DE202010013693U1 - bicycle saddle - Google Patents

Abstract

A bicycle saddle having a lower part (2) connected on the lower side with two bow-shaped wires (3) fixed to the seat post (1), the lower part (2) having left and right portions with a receiving space (21 ) for receiving an elastomer (4), which are integrally formed, and with two elastic covers (5) and a connector (6) is connected, wherein each receiving space (21) with a vent opening (22) is provided with a cross-shaped air duct (61) of the connector (6) is connected, wherein the distance of the two legs of the bow-shaped wires (3) increases, wherein the elastomers (4) on the surface of branch-shaped vent grooves (41), whereby when the cyclist (E ) sits on the saddle, through the elastomers (4), the elastic covers (5) and the bow-shaped wires (3) a damping effect and a pressure distribution can be achieved, and at the same time by the wiederho Pressing and releasing the elastomers (4) and the elastic covers (5) ...

Description

Technical area

The The invention relates to a bicycle saddle which is elastic by elastomer Covers and bow-shaped wires one damping effect and can reach a pressure distribution, wherein the heat through the branch-shaped venting on the surface derived from the elastomer quickly and introduced the cold air can, giving a cooling effect is achieved, and wherein the transverse sections of the bow-shaped wires of the saddle can be inclined.

State of the art

The conventional damping of the bicycle saddle is by two coil springs A ( 8th ) or a U-shaped wire ( 9A and 9B ) formed under the saddle. Although the left and right coil spring A can produce a damping effect, but increase the weight of the saddle. The wire B can be deformed by the gravity of the user and thus produce a damping effect ( 9B ). In practice, however, the deformation of the wire B is limited, so that after a long journey time a sore muscles can be generated. The commercial saddle C usually has an elastomer D of foam rubber and is provided on the bottom with vents to allow heat dissipation and deformation of the elastomer D, so that the ride comfort is increased. In heat dissipation, the heat must first pass up through the elastomer D and then be removed from the vents C1. Therefore, the heat transport path is too long, so that the cooling is slow.

Object of the invention

Of the Invention has for its object to provide a bicycle saddle, which has a lower part, which is connected on the underside with two bow-shaped wires is that on the seatpost are attached, wherein the lower part of a left and right section having a receiving space for receiving an elastomer, the one-piece are formed, and with two elastic covers and a Connector is connected, each receiving space provided with a vent opening is, whereby when the cyclist sits on the saddle, through the Elastomer, the elastic covers and the bow-shaped wires a damping effect and a pressure distribution can be achieved, and at the same time by repeatedly pressing and Solve the Elastomers and elastic covers dissipate the heat quickly and the cold air introduced can be, giving a cooling effect is reached.

Of the Invention is a further object of a bicycle saddle to create, wherein the distance between the two legs of the bow-shaped wires increases and the bow-shaped wires on one End each form a transverse section.

Of the Invention is a still further object, a bicycle saddle to create, passing through the transverse section of the bow-shaped sections the saddle be inclined according to the movement of the cyclist can.

Of the Invention is a still further object, a bicycle saddle to create, with the transverse sections by gravity of the cyclist and the movement of the body generate a torque can, whereby the saddle can be inclined accordingly, so that the Buttocks and the Saddle be moved at the same time.

Of the Invention is a still further object, a bicycle saddle to create, wherein the elastomers form on the surface of branch-shaped venting grooves with the vents of the lower part are connected.

Of the Invention is a still further object, a bicycle saddle to create, with the connector between the left and right receiving space the lower part of a cross-shaped venting channel which, with the vents the reception rooms connected is.

Brief description of the drawings

1 an exploded view of the invention,

2 a perspective view of the invention,

3 a sectional view of the invention,

4 a further sectional view of the invention,

5 a representation of the damping effect of the invention,

6 a representation of the movement of the bow-shaped wires ( 1 )

7 a representation of the movement of the bow-shaped wires ( 2 )

8th a representation of the conventional solution,

9-A a representation of another conventional solution ( 1 )

9-B a representation of another conventional solution ( 2 ).

