Force-Barrier

• US 20130133913A1
• Filed: 03/23/2011
• Published: 05/30/2013
• Est. Priority Date: 03/25/2010
• Status: Abandoned Application

• Current Assignee: Hadar Magali, Shachar Magali
• Original Assignee: Hadar Magali, Shachar Magali
• Inventors: Magali, Hadar, Magali, Shachar
• Application Number:
  US13/637,067
• Publication Number:
  US 20130133913A1
• Time in Patent Office: Days
• US Class Current: 173/210
• CPC Class Codes: B06B 1/12 operating with systems involving reciprocating masses
• CPC Class Codes: B25D 17/00 Details of, or accessories for, portable power-driven percussive tools details or components, e.g. casings, bodies, of portable power-driven tools not particularly related to the operation performed B25F5/00

Abstract

The Force-Barrier is a very fast force applier and remover on or from a reciprocating body. The Force-Barrier is a completely passive device. It needs no control, and switches the force always at the same location regardless the orientation and gravity. In case the reciprocating body is driven by pressurized liquid or compressed gas, the Force-barrier is a substitute to a directional valve, or on-off valve, but faster, consuming less energy, and not being in need of control. The Force-Barrier enables the use of at least one spring and/or at least one electro motor in rebound-effectors and other reciprocating devices. The Force-Barrier may be implemented as a disk placed in between a cylinder and a piston, wherein the cylinder has two internal diameters, and the piston has two external diameters, and wherein there is a step between the two diameters of the piston and the two diameters of the cylinder.

Claims

1. A force-barrier mechanism comprising:

a force-barrier body;

a reciprocating body; and

a static body;

wherein the reciprocating body is adapted to reciprocate along a certain path of the static body during operation of the force-barrier mechanism, and has at least one step;

wherein the force-barrier body is adapted to reciprocate along at least a portion of the same path as the reciprocating body reciprocates, and has at least one step which is adapted to be laid on the at least one step of the reciprocating body;

wherein the static body includes a path for one or both of the reciprocating body and force-barrier body, and has at least one step which allows the force-barrier force-barrier body to lie on; and

wherein the at least one step of the reciprocating body, the static body, and the force-barrier body allows for the force-barrier body to be laid just on the reciprocating body, just on the static body, or on both the reciprocating body and the static body.

2. The force-barrier mechanism of claim 1, wherein both the reciprocating body and the static body have at least one set of steps for supporting at least one force-barrier body.

3. The force-barrier mechanism of claim 1, wherein the static body is a cylinder, the reciprocating body is a piston inside the static body, and the at least one force-barrier body is between the static body and the reciprocating body.

4. The force-barrier mechanism of claim 1, wherein the static body is a piston, and the reciprocating body is a cylinder, wherein the static body is inside the reciprocating body, and wherein the at least one force-barrier body is between the static body and the reciprocating body.

5. The force-barrier mechanism of claim 3, comprising at least one force-barrier body for creating, together with at least the static body the reciprocating body, pressurized liquid and/or compressed gas, in at least one chamber.

6. The force-barrier mechanism of claim 5, comprising at least one force-barrier body having at least one of a pressurized liquid, compressed gas, seal, wiper, scraper, and guide.

7. The force-barrier mechanism of claim 5, wherein the at least one chamber comprises at the side opposite to where at least one of the pressurized liquid and compressed gas is pushing, the at least one force-barrier body kept at a pressure which is less than the surrounding atmosphere pressure.

8. The force-barrier mechanism claim 1, further comprising at least one spring for applying force on the at least one force-barrier body.

9. The force-barrier mechanism of claim 1, further comprising at least one moving magnet motor for applying a force on the at least one force-barrier body, wherein the at least one force-barrier body is the at least one magnet of the at least one moving magnet motor.

10. The force-barrier mechanism of claim 1, further comprising at least one electric linear motor or at least one electro magnet for applying a force on the at least one force-barrier body.

11. The force-barrier mechanism of claim 1, wherein two or more force-barrier bodies, which have different applied force sources, and which have different kinds of forces.

12. The force-barrier mechanism of claim 1, further a source for creating a force to be applied on the force-barrier body.

13. The force-barrier mechanism of claim 12, wherein the source for creating a force to be applied on the force-barrier body comprises one or more of a spring, pressurized liquid, a moving magnet motor and compressed gas.