46results about How to "Suppression of warping" patented technology

The invention relates to an electrophotographic cleaning blade, process for producing electrophotographic cleaning blade and electrophotographic apparatus. The electrophotographic cleaning blade is provided which is free of blade turning-up coming from both end portions of the blade in its lengthwise direction. The cleaning blade having a blade formed of a polyurethane resin, which is to come into touch with the surface of a photosensitive drum of an electrophotographic apparatus to remove a toner remaining thereon, and a support member which holds the blade. The blade has a polyurethane resin portion having a dynamic hardness of 0.05 mN / mum2 or more and 0.16 mN / mum2 or less and a high-hardness portion having a dynamic hardness 1.3 times or more and 30 times or less the dynamic hardness of the polyurethane resin portion, provided at each end portion of the blade in its lengthwise direction at its part coming into touch with the photosensitive drum.

The invention provides an ink-jet recording device capable of inhibiting the warp of the sheet material near the nozzle without affecting the detection on the end part of the sheet material along the width direction. A recording head (39) is disposed on a sliding rack (23), and is used to spray the ink droplets on a piece of recording paper (12). A medium sensor (110) is disposed on the upstream side of the sliding rack (23) closer to the transmission direction than the nozzle (40), and is used to detect the recording paper (12) on an embossing plate (42). A first abutting part (80A) is disposed on the upstream side closer to the transmission direction (16) than the nozzle (40). The downstream side of the transmission direction of the first abutting part (80A) is disposed on the recording paper (12) of a paper carrying plate (20), and the two ends of the scanning direction of the smallest sheet material of the shortest length of the scanning direction are close to the corresponding area of the inner side, and can be extended to the position overlapped with the detection area of the medium sensor (110) along the transmission direction (16).

The invention provides a liquid crystal panel with touch sensing function, which is capable of exhibiting satisfactorily stable antistatic function even in a humidified environment. A liquid crystal panel with touch sensing function, which comprises: a first polarizing film that is arranged on the viewing side of a liquid crystal cell with touch sensing function; a second polarizing film that is arranged on the side opposite to the viewing side; and a first adhesive layer that is arranged between the first polarizing film and the liquid crystal cell. The first adhesive layer is formed from anadhesive composition containing: a (meth)acrylic polymer (A) which contains, as monomer units, an alkyl (meth)acrylate (a1) and an amide group-containing monomer (a2); and an ionic compound (B). In addition, the first adhesive layer undergoes a small change in the surface resistivity even in a humidified environment.

Provided is a technique for improving product attachment. The distance between the lower end of the main body portion (3a) and the lower end of the casing (10) in a state where the semiconductor device fastens the screw (12) to the heat sink (1) via one mounting hole (14b, 14d) is set as M, the swelling amount of the swelling portion (3b) is W, and the projection height of the convex portion (11b)is T, the distance in the horizontal direction from the outer peripheral end of the casing (10) to the outer periphery of the heat dissipation plate (3) is L. The angle A formed by the imaginary line(B-B') and the imaginary line (C-C') satisfies 0<A<arctan((M+W-T) / L), the imaginary line (B-B') is an imaginary line connecting the two mounting holes (14b, 14c), and the imaginary line (C-C') is animaginary line connecting the following two points, that is, the lowest point (C) of one convex portion (11b) at the peripheral portion of one mounting hole (14b); the contact portion (C') of the bulging portion (3b) and the heat sink (1).

The present invention provides an auxiliary support structure that suppresses deformation of thin-walled structures. The auxiliary support structure includes a fixedly connected grid support part and a solid support part, that is, the auxiliary support structure adopts an integral auxiliary support in which the section in the growth direction is in the form of "grid + solid" and the solid part and the grid part are firmly connected; The lower end of the grid support part is supported on the solid support part, and a support is formed between the suspended end of the thin-walled structure and the solid support part; the grid support part adopts a sheet-type or "mountain"-shaped structure; the The upper end of the solid support part is supported on the lower end surface of the grid support part, and the lower end is supported on the shaped substrate; the solid support part adopts a "mountain" or "Y" structure. The invention can effectively suppress the warping deformation of the inclined thin-walled open structure and the floating deformation of the relatively large-scale thin-walled open structure, and ensure the shape precision of the thin-walled suspended and open structure.

