Abstract: A female connector structure is provided with a shielded cable configured such that an outer periphery of a coated wire including a core and an insulation coating is surrounded by a braided wire, a female terminal including a wire barrel to be connected to the core and a connecting tube portion and to be connected to a mating terminal, an insulating dielectric for surrounding an outer periphery of the connecting tube portion of the female terminal, a rear outer conductor including a shield connecting portion to be electrically connected to the braided wire and a dielectric crimping portion to be crimped to at least a part of the dielectric from outside, and a front outer conductor including a front tube portion for surrounding an outer periphery of the dielectric and a rear outer conductor locking portion for locking at least a part of the dielectric crimping portion from outside.

Abstract: A female connector structure is provided with a shielded cable configured such that an outer periphery of a coated wire including a core and an insulation coating is surrounded by a braided wire, a female terminal including a wire barrel and a connecting tube portion continuous with the wire barrel and to be connected to a mating terminal, an insulating dielectric , a front outer conductor including a front tube portion and a dielectric locking portion to be locked to at least a part of the dielectric, and a rear outer conductor 33 including a rear tube portion for surrounding the outer periphery of the coated wire 13 exposed from the braided wire, a shield crimping portion to be crimped to the braided wire from outside and a front outer conductor crimping portion to be crimped to the dielectric locking portion from outside.

Abstract: A crimping portion (25) of a connection structure of a shielded wire (11) includes a base plate (30) along an outer periphery of the shielded wire (11). A first crimping piece (31) is cantilevered from a first side of the base plate (30) and is crimped to surround the shielded wire (11). A second crimping piece (36) is cantilevered in a direction opposite the first crimping piece (31) from a second side of the base plate (30) and is crimped to surround the shielded wire (11). A restricting portion (46) is disposed along the outer periphery of the shielded wire (11). First locking portions (34) of the first crimping piece (31) and second locking portions (39) of the second crimping piece (36) lock the restricting portion (46) in directions opposite to each other along the circumferential direction.

Abstract: A mold clamping device includes a base, a stationary platen fixed to the base and supporting a stationary mold, a movable platen movable on the base and supporting a movable mold, and a mold clamping mechanism for clamping the movable mold against the stationary mold. Tie bars extend from the stationary platen completely through both the movable platen and the mold clamping mechanism. A shaft supporting plate is fixed to the ends of the tie bars and terminates at its lower end portion in two spaced-apart shoes that have flat bottom surfaces in direct sliding contact with the base. The flat bottom surface of each shoe has a larger area than the cross-sectional area of the shaft supporting plate situated vertically above the shoe.

Abstract: A mold clamping device includes a base, a stationary platen, a movable platen, a mold clamping mechanism, a tie bar, and a half nut. This mold clamping device further includes a shaft supporting plate supporting a tip of the tie bar. This shaft supporting plate is fixed to the tip of the tie bar, and is mounted on the base so as to be freely movable.

Abstract: A mold clamping device (20) includes a traction platen (29) disposed below a pressure-receiving platen (22), a movable platen (28) disposed above the pressure-receiving platen (22) and configured to be moved up and down by a mold opening and closing mechanism (27), and tie bars (31) extending downward from the movable platen (28) and penetrating the pressure-receiving platen (22) and the traction platen (29). The mold clamping device (20) is configured to clamp molds (12) disposed between the pressure-receiving platen (22) and the movable platen (28). A saw tooth portion (36) is formed at a lower end of each of the tie bars (31), and a half nut (26) that engages with the saw tooth portion (36) is provided under the traction platen (29).

Abstract: In a mold clamping apparatus according to the present disclosure, a mold clamping mechanism is provided with a half nut, and a tie bar is provided with a circumferential groove to be meshed with the half nut. A forceful mold opening mechanism that opens molds at an initial stage of mold opening is provided across a movable platen and the mold clamping mechanism. The forceful mold opening mechanism is set so as to have greater axial force and shorter stroke than those of a mold opening and closing mechanism. A control unit controls opening and closing of the half nut, controls the forceful mold opening mechanism, and also controls the position of the half nut in such a way that the half nut is synchronized with the circumferential groove by the forceful mold opening mechanism.

Abstract: A shielded cable/terminal assembly includes a shielded cable (10) with a braided wire (14) between wires (13) and an outer sheath (15). The braided wire (14) has a folded portion (18) formed by folding the braided wire (14) exposed from an end of the outer sheath (15) toward the outer sheath (15). A metal sleeve (19) is crimped to an outer surface of the outer sheath (15) inside the folded portion (18) in a radial direction of the shielded cable (10). A terminal (11) has a barrel (30) configured to sandwich the folded portion (18) between the sleeve (19) and the barrel (30), with the barrel (30) crimped to an outer surface of the folded portion (18). The barrel (30) has protrusions (32) projecting radially inward of the shielded cable (10) at positions behind a rear part of the sleeve (19) in an axial direction.

Abstract: A mold clamping device includes a base, a stationary platen, a movable platen, a mold clamping mechanism, a tie bar, and a half nut. This mold clamping device further includes a shaft supporting plate supporting a tip of the tie bar. This shaft supporting plate is fixed to the tip of the tie bar, and is mounted on the base so as to be freely movable.

Abstract: A crimping portion (25) of a connection structure of a shielded wire (11) includes a base plate (30) along an outer periphery of the shielded wire (11). A first crimping piece (31) is cantilevered from a first side of the base plate (30) and is crimped to surround the shielded wire (11). A second crimping piece (36) is cantilevered in a direction opposite the first crimping piece (31) from a second side of the base plate (30) and is crimped to surround the shielded wire (11). A restricting portion (46) is disposed along the outer periphery of the shielded wire (11). First locking portions (34) of the first crimping piece (31) and second locking portions (39) of the second crimping piece (36) lock the restricting portion (46) in directions opposite to each other along the circumferential direction.

