TH54696B - Folding device of the tire structure layer - Google Patents

Abstract

DC60 This invention offers a folding device that can fold over the two wide edges of the truss layer. Create tires with equal compression without gaps on the circumference. For this purpose, several 23 arm structures are placed on a circular circumference in a movable manner in the axial direction of the working axis 11 and rotated in the radial direction of the working axis. And to support the guide material 39 in a rotating manner around the axial line parallel to the axis of the arm structure is at the two sides at the end of the arm structure. And a 41 coil spring is inserted between the two guides that are supported on the adjacent arm structure. By giving the edge of both width Each tire structure layer is associated with the guide material. And supports 43 roller material for reinforcement between these coil springs. In a rotating manner on the front or rear arm structure of the coil spring At the very least, the outer perimeter of the coil spring is encased in a flexible 42 material with excellent retractable properties. Create tires with equal compression without gaps on the circumference. For this purpose, several 23 arm structures are placed on a circular circumference in a movable manner in the axial direction of the working axis 11 and rotated in the radial direction of the working axis. And to support the guide material 39 in a rotating manner around the axial line parallel to the axis of the arm structure, located at the two sides of the arm structure. And a 41 coil spring is inserted between the two guides that are supported on the adjacent arm structure. By giving the edge of both width Each tire structure layer is associated with the guide material. And supporting roller material 43 for the addition of these springs In such a way that it rotates at the arm structure on the front or back of the coil spring At the very least, the periphery of the coil spring is encased in a flexible 42 material with excellent stretch properties.

Claims (7)

Disclaimer (all), which will not appear on the announcement page: Edit 25/04/2016 1. A folding device of the tire structure layer for expanding the tire structure layer into a toroidal shape on the working axis. And for folding both sides of the width of both layers Tire structure In order for the father to cover the inner core, it is placed on the opposite side of the axis of the enlarged portion Of the tire structure layer, has specific characteristics as Several arm structures are placed on a circular circumference so that they can be moved in any direction. Direction of the axis of the working axis And to allow radial movement of the working axis; Guiding materials are supported on both sides of the respective end of the arm structure. It can rotate around the axial line parallel to the axis of the arm structure; The coiled spring is inserted in the corresponding gap between the two guide materials, respectively, supported by the adjacent arm structure; The two ends of the coil spring are linked to the material. Navigate in order; The compression material which covers the relative gap between the coil springs is supported in Rotatable condition on the arm structure in front of or behind the coil spring; And, at the very least, the outer surface of the coil spring is covered with a flexible material with excellent stretching properties. 2. The tire structure layer folding device for expanding the tire structure layer is a toroidal shape on the working axis. And for both folding of the edge of the width Two of the tire structure layer To complete the encapsulation, the inner edge is placed on the opposite side of the section axis. That is enlarged of the tire structure layer, has a specific characteristic Several arm structures are placed on a circular circumference so that they can be moved in any direction. Direction of the axis of the working axis And to be able to move the radial rotation of the working axis; Guiding materials are supported on both sides of the respective end of the arm structure. It can rotate around the axial line parallel to the axis of the arm structure; The coiled spring is inserted in the corresponding gap between the two guide materials, respectively, supported by the adjacent arm structure; The two ends of the coil spring are linked to the material. Navigate in order; The compression material which reinforces the relative gap between the coil springs is supported in Rotatable condition on the arm structure in front of or behind the coil spring; And the guide material is classified as a guide segment of the predetermined length, guiding both ends of the expandable coil spring. 3. The folding device of the tire construction layer. According to Claims 1 to 2, any one of the specific characteristics is that the compression material consists of roller material. And which roller material Is placed in an offset. Behind the coil spring 4. folding device of the tire structure layer According to claim 1, the specification is a flexible material consisting of a rubber hose and a grill hose is wrapped on the outer surface of the coil spring. 5. Folding device of the tire structure layer. According to claim 1, the specification is a flexible material covering the circumference of the coil spring using the inset molding method. 6. The folding device of the tire structure layer. According to claim 2, the characteristic is that at least the peripheral surface of the coil spring is covered with an elastic material with excellent stretch properties. 7. The folding device of the tire construction layer. According to claim 2, the characteristic is that each pair of guides leading the two ends of the coil spring to a position adjacent to each other in A condition in which the arm structure is retracted ---------------------------------------- 1. The folding device of the tire structure layer With specific characteristics Is a folding device of the frame layer Has built a folding tire for the two wide edges of the tire construction layer The tire structure opening plate is a metroid shape on the working axis. To wrap the edge core in the prepared area. Both sides in the axial direction of the open plate part By placing several arm structures on the line Around the circle to be able to move in the axial direction of the above working axis and to be able to move in the radial direction of the above working axis. And the second by the end of Each of the aforementioned arm structures It supports the guide material in a state of rotation around the axis. Which is parallel to the axis of movement of the above arm structure And there is a coil spring inserted Between two guide materials supported by the aforementioned arm structures that are aligned The two ends of each coil spring are connected to the aforementioned guide material and to the aforementioned arm construction. Will accommodate the compression material for reinforcement between these coiled springs upright Front or back of the aforementioned coil springs in rotatable condition And at least that's around Outside of the aforementioned coil springs It is covered with a flexible material that has excellent stretch properties. 2. The folding device of the tire structure layer With specific characteristics Is a folding device of the frame layer Create a folding tire for the two wide rims of the aforementioned tire construction layer at Spread open the frame to create a Toroidal tire on the working axis To wrap the edge core in the prepared area. Both sides in the axial direction of the expander section By placing several arm structures on the line Around the circle to be able to move in the axial direction of the above working axis and to be able to move in the radial direction of the above working axis And the second by the end of Each of the aforementioned arm structures It supports the guide material in a state of rotation around the axis. Which is parallel to the axis of movement of the above arm structure And there is a coil spring inserted Between the two guide materials that are supported by the aforementioned arm structures that are aligned The two ends of each coil spring are linked to the aforementioned guide material and to the aforementioned arm construction. Will accept compression material for reinforcement between these coiled springs. Front or back of the aforementioned coil springs in rotatable condition And the aforementioned navigation material has a pair of guides With the specified length For navigating both ends of The aforementioned coil springs in retractable conditions 3. The folding device of the car tire structure layer According to claim 1 or claim 2 with specific characteristics, the aforementioned compression materials Will be from roller material By the said roller material will Get the offset placement behind the aforementioned coil springs. 4. The folding device of the tire structure layer According to claim 1 with specific characteristics as follows Elastic material The foregoing Will be made of rubber tubes The rubber hose covers the outside of the aforementioned coil springs. 5.Puffing device of the tire structure layer According to claim 1 with specific characteristics as follows Elastic material The foregoing It is wrapped around the aforementioned coil springs by inserting molding method. 6. Pulping device of the tire structure layer According to claim 2, the characteristic is the aforementioned coiled spring, at least the periphery is encased in a flexible material with excellent stretch properties. 7. Puffing device of the tire structure layer According to claim 2, the unique characteristics are one pair of guides for guiding the two ends of the aforementioned coil springs. In the condition that the structure The aforementioned arms were retracted. Will extend to the position that is close to each other