12 results about "Adhesive tissue" patented technology

The purpose of this invention is to provide a tissue reinforcement installer capable of correctly and easily installing an adhesive tissue reinforcement material onto an automatic suture device in a short time, reducing the occurrence of poorly installed tissue reinforcement material, and a tissue reinforcement material installation kit using the tissue reinforcement material installer. This invention relates to a tissue reinforcement material installer for fixing an adhesive tissue reinforcement material to an automatic suture device. The tissue reinforcement material installer has a plate-shaped component with recesses at opposite positions on both sides of the plate-shaped component. Each recess has a shape corresponding to the shape of the portion of the automatic suture device where the adhesive tissue reinforcement material is installed. Each recess is continuous up to the same end of the component. Each recess has a brush-like protrusion on its bottom surface and a retaining groove on its side surface for holding the adhesive tissue reinforcement material.

A through-air apparatus for drying or bonding paper, tissue, or nonwoven webs is provided. The through-air apparatus includes a through-air roll configured for rotational movement about a first axis, the through-air roll having a first end and a second end. The through-air apparatus includes an exhaust duct / passage adjacent to the first end of the through-air roll, and a hood encompassing a portion of the through-air roll, where the hood defines an active arc length of the through-air roll positioned inside of the hood. The through-air apparatus further includes a first shroud extending substantially from the exhaust duct to the hood, the first shroud configured to reduce the amount of process air inside of the through-air apparatus that is released out of the through-air apparatus and reduce the amount of air outside of the apparatus that leaks into the through-air apparatus.

An adhesive tissue covering may include a base membrane and a biodegradable and biocompatible adhesive configured to bond to tissue. The adhesive may be located along one or more edges of the base membrane. In some aspects, an adhesive tissue strip may include a base membrane formed of at least one of a tissue-based material or a resorbable polymer, and a biodegradable and biocompatible adhesive configured to bond to tissue. The adhesive may be located on one side of the base membrane of the adhesive tissue strip.

To provide an allergen-reducing decorative sheet capable of exhibiting a superior allergen-reducing effect even with a small addition amount of an allergen-reducing agent in a surface-protective layer.SOLUTION: An allergen-reducing decorative sheet has at least a surface-protective layer, wherein (1) the surface-protective layer contains a cured product of a crosslinkable resin component and an allergen-reducing agent, (2) the allergen-reducing agent contains a phenolic polymer, and (3) the surface-protective layer further contains two or more types of fine particles having different average particle diameters.SELECTED DRAWING: None

An image transfer sheet (1) is obtained by laminating a first release layer (11), a transfer layer (20) including an image layer (22), an adhesive layer (30), and a second release layer (12) in this order. The adhesive layer (30) includes an adhesive layer body part (31) and an adhesive force reduction part (32) provided on the surface of the adhesive layer body part (31). The adhesive layer body part (31) is in contact with the second release layer (12), and the adhesive force reduction part (32) is in contact with the transfer layer (20). When the adhesive force between the first release layer (11) and the transfer layer (20) is denoted by A, the adhesive force between the second release layer (12) and the adhesive layer body part (31) is denoted by C, the adhesive force between the adhesive force reduction part (32) and the transfer layer (20) is denoted by D, and the tensile strength of the adhesive layer (30) is denoted by F1, all of the following relational expressions (1) to (3) are satisfied.　(1): Adhesive force C < adhesive force D (2): Adhesive force C < adhesive force A (3): Tensile strength F1 < adhesive force C

An adhesive paper includes an adhesive layer and a substrate layer. The adhesive layer includes polyolefin and / or modified polyolefin. Dissolved substance of the adhesive paper in a lithium salt-free electrolyte, as tested by cyclic voltammetry, shows zero reaction peaks at a scanning voltage of 4.5 V and an oxidation peak intensity less than 1×10−7 A at a scanning voltage from 3 V to 4.5 V. The adhesive paper provided in this application has good electrolyte resistance, high adhesion force, and low swelling degree, thereby contributing to improved safety performance and prolonged service life of the electrochemical apparatus.

