KR20160053513A - Bicycle hybrid Saddle - Google Patents

Abstract

The present invention provides a hybrid saddle of a bicycle which is comfortable and safe, enables a user to feel a sense of oneness by forming movable parts coming into contact with thighs when the user pedals the bicycle to move in a vertical direction while the movable parts adhere to user′s thighs, and increases ride comfort by forming the saddle to consist of a fixed part and the movable part. The saddle of the bicycle of the present invention is composed of: a T-shaped saddle frame; a fixated saddle unit fixated to a horizontal unit of the saddle frame and where user′s hips are seated; a pair of movable saddle units installed in the fixated saddle unit to be folded, installed in both sides of a vertical unit of the saddle frame, and coming into contact with the user′s thighs; a saddle nose coming into contact with inner parts of the thighs in the front side of the movable saddle units; and a movable operation unit installed across the bottoms of the pair of the movable saddle units and enabling the pair of the left and right movable saddle units to be interlocked.

Description

Bicycle hybrid saddle {Bicycle hybrid Saddle}

The present invention relates to a bicycle saddle, more specifically, a hip portion of the saddle contacting the pelvic bone and a portion of the thigh contacting the pelvis, the portion of the pelvis contacting the bone is fixed to the saddle frame, The saddle is interlocked with the saddle, and when the pedal is depressed, the saddle is vertically operated in a state of being closely attached to the thigh, so that the saddle can be comfortably and safely operated and can be driven for a long time by maximizing the driving force.

      Generally, bicycles are widely used as a means for short distance travel and leisure, and recently, there are many people who are pursuing leisure activities in the outdoors, and their use is increasing.

When a bicycle rides on a bicycle, the bicycle rides on the saddle, and when the bicycle rides on the bicycle, the weight is put on the user's hips and thighs, and the bicycle is brought into close contact with the small saddle so that the hip is painful And the like.

Conventional bicycle saddles can be classified into saddle-like saddles and nose-free saddles. In the case of a saddle with nose, the saddle is suitable for stepping on the pedal by putting weight on it, while pressing the prostate and causing pain in the buttocks, There is a problem that it is difficult. On the other hand, in the case of the nose-free saddle, the contact area between the saddle and the hip is relatively wide, and the seating feeling is good. However, since the saddle touches the thigh, there are obstacles when the pedal is depressed. In order to solve such a problem, Korean Patent Registration Nos. 10-0614305, 10-0935441, 10-1042540, 10-2005-0040352, 10-2010-0137336, etc., In order to distribute the concentrated load, techniques for a bicycle saddle using various structures separated from each other are disclosed.

In the case of a bicycle saddle separated from the left and right in the past, the load concentrated on the hip is still dispersed to make a comfortable saddle, and the posture instability due to the saddle's left and right flow causes inconvenience of the waist (lumbar spine) Problems such as inefficient device technology applied, increase in body fatigue due to lowering of propulsion force are not completely solved.

The present invention has been made in view of the above points, and it is an object of the present invention to enlarge the surface area of the saddle so as to create a comfortable seating feeling, to solve the posture instability and inconvenience caused by the left and right swings of the hip according to the left and right saddle flow, In order to overcome the inefficient technology to overcome this problem, to reduce the propulsive force due to the dispersion of the tread force, to overcome the shaking due to integration between the bicycle and the user, to protect the perineum and to prevent prostate disease and to contribute to the popularization of bicycle leisure culture.

A bicycle saddle according to an embodiment of the present invention includes a saddle frame formed in a "T" shape, a fixed eye piece fixedly mounted on a horizontal portion (lateral portion) of the saddle frame and on which a user's hip portion is seated, A pair of legs provided on both sides of the saddle frame so as to be foldable with respect to each other with the thighs of the user in contact with each other, And a series of yaw actuating portions for vertically moving the support around the axis.

The floating saddle portion is installed so as to be able to perform a folding operation through a hinge on a horizontal portion of the saddle frame. During the operation, the front part of the ledge is provided with a saddle-shaped collar which is in contact with the inside of the thigh, and it can be protruded upward and downward. Wherein the swinging operation portion includes a support shaft having a central axis for swinging up and down at a lower end of a vertical portion of the saddle frame across a bottom portion of the seat for a pair of oil and fixed to both ends of the shaft and a lower portion of the vertical portion of the saddle frame with a rotary member, And is provided between both ends of the supporting sash and the pair of legs to transmit (support) the vertical force between the supporting leg and the leg during the operation and at the same time, And a spring supporting member for fixing the upper and lower ends of the spring, the bottom of the floating saddle, and the supporting base. A bridge-shaped member may be provided on the upper surface of the ledge for oiling the fixed sheet ledge to relieve the tilting of the ledge during vertical movement of the ledge.