The invention relates to the technical field of oil pipeline transportation, in particular to an oil pipeline traction and transfer device with an anti-extrusion function. In order to solve the problem that the butt end of the oil pipeline will be lifted during the traction process, which will cause the oil pipeline to be squeezed and deformed when the oil pipeline is butted, the present invention provides such an oil pipeline traction and transfer device with an anti-extrusion function, which includes a support Frame and traction system, etc.; the traction system used to tow the oil pipeline is connected between the bottom of the three support frames. The invention achieves the effect of adapting to butt joints with different tilting angles during the traction process of oil pipelines, and adjusting the tilted butt joints to a horizontal state, so as to facilitate subsequent pipeline butt joints.

The invention discloses a pressing system restraining a blast furnace hearth plate from warping upwards and application thereof and belongs to the technical field of blast furnace equipment transformation. The pressing system comprises a pressing device, an annular check ring and castable material. The section of the main body of the pressing device is shaped like a Chinese character "tu" of a left-right asymmetry structure and comprises a pressing plate, a bottom plate and a bolt, wherein the pressing plate and the bottom plate are parallel, the bolt penetrates through the pressing plate so as to be fixedly connected to the bottom plate, and the height of the pressing plate is regulated by a nut. The bottom plate of the pressing device is inserted into the bottom of the blast furnace hearth plate warping upwards and presses on the top of a blast furnace hearth closing plate warping upwards through the pressing plate. The castable material fills the gap, formed by the blast furnace hearth closing plate warping upwards and the pressing device, in the furnace hearth. The annular check ring surrounds the outer side of the pressing device. According to the application of the pressing system, through the steps of calculating, laying, fixing, pressing, preparation before pouring, pouring, solidifying and the like, the influence caused by upward-warping of the blast furnace hearth closing plate is removed, production of a blast furnace is stabilized, various economic and technical indexes of production of the blast furnace are maintained, and the technological operation of the blast furnace is effectively guaranteed.

The shovel (1) of the present invention has: a running body; an upper revolving body rotatably provided on the running body; and an accessory device having a boom, an arm, and a bucket and attached to the upper revolving body. The tilting suppressing unit (600) corrects the operation of the boom cylinder (7) of the attachment so as to suppress the rearward tilting with the front of the running body as the turning fulcrum.

The invention discloses a borderless wiring appliance. The borderless wiring appliance is connected to a cassette arranged in a wall by screws. The borderless wiring appliance includes a mounting frame mounted in the cassette. The left and right sides of the mounting frame and the left and right sides of the cassette are provided with screw holes for the screws to pass through. The screws pass through the screw holes of the mounting frame and the screw holes of the cassette in order so as to fix the mounting frame to the cassette. The center line of the screw holes of the mounting frame is located at one side, being far from the center of the mounting frame, of the center line of the screw holes of the cassette. The borderless wiring appliance of the invention can be used to prevent the left and right sides of the mounting frame from wrapping up.

The purpose of the present invention is to provide: an optical adhesive layer which has excellent durability such that foaming, peeling, etc., do not occur on an adherend under heating and humidification conditions, and which does not cause optical leakage even on a narrow frame panel; an optical film with adhesive layer, having the aforementioned optical adhesive layer on at least one surface ofthe optical film; and a liquid crystal display device which uses the aforementioned optical film with adhesive layer. This optical adhesive layer, formed from an adhesive composition containing a (meth)acrylic polymer, is characterized by having a gel fraction exceeding 90%, and a 350,000 or higher weight average molecular weight of the sol content.

The present invention relates to an adhesive composition, an adhesive sheet, and an optical member. The present invention provides an adhesive composition that is less prone to slipping (shifting), warping, and peeling on optical members such as polarizing plates, and is excellent in curl adjustment, adhesiveness, and light peelability (repeelability). A pressure-sensitive adhesive sheet formed of an agent composition, and an optical member bonded with the pressure-sensitive adhesive sheet. The adhesive composition of the present invention is characterized in that it contains an adhesive polymer and a fluorine-containing oligomer having a weight average molecular weight of 3,500 or more.

The purpose of the present invention is to provide: an optical adhesive layer which can suppress the occurrence of foaming, peeling, lifting, etc., on an adherend (an optical film) under heating and humidification conditions, and which has high adhesion reliability and excellent durability at high temperatures; an optical film with adhesive layer, having the aforementioned optical adhesive layer on at least one surface of the optical film; and a liquid crystal display device which uses the aforementioned optical film with adhesive layer. The optical adhesive layer, formed from an adhesive composition containing a (meth)acrylic polymer, is characterized by having a 70% or higher gel fraction, and a 55 [mu]m or higher creep value when applying a load of 500g for one hour in a 115 degrees centigrade environment.