Ways to execute the invention

Like from the 1 and 2 it can be seen, the invention has a lower part 2 on the bottom with two bow-shaped wires 3 connected to the seatpost 1 are attached. The lower part 2 has a left and right section with a receiving space 21 for receiving an elastomer 4 on, which are integrally formed, and is equipped with two elastic covers 5 and a connector 6 connected. Each recording room 21 is with a vent 22 provided with a cross-shaped air duct 61 of the connector 6 connected is ( 3 ). The lower part 2 has further on the bottom left and right positioning 23 with a round hole and two front positioning elements 24 with a recess. The two bow-shaped wires 23 are inserted into the positioning elements with one end 23 inserted and in the middle of the front positioning elements 24 positioned. The other ends of the bow-shaped wires 3 be on the seatpost 3 attached. The distance between the two legs of the bow-shaped wires 3 increases. In addition, form the bow-shaped wires 3 at each end a transverse section 31 , The elastomers 4 form on the surface branch-shaped vent grooves 41 to get the air into the vents 22 to collect.

When the cyclist E is sitting on the saddle ( 4 ), by the elastomers 4 in the lower part 2 and the elastic covers 5 an elasticity can be generated. Since the two legs of the bow-shaped wires are not parallel and have an increasing distance, the bow-shaped wires 3 To dampen the weight of the upper body of the cyclist E, whereby a supporting force for the buttocks of the cyclist is generated, so that a muscle soreness is avoided. Therefore, a damping effect and a pressure distribution can be achieved ( 5 ). Because the elastomers 4 and the elastic covers 5 repeatedly pressed and released, the body heat through the branch-shaped vent grooves 41 quickly into the vents 22 guided and through the cross-shaped vent channel 61 of the connector 6 derived. Therefore, the body heat can be dissipated quickly ( 3 and 4 ). Subsequently, the cold air is introduced, so that a cooling effect is achieved.

When cyclist E sits on the saddle, his body moves while riding on the saddle. If the saddle is stationary, friction may be created with the cyclist's buttocks, creating resistance to the cyclist's thighs, thus reducing treading force. The greater the movement of the body, the higher the resistance for the thighs. Because the bow-shaped wires 3 each a transverse section 31 can show the sections 31 by the gravity of the cyclist E and the movement of the body generate a torque, whereby the saddle can be tilted accordingly ( 6 and 7 ), so that the buttocks and the saddle are moved simultaneously. Therefore, friction can be avoided.

In summary It should be noted that the invention by the elastomers, the elastic covers and the bow-shaped wires a damping effect and a pressure distribution can reach. Repeated pressing and releasing will break the heat the branch-shaped venting quickly dissipated and introduced the cold air, giving a cooling effect is reached. Through the transverse sections of the bow-shaped wires can the saddle be tilted. Due to the above facts The invention corresponds in its availability, progressiveness and novelty fully the requirements for a utility model.

LIST OF REFERENCE NUMBERS

1

seatpost

2

lower part

21

accommodation space

22

vent

23

positioning

24

front positioning

3

bow-shaped wire

31

transverse section

4

elastomer

41

vent

5

elastomer

6

Interconnects

61

vent channel

A

coil spring

B

wire

C

saddle

C1

vent

D

elastomer

F

cyclist

Claims (2)

Bicycle saddle which has a lower part ( 2 ), which on the underside with two bow-shaped wires ( 3 ) connected to the seat post ( 1 ), the lower part ( 2 ) a left and right section with a receiving space ( 21 ) for receiving an elastomer ( 4 ), which are integrally formed, and with two elastic covers ( 5 ) and a connector ( 6 ) connected is, each recording room ( 21 ) with a vent ( 22 ) provided with a cross-shaped air channel ( 61 ) of the connector ( 6 ), wherein the distance between the two legs of the bow-shaped wires ( 3 ), the elastomers ( 4 ) on the surface branch-shaped ventilation grooves ( 41 ), whereby when the cyclist (E) sits on the saddle, through the elastomers ( 4 ), the elastic covers ( 5 ) and the bow-shaped wires ( 3 ) a damping effect and a pressure distribution can be achieved, and at the same time by the repeated pressing and releasing the elastomers ( 4 ) and the elastic covers ( 5 ) The heat can be dissipated by the branch-shaped vent grooves and the cold air can be introduced. Bicycle saddle according to claim 1, characterized in that the bow-shaped wires ( 3 ) by positioning elements ( 23 . 24 ) on the underside of the lower part ( 2 ), wherein the bow-shaped wires ( 3 ) at one end in each case a transverse section ( 31 ), whereby when the cyclist (E) sits on the saddle, the sections ( 31 ) can generate a torque by the movement of the body, so that the saddle can be inclined accordingly.