      According to the bicycle saddle according to the embodiment of the present invention, the portion where the butt touches is fixed, and the portion where the thigh touches is provided in a state in which it can move up and down. Therefore, when the pedal is depressed, It is possible to obtain the maximum driving force in a stable posture without friction between the saddle and the thigh because the book moves up and down during the left and right oil adaptation to the structure.

       Further, according to the bicycle saddle according to the embodiment of the present invention, when the book is bent downward during one of the oil pressures, the opposite side of the moving saddle is shifted upwards by the operation of the yawing motion part, It is possible to share the weight in a state in which the force is not dispersed.

       According to the bicycle saddle according to the embodiment of the present invention, since the saddle-stitch is formed at the front part of the seat during the stay, the inside of the thighs and the saddle-stitch are always kept in contact with each other, so that the bicycle body and the user are integrated when the pedal is depressed And the possibility of the vehicle body shaking or falling down when the bicycle is operated is significantly reduced.

       Further, according to the bicycle saddle according to the embodiment of the present invention, since the portion in which the perineal portion and the thigh contact each other is separated from the left and right and is configured as a lever for operating up and down, it is possible to reduce the occurrence of compression of the prostate gland or generation of saddle And it is possible to provide a comfortable and safe sitting posture.

1 is a plan perspective view showing a bicycle saddle according to an embodiment of the present invention.
2 is a bottom perspective view showing a bicycle saddle according to an embodiment of the present invention.
3 is a perspective view of a bicycle saddle according to an embodiment of the present invention, showing a state in which the book is lowered during one side of the bicycle.
4 is a bottom perspective view of a bicycle saddle according to an embodiment of the present invention showing a state in which a book is lowered during one side of the bicycle.

Next, a preferred embodiment of a bicycle saddle according to the present invention will be described in detail with reference to the drawings.

The present invention can be embodied in various forms and is not limited to the embodiments described below.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings, wherein like numerals refer to like elements throughout.

1 and 2, a bicycle saddle according to an embodiment of the present invention includes a saddle frame 10, a fixed housing 20, a pair of legs 30, (40).

The saddle frame 10 is formed in a substantially "T" shape. The saddle frame 10 is formed of a rigid body, and is coupled to the saddle member 50 to be fixed to the body of the bicycle. The saddle frame 10 is installed such that the horizontal portion 12 is located on the hip side and the vertical portion 14 is projected toward the handle. The fixed frame 20 is fixed to the horizontal portion 12 of the saddle frame 10. [ The buttock portion of the user is seated and supported on the fixing sheet holder 20. The fixing sleeve 20 is preferably formed as a flat saddle so that the buttocks can be seated, and it is also possible to have a concave portion corresponding to the shape of the buttocks. And the ledge 30 is provided so as to be foldable with respect to the stationary eye 20 during the stay.

For example, during the operation, the ledge 30 is installed on the horizontal portion 12 of the saddle frame 10 through a hinge 38 so as to be foldable. It is also possible to provide the holding portion 30 with a folding operation through the hinge 38 to the fixing portion 20 during the operation.

A bridge is provided on the upper surface between the fixing sleeve 20 and the facing portion of the legs 30 so as to reduce the bending due to the upward and downward flows of the legs 30 during the operation of the legs 30, It is also possible to install the bridge member 39 so as to flow to either the stationary station 20 or the bank 30 during operation. The legs 30 are installed on both sides of the vertical part 14 of the saddle frame 10 between the legs. During the stay, the thighs of the user are held in contact with the legs (30).

In addition, the saddle 34 may be provided at the front portion of the seat 30 so as to be in contact with the inside of the thigh, and the saddle can be protruded upward and downward. When the seat cushion 34 is formed as described above, the inside of both thighs and the seat cushion 34 and the seat 30 are always kept in contact with each other, thereby integrating between the bicycle body and the user. It is also possible that the seat portion 30 is wrapped with the cushioning material so as to improve the seating feeling.

