The shoulder portion 119 protrudes in the longitudinal direction from a protrusion 131. The end of the protrusion 131 includes a curved surface 133. The protrusion 131 of the step portion 117 extends into the protrusion 131. The through grooves 115 of the positioning portion 111 are pivoted together. The two collapsible pedals 98 can be pivoted to a collapsed position (as shown in Figure 3) or pivoted to a deployed position (as shown in Figure 6), i.e., when the two collapsible pedals 98 When pivoting to the folding position, the slopes 135 of the tread portions 117 of the two collapsible pedals 98 are aligned, so that the two collapsible pedals 98 are located inside the loops 88 of the wheel set 60 and are folded in The outer casing 20 is in the through hole 25. When the tread portions 117 of the two collapsible pedals 98 are respectively turned toward the two sides of the ring 88, the tread portions 117 of the two collapsible pedals 98 are separated and separated, and the outer casing is protruded toward the two sides of the ring 88. 20 from the side to the unfolded position (as shown in Figure 6).

As shown in FIGS. 1 , 3 , and 4 , the created stand set 151 is attached to the bottom end of the wheel set 60 and is located in a plurality of perforations 44 at the bottom end of the outer casing 20 . The tripod set 151 includes a first stand 153 and a second stand 155. The first leg 153 and the second leg 155 each include a left leg 157 and a right leg 159. The left leg 157 includes a left tooth 171 at one end, and the right leg 159 includes a right tooth at one end. 173, the left leg 157 and the right leg 159 of the first leg 153 are side by side and the left tooth portion 171 of the left leg 157 meshes with the right tooth portion 173 of the right leg 159, and is pivoted 175. The bottom end surface 195 of the fixing portion 191 of the left tooth portion 171 and the right tooth portion 173 on the bottom end side of the frame 62 is pivoted, so that the left foot bar 157 and the right foot bar 159 protrude into the bottom end of the outer casing 20 Two perforations 44 on one side. The left leg 157 and the right leg 159 of the second leg 155 are arranged side by side and the left tooth portion 171 of the left leg 157 meshes with the right tooth portion 173 of the right foot bar 159, and is pivoted by two pivots 175. The left tooth portion 171 and the right tooth portion 173 are disposed on the bottom end surface 195 of the fixing portion 191 on the other side of the bottom end of the frame 62 of the wheel set 60. Therefore, the left foot bar 157 and the right foot bar 159 extend into the bottom end portion 195. Two perforations 44 are formed on the other side of the bottom end of the outer casing 20. At this time, the end of the first stand 153 and the end of the second stand 155 are aligned, and the first and second stand 153, 155 are folded in the plurality of through holes 44 at the bottom end of the outer casing 20. When the left foot lever 157 of the first leg frame 153 is turned outward, the right tooth portion 173 can be rotated by the left tooth portion 171, so that the right foot bar 159 can be simultaneously deployed to the left foot bar 157 and the right. The foot bar 159 is in a straight line. And when the left foot lever 157 of the second leg 155 is turned outward, the right tooth portion 173 of the left tooth portion 171 can be rotated, so that the right foot bar 159 can be simultaneously deployed to the left foot bar 157. And the right foot bar 159 is in a straight line.

As shown in FIG. 1 and FIG. 3, a first through hole 50 and a second through hole 52 are disposed at the top end of the peripheral wall plate 34 at the periphery of the first and second shell plates 22 and 24 of the outer casing 20. The first through holes 50 and 52 are respectively aligned with the positioning plates 58 . The first through holes 50 are provided with a connection control module 54 disposed in the housing 29 of the outer casing 20 and positioned on a positioning plate 58 . The second through hole 52 provides a charging module 56 into the housing 29 of the outer casing 20 and is positioned on another positioning plate 58. The connection control module 54 can be a Bluetooth device or other known A wireless network device. The charging module 56 can be in the form of a wired charging or a wireless charging. The wired charging mode refers to a charging module having a USB socket, and the wireless charging mode means that the charging module 56 is a wireless charging board structure.

As shown in FIGS. 2 and 5, three arc-shaped magnetic members 315 are embedded in the circumference of the ring 88 of the runner group 60. The magnetic member 315 may be a hard magnetic material such as a permanent magnet or a soft magnetic material. Such as steel sheet. And a sensor 177 is mounted in the chamber 29 of the outer casing 20 to be located around the ring 88. A rechargeable battery 317 is detachably inserted into the opposite recess 193 of the two fixing portions 191, whereby the rechargeable battery 317 can be installed in the housing 29 of the outer casing 20, and the rechargeable battery 317 and the connection control The module 54 is electrically connected.

