7 results about "Surface elasticity" patented technology

The invention relates to the technical field of material surface mechanical property detection and characterization, in particular to a modulus scanning device and system and a measuring method. The modulus scanning device comprises a probe, a modulus conversion module, a load applying module, a liquid metal sensor and a signal acquisition module; the modulus conversion module is arranged between the probe and the load applying module, and the liquid metal sensor is arranged on the modulus conversion module; the load applying module is used for applying a load to the probe through the modulus conversion module; the probe is used for generating up-and-down displacement in the vertical direction under the action of the change of the elastic modulus on the surface of the tested sample and the load; the modulus conversion module is used for converting the up-down displacement of the probe in the vertical direction into the rotary motion of the liquid metal sensor; and the signal acquisition module determines the surface elastic modulus of the tested sample. According to the invention, the reliability, stability and measurement precision of elastic modulus scanning are provided, and micron-order modulus difference identification can be realized.

This invention provides a reinforcing film that exhibits mild peel resistance in the initial stage of adhesion to an adherend, followed by a significant increase in adhesive strength, and possesses flexural recovery and flexural retention properties. The reinforcing film includes an adhesive layer. The adhesive layer comprises a polymer (A) and a polymer (B). The polymer (B) comprises monomer units having a polyorganosiloxane backbone and (meth)acrylic acid monomer units. Furthermore, the adhesive layer has a surface elastic modulus of 1–20 kPa at 23°C. Moreover, the polymer (B) has a weight-average molecular weight of 10,000–100,000.

The application provides an autonomous deformation skin, comprising a composite lattice microstructure, a connecting sheet, a surface elastomer and a driving motor; the composite lattice structure comprises at least one layer of zero Poisson's ratio lattice structure and at least one layer of corrugated lattice structure arranged alternately in rows; the connecting sheet bridges the lattice structures; the surface elastomer covers the surface of the composite lattice microstructure and the connecting sheet; and the driving motor is fixed to the wing root and driven by power control to drive the skin structure to contract or expand. The autonomous deformation skin is manufactured finely and quickly through "composite lattice structure + shape memory polymer composite stress deformation + 3D printing", and the structure of the deformation skin is driven efficiently through the mode of "piezoelectric driving main driving force + corrugated lattice structure autonomous deformation auxiliary driving force", so that the problem of the internal structure of the skin as a load reducing the driving efficiency is eliminated.

The application provides a surface treatment device and a use method thereof. The surface treatment device comprises a casing, a wax feeding mechanism installed on the casing and used for accommodating and quantitatively pushing a wax stick, a waxing disc detachably installed on one side of the casing and abutting against the wax stick and used for receiving wax material and applying the wax material to a workpiece surface, an elastic pre-pressing coating head installed between the wax feeding mechanism and the waxing disc and used for pressing the wax stick towards the waxing disc, and a driving mechanism installed on the casing and in driving connection with the wax feeding mechanism and the waxing disc. The driving mechanism drives the wax feeding mechanism to adjust a contact surface of the wax stick relative to the waxing disc. The application solves the technical problem that in the prior art, the contact cross section of the wax stick and the waxing disc remains unchanged and the contact pressure is difficult to flexibly adjust according to wax stick consumption or wax material characteristics.

The present invention provides a highly conductive irregularly shaped gasket and a method for manufacturing the same, which is free from metal contamination, exhibits low deformation and low rebound. [Solution] The metallic foil 11 is made of a specific metal that does not cause metal contamination, including aluminum, and is configured as a rectangular thin film whose longitudinal size corresponds to the longitudinal size of the insulating fabric, and is provided on the surface of the rectangular insulating fabric 10. The elastic member 12 is configured as an elongated shape whose longitudinal size corresponds to the longitudinal size of the insulating fabric, and has an irregular cross-sectional shape that bulges upward from the bottom surface. In the irregular gasket of the present invention, one end of the insulating fabric in the short direction is attached to the lower surface of the elastic member in the short direction, the back surface of the insulating fabric is attached to the surface of the elastic member, and the other end of the insulating fabric in the short direction is attached to the elastic member, so that the metallic foil is continuously arranged from the upper surface to the lower surface of the elastic member in the short direction via the insulating fabric.

The purpose of the present invention is to further miniaturize wiring by controlling the landing position of inkjet droplets in an inkjet method. A circuit formation substrate provided with a wiring pattern in at least a portion thereof comprises: an insulating base material; a resin layer that is formed on the insulating base material and contains an epoxy resin; an inkjet droplet landing layer that is formed on the resin layer and is formed by landing of a plurality of metal-particle-containing inkjet droplets; and a plating layer that is formed on the inkjet droplet landing layer. The elastic modulus (Pa) of the surface of the resin layer measured at 25°C using an atomic force microscope is 7.0 × 106 to 12.0 × 106.

The embodiment of the application discloses a kind of micro-nano structure surface effect automation finite element simulation method and system, belong to the field of computational solid mechanics.The automation finite element simulation method is built by Abaqus user-defined unit (UEL) subroutine respectively Matrix of Unit Stiffness and surface additional stiffness matrix and superimposed, realize the high-fidelity numerical simulation of zero-thickness surface elastic film;Surface unit automatic identification, INP file intelligent correction and result automatic extraction are realized by the whole process automation of Python script chain.The automation finite element simulation system includes pre-processing module, solver module and post-processing module, supports simple rule shape, complex single-connected and multi-connected structure surface automatic identification, compatible with ion diffusion, heat conduction, stress balance and other multi-physical field coupling analysis.