초록 ▼

A body pouch band for carrying personal effects on the limb of a user. The body pouch band includes a pouch having front and rear walls and side, top and bottom edges. The side and bottom edges can be gusseted. The top of the pouch can be fastened shut by use of an interlocking groove type sealing m

A body pouch band for carrying personal effects on the limb of a user. The body pouch band includes a pouch having front and rear walls and side, top and bottom edges. The side and bottom edges can be gusseted. The top of the pouch can be fastened shut by use of an interlocking groove type sealing mechanism. The pouch is attached to a limb band which can be fastened to the wrist, upper arm, or ankle of a user. The limb band is made of stretchable material, and can be a cuff or a sleeve. The cuff embodiments have stretchable straps or bands that are either releasably fastened together at their outer ends, such as by use of hook and loop fastener material, or permanently fastened at their outer ends, such as by sewing. The sleeve embodiments are made of stretchable material, and are adapted to be slid into position over the selected limb portion of the user. In the sleeve embodiment for use over the upper arm, opposing holes pass through the wall of the sleeve to provide improved flexibility. The pouch and limb band are preferably made of waterproof materials so that the body pouch band may be worn during water sports.

대표청구항 ▼

A body pouch band for carrying personal effects on the limb of a user. The body pouch band includes a pouch having front and rear walls and side, top and bottom edges. The side and bottom edges can be gusseted. The top of the pouch can be fastened shut by use of an interlocking groove type sealing m

A body pouch band for carrying personal effects on the limb of a user. The body pouch band includes a pouch having front and rear walls and side, top and bottom edges. The side and bottom edges can be gusseted. The top of the pouch can be fastened shut by use of an interlocking groove type sealing mechanism. The pouch is attached to a limb band which can be fastened to the wrist, upper arm, or ankle of a user. The limb band is made of stretchable material, and can be a cuff or a sleeve. The cuff embodiments have stretchable straps or bands that are either releasably fastened together at their outer ends, such as by use of hook and loop fastener material, or permanently fastened at their outer ends, such as by sewing. The sleeve embodiments are made of stretchable material, and are adapted to be slid into position over the selected limb portion of the user. In the sleeve embodiment for use over the upper arm, opposing holes pass through the wall of the sleeve to provide improved flexibility. The pouch and limb band are preferably made of waterproof materials so that the body pouch band may be worn during water sports. ng that communicates with the surroundings; no connection between the idle opening and the idle channel occurs during impact operation of the air spring impact mechanism, and that; during idle operation, the idle opening can be moved over the idle channel and the cavity can be put in connection with the surroundings through the idle opening and the idle channel. 2. An air spring impact mechanism according to claim 1, wherein the air equalization pocket is longer axially than a surface of the drive piston in contact with the guide sleeve. 3. An air spring impact mechanism according to claim 1, wherein three air equalization pockets and three idle openings are provided each in the guide sleeve evenly distributed about the perimeter. 4. An air spring impact mechanism according to claim 1, wherein a number of idle openings are provided in the guide sleeve at different axial positions with respect to the main axis of the guide sleeve. 5. An air spring impact mechanism according to claim 1, wherein a number of idle openings exist with different cross sectional open areas. 6. An air spring according to claim 1, wherein a number of glide surfaces are provided in an exterior perimeter surface of the guide sleeve by means of which the guide sleeve is guided within the impact mechanism housing. 7. An air spring impact mechanism according to claim 6, wherein notches with a smaller radius are provided between neighboring glide surfaces. 8. An air spring impact mechanism according to claim 6, wherein one of the glide surfaces has an idle opening penetration in it. 9. An air spring impact mechanism according to claim 1, wherein the idle channel is an annular design in a guide surface of the impact mechanism housing that guides the percussion piston. 10. An air spring impact mechanism according to claim 9, wherein the idle channel communicates with the surroundings through a connection channel. 11. An air spring impact mechanism according to claim 1, wherein an air cushion can be produced in a cavity designed between a front side of the percussion piston and the impact mechanism housing. 12. An air spring impact mechanism according to claim 11, wherein the front cavity is isolated from the surroundings temporarily during the transition of the percussion piston from impact operation to idle operation. 13. An air spring impact mechanism according to claim 11, wherein the front cavity is connected to the surroundings during idle operation. 14. An air spring impact mechanism according to claim 1, wherein the air equalization pocket and the idle opening are located at different positions on the guide sleeve.