As shown in FIGS. 3 and 5, a power generating device 197 is disposed in the chamber 29 of the outer casing 20 and located around the ring 88. The power generating device 197 can be a coil winding, and the power generating device 197 forms an air gap with the magnetic element 315 embedded in the periphery of the ring 88. When the magnetic element 315 is a power generating device that cooperates with the power generating device 197, the magnetic element 315 may be a permanent magnet of a hard magnetic material. The power generating device 197 is electrically connected to the charging battery 317 , and the charging battery 317 is electrically connected to the charging module 56 . When the ring 88 rotates, the magnetic element 315 generates a magnetic flux change through the power generating device 197, thereby generating an induced current input into the rechargeable battery 317, and when the user wants to perform charging work on the carried mobile phone, When the mobile phone and the charging module 56 are electrically connected, the electric power in the rechargeable battery 317 flows to the charging module 56 to enter the mobile phone to be charged for charging operation.

Referring to Figures 6 and 7, the operation of the pedal operation of the present invention is to expand the first and second legs 153, 155 outwardly, so that the two left feet 157 and the two right feet The 159 is respectively unfolded on both sides of the bottom end of the outer casing 20, whereby the outer casing 20 can be stably stood on the ground. The tread portions 117 of the two foldable pedals 98 are respectively folded outward toward the two sides of the outer casing 20, so that the tread portions 117 of the two collapsible pedals 98 are unfolded on both sides of the loop 88, and are extended. The outer casing 20 has two sides, so that the user can sit on a seat 319 of any form, and step on the two step portions 117 with two feet to drive the ring 88 to perform a pedaling motion.

The present invention is characterized in that the two foldable pedals 98 and the stand group 151 are disposed to be unfolded on both sides of the outer casing 20 or in the through holes 25 of the outer casing 20, thereby maintaining the outer casing 20 in a flat form. The surface is flat, and the user can conveniently store the portable flywheel exerciser 10 in the corner of the corner, the bottom of the sofa to the ground gap, or in the gap between the furniture and the wardrobe after the exercise is completed. Therefore, the creation structure is light and compact. It is easy to move, and the surface is flat when folded, without any protruding rods, which can be conveniently placed in a small space.

Another feature of the present invention is that if the connection control module 54 and the sensor 177 are combined in the outer casing 20, the sensing signal sensed by the rotation of the ring can be transmitted outward, and any blue with the outside is blue. The devices of Bud Technology are related to each other. The sensing element 177 senses a sensing signal by the magnetic component 315 of the ring 88. The sensing signal can be transmitted to the outside through the connection control module 54 to provide other external Devices with Bluetooth technology are connected to each other, and data processing activities are performed on the sensing signals, and a new information is generated for application. As shown in Fig. 7, when the user performs the pedaling exercise on the portable flywheel exerciser 10, the mobile device 331 such as a mobile phone or a notebook computer can be placed in the receiving connection control mode. The position of the group 54 signal, so that the sensor 177 senses the sensing signal when the ring 88 is running, and can be transmitted to the mobile device, the notebook computer, the tablet computer and the like through the connection control module 54. Therefore, it can be used with various APP applications related to sports, fitness and games to calculate the speed of the loop 88, thereby converting the calorie amount consumed by the user, indicating how much water or other nutrients need to be supplemented, and via The APP application builds a variety of health management data, such as daily exercise records, the number of calories burned, and the number of calories burned. Or, by using the calculated number of revolutions of the loop 88, it can be combined with software such as mountain bike game software, racing bicycle game software or virtual reality software, and can invite the same to join the game competition, and let the creative portable flywheel The operation of the exercise machine 10 can increase the fun of the operation activities in addition to the fitness exercise.

A further feature of the present invention is that when the charging module 56, the power generating device 197 and the rechargeable battery 317 are combined in the outer casing 20, and the magnetic component 315 disposed on the periphery of the ring 88 and the power generating device 197 are subjected to magnetic flux cutting, magnetic flux change is performed. That is, the electric current can be induced by the electric current, thereby providing the user with the pedaling motion, and the electric power generation device 197 can generate and accumulate electric power to the rechargeable battery 317, and transfer the electric power stored in the rechargeable battery 317 to the charging. The module 56 performs an instant charging operation for the mobile phone to be charged.

