TWM310010U - Dual-axis linked exercise device - Google Patents

Description

M310010 VIII. New Description: 【New Technology Fields】 This creation & tooth weight can provide sports < Shi Wu Le used. The double-fortunate interlocking motion device, especially the kind can produce both yaw and A two-axis linkage motion device with a combined motion mode such as twisting, moving and lifting. [Prior Art]

There are quite a variety of sports equipments available on the market, such as exercise bikes, treadmills, steppers, boat sports and surf sports... etc. 'These sports equipments are all made of mechanical construction and linkages. To simulate the actual state of motion, II to achieve the user's effectiveness in training the muscles of various parts of the body; among them, the current general motion devices generally have complex structure, high cost and large space and other issues... And can only provide movement and lifting (four) single action changes, can not mold (four) immersive and; composite diversification changes, obviously lack of authenticity and fun, difficult to attract consumers and provide appropriate exercise training effect. [New content] In order to solve the shortcomings and limitations of the existing sports equipment, such as simple lack of movement and the inability to provide appropriate exercise training, the creator developed a compound sports model that can have yaw, twist, move and lift. Two-axis linkage motion device. The main purpose of the present invention is to provide a two-axis linkage type motion device, which mainly utilizes a pair of rotating shafts arranged in opposite obliquely extending manners and capable of synchronously rotating, respectively, in the form of a crank arm and a branching column, and (4) driving a erection. 4 Μ31〇〇ι〇方, ι axis linkage I set the top of the skateboard, let the skateboard cycle to produce a complex sports mode with complex changes such as twisting and turning, and effectively making the sports device well. Sporty fun and excellent fitness workouts. Based on the foregoing objectives, the technical means used in the present invention is to provide a two-axis linkage type motion device, comprising: a base, which is fixedly provided with a plate; and a double-axis linkage device, which is provided with two opposite oblique extensions. The type of the shaft is coupled to the rotating shaft of the frame, and the two rotating shafts are respectively provided with a synchronizing gear that is coupled to each other to form a synchronous rotation, and a spiral arm is extended on the top ends of the two rotating shafts. Each of the ends is pivotally coupled with a support column, and a horizontal axis is coupled to each of the top ends of the two support columns; and a slide plate is coupled with the bottom and the two horizontal axes, and one of the horizontal axes is slidable Connected to the skateboard. Preferably, the present invention is provided with a driving gear fixed on the rotating shaft, and a driving motor for driving the driving gear is disposed on the base. Preferably, the frame of the present invention is set to be low in the middle and high in both sides, and the two shafts are each rotatably coupled to the inclined faces on both sides of the frame by a shaft seat. Preferably, the bottom of each of the two arms is provided with a support wheel that abuts against the shelf. Preferably, the skateboard of the present invention is provided with a plate body, and two side bars are fixed in parallel on the bottom surface of the plate body, and a slide rail is fixed on opposite inner sides of one end of the two side bars, and the two shafts are interlocked. The two 5 M310010 ends of one of the horizontal axes of the device are respectively provided with a roller slidably coupled to the corresponding sliding handle, and the other horizontal axis is pivoted between the two side bars. On the one side of the direction, a circuit board is provided with a 'suggested advantage'. The two columns of the present invention are in the same square, and the 'σ曰 board is combined with a circuit board wire. Connect a control instrument that is fixed to the armrest. The two-axis linkage motion attack and enhancements provided by this creation include at least...

