KR200345946Y1 - A bicycle saddle - Google Patents

Abstract

The present invention has a bicycle saddle which is installed on both sides of the user's hips close to the predetermined interval spaced with a bend line, such as the bending of the hip, the front sides of the saddle is installed at regular intervals and the shape is "a" A "-" shaped bracket having a through-hole formed in the upper and side portions thereof; A "T" shaped frame inserted into both side surface through holes in the "a" shaped bracket and rotatable from side to side and having a connecting hole formed at a lower portion thereof; A first rotating member connected to the connection hole of the “T” -shaped frame and moving up and down in a movement direction, and having a connection hole formed at a central portion thereof; A flexure bracket having a hip flexion at a rear portion of the saddle and a connection portion formed at a bottom thereof; A second rotating member which can be connected to a connecting portion formed at the lower end of the bending bracket and rotates according to the direction of movement; The first rotating member and the second rotating member can be coupled to each other, and the lower end is composed of a "T" type support frame formed with a connecting portion to be connected to the body frame of the bicycle, and it is easy to transmit force to the pedal, and when used for a long time Cycling saddles that reduce fatigue.

Description

Bicycle saddle {A bicycle saddle}

The present invention relates to a bicycle saddle, and more specifically, to form a saddle separate from the left and right, each saddle to move in accordance with the pedal movement direction in close contact with the hips when flowing to the body (hip) according to the pedal movement. It's about a bicycle saddle.

The structure of a conventional bicycle saddle or similar saddle narrows the front part to facilitate the movement of the bicycle pedal by moving the two legs, and the rear part is formed wide to support the load of the hip part.

The bicycle saddle supports the weight of the cyclist. The conventional bicycle saddle has a smaller area than a normal chair, and the front and rear of the saddle is narrow and rear to freely move the legs because the pedal must be rotated by moving both legs. Is wide to support the load of the human body.

In other words, the part that receives the sciatic and thigh bone parts and the part that receives the perineal part between the two legs are made in the opposite shape corresponding to the shape of the human body and are made by concentrating the load in the center.

The saddle is secured so that the saddle is divided into two parts so as not to pressurize the perineum.

However, these saddles must raise the upper body when you want to speed and acceleration, the pedal must be delivered to the force, there is a problem that parts of the body when the long time running on the surface of the seat damage the skin or increase the fatigue on the body.

The object of the present invention is devised in view of the above problems, the object of this is that when the pedal pedals left and right by introducing the application to the seesaw principle of the saddle, when one side is up, the other side comes down to maintain the balance of power and press the pedal By maximizing the power, the speed of the bicycle can be increased, and the bicycle saddle can be provided to the user to reduce fatigue when used for a long time.

1 is an exploded perspective view showing the structure of the bicycle saddle of the present invention.

Figure 2 is a front view of the present inventors bicycle saddle.

Figure 3a, 3b is a front view showing a change in the saddle when transmitting force to the pedals.

Figure 4a is a side view showing a change in the saddle when transmitting force to the pedals.

Figure 4b is a partial enlarged view showing a change in the rear portion when transmitting a force to the pedal.

Figure 5 is an exemplary view showing the bending bracket installed in the "T" shaped frame or the rear of the saddle in another form.

* Description of the symbols for the main parts of the drawings *

1: Saddle 30a, 30b: Flex Bracket

32a, 32b: bending bracket connection portion 50a, 50b: second rotating member

54a, 54b: second rotating member connecting portion 56a, 56b: second rotating member through hole

60a, 60b: "a" shaped bracket 62a, 62b: "a" shaped bracket upper side hole

64a, 64b: "a" shaped bracket side hole

70a, 70b: "T" shaped frame 72a, 72b: "T" shaped frame Through

80: "T" shaped support frame 81: hinge portion

82,83: "T" shaped support frame side connection

90: first rotating member 91: first rotating member through

100: Bolt

150: bicycle body frame 160: nine

170: extension blade 200: knuckle ball

The object of the present invention is to provide a bicycle saddle which is installed at both sides of the user's hips in contact with each other at a predetermined interval spaced with a bend line, such as bending of the hip, the front side of the saddle is installed at regular intervals and the shape is An "a" shaped bracket having a through-hole formed in the upper and side portions thereof; A "T" shaped frame inserted into both side surface through holes in the "a" shaped bracket and rotatable from side to side and having a connecting hole formed at a lower portion thereof; A first rotating member connected to the connection hole of the “T” -shaped frame and moving up and down in a movement direction, and having a connection hole formed at a central portion thereof; A flexure bracket having a hip flexion at a rear portion of the saddle and a connection portion formed at a bottom thereof; A second rotating member which can be connected to a connection portion formed at the lower end of the bending bracket and rotates according to a direction of movement; The first rotating member and the second rotating member to be coupled to the lower end is achieved by a bicycle saddle, characterized in that made of a "T" type support frame formed with a connection to be connected to the body frame of the bicycle. .

BEST MODE Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view showing the structure of the bicycle saddle of the present invention, Figure 2 is a front view of the bicycle saddle of the present invention, Figures 3a, 3b is a front view showing a change in the saddle when transmitting a force to the pedal, Figure 4a The side view showing the change in the saddle when transmitting force to the pedal, Figure 4b is a partially enlarged view showing the change in the rear portion when transmitting force to the pedal, Figure 5 is a "b" shaped bracket or flex bracket installed on the back of the saddle is another form Illustrated as shown.