The basic teachings of this creation have been described in the preceding paragraphs, and many extensions and variations will be apparent to those having ordinary skill in the art, for example, without the peripheral wall 34 structure at the periphery of the first shell 22 And the peripheral wall panel 34 is integrally formed on the periphery of the second shell plate 24, and when the first and second shell plates 22, 24 are joined, the peripheral wall panel 34 may also be closed to the first and second portions. The circumference of the shells 22, 24 is known to those skilled in the art. And, when the three magnetic elements 315 of the arc shape provided on the surface of the ring 88 are used as a synergistic device with the power generating device 197, as long as the magnetic element 315 of a permanent magnet is mounted, the ring 88 can be rotated. The piece of permanent magnet passes through the power generating device 197 to generate a change in magnetic flux, thereby generating an induced current, and the use of the principle of electromagnetic induction to convert the work of the rotary power into electrical energy is known to those skilled in the art. Alternatively, the three magnetic elements 315 in the shape of an arc provided on the surface of the ring 88 can be used as a ring for providing the sensor 177 as long as a permanent magnet or a sheet of soft magnetic material. When the 88 is rotated, the sensor 177 is provided to sense the magnetic properties of the magnetic element 315, which is also known to those skilled in the art.

The present invention disclosed in the specification is to be considered as illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to be limited by the scope of the invention.

10‧‧‧Lightweight flywheel exerciser 20‧‧‧Outer casing 22‧‧‧First shell 24‧‧‧Second shell 25‧‧‧through hole 26‧‧‧ first hole 28‧‧‧ second Hole 29‧‧ ‧ room 30‧ ‧ first ring wall 32‧ ‧ second ring wall 34 ‧ ‧ siding 36 ‧ ‧ first gap 38 ‧ ‧ second gap 40 ‧ ‧ first partition Plate 42‧‧‧Second partition 44‧‧‧Perforation 46‧‧‧Perforation 48‧‧‧First board 49‧‧‧Second board 50‧‧‧First through hole 52‧‧‧Second Hole 54‧‧‧Connection Control Module 56‧‧‧Charging Module 58‧‧‧ Positioning Plate 60‧‧‧Rotary Group 62‧‧‧Frame 64‧‧‧ First End 66‧‧‧ Second End Ministry 68‧‧‧ Groove 70‧‧‧Roller 72‧‧‧Pivot 74‧‧‧ Damping member 76‧‧‧Pivot end 78‧‧‧Perforation 80‧‧‧Floating end 82‧‧‧ recess 84‧ ‧ shaft 85‧‧‧ pivot 86‧‧‧ screw hole 88‧‧‧ring 90‧ First convex part 92‧‧‧Second convex part 94‧‧‧Support section 96‧‧‧Side seat 98‧‧‧Foldable pedal 111‧‧‧ Positioning part 113‧‧‧Arc part 115‧‧‧ Slots 117‧‧‧Treads 119‧‧‧Shoulders 131‧‧‧Bumps 133‧‧‧Curved 135‧‧‧ Beveled 151‧‧ ‧Foot set 153‧‧‧First tripod 155‧‧ Bipod 157‧‧‧ Left foot rod 159‧‧‧Right foot rod 171‧‧‧ Left tooth 173‧‧‧Right tooth 175‧‧‧Pivot 177‧‧‧ Sensor 191‧‧‧Fixed part 193‧‧‧Inlay 195‧‧‧Bottom end 197‧‧‧Power generation equipment 311‧‧‧Adjustment knob 313‧‧‧ Screw 315‧‧‧Magnetic element 317‧‧‧Rechargeable battery 319‧‧‧Seat 331‧ ‧Mobile device

The first picture is an exploded view of the portable lightweight flywheel exerciser.

The second figure is an exploded perspective view of the runner set provided in the creative portable flywheel exerciser.

The third picture is the appearance of the combination of the portable lightweight flywheel exerciser.

Figure 4 is a bottom view of the portable lightweight flywheel exerciser.

Fig. 5 is a cross-sectional view taken along line 5-5 of Fig. 3.

The sixth figure shows that the two foldable pedals of the creative portable flywheel exercise device are opened toward the two sides, and the left and right foot bars of the bipod assembly are respectively deployed toward the two sides, so that the outer casing can stand on the two sides. Schematic diagram of the ground.

Fig. 7 is a view showing an embodiment of the use of the foot when the portable flywheel exerciser is used.