▼a Comment on Pingtian's phase synchronization (4), so that the two shafts of the two-axis linkage can be rotated synchronously: not only can the user directly use the human-powered operation, 1 select additional drive-drive motor to drive the dual-axis U Set, to defy the user's action mode with the skateboard, and the belt is easy to live. The use of the movement is quite spiritual. This creation uses a two-axis linkage with a diagonally inclined configuration: the innovative design of the drive slide allows the skateboard to produce 8 characters): the shield is in the return 'and both up and down, Hemiplegia and twisting: The movement mode of action change can effectively balance the training at the same time:: type and exercise the hand, waist, legs and,,,,,,,,,,,,,,,,,,,,,,, The clothes can produce excellent sports and fitness effects.毒运动曰3, the skateboard of this creation can simultaneously have both yaw and twist:: complex and varied movements, realistically simulate the actual movement = sample 'effectively increase the force, the device's fun, avoid = true It is greasy and can provide a user to feel the moving mode. The special edition of the second edition inspection of the continuous movement 6 M310010 [Embodiment] In order to understand the technical characteristics and practical effects of this creation, * 1, from the implementation of the contents of the manual according to the contents of the manual, further shown in the figure Preferably, the following is a detailed description of the preferred embodiment as shown in the first, second and third figures. The present invention comprises a base (10) and a double mounted to the base (1〇). The shaft is interlocked with t (2 0), a sliding plate (30) coupled to the two-axis linkage (2 〇), and a control device (40) coupled to the base (ι_〇); wherein: the shaft is interlocked The device (2 〇) slab (1 4 is provided with a pedestal (1 〇) is a frame structure that can be stably placed on the ground, and the pedestal (丄〇) of the embodiment shown in the figure is set The I-shaped frame shape includes two parallel spaced foot rods (丄丄), and is fixed by a rod (1 2 ) between the two legs (丄丄), on the seat post (1) 2) The middle part is arranged with two vertical columns (丄3) in parallel, and a plate is fixed at the top of the two vertical rafts (1 3 ) (丄4 The slab (1 4 ) is in the form of a V-shaped ramp with a low middle and two sides, so that the double mounting group is placed between the two columns (1 3 ) and the frame

One end in the same direction, the span is fixed, and the two-legged rod (1 2 ) is a door-shaped armrest frame (1 6 see second, = ). The 5X has two rotating shafts that are opposite to each other (2) 1 a ) (Figures 2 and 4 show the two-axis linkage (2 〇 oblique form configuration combined with two columns (i 3 )) (2 1 B ), the two shafts (2 A) (7 M310010)