An adhesive tissue covering may include a base membrane and a biodegradable and biocompatible adhesive configured to bond to tissue. The adhesive may be located along one or more edges of the base membrane. In some aspects, an adhesive tissue strip may include a base membrane formed of at least one of a tissue-based material or a resorbable polymer, and a biodegradable and biocompatible adhesive configured to bond to tissue. The adhesive may be located on one side of the base membrane of the adhesive tissue strip.

A target paper with double target pattern surfaces, including: a release paper with one surface having a release layer; and an adhesive paper stuck onto the release layer, wherein a surface of the adhesive paper opposite to the release paper and either of two surfaces of the release paper in a thickness direction are provided with a target pattern respectively. For the target paper with an adhesive paper structure according to the present disclosure, the release paper can be fully utilized.

The utility model relates to the technical field of carton processing equipment, and discloses folded and bonded carton processing equipment which comprises a machine body, the rear end of the machine body is rotationally connected with a mechanical arm, the rear side of the bottom of the mechanical arm is rotationally connected with a valve, and the other end of the valve is fixedly connected with a first rotating gear. And the upper end and the lower end of the mechanical arm are slidably connected with sawtooth strips, the first rotating gear is connected with the sawtooth strips in a meshed mode, the front ends of the sawtooth strips are fixedly connected with a connecting plate, the front side of the connecting plate is fixedly connected with a clamping ring, and the bottom of the mechanical arm is fixedly connected with a plurality of springs. According to the carton cutting device, by rotating the valve, the first rotating gear drives the sawtooth strip to move left and right, the connecting plate drives the clamping ring to conduct clamping and fixing, rapid replacement of equipment for cutting cartons is achieved, and the problems that a large amount of time is spent on disassembling surrounding parts for overhauling, and the working efficiency is reduced are solved.

This invention discloses an adhesive tissue equivalent compensation membrane for breast cancer radiotherapy, relating to the field of radiotherapy compensation membrane technology. It includes: an adhesive layer on one side that directly contacts the skin; a variable tissue equivalent layer; and an outer protective layer for providing mechanical protection while also ensuring compatibility with radiotherapy equipment. The proposed zoned adjustable microchannel / microcavity filling mechanism can locally adjust the relative electron density and water equivalent according to the radiation path, thereby achieving point-to-point spatial matching with the equivalent tissue thickness required by the radiotherapy plan. This mechanism fundamentally reduces dose perturbations caused by surface geometry irregularities or tissue inhomogeneities, allowing for more reliable reproduction of the dose distribution in the treatment plan during actual irradiation, and reducing the risk of underdose or overdose in near-surface and interface regions.

The utility model belongs to the technical field of sticky paper, especially relates to a flat tear sticky paper, including the cylinder core and the paper roll of winding in the cylinder core outside, the length direction of paper roll includes a plurality of dust sticking units that are sequentially arranged and are connected with each other, the dust sticking unit is all rectangular, is provided with cutting breakpoint between adjacent dust sticking units, the dust sticking unit includes base material, the one side of base material is smeared with horizontal glue surface, and a plurality of convex glue surfaces are arranged on the horizontal glue surface surface, the initial adhesion of horizontal glue surface is greater than the initial adhesion of convex glue surface, and the convex glue surface interval sets up, horizontal glue surface can stick hair and dust through the clearance between convex glue surface, the base material is paper that back peeling force is 0.1-0.15N / mm, the horizontal glue surface is the hot melt glue of SEBS system that peeling force is 6-10N / mm, initial adhesion is in 12 #-15 #, and the convex glue surface is the hot melt glue of SEBS system that peeling force is 3-6N / mm, initial adhesion is in 3 #-5 #, the utility model discloses the purpose lies in providing a flat tear sticky paper that is convenient for cleaning smooth object.

To provide an allergen-reducing decorative sheet capable of exhibiting a superior allergen-reducing effect even with a small addition amount of an allergen-reducing agent in a surface-protective layer.SOLUTION: An allergen-reducing decorative sheet has at least a surface-protective layer, wherein (1) the surface-protective layer contains a cured product of a crosslinkable resin component and an allergen-reducing agent, (2) the allergen-reducing agent contains a phenolic polymer, and (3) the surface-protective layer further contains fine particles exhibiting two or more peaks in particle size measurement.SELECTED DRAWING: None