40results about How to "Breakage" patented technology

A plastic clip of the present invention includes a clip boss integrally formed in a fixed panel; and a clip main body detachably assembled to the clip boss. The clip boss includes fitting portions provided in two lower side portions of a vertical plate provided with a fitting hole; and locking projections provided in front and back upper ends of the fitting portions. The clip main body includes an inverted triangular input portion provided in a lower end portion; a locking projection provided in an upper end portion of the input portion; a clip-boss input guide hole provided in the center of an upper end; a clip-boss input guide portion provided in the center of an internal upper portion and connected to the clip-boss input guide hole; and an elastic fitting piece provided in a lower end of the clip-boss input guide portion.

In a pedal force detection device, a pedal arm unit is provided with a first arm at which a pedal is mounted, a second arm apart from the pedal and a connection portion for connecting the first and second arms. A load sensor having a matrix made of a ceramics is fixed between the first and second arms. When the pedal is depressed by a pedal force, the first arm approaches the second arm due to a resilient deformation so that the load sensor is compressed by a load. Thus, the pedal force can be determined based on the load detected by the load sensor.

A spool has a cylinder, a first flange coupled to a first end of the cylinder and a second flange coupled to a second end of the cylinder. A compressible material surrounds the cylinder and an optical fiber is wrapped around the compressible material. When tension is applied to the optical fiber the compressible material can be deformed to reduce the tension on the optical fiber. When submerged underwater the water pressure will not compress the compressible material.

A refrigerator using shelves that can be arranged in the front-rear direction to enhance receiving efficiency of a receiving room and where a mechanism for preventing falling off of the shelves is realized by a very simple structure. The refrigerator includes a shelf engagement mechanism (X1) having a first fixation member (51) and second fixation member (52) that are provided at either a front shelf (4)or a rear shelf (3) and the other and are engaged with each other, the front and rear shelves (4, 3) having glass plates (41, 31) as constituent elements. The first fixation member (51) has a recess (51b) oriented in substantially the horizontal direction and also has a first engagement section (51c) and second engagement section (51d) that are projectingly formed on the upper surface and lower surface, respectively, inside the recess (51b). The second fixation member (52) has a projection (52b) oriented in substantially the horizontal direction and inserted into the recess (51b) of the first fixation member and also has a third engagement section (52c) projectingly formed on either the upper surface or lower surface of the projection (52b). Depending on the orientation of the front side and rear side of each of the two shelves, either the first engagement section (51c) or the second engagement section (51d) and the third engagement section (52c) of the projection (52b) inserted in the recess (51b) are engaged with each other.

The present invention is a flexible tank (1) having a closed form wherein liquid can be stored and which can carry liquid from one location to the other by means of a vehicle, characterized in that said flexible tank (1) comprises a plurality of compartments (2) which are coupled with each other so as to comprise a curved form.

A plastic clip of the present invention includes a clip boss integrally formed in a fixed panel; and a clip main body detachably assembled to the clip boss. The clip boss includes fitting portions provided in two lower side portions of a vertical plate provided with a fitting hole; and locking projections provided in front and back upper ends of the fitting portions. The clip main body includes an inverted triangular input portion provided in a lower end portion; a locking projection provided in an upper end portion of the input portion; a clip-boss input guide hole provided in the center of an upper end; a clip-boss input guide portion provided in the center of an internal upper portion and connected to the clip-boss input guide hole; and an elastic fitting piece provided in a lower end of the clip-boss input guide portion.

A drill including: a chip discharge flute; and a cutting edge, the cutting edge being made up of a concavely-curved cutting edge portion formed on an inner circumferential side and a convexly-curved cutting edge portion formed on an outer circumferential side, the drill further including a cross section orthogonal to an axial center having a first convex curve corresponding to the convexly-curved cutting edge portion and a first concave curve corresponding to the concavely-curved cutting edge portion intersecting with each other, a flank following the cutting edge on the tip surface having an orthogonal clearance angle β formed within an angular range of 9 to 20 degrees, and a ridgeline of the cutting edge having a chamfer formed with a width CW within a range of 0.002D to 0.02D (where D is a drill diameter).

The present invention provides an electromagnetic wave shielding support base-attached encapsulant for collectively encapsulating a semiconductor device mounting surface of a substrate having semiconductor devices mounted thereon or a semiconductor device forming surface of a wafer having semiconductor devices formed thereon, the support base-attached encapsulant including a support base having an electromagnetic wave shielding property of 20 dB or more within a range of 100 MHz to 1,000 MHz, and an encapsulant composed of a thermosetting resin layer laminated on the support base. There can be provided a support base-attached encapsulant that can collectively encapsulate a semiconductor device mounting surface of a substrate having the semiconductor devices mounted thereon or a semiconductor device forming surface of a wafer having semiconductor devices formed thereon without occurrence of warping of the substrate or the wafer, peeling of the semiconductor devices from the substrate, and breakage of the wafer even in the case that a large-diameter wafer or a large-area substrate such as inorganic, organic, or metal substrate, especially thin one, is encapsulated, and that has excellent electromagnetic wave shielding property, reliability such as heat resistance and moisture resistance after encapsulating, and extremely high versatility, mass-productivity, workability, and economical efficiency.

A refrigerator using shelves that can be arranged in the front-rear direction to enhance receiving efficiency of a receiving room and where a mechanism for preventing falling off of the shelves is realized by a very simple structure. The refrigerator includes a shelf engagement mechanism (X1) having a first fixation member (51) and second fixation member (52) that are provided at either a front shelf (4)or a rear shelf (3) and the other and are engaged with each other, the front and rear shelves (4, 3) having glass plates (41, 31) as constituent elements. The first fixation member (51) has a recess (51b) oriented in substantially the horizontal direction and also has a first engagement section (51c) and second engagement section (51d) that are projectingly formed on the upper surface and lower surface, respectively, inside the recess (51b). The second fixation member (52) has a projection (52b) oriented in substantially the horizontal direction and inserted into the recess (51b) of the first fixation member and also has a third engagement section (52c) projectingly formed on either the upper surface or lower surface of the projection (52b). Depending on the orientation of the front side and rear side of each of the two shelves, either the first engagement section (51c) or the second engagement section (51d) and the third engagement section (52c) of the projection (52b) inserted in the recess (51b) are engaged with each other.