The bottom end of 2 1 B ) is abutted against the seat post (1 2 ) of the base (i 〇), and is rotatably coupled to the frame plate (1 4 ) by a shaft seat (2 1 1 ), respectively. The slopes on both sides allow the two shafts (2 1 A ) ( 2 1 B ) to form a similar oblique shape similar to the A-shape, and the appropriate position of the shaft in the lower half of the two shafts (2丄A) (21B) Correspondingly, a matching synchronizing gear (22) is fixedly arranged, so that the two rotating shafts (2ia) (2 1 B) can rotate synchronously; the top ends of the two rotating shafts (2 1 A) ( 2 i B) A spiral arm (23) is respectively extended in a shape substantially perpendicular to the shaft body, and each of the free ends of each of the spiral arms (23) is fixed to be inclined with the corresponding rotating shaft (2丄a) (2 1 B ) The circular tubular sleeve (2 3 1 ) of the shape is respectively provided with a support column (2 4 ) at the axial center of each bushing (2 3 1 ), and each of the top ends of each support column (2 4 ) The fixed combination has a _ and a support column (2 4 W b A ) ( 2 5 B ), wherein the first horizontal axis (the end of each of the two ends of the 25 phantom is provided with a screw hole, which can respectively be supplied with a screw 2 5 1 ) The screw lock is combined on the second horizontal axis (^ is provided with a roller (2 5 2 ); UB) Each of the aforementioned two-axis linkage devices (2〇) can be set to a passive mode in which the user directly operates by human power, and can also be used directly for 2 2 A) fixed lr., one of the eight shafts (22A) □... The moving gear (26), set a driving motor (2 7 ) to be a l l 0 0), and let the double car be moved by the interlocking (20) with the belt 6) , action, such as the fourth round _ μ, formula f The moving skateboard (3 0 ) helps the driving motor of the Gordi four map ( -Φ ^ ^ r 9 7 1 X is attached to the motor shaft + W spoke (2 7 i ), with the umbrella ^ cadmium (2 7 1) The mesh transmission M310〇l is also driven by the drive gear (2 6 ) in the form of a bevel gear. The slide plate (30) is provided with a rectangular plate with an end angle modified into an arc angle = 3 1 ). The bottom surface of the (3 1 ) is fixed in parallel with two side bars (32), and a pivot hole (321) is disposed in each of the shafts adjacent to the two parallel side bars (32), and the two screws are used. Check (2 5 1 ) screw lock fixing 'The two ends of the first horizontal axis (2 5 A ) of the two-axis linkage (2 〇) are pivotally coupled to the pivot holes of the side bars (3 2 ) (3 2 1) where the two parallel side bars (3 2 ) are different from The opposite inner side of one end of the pivot hole (3 2 work) is correspondingly fixed - slipper (2) 3) ' and the roller at both ends of the second horizontal axis (25b) of the double shaft linkage device (2 〇) (2 5 2), slidably embedded in the corresponding slide rail (3 3 ) 'Allow the slide (3 〇) to cooperate with the drive of the two-axis linkage (2 〇) to produce various movement changes; 4 〇) is sighed with the active mode dual-axis linkage (20) to control the start or stop of the active dual-axis linkage (2 〇); the control device (40) is provided with The circuit board (4 "I, ^ 4 1 ) and the 忒% board (4 1 ) are fixed to the joint board (15) of the base (1〇) (4), and the drive motor is connected with the relevant line. (2 7 ) 'The board (4 1 ) is connected to the wire (4 2 ) 11 and the control instrument (4 3 ) at the top center of the handrail wood (16) allows the user to pass the control unit silver (43) ) to set the movement change, the movement speed and the movement ·p卩 可 · · ·Special, and can clearly display the relevant data; The pedestal (丄Q >, double (4) (4) Η 2 M310010 Ο ), slide (3 Ο ) and control split (4 〇) and other structures, the group constitutes a new two-axis linkage motion device as shown in the first to seventh figures . Please refer to Figures 4 to 7. The two reels (2丄A) (21B) of this creation are synchronized by the phase-incompatible synchronizing gear (22). The design of the two shafts (21A) (21B) is ingeniously set to the oppositely inclined configuration, with the arms fixed to the top of the shaft (21A) (21B): 2 3 )' The swaying and sliding form are respectively combined with the slide plate (the second and the second horizontal axis (25A) (25b) at the bottom of the slide, so that the skateboard (3Q) i can be circulated back and forth in a figure-eight trajectory, and at the same time The combination of undulation, yaw and torsion, which simulates the actual movement of the actual movement, not only provides the user with the practice and experience of the actual movement pattern, but also effectively balances the training. And forging, east hand, waist, legs and feet, etc. The muscle strength of each of the four temples is very practical. Please refer to the figure shown in Figure 8 - for example, to strengthen the creation of this creation. The stability of the support example 'this implementation 3' is at the appropriate position of the two rotations (14)... the bottom phase of the ancient (23) Support wheel corresponding to the top surface of the shelf 4) (23 = - can support the frame against the shelf (1 wheel (2 3 2) is set on the arm (μ, '(4)), the branch will be like this, Using the auxiliary support of the support wheel (the bottom of the middle section of the 2; reducing the shaft (2 1 a ) 2 ), the shearing action can be applied, and the rotation can be strengthened; :) The support of the joint of the slewing arm (2 3 ) is stable. Sexuality, and avoid the bending deformation of the 10 M310010 shaft (2 1 A ) ( 2 1 B ), so that the operation of the two-axis linkage (20) becomes smoother and smoother. The above is only the creation of this The preferred embodiment is not limited to any form of the present invention, and any person having ordinary knowledge in the art can make partial changes using the technical content disclosed in the present invention without departing from the technical features of the present invention. Equivalent embodiments of the invention, and without departing from the technical features of the present invention, are still within the scope of the features of the present invention. [Brief Description] The first figure is a perspective view of a preferred embodiment of the present invention. The second figure is the main embodiment of the present invention. The three-dimensional structure of the main part of the preferred embodiment of the present invention is shown in the figure. The fourth figure is the M-composition diagram of the main part of the preferred embodiment of the present invention. The main part of the embodiment of the action diagram eight

The sixth figure is a preferred embodiment of the present invention.