All of the drawings are merely illustrative of the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. Post-related changes are implemented in industry skills. In addition, the changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation.

In the different drawings, the same reference numerals are used to designate the same or similar elements. In addition, please understand that the texts such as "first", "second", "face", "part", "group", etc., and the like are only convenient. The viewer is constructed in reference to the diagram and is only used to help describe the creation.

10‧‧‧Light Flywheel Exerciser

20‧‧‧Outer casing

22‧‧‧First shell

24‧‧‧Second shell

25‧‧‧through hole

26‧‧‧ first hole

28‧‧‧ second hole

30‧‧‧First ring wall

32‧‧‧ Second ring wall

34‧‧‧ Week siding

38‧‧‧ second gap

46‧‧‧Perforation

50‧‧‧ first through hole

52‧‧‧Second through hole

54‧‧‧Connection control module

56‧‧‧Charging module

98‧‧‧Foldable pedal

111‧‧‧ Positioning Department

115‧‧‧through slot

117‧‧‧Steps

119‧‧‧ shoulder

131‧‧‧Bumps

133‧‧‧ curved surface

135‧‧‧Bevel

153‧‧‧First tripod

155‧‧‧Second stand

157‧‧‧left foot

159‧‧‧Right foot

Claims (10)

A portable flywheel exerciser comprising: an outer casing comprising a through hole extending in a lateral direction; and a cavity formed around the outer periphery; a rotating wheel set installed in the housing of the outer casing, the The wheel set includes a rotatable ring, the center of the ring is aligned with the center of the through hole of the outer casing; and the two foldable pedals are disposed at opposite sides of the ring, and the two collapsible pedals are pivotable to a folding position or pivoting to a deployed position, when the two collapsible pedals are pivoted to the folding position, the two collapsible pedals are folded in the through holes of the outer casing, when the two When the folding pedal is pivoted to the deployed position, the two collapsible pedals extend from the two sides of the outer casing; and the tripod assembly is retractably positioned at the bottom end of the outer casing. The portable flywheel exerciser of claim 1, wherein the outer casing comprises a first shell plate and a second shell plate spaced apart from each other, the first shell plate comprising a first hole, The second shell plate includes a second hole, and the through hole of the outer casing is formed by the first hole being aligned with the second hole; the wheel set includes a frame, and a plurality of rollers are pivoted inside the frame. The frame is disposed in the chamber of the outer casing, the peripheral edge of the ring abuts the surface of each roller; and further includes a damping member and an adjusting knob, the damping member includes a spaced apart pivot end and a suspended end. The pivoting end is bored by a shaft and pivoted inside the frame of the rotating wheel set, the adjusting knob includes a screw, the adjusting knob is located on the surface of the outer casing, the screw is screwed into the frame of the rotating wheel set, and The front end of the screw is screwed into the hanging end of the damping member, and the surface of the damping member abuts against the circumference of the ring, so that when the adjusting knob is rotated in the forward and reverse directions, the surface of the damping member can be adjusted to abut the ring The degree of tightness of the circumference. The portable flywheel exerciser according to claim 1, wherein the inner side of the ring includes a first convex portion and a second convex portion, and the two foldable pedals comprise a positioning portion and a turnable portion. a positioning portion of the two foldable pedals is fixed at the first and second convex portions, and the other end of the positioning portion of the two foldable pedals forms an arc portion, and the arc surface is formed a through slot, one end of the step of the foldable pedal forms a shoulder, and the other end of the step forms a slope, the shoulder is aligned with the arc, and a protrusion is protruded in the middle of the shoulder, the protrusion The end of the block includes a curved surface, and the protrusion of the step portion extends into the through slot of the positioning portion, and when the two foldable pedals are pivoted to the folding position, the two folding pedals are stepped The slopes of the portions are aligned, so that the two collapsible pedals are located inside the loop of the runner group and are folded into the through holes of the outer casing. The portable flywheel exerciser of claim 1, wherein the tripod set includes a first tripod and a second tripod, the first tripod and the second tripod each including a left foot a rod and a right foot rod, the left foot rod includes a left tooth portion at one end, the right foot rod end includes a right tooth portion, and the left foot rod and the right foot rod of the first foot frame are side by side and the left foot rod is The left tooth portion is engaged with the right tooth portion of the right foot bar, and the left tooth portion and the right tooth portion are pivoted on the bottom end side of the frame of the wheel group by two pivots, so that the first leg frame can be deployed Positioning on the bottom end side of the outer casing; and the left and right foot bars of the second leg are side by side and the left tooth of the left leg is engaged with the right tooth of the right foot, And the left tooth portion