Abstract: An adhesive skin patch with a support liner comprises at least a strip drug product and a release liner longer than the drug product. The support liner includes a backing film and an adhesive layer; the drug product is quadrilateral with two long sides being straight in parallel and two short sides each elliptical arcs convex outward; a longest interval between the two short sides is 20.0 mm or more and 50.0 mm or less, and an interval between the two long sides is 5.0 mm or more and 37.5 mm or less; and the elliptical arc has: an ellipse major axis of 20.0 mm or more and 50.0 mm or less, an ellipse minor axis of 14.8 mm or more and less than 50.0 mm, and the minor axis of at least 2.0 mm wider than the interval of the two long sides.

Abstract: A polymer film has an average film thickness T0 along a straight line D passing through the center of gravity of a two-dimensional projection such that the area of the polymer film is maximized, satisfies equation (a), the average value L of distances 1 from the center of gravity to edges satisfies equation (b), the Young's modulus E satisfies equation (c), and the thickness deviation ? defined by equation (d) satisfies equation (e); and a dispersion liquid and an agglomerate using the same. (a) 10 nm?T0?1000 nm, (b) 0.1 ?m?L?500 ?m, (c) 0.01 GPa?E?4.3 GPa, (d) ?=1?T1/T2, (e) 0.346E×10?9?1.499<?<?0.073E×10?9+0.316.

Abstract: A base for an injection molding machine has two side frames extending parallel with the axis of a drive actuator. Each of the side frames includes a lower flange supported by a bed, an upper flange disposed parallel with the lower flange, at least two webs connecting the upper flange and the lower flange, and a web reinforcing member fixed to the webs and penetrating through the webs. The side frames each have stiffeners connected between the lower and upper flanges and to one of the webs.

Abstract: A shielded cable/terminal assembly includes a shielded cable (10) with a braided wire (14) between wires (13) and an outer sheath (15). The braided wire (14) has a folded portion (18) formed by folding the braided wire (14) exposed from an end of the outer sheath (15) toward the outer sheath (15). A metal sleeve (19) is crimped to an outer surface of the outer sheath (15) inside the folded portion (18) in a radial direction of the shielded cable (10). A terminal (11) has a barrel (30) configured to sandwich the folded portion (18) between the sleeve (19) and the barrel (30), with the barrel (30) crimped to an outer surface of the folded portion (18). The barrel (30) has protrusions (32) projecting radially inward of the shielded cable (10) at positions behind a rear part of the sleeve (19) in an axial direction.

Abstract: Provided are an electronic device employing a polymer nanosheet, having an electronic element and a conductive wiring that are connected to each other in a solder-free manner, and exhibiting a high conformability and adhesiveness to an object for attaching including a biological tissue such as skin; and a method for manufacturing the same. The electronic device includes the electronic element; and the polymer nanosheet adhering to the electronic element. Specifically, the polymer nanosheet adheres to the electronic element in a manner such that one surface of the electronic element is entirely covered by the polymer nanosheet. It is preferred that the polymer nanosheet have a thickness of smaller than 1 ?m. Further, a conductive wiring capable of being electrically connected to the electronic element; and a power source for supplying power to the electronic element, may also be formed on the polymer nanosheet.

Abstract: A mold clamping apparatus of the type including a mold opening/closing actuator and a mold clamping cylinder, wherein rails for guiding a movable platen are disposed on a base, and the mold clamping cylinder has a left leg and a right leg each disposed between one pair of left and right rails of the rails. The rails provided for guiding the movable platen is used also as a side guide for the mold clamping cylinder. This arrangement can obviate the need for a separate guide member.

Abstract: A protective member-attached wire is provided with: an electric wire; and a protective member that is made of a sheet-shaped nonwoven member and is wrapped around the electric wire to cover the electric wire. The protective member includes: a first portion obtained by heating a portion of the nonwoven member; and a second portion that is softer than the first portion of the nonwoven member. The first portion and the second portion are each distributed over the entire circumference of the electric wire in a circumferential direction of the electric wire, and are distributed over the entire protective member in a longitudinal direction of the electric wire.

Abstract: To provide an adhesive skin patch being allowed that a carrier layer being in close contact with a backing film layer is easily released after applying to an application site, so as to improve a handleability of the adhesive skin patch.

Abstract: A polymer film can be adjusted to movement or a fine uneven surface of a living body and has excellent ability to adhere to a biological tissue. The polymer film includes a block copolymer having a structure in which branched polyalkylene glycol and polyhydroxyalkanoic acid are bound to each other, wherein the polymer film has a film thickness of 10 to 1000 nm. The branched polyalkylene glycol has at least three terminal hydroxyl groups per molecule, the mass percentage of the branched polyalkylene glycol relative to the total mass of the block copolymer is 1% to 30%, and a value obtained by dividing the average molecular weight of polyhydroxyalkanoic acid in the block copolymer by X that is the number of terminal hydroxyl groups present per a single molecule of the branched polyalkylene glycol is 10000 to 30000.

Abstract: Provided is a base (30) used in an injection molding machine. The base (30) for an injection molding machine includes, two side frames (40) extending parallel with the axis of a drive actuator (16). Each of the side frames (40) includes a lower flange (44) supported by a bed (11), an upper flange (45) disposed parallel with the lower flange (44), at least two webs (46) connecting the upper flange (45) and the lower flange (44), and a web reinforcing member (47) fixed to the webs (46) while penetrating the webs (46).