B

C seventh diagram is a schematic diagram of the main part of the preferred embodiment of the present invention. FIG. 8 is a combination of the main parts of the present invention and the preferred embodiment. [Main component symbol description] (1 0) pedestal (1 1 ) Foot rod 11 M310010 (1 2 ) Seatpost (1 3 ) Column (1 4 ) Shelf (1 5 ) Bonding plate (1 6 ) Armrest) Shaft

(20) Dual-axis linkage (21A) ( 2 1 B

(211) Shaft seat (2 3 ) Swing arm (2 3 2 ) Support wheel (2 5 A ) ( 2 5 B ) (2 5 1 ) Bolt (2 6 ) Drive gear (2 7 1 ) Bevel gear (3 0) Slide (3 2 ) Side bar (3 3 ) Slipper (4 0 ) Control device (4 2 ) Wire (2 2 ) Synchronous gear (2 3 1 ) Bushing (2 4 ) Support column horizontal axis (2 5 2) Roller (2 7 ) drive motor (3 1 ) plate body (3 2 1 ) pivot hole (41) circuit board (4 3 ) control instrument 12

Claims (1)

M310010 IX. Patent application scope: — 1. A two-axis linkage type motion device, comprising: a pedestal 'fixed with a plate; a double-axis linkage device, which is provided with two oppositely inclined type configurations combined with ^ The rotating shaft of the framing plate is respectively provided with a synchronizing gear which is coupled to each other to form a synchronous rotation, and a spiral arm is extended at the top end of the two rotating shafts at the ends of the two rotating shafts. Each of the pivoting portions is coupled with a support column, and a horizontal axis is coupled to each of the top ends of the two support columns; and a slide plate is coupled with the bottom and the horizontal axes, and one of the horizontal axes is slidably coupled The skateboards are connected. 2. The double-shaft linkage type moving device as claimed in claim 1 is characterized in that a driving gear is fixed to one of the rotating shafts, and a driving motor for driving the driving gear is provided on the base. 3. The dual-axis linkage type motion device of claim 2, wherein the frame plate is in the form of a slope having a middle low and two sides high, and the bottom ends of the two shafts are abutted against the The bases are each rotatably coupled to the inclined faces of the two sides of the shelf by a shaft seat. 4. If the two-axis linkage type motion device described in the third paragraph of the patent application scope is applied, the arm of the household is described as being extended perpendicularly to the rotating shaft and the end portions of the Jin Lti arm are respectively A set of 5 sets is provided in an inclined manner with the corresponding rotating shaft, and the supporting column is pivotally coupled to the corresponding bushing. The two-axis linkage type motion device described in item 3 of the patent scope is provided with a bottom plate of each of the two spiral arms abutting against the frame plate 13 M310010 6 , as described in the patent application scope, wherein the The arm is extended perpendicularly to the rotating shaft, and each of the ends of each arm is fixedly provided with a pumping sleeve disposed in an inclined manner with respect to the corresponding rotating shaft. The supporting column is pivotally coupled to the phase. The two-axis linked sportswear described in the corresponding bushing item 7. The dual-axis linkage type motion device according to any one of claims 1 to 6, wherein the skateboard is provided with a plate body, and the two side bars are fixed in parallel on the bottom surface of the plate body. A sliding rail is fixed on opposite inner sides of one of the two side rods, and the two-axis linkage device has a roller that is slidably coupled to the corresponding sliding rail at each of the two ends of the horizontal shaft. And let the other horizontal axis system be pivoted between the two side bars. 8. The double-axis linkage type motion device of claim 7, wherein the base system comprises two parallel spaced foot bars and a set of seats fixed between the two legs. a rod is disposed at a central portion of the seat post, and two erected columns are arranged at intervals. The slabs are straddlely fixed to the top ends of the two columns, and at one end of the two legs in the same direction, a handrail is fixedly connected frame. 9. The dual-axis linkage type motion device of any one of claims 2 to 6, wherein the base system comprises two parallel spacers and a set of joints are fixed to The seatpost between the two legs is in the center of the seatpost. Parallel a between the P positions is further provided with two uprights, and the frame plate is fixedly connected to the top ends of the two columns, and a handrail frame is fixedly connected at one end of the two legs in the same direction. The dual-axis linkage type motion device of claim 9, wherein the two columns are fixed with a bonding plate on one side in the same direction, and a circuit board is coupled to the bonding plate. The circuit board is connected to a control instrument fixed to the armrest frame by a wire 14 M310010. X. Schema: as the next page 15