TH94516A - Method and Chord Manufacturing Machine of Spiral Circles - Google Patents

Abstract

DC60 (17/07/56) A method for producing a chord of an annular spiral wound. Where while rotating the circular axis A ring that is fixed in the direction of moving around, the winder with the winding side wire will swing. The body is a repetitive clock pendulum. Together and will move perpendicular to the ring-shaped axis In order to wind the wire The sides are circled with an annular core to form a sheath layer. Once the sheath layer is created, the pivot point of the The oscillating pendulum is determined in such a way that it is relative to the tangent line of the sphere. Of an annular core passing through the winding point where the side wire is wound to the annular core The side wires are wound to the annular core's winding point within 15 degrees at the north position. Tangent and within the range of 55 degrees at the position under the tangent line Method for producing a chord of a spiral wound in a spiral Where while rotating the figure axis A ring that is fixed in the direction of moving around, the winder with the winding side wire will swing. The body is a repeating pendulum and will move perpendicular to the ring-shaped axis. In order to wind the wire The sides are circled with an annular core to form a sheath layer. Once the sheath layer is created, the pivot point of the The oscillating pendulum is determined in such a way that it is relative to the tangent line of the sphere. Of an annular core passing through the winding point where the side wire is wound to the annular core The side wires are wound to the annular core's winding point within 15 degrees at the north position. Tangent and within the range of 55 degrees at the position under the tangent line

Claims (8)

Disclaimers (all) that will not appear on the advertisement page: 1. Method for producing the chords of the spiral wound into a ring shape which consists of The repetitive winding of the roll resulting from moving the roll sideways. And draw back while the ring-shaped axis is rotated in the direction of moving around Where by this method Will cause the side wire to be coiled by the movement will move with the surface of the ring core. On the inside and outside of the ring body of the ring axis and move the roll sideways in such a way that the angle of deflection in the roll fold (formula) s Of the side wire acting on the surface of the ring-shaped core shall not exceed 29 degrees, and by this method This causes the side wires pulled from the spool to be continuously coiled with the ring-shaped core to form one or more sheath layers. Where the movement in the same plane of the roll and the surface of the ring axis is Move a pendulum-style swinging body, and where, when the side wire That was pulled from the coil, was coiled like a Continuous with the ring axis by repeatedly moving the reel Each side to the surface of the ring-shaped axis to the side The inside and outside of the ring of the ring rod resulting from the movement of the reel to a position in which the spool will move across and the inside of the ring body of the ring axis at one end. Of the swing And to the position where the reel will move across the outer ring of the The ring-shaped axis at the other end of the oscillation period. The position of the rotation point The pendulum oscillations are determined in such a way that The angle between the side wires pulled From the winding and the tangent of the ring-shaped axis passing through the winding point in the point where the side wire is It is wound with a ring-shaped axis within 15 degrees on the opposite side of the ring. Along the tangent line And will be in the range of 55 degrees on the side of the ring-shaped axis along the tangent line Where the diameter of the windings of the side wires winding with the winder is adjusted. Beforehand in order to comply with one of the following equations 0.90DR (Formula) DSO (Formula) 3.3 DR, or 0.55DC (Formula) DSO (Formula) 2.0DC, where DR is the outer diameter of the reel, DSO. As the diameter of The adjusted winding of the side wire and DC is the diameter at the center of the ring-shaped core. 2. Method for producing the chord of the spiral wound into a ring, as described in Clause 1, where the transverse wire that is temporarily pulled at the initial end of the transverse winding is used by This is continued as a result of the temporary fixation of the initial end of the transverse winding by using a rubber sheet that has not been vulcanized or has undergone a semivulcanization process. Arrived 3. Method for producing the chords of the rubber bands in the twisted ring form as specified in either Clause 1 or Clause 2. Where the diameter of the coil of the transverse wire winding with The rollers are pre-adjusted to meet one of the following equations: 0.99DR < = DSO < = 3.3DR or 0.55DC < + DSO < = 2.0DC DR is the outer diameter of the spool, DSO. To the diameter of the coil adjusted Then of the wire transverse and Dc is the diameter at the center of the annular core. 4. Method for producing the chords of the rubber bands in the twisted ring form as specified in Clause 1 to Clause 3, any of them. Where the direction of the transverse curvature of the wire drawn from the winding Will follow the direction of the curvature of the ring-shaped axis at the winding point 5. The chord production machine of the spiral wound into a ring which consists of A drive unit that pivots the ring axis in a moving direction; The coil is a transverse wire carrier to the folded part of the ring-shaped core; A pendulum mechanism that causes the roll to move in a pendulum-style oscillation along the surface of the ring-shaped axis, which causes the roll to be moved to a position where the roll will move across the sides of the ring. The ring of the ring rod at the end of the roller's oscillation and to the point where the roll The transverse displacement with the outer ring of the ring axis at the other end of the oscillation; And the mechanism for sending the roll, which is facing, rests on different sides Of the surface of the ring-shaped axis by it It is positioned at a distance that does not prevent rotation of the ring-shaped axis in the direction it moves around where the wire crosswise. Drawn from the spool will be rolled into a loop like Continuous with the ring axis by repeatedly moving the roll crosswise Together with the surface of the ring-shaped core with On the inside and outside the ring of the ring axis and the position of the pivot point of movement The reel's pendulum oscillation is determined by the angle between the wires across the wire drawn. From the winding and the tangent of the ring-shaped spheres passing through the winding point where the wire follows The transverse is wound on the ring axis at 15 degrees on the opposite side of the ring axis. Along the tangent line and will be in the range of 55 degrees on the side of the ring axis along the tangent line 6. The chord-making machine of the spiral ring-shaped inner tubing as described in Clause 5, where the drive consists of two holding wheels that form a ring-shaped spindle. And where the machine will It is further assembled with a handle that rests on the wire feed side across the two gripping reels, which loosely guides the ring rod. And it will act as a winding point when winding the wire along Transverse with ring-shaped axis 7. A ring-shaped chord making machine as specified in either Clause 5 or Clause 6. Where two facing reel transmission mechanisms are positioned at The least In order to make the roller move around the surface of the ring hole axis 8. A ring-shaped chord making machine as specified in Clause 5 to Clause 7. Where the winder, where the wire across the fold, is supported. Rotatable in a package containing a cylindrical outer wall with a With the inner width of the reel and larger than the outer diameter. Little bit of roll The outer wall of the storage case has a hole for pulling out and a wire along the The transverse is pulled out through the opening hole.