TH13748B - The system provides retractable and re-adhesion mechanical adhesion with specific viscosity and fluid properties. - Google Patents

Abstract

The invention is the process for creating a system for a strong bond. Retractable and re-attachable mechanics that include the process of preparing an assembly for an overlay with at least one hole with a diameter of approximately 0.2032 mm to approximately 1.016. Mm (approx. 0.008 in. To approx. 0.04 in.); Preparation of a molten heat sensitivity material containing Cumulative modulus is approximately 5000 dine / cm2. At the temperature of It has a minimum of approx. 1 x 10 6 dine / cm2 at the temperature below the application temperature of not more than 40 ° C approx., Baseline preparation, repulsion. Push the molten material through the hole, superimpose the discontinuous amount of the molten heat sensitive material onto the base layer, pulling part of the discontinuous amount of the molten heat sensitive material. Liquids are extended in the direction of having vector elements parallel to the plane of the base layer. To form a spur And to harden the molten heat sensitive material of the tenon, the dowel will have the base, the rod, and the brazing part, and the brazing part will form an obtuse angle of at least 180. degree

Claims (1)

1.The free-form spur is then contacted with the base layer, by the aforementioned spur that has been The making of the heat sensitive material is placed over the base layer mentioned above, the heat sensitive material. As mentioned above, the accumulated modulus is less than 5000 dine / cm2 at the application temperature, at least 1 x 10 6 dine / cm2 at the lower temperature. Temperature of the aforementioned application And not more than 40 degrees Celsius, the spur is composed of a base that consists of a plane. Of the aforementioned dowel to the aforementioned base layer so that the above pivot is Connected to the aforementioned base layers at the aforementioned bases The near- and far-end stalks, with the near-ends connected to the aforementioned bases and to the said stems. It will protrude longitudinally from the aforementioned base. And the aforementioned base layers and the interlocking apparatus for inducing mechanical interference between the equipment sections. Bonding as mentioned above and surface for receiving The aforementioned interlocking devices will be attached to the far end of the aforementioned rod section in such a way that the aforementioned linkage section will extend sideways. Outward along the radial go beyond The periphery of the aforementioned shank, and away from the baseline, the aforementioned interlocking device, will have an enlarged angle greater than or equal to 180 degrees. Holds the right to item 1 where the aforementioned heat-sensitive materials will have The application temperature is less than 177 degrees Celsius. 3. Free-form spur of claim 1, whereby the aforementioned heat-sensitive material has The application temperature is less than 213 ° C. 4. Free-form spur of claim 1, whereby the aforementioned heat-sensitive material has The accumulated modulus is less than 4000 dine / cm2 at the aforementioned application temperature. 5. Free-form spur of claim 1, whereby the aforementioned heat-sensitive material has The cumulative modulus is at least 5x10 6 din / cm2 at a temperature lower than the aforementioned application temperature. Not more than 40 degrees Celsius 6. Free-form spur of claim 1, where the aforementioned heat-sensitive material will have The cumulative modulus is at least 1x10 7 din / cm2 at a temperature lower than the aforementioned application temperature. Not more than 40 degrees Celsius. 7. Absorbent material consists of: the body part consisting of the top plate, the back plate, and the absorbent core aligned between the aforementioned top plate and the back. And the aforementioned fixation system that is in contact with the aforementioned body parts by the mounting system The above tightness consists of a base layer and an array of freeform spikes. The spike or more of claim 1 that is attached to the aforementioned base layer 8. The absorbent object of claim 7, whereby the aforementioned bonding system will be 9. The adhesion system is provided for adhesion to the reinforced receiving surface. It consists of a number of base layers and tenons which are connected to the layer. The aforementioned base Each of the spiked spur is composed of a base part that consists of a plane of The attachment of the aforementioned tenon to the aforementioned base layers at the aforementioned plinth. To make the pivot at The foregoing has been connected to the aforementioned bases at the aforementioned bases. The stem with Near end and far end The proximal end contact with the aforementioned bases, and the aforementioned stalk extends longitudinally from the aforementioned basal sections and layers. The aforementioned base And the interlocking device for bonding The system provides a firm fixation. With complementary receiving surfaces to induce mechanical interference between equipment segments, Bonding as mentioned above and surface for receiving In which the equipment provides for the aforementioned It is then connected to the far end of the aforementioned rod portion in such a way that the aforementioned linkage device extends outward along the radius beyond the perimeter. Outside of the steps mentioned above And away from the bases mentioned above As for the equipment The aforementioned interlocking will have an enlarged angle greater than or equal to 180 degrees. It is made from a molten heat sensitive material that has been impregnated onto the aforementioned base layer. At least 5,000 dine / cm2 accumulated modulus will be at the application temperature. And the accumulated modulus at least 1 x 10 6 dine / cm 2 at a temperature lower than the aforementioned application temperature not more than 40 ° C 1 0. The system provides the adherence of the claim. 9 where the aforementioned heat sensitive material has a temperature Of application less than 177 degrees Celsius 1 1. The system provides for the adherence of claim 9 whereby the aforementioned heat-sensitive material has The temperature of the application is more than 213 degrees Celsius.