and the right tooth portion are pivoted on the other side of the bottom end of the frame of the wheel set by two pivots, so that the second leg frame can be unfolded and folded and positioned on the other side of the bottom end of the outer casing . A portable flywheel exerciser comprising: an outer casing comprising a through hole extending in a lateral direction; and a cavity formed around the outer periphery; a rotating wheel set installed in the housing of the outer casing, the The rotating wheel set includes a rotatable ring, the center of the ring is aligned with the center of the through hole of the outer casing; and the second foldable pedal is disposed at an inner side of the ring; a magnetic component is mounted on the rotating wheel set a circumference of the ring; a sensor mounted in the housing of the outer casing and located around the ring, when the ring rotates to drive the magnetic element to rotate, the sensor senses when the magnetic element passes Magnetically generating a sensing signal; a connection control module is installed in the housing of the outer casing, the connection control module is electrically connected to the sensor, and the sensor transmits the sensing signal To the connection control module, the connection control module is configured to be connected to a mobile device and transmit the sensing signal to the mobile device; the tripod assembly is positioned at the bottom end of the outer casing. The portable flywheel exerciser of claim 5, further comprising a rechargeable battery, the rechargeable battery being detachably mounted in a housing of the outer casing, the rechargeable battery and the connection control module being electrically connection. The portable flywheel exerciser of claim 5, wherein the tripod set includes a first tripod and a second tripod, the first tripod and the second tripod each including a left foot a rod and a right foot rod, the left foot rod includes a left tooth portion at one end, the right foot rod end includes a right tooth portion, and the left foot rod and the right foot rod of the first foot frame are side by side and the left foot rod is The left tooth portion is engaged with the right tooth portion of the right foot bar, and the left tooth portion and the right tooth portion are pivoted on the bottom end side of the frame of the wheel group by two pivots, so that the first leg frame can be deployed Positioning on the bottom end side of the outer casing; and the left and right foot bars of the second leg are side by side and the left tooth of the left leg is engaged with the right tooth of the right foot, And the left tooth portion and the right tooth portion are pivoted on the other side of the bottom end of the frame of the wheel set by two pivots, so that the second leg frame can be unfolded and folded and positioned on the other side of the bottom end of the outer casing . A portable flywheel exerciser comprising: an outer casing comprising a through hole extending in a lateral direction, and a cavity formed around the outer periphery; a rotating wheel set installed in a housing of the outer casing, the The runner group includes a rotatable ring, which The center of the ring is aligned with the center of the through hole of the outer casing; the two foldable pedals are disposed at opposite sides of the ring; a charging module is installed in the housing of the outer casing, and the charging area of the charging module The battery is mounted on the surface of the outer casing; the rechargeable battery is electrically connected to the charging module; a power generating device is installed in the housing of the outer casing and located in the ring Surrounding, the power generating device is electrically connected to the rechargeable battery, a magnetic component is mounted on a circumference of the ring of the rotating wheel set, and an air gap is formed between the magnetic component and the power generating device, and when the ring rotates, the magnetic component A charging current is generated by the power generating device to generate an induced current input to the rechargeable battery; a tripod set is positioned at a bottom end of the outer casing. The portable flywheel exerciser of claim 8, wherein the magnetic component is a permanent magnet. The portable flywheel exerciser of claim 8, wherein the tripod set includes a first tripod and a second tripod, the first tripod and the second tripod each including a left foot a rod and a right foot rod, the left foot rod includes a left tooth portion at one end, the right foot rod end includes a right tooth portion, and the left foot rod and the right foot rod of the first foot frame are side by side and the left foot rod is The left tooth portion is engaged with the right tooth portion of the right foot bar, and the left tooth portion and the right tooth portion are pivoted on the bottom end side of the frame of the wheel group by two pivots, so that the first leg frame can be deployed Positioning on the bottom end side of the outer casing; and the left and right foot bars of the second leg are side by side and the left tooth of the left leg is engaged with the right tooth of the right foot, And the left tooth portion and the right tooth portion are pivoted on the other side of the bottom end of the frame of the wheel set by two pivots, so that the second leg frame can be unfolded and folded and positioned on the other side of the bottom end of the outer casing .