TWM252461U - Oval device simulating hand movement - Google Patents

Description

M252461 Creation Instructions (l) [This new creation belongs to the design of a staggered round expander with opposite grips. [Previous technology] People are the foundation of life, and they have invested in training one of the most common sports equipment models. Yuan 3, 31 6, 898 patent publication, the pedals are relatively engaged or disengaged; only 'easy' The center of gravity said that the case No. 5, 242, 343 was successively developed, and a technical field was developed to connect the front end to be connectable, and the source of the two pedaling forces, and the two grips also assisted when interlaced.] An elliptical machine that simulates hand movement ( (2) Especially, the pedal movement is synchronized to make a similar virtual ellipse but the position is cyclically swinging, so as to simulate the needs of close to human limb movements and work diligently, realize the various sports of the body to exercise physical fitness, one of the style ' The ellipse that simulates the function of human treadmill was Rehabilitation & Exerci on May 2, 1967 (Republic of the Republic of China). The motor revolved the chain to rotate the chain wheel in the wrong cycle. In the continuous creation of the interrupted movement, on September 7, 1993, the Stationary Exercise Dev was pivotally connected to two grips at one end of the body. At the other end, the connected ends of the board are in an opposite state, and the pedals are staggered to move back and forth in an arc along the virtual elliptical path. It can be said that the health of the sugar circle that has become more and more perfect in modern times is the root of wealth. The more common is the American Apparatus, which synchronizes the auxiliary devices that are used to balance the current elliptical machines. The U.S. invention `` ice '' patent discloses the bottom of the grip, the pedal and the peripheral edge of the flywheel.

4. Creative instructions (2) The arc movement before and after the tuning is different from the actual effect of holding μ — the circular swing state like an elliptical path, which is worthy of improvement. The elliptical machine that is worthy of improvement also reaches sports fitness step by step. On the one hand, the people of Shen Jing took the abnormality of thousands of senses of balance as an example; in response to this disadvantage [new content] Xi Nianshu and practical experience began to create this case. The elliptical machine that rotates is provided with a circle or can be connected at the end of the main frame: ΐ sincerely, the periphery is opposite to each other and the end of the pedal is respectively assembled with the cylinder of the main cylinder = grip lever to form a The body, which can be assembled to use ^ μ μ rods through two sets of secondary rods, which are respectively connected to the front end of the pedal to perform a staggered circular motion through the quasi-elliptical path of the branch building. Each pair of rods can be swung out by 路径 to resemble an elliptical path but position == . And 'the linkage between the main frame and the shaft to make the whole machine ^…… by adjusting the position of the driving rod to control the position of the shaft: f: the relative movement of hands and feet during human running can be simulated during use, Those who exercise on a downhill or normal road. Another is to provide an elliptical machine that simulates a running state by allowing the grip to move synchronously with the pedal during exercise. An ellipse for simulating hand movement. Let it be pushed: 151 ^ line motion violation; brother, amended to match the foot step on the Kang lamp 0, to simulate the auxiliary state of the elliptical path, for the purpose of maintaining the health of the human body. One is to provide a kind of elliptical machine that selects the pedal tilt angle M252461 via the adjustment mechanism. 4. Creation instructions (3) simulates an uphill, downhill or general road. [Embodiment] Generally, elliptical machines are divided into two types: electric type and manual type. The design of the body (such as electronic instruments, rate meters, main structure of the body, etc.) is similar. The biggest difference is: "The electric elliptical machine uses a motor to “Drive the gear wheel to rotate” and the human-powered elliptical machine drives the flywheel to rotate by stepping on the pedal ”“ Because this case can be implemented on circular or rotatable objects such as the gear wheel and flywheel used by the two, Easy to read without confusion, it is uniformly called "Rotating Body". As can be seen from Figs. 1 and 2, in the embodiment of the present case, the main frame of the frame surrounding structure is provided with two first shaft contacts 37, which are respectively connected to the first link 36 and are pivotally connected to the shaft 35 in the transverse direction. Together, at the same time, the shaft 35 is sequentially sleeved with components such as the second link 21, the auxiliary rod 23, and the positioning rod 33. The positioning rod 33 is used to support the entire shaft 35, which is mainly connected by the bottom. There is a pivoting portion 34 which is rotatably positioned on the cross bar 16. At the joint between the positioning rod 33 and the pivoting portion 34, a driving portion 32 is sandwiched and can be driven by a motor 31. In this way, I can control the motor 31 to drive the pivoting portion 34 to move clockwise and counterclockwise on the crossbar 16, and then link the positioning lever 33 to adjust the control shaft 35 within the space limited by the first link 36. The angle or position can be called "adjustment mechanism 30". ^ The end of the freely swingable auxiliary rod 23 on the shaft 35 is connected to the pedal "the end has a shaft contact 26, and the first link 21 which is also a free swing L on the shaft 35 is connected at one end. The bottom end of the grip lever 12 that is gripped on the grip lever 12 is pivotally connected to the ancient noise, and the bomber said, ^ is connected with a second flail 24, and the third