Accordingly, the bicycle saddle of the present invention supports the user's hips and provides comfort at the same time, the bicycle saddle has the same bending line as the bend of the hips to support the user's hips and faces each other at a predetermined interval apart from each other. The lower front portion of the saddle (1) is installed so that the bolt (100) is inserted into the upper through holes (62a, 62b) formed with the "b" shaped brackets (60a, 60b) side holes (64a, 64b) at regular intervals It is fixedly installed facing each other, the rear portion of the saddle (1) has a bend of the hip and the bottom of the bending brackets (30a, 30b) formed with connecting portions (32a, 32b) is fixed to the bolt (100).

The “T” shaped frames 70a and 70b are inserted into both side surface through holes 64a and 64b in which the “a” shaped brackets 60a and 60b are formed, and both sides formed in the “T” shaped frames 70a and 70b. The first rotating member 90 is connected to the connection through holes 72a and 72b, but is adjusted to fit the body size of the user.

The connection hole 91 formed in the first rotating member 90 is coupled to the "T" shaped support frame hinge 81 to allow rotation.

After coupling the connecting portion (54a, 54b) formed on the second rotating member (50a, 50b) to the bending bracket connecting portion (32a, 32b) formed in the rear portion of the saddle (1) to the second rotating member connecting hole (56a, 56b) After the "T" shaped support frame 80 is coupled to the side connecting portions 82 and 83, the connection portion 87 formed under the "T" shaped support frame 80 is coupled to the bicycle body frame 150.

When explaining the operating state of the present invention below, the position of the pedal up and down when stepping on the pedal and proceeds to sit on the saddle (1) of the present invention inserted into the bicycle body frame 150 as shown in Figure 3a, 3b The saddle is moved downward when one side is positioned at the point, and the saddle 1 is moved upward when the pedal position is at top dead center.

In other words, when the user presses the pedal, the saddle (1) moves to the user according to the force (P) direction. It is moving against.

On the other hand, as shown in Figure 4a, 4b before using the saddle (1) is located in ①, when the user sits on the saddle (1) to step on the pedal and proceed the bicycle saddle when the position of the pedal is moved to the upper and lower points The position of (1) is located at ② and one side portion is moved downward to the first rotating member 90 installed in the front part, and the second rotating members 50a and 50b installed on the rear side of the saddle 1 are in the right direction. Rotation, the position of the pedal is moved to the top dead center position of the saddle (1) is located at ③, the side portion is moved upward in the first rotating member 90 installed in the front portion and the rear of the saddle (1) The installed second rotating members 50a and 50b are rotated in the left direction.

That is, the second rotating members 50a and 50b are rotated from side to side according to the predetermined angle θ in the direction of the first rotating member 90.

5 is an exemplary view showing a curved bracket installed in a “T” shaped frame or a saddle rear surface in another form, and a sphere 150 having one side cut therein is formed at the bottom thereof, and the first rotating member may be coupled thereto. Side 90 and the "T" type support frame 80 side portion is to be inserted into the sphere 150, but the internal structure is made in the form of knuckle ball 200 to protrude one side to move at a limited angle during rotation .

Specifically, the shape of the sphere 150 is chamfered so as to have a flat portion on both sides. The first rotating member 90 and the "T" type support frame 80 into which the sphere is inserted are in surface contact with the flat portion inward. The extension part 170 is formed to be a limited flow only back and forth without being rotated 360 °.

The saddle and all of its members may take a different shape than those shown and described, and the materials used can be varied in various ways depending on the needs of the user and the properties required of the manufacturer's saddle.

Therefore, the present invention saddle gives a comfortable to use for a long time in the general public, experts and sports competitions, and is particularly suitable for sports athletes, mountain bikes.

The saddle of the present invention used as described above is formed by separating the saddle from side to side, so that the front end of each saddle member is variable in the upward direction in close contact with the hips during the flow of the body (hip) according to the pedal movement. It is easy to transfer to the force, and does not damage the user's skin during long time exercise, it has the effect of reducing fatigue on the body.

Claims (4)

In the bicycle saddle installed on both sides of the user's hips close to the predetermined interval with the same bending line as the hip flexion, The front both sides of the saddle is installed at regular intervals and the shape is a "b" shaped to form a hole in the upper and side portions "a" shaped brackets; A "T" shaped frame inserted into both side surface through holes in the "a" shaped bracket and rotatable from side to side and having a connecting hole formed at a lower portion thereof; A first rotating member connected to the connection hole of the “T” -shaped frame and moving up and down in a movement direction, and having a connection hole formed at a central portion thereof; A flexure bracket having a hip flexion at a rear portion of the saddle and a connection portion formed at a bottom thereof; A second rotating member which can be connected to a connection portion formed at the lower end of the bending bracket and rotates according to a direction of movement; Bicycle saddle, characterized in that the first rotating member and the second rotating member to be coupled to the lower end portion is formed of a "T" type support frame is formed to connect to the body frame of the bicycle. The saddle according to claim 1, wherein the first rotating member rotates the front part of the saddle to face the support frame. The saddle according to claim 1, wherein the second rotating member is rotated at a predetermined angle during the vertical movement of the first rotating member. According to claim 1, wherein the "T" frame and the bending bracket is lowered on the first rotating member and the "T" shaped support frame formed with a sphere cut in both sides to have a flat portion and the extension portion in contact with the flat portion inwardly. Bicycle saddle characterized in that the sphere is inserted.