초록 ▼

An ice skate comprising a blade and a blade holder. The blade holder providing decreasing, non rigid, and/or no lateral support in a rearward region of the blade so that it may facilitate increased or freer flexibility of the blade and improved maneuverability. The blade is rigidly laterally support

An ice skate comprising a blade and a blade holder. The blade holder providing decreasing, non rigid, and/or no lateral support in a rearward region of the blade so that it may facilitate increased or freer flexibility of the blade and improved maneuverability. The blade is rigidly laterally supported at a front end section of the blade holder and preferably also at a back end section of the blade holder so that it may facilitate efficient transfer of force between the skater and the blade. One or more non-rigid support members may be employed to control, absorb and/or cushion the flexing of the blade. The ice skate may be tuned to reflect the desired performance requirements of the individual skater and/or use.

대표청구항 ▼

An ice skate comprising a blade and a blade holder. The blade holder providing decreasing, non rigid, and/or no lateral support in a rearward region of the blade so that it may facilitate increased or freer flexibility of the blade and improved maneuverability. The blade is rigidly laterally support

An ice skate comprising a blade and a blade holder. The blade holder providing decreasing, non rigid, and/or no lateral support in a rearward region of the blade so that it may facilitate increased or freer flexibility of the blade and improved maneuverability. The blade is rigidly laterally supported at a front end section of the blade holder and preferably also at a back end section of the blade holder so that it may facilitate efficient transfer of force between the skater and the blade. One or more non-rigid support members may be employed to control, absorb and/or cushion the flexing of the blade. The ice skate may be tuned to reflect the desired performance requirements of the individual skater and/or use. capacitor. 3. The discharge circuit for pulsed laser according to claim 2, wherein the other connecting portion of the preionization capacitor is connected to a final forwarding capacitor or a forwarding capacitor which is disposed on the side of the power supply than the side of the final forwarding capacitor. 4. The discharge circuit for pulsed laser according to claim 1, wherein the one-directional circuit element is a diode. 5. The discharge circuit for pulsed laser according to claim 1, wherein the one directional circuit element is a saturable reactor which is pre-saturated by a forward current. 6. The discharge circuit for pulsed laser according to claim 2, wherein the one-directional circuit element is a diode. 7. The discharge circuit for pulsed laser according to claim 2, wherein the one-directional circuit element is a saturable reactor which is pre-saturated by a forward current. 8. The discharge for pulsed laser according to claim 3, wherein the one-directional circuit element is a diode. 9. The discharge circuit for pulsed laser according to claim 3, wherein the one-directional circuit element is a saturable reactor which is pre-saturated by a forward current.