M252461

The connecting rod 24 and the third shaft contact 26 are connected to maintain a linkage relationship between 2 2 3 and the grip rod 12, 20 ′. The auxiliary lever is in a linked state, so that the auxiliary lever is called "the above-mentioned pedal 1 of the linkage device. The other ends are respectively connected to the edge of the main circumference, and the phase pedal 1 is presented in the diameter direction. And related motors or power cords to a body 10. The sides of the rotating body 14 at the rear end of the frame 11 are opposite to each other. In this way, the two positions are wrong and the components such as the protection path (not green) of the housing 15 are used. When the case is implemented, the left and right sides are used. The components are the same but the positions are staggered. In order to understand the movement relationship between the parent's grip and the secondary lever to avoid confusion, it will be expressed in the same way. 2 Please refer to FIG. 3 W. Assume that the end of the pedal 13 is located at the “circumferential edge” of the rotary cymbal as the starting point. The auxiliary rod M, which is pivoted at the front end due to the length of the board, is actuated with the shaft bracket as the fulcrum. At the same time, the auxiliary rod 23 is in a state of suspension on the surface; as shown in the example in FIG. 7E, the auxiliary rod 23 applies force through the second shaft, and the grip 12 is connected by the link 25 and the third link 24. Under the support of the second shaft contact 22, it can synchronously make a predetermined angle of static state within the space range limited by the second link 2 丨 for holding or holding by the palm. Due to external forces (such as the motor hidden in the housing 15) ) Drive the rotating body 丨 4 when rotating 'If the end of the pedal 13 turns and rotates to the bottom of the rotating body 14 as shown in Figure 4, because the front end of the auxiliary rod 23 can pivot freely, the pedal U appears An inclined state at a certain angle, at this time, allows the user to step on the part along the virtual elliptical path of the drawing to the position corresponding to B. At the same time,

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As shown in the example in FIG. 7, the contact 26 drives the third link 24 to move synchronously as the moving part 25 of the auxiliary lever 23 drives the first shaft contact 22 and the second link 21. The predetermined range f is restricted to the position of b while allowing the user to hold the part along the virtual elliptical path of the drawing. As shown in the figure, when the end of the pedal 13 is turned to the rotating body " right I 1 i in the drawing because the front auxiliary rod 23 is pivoted, the stepped portion is brought along the virtual ellipse of the drawing to a position corresponding to c; at the same time; , The grip lever 12 will expand the gripping point 22, the auxiliary lever 23, the third link 24, the linkage 25, and the third pivot point 2: the traction linkage of the linkage device 20 will make the grip portion As said in the example, the predetermined amplitude is synchronized to the position corresponding to c in the virtual path of the drawing. Asking to move around the circle, when the end of the pedal 13 turns to the rotating body "above the 6th illustration #, the user's stepping position will follow the virtual elliptical path of the drawing to the position corresponding to D. At this time, Under the pull of the linkage device 20, the grip lever 12 will swing the grip position synchronously to the position corresponding to d in the virtual elliptical path as shown in the example in FIG. 7. The rotating body 14 that rotates repeatedly will move The end of the pedal 丨 3 is turned back to the starting point of the figure, so that the user's stepping position returns to the position A equivalent to the virtual elliptical branch, and the grip 12 is synchronized to return the holding position to the state of the example in Figure E. Position a in the virtual elliptical path. According to the above description and legend, during the use, the grip and pedal synchronize the pseudo elliptical path but the positions of different swings or pedaling amplitudes, and the second exercise draws the corresponding relationship between the hand and foot swing during running. This will help M252461 IV. Creation instructions (6) Get to know the ergonomic fitness function. In addition, 'During the stop or exercise, the user changes the exercise situation in the past', such as the first fan J machine: J 幵, Jianglai changeThe direction of the arrow is to pull the second j; the motor 3 of η is a fulcrum at one end of the drive crossbar 16 and it goes along with the axis and gradually rises, the axis = = = == holding the same = one axis contact 37 is the center, the first farthest: the support is raised to the predetermined position within the first range], the space formed by the 6 length as the radius = 二 ΐ = ί3. As shown in the example in Figure 8], the horse side drive 432 according to the direction of the arrow for the extension of the JWW drive ... the position bar = the original angle at the two ends, so as to simulate nt: in the carcass "end condition. According to the conclusion that the situation like uphill, downhill or general road surface, this case should have the following features: 1) Effective solution to the conventional grip can only be single-, 1 effect and advantages: During the exercise of this case, the Disadvantages are swinging conditions in use but with different orientations. Think of the pedal to make a virtual elliptical path 2) Allow users to synchronize their hands to simulate foot movements to form a synchronized running posture, which can protect human health. T-ya intends to expand the path to maintain the running conditions, such as uphill, downhill, or a road surface.