The swinging operation unit 40 includes a support shaft center shaft 42 swinging up and down at the lower end of the vertical member 14 across the bottom surface of the legs 30 during a pair of leaks, A support base 41 fixed to the support base 41 and fixed to the support base 41 at both ends of the support base 41 and the bottom face of the support base 30 for supporting the support base 41, The upper and lower force acting between the support 30 and the support 30 is transmitted to the support 30 and the support 30 is supported by the support 30, And a tension spring support member 45 that fixes the upper and lower ends of the tension spring 44 and the bottom surface of the ledge 30 and the support table 41 during the operation. A nut 47 is provided between the both ends of the support base 41 and the tension spring supporting member 45 at the lower end of the tension spring for adjusting the angle of flow of the leg 30 during operation.

The rotary member 43 provided at both ends of the support shaft center shaft 42 is provided with a bolt nut 46 for adjusting the angle of the shaft during vertical movement so as to simultaneously adjust the flow angle of the seat 30 during the left and right oil flows. A bolt nut 51 for fixing the angle of the fixing screw 20 fixed to the lower end of the fixing part 20 and adjusting the height of the fixing part 20 by adjusting the height of the saddle member 50 at the upper part of the vertical part 14. [ . One end of the tension spring 44 is fixedly supported on the bottom surface of the ledge 30 while the other end thereof is fixedly supported on the end of the support plate 41. The tension spring 44 preferably uses a coil-type tension spring to transmit the action force of the up-and-down movement of the ledge 30 during the left and right oil flows. The tension spring 44 performs the function of absorbing the axial movement of the front, rear, left, and right, which is adapted to the movement of the support point 41 and the center point of the connecting portion due to the vertical action of the legs 30 during left- . The tension spring 44 maintains the balance of the book 30 during the left and right oil flows and functions to maintain the smooth fluidity of the upper, lower, front, rear, left and right. The tension spring 44 is configured to have a larger diameter than the support point 41 and the center point movement interval of the connection portion due to the vertical action of the ledge 30 during the right and left oil flow, And the tension spring 44 is configured to have an appropriate thickness and an elastic force to be bent so as to accommodate the passenger (not shown) desirable. 3, when the user depresses the pedal, as the one thighs are lowered, the legs 30 are folded and folded down during the operation of the corresponding side , The compressive force is transmitted to the tension spring 44 on the opposite side via the support table 41 and the upward force So that it is folded upwards.

Therefore, when the user depresses the pedal, as one of the thighs is lowered, the force applied to the opposite thigh from the legs 30 for a longer period of time is applied to the legs 30 and the user lifts the thighs and friction occurs between the saddle and the thighs It is possible to transmit the maximum thrust to the pedal.

Since the body weight is naturally shifted when the pedal is depressed, it is possible to share the weight evenly between the fixed pen holder 20 and both legs 30 without dispersing the force to press the pedal.

Although the preferred embodiments of the bicycle saddle according to the present invention have been described above, the present invention is not limited thereto, but can be variously modified and embodied within the scope of the claims, specification and accompanying drawings, It falls within the scope of the invention.

10 - saddle frame, 12 - horizontal section, 14 - vertical section, 20 - stationary section,
38 - hinges, 39 - bridge members,
40 - yawing motion member, 41 - support member, 42 - support shaft center shaft, 43 -
44 - tension spring, 45 - tension spring bearing member,
46.47 - Bolts for adjusting the angle of the bolt, nut, 50 - Saddle material,
51 - Bolt for adjusting the angle of the stationary knob, nut,

Claims (4)

A saddle frame formed in a "T" shape,
A fixing frame which is fixed to the horizontal portion of the saddle frame and on which the hip portion of the user is seated; and a fixing frame which is provided on both sides of the vertical frame of the saddle frame, A bicycle saddle including a pair of legs and a yaw actuating portion mounted across the bottom of the leg during said pair of legs to allow the legs to interlock during said left and right legs. The method according to claim 1,
Wherein the floating saddle portion is formed so as to protrude upwardly and downwardly in contact with the inside of the thigh at a front portion thereof and to be foldable and operable through a hinge to the horizontal portion of the saddle frame. The method according to claim 1,
The swinging operation unit includes a support shaft fixed to both ends of the shaft and the lower end of the vertical member with a rotary member, the swinging operation unit having a central shaft pivoting up and down at a lower end of the vertical portion across the bottom surface of the ledge for oil- And a pair of supporting members that are respectively installed between both ends of the supporting member and the bottom of the supporting member to transmit and support the vertical force between the supporting member and the supporting member, And a tension spring support member for fixing the upper and lower ends of the tension spring and the bottom of the leg and the support frame during the movement of the tension spring. The method according to claim 1,
Wherein a bridge is provided on the upper surface between the fixing shaft and the shaft to provide a bridge member for relieving crevices and bending due to upward and downward flows of the shaft during the shaft to increase the seating feeling.

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