11 results about "Viscoelastic Substances" patented technology

The invention is suitable for the technical field of graphite carbon plate processing, and provides a graphite carbon plate processing positioning mechanism which comprises a positioning table, a powder suction assembly is installed on the positioning table and used for collecting carbon powder generated by graphite carbon plate processing, and a horizontal displacement assembly and a clamping auxiliary assembly are further installed on the positioning table and used for collecting the carbon powder generated by graphite carbon plate processing. The graphite carbon plate positioning device is used for conducting auxiliary positioning on graphite carbon plates of different sizes, through the arrangement of the positioning assembly, the viscoelastic substance is pressed to form deformation, so that gaps between the graphite carbon plates and the positioning hopper are filled, and the sealing performance and stability between the graphite carbon plates and the positioning hopper are guaranteed through the design; by means of the design, displacement and unstable factors possibly occurring in the machining process are avoided, meanwhile, due to the integrated gas dust filtering unit, the equipment is protected, the service life of the equipment is prolonged, and the cleanliness of the production environment is further improved.

A surgical tool for handling a viscoelastic substance syringe includes a body configured to allow a syringe in which a viscoelastic substance is stored to be coupled to the body in a front-rear direction, a first gripping part protruding from the body in one side direction perpendicular to the front-rear direction, and a second gripping part protruding from the body in an opposite direction to the one side direction.

The invention provides an intrusive instrument and a viscoelasticity measuring method. Based on a laser speckle rheology technology, an optical fiber image transmitting bundle is used as a guide wire main body, optical signals are transmitted, speckle images changing along with time are collected through a high-speed camera, and the viscoelasticity of the instrument is measured by analyzing time-varying speckle signals. The method comprises the following steps: establishing a relation between speckle fluctuation and mean square displacement of scattering particles in a viscoelastic substance, quantitatively calculating viscoelasticity information of the detected substance, measuring plaque viscoelasticity, destroying abnormal arterial endothelial cells and inflammatory cells in plaques by using a photodynamic therapy method, and determining the plaque viscoelasticity. The purposes of biological tissue viscoelasticity quantitative detection, abnormal part recognition and photodynamic therapy are achieved, viscoelasticity characteristics of plaques in blood vessels can be effectively detected, abnormal parts in the blood vessels can be recognized, photodynamic therapy is conducted on atherosclerotic plaques and other abnormal parts through laser, the complexity of surgical operation is reduced, and the photodynamic therapy efficiency is improved. The development of the medical technology is promoted, and the continuous upgrading and optimization of the medical service are promoted.

Provided is an edible viscoelastic material, which is a mixed heated product containing starch, a saccharide, a rice hydrolysate, and water.

The present invention relates to a viscoelastic composition for use in an ophthalmic surgery method, which is transparent and at the same time colored, which allow the surgeon to easily identify the composition during the ophthalmic surgery which facilitates viscoelastic removal at the end of the operation. The present invention also concerns an ophthalmic viscoelastic device comprising the viscoelastic composition of the present invention.

The present disclosure provides sterilizable and re-usable devices for injecting substances including, without limitation, viscoelastics, liquids, gels, solutions, emulsions, suspensions, other fluids, and the like, during surgical procedures.

The invention discloses a circular treatment device and method based on waste drilling fluid recovery, and belongs to the technical field of waste drilling fluid treatment.The circular treatment device based on waste drilling fluid recovery comprises a treatment frame with the interior of a hollow structure, and the two sides, the top and the bottom of the treatment frame are in an open state; twisting assemblies are installed on the two sides of the interior of the treatment frame and used for dynamically stripping viscoelastic solid-phase inclusions in the waste drilling fluid, and flexible friction stripping assemblies rotationally connected with the twisting assemblies are arranged in the treatment frame and used for adhering, stretching and stripping the viscoelastic inclusions. Organ covers in sliding connection with the processing frame are mounted at the top and the bottom of the flexible friction stripping assembly. The flexible friction stripping assembly and the twisting assembly are adopted, the characteristics of viscoelastic substances are utilized, inclusion can be actively and efficiently grabbed out of liquid flow, stripping is thorough, and the wrapped useful liquid phase is effectively released.

Devices, systems, and methods are provided to treat tremor in an outer extremity, typically a hand, of a subject. A wearable base or glove is provided with one or more tremor damping mechanisms, which can be of different or the same types, in the case of a plurality of tremor damping mechanisms. One or more frictional damping mechanisms can be provided and / or one or more tuned mass damping mechanisms can be provided. The frictional dampening mechanism can simply be the viscoelastic material of the wearable base that deforms and interferes with tremor movement. The frictional dampening mechanism can be one or more tension elements provided within the body of the wearable base. The tuned damping mechanism may comprise one or more resonators held within a housing coupled to the wearable base. The tremor damping mechanisms can be self-adjusting and / or adjustable by the wearer.

The application provides an interventional instrument and a viscoelasticity measurement method, which is based on laser speckle rheology technology, uses a fiber image transmission bundle as a guide wire main body, simultaneously transmits optical signals, collects time-varying speckle images through a high-speed camera, establishes the connection between speckle fluctuation and the mean square displacement of scattering particles in a viscoelastic substance through the analysis of time-varying speckle signals, quantitatively calculates the viscoelasticity information of the measured substance, measures the viscoelasticity of a plaque, destroys abnormal arterial endothelial cells and inflammatory cells in the plaque by using a photodynamic therapy method, achieves the purpose of quantitatively detecting the viscoelasticity of biological tissues and identifying abnormal positions and performing photodynamic therapy, can effectively detect the viscoelasticity characteristics of the plaque in the blood vessel, identify the abnormal positions in the blood vessel, perform photodynamic therapy on the atherosclerotic plaque and other abnormal positions by using laser, reduces the complexity of surgical operation, is helpful to promote the development of medical technology, and promotes the continuous upgrading and optimization of medical services.

The present disclosure provides sterilizable and re-usable devices for injecting substances including, without limitation, viscoelastics, liquids, gels, solutions, emulsions, suspensions, other fluids, and the like, during surgical procedures.

A syringe is for an eye operation. The syringe has a syringe body, a plunger arranged in the syringe body so as to be displaceable in the syringe longitudinal direction, a viscoelastic chamber in which a viscoelastic is arranged, and a decomposition reagent chamber which is arranged separately from the viscoelastic chamber and in which a decomposition reagent is arranged for decomposing the viscoelastic. The syringe has a storage state, in which the viscoelastic and the decomposition reagent are arranged separately from one another, and a use state, into which the syringe is able to be put by longitudinally displacing the plunger and in which the viscoelastic and the decomposition reagent are mixed with one another.