II Page 10 Surface M252461

With simulated hand and foot movements. [Contents of Derivative Technology] In the above, the embodiment is a multifunctional elliptical machine with both linkage and adjustment. In today's society where the economy and economy are not good, the applicant can produce a linkage function that takes into account the willingness of consumers to use it. Basic elliptical machine; that is, the "adjustment mechanism" is removed within the same technical scope of the above embodiment, and one end of the first link (36) is fixed to the main frame (11), and the other end is still connected to the shaft (35 ), And at the same time, the shaft (35) is sequentially provided with a linkage (20) such as a second link (21), an auxiliary rod (23), etc., so that the grip (12) and the pedal can be completed (13) Basic elliptical machines synchronized for virtual elliptical paths but with different orientations0

M252461 Brief Description of Drawings Figure 1 is a schematic front assembly view of the embodiment of the present invention. Fig. 2 is a schematic rear assembling diagram of Fig. 1. FIG. 3 is a side view of FIG. 1 and the pedal end is located on the left side of the rotating body. Fig. 4 is a side view of Fig. 1 and the pedal end is located below the rotating body. Fig. 5 is a side view of Fig. 1 with the end of the pedal on the rotating body. Fig. 5 is a side view of Fig. 1 with the end of the pedal on the spin. Fig. 7 shows the interlocking device and captivity in Figs. 3 to 6. Figure 8 is a schematic diagram of the operation of the adjustment mechanism in Figure 1. Action diagram. [Description of component symbols] 10. Body 11 · Main frame 13. Pedal 14. Rotating body 12 · Grip bar 16. Cross bar 15 · Housing 20. Linkage device 21. First flail 22 · 23. Sub bar 24 · Second link The second shaft of the lever 26. The third shaft contact 25. The linkage 30. The adjustment mechanism 31. The motor 33. The positioning rod 34. The pivoting portion 32 · The driving portion 36. The first link 37 · The first shaft contact 35. The shaft Pole

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Claims (1)

^ 252461 V. Apply for patent Fan Yuan 1. An elliptical machine (two scoops and one body) that simulates hand movements. The main frame is assembled with rotating daggers and rods, and the periphery of both sides of the rotating body = too: the main frame has a shaft pedal. The joints are opposite to each other to be connected with the end of the pedal 'and two or two grip levers; a linkage device can be passed through the front of the l plate to allow Ge Ge to produce! ^ The auxiliary lever on the cup is pivoted to The bottom of each pedal lever is in a state of motion, and the third link and the first grip that is held in the grip are in a virtual state with one end penetrating the shaft and the other end being pivotally connected, and synchronously interacting with each pedal shift; 'Swing' reaches the simulated human hand and foot during running) according to the ndi: 1 configuration, the ellipse simulates hand movement. The end is connected to the first of the shaft; m :! The shaft is connected to the main frame, the other end is connected to the pivot portion I-and the end passes through the shaft and the other driving portion and the shaft is connected to = f stem, A push-pull movement is driven by the motor to move the car between the third position lever and the pivot part, so that 与 and the grip lever are used to make up on the body; = = To choose a running condition. Road Surface Simulation Page 13