44results about How to "Curb drop" patented technology

The invention relates to an electronic compound mounting device for preventing absorption error and leading-back of electronic compounds. The electronic compound mounting device (100) is provided with: a pressure detection unit (125) detecting the inner pressure of an adsorption nozzle (105); and an acquisition control unit (30) of absorption required time, wherein the absorption action of the absorption nozzle is carried out through a negative pressure supply unit (122) in a compound supply part (102) relative to each electronic compound when mounting action control is not carried out, and the pressure detection unit measures and stores the absorption required time till the detection pressure becomes the target absorption pressure, and the absorption nozzle is raised after the absorption of each electronic compound is continuous through the negative supply unit according to the absorption required time obtained by the acquisition control unit of absorption required time when the action control unit is installed on the electronic compound.

A carbon nanotube composite material includes a fixture sheet having a front side and a back side, and a carbon nanotube array sheet embedded in or bonded to both front and back sides of the fixture sheet.

A vehicular console device includes a console outer casing disposed in the interior of a vehicle, a console box disposed in the console outer casing, and a tray supported in the console box. The tray includes a tray body and a tray vertical wall. The tray body is supported in the console box to be movable in a longitudinal direction of the vehicle. The tray vertical wall is formed to extend upward from a tray rear wall of the tray body.

The inside of an outdoor unit body (1) is partitioned by a partition plate (7) into a heat exchange chamber (8A) for receiving a heat exchanger (10) and a fan (13) and into a machine chamber (8B) for receiving a compressor (15) and piping (5) or the like. An electric component box (20) is installed between the outdoor unit body (1) and the upper end of the partition plate (7). A control board (24) is received in a horizontal position in the electric component box (20) with that surface of the control board (24) which has an electric component (D) mounted thereon facing downward. An opening (K) for laying a lead wire is formed in the bottom side of the electric component box (20). A wiring cover (25) is slidably installed on the bottom side of the electric component box (20) to make the opening (K) openable and closable. The construction minimizes possibility of dropping of the electric component (D) to the outside when an electric failure occurs.

A golf ball 2 includes a spherical core 4 and a cover 6 positioned outside the core 4. The golf ball 2 further has dimples 8 on a surface thereof. The core 4 is obtained by crosslinking a rubber composition. The difference between a hardness H(5.0) at a point that is located at a distance of 5 mm from the central point of the core 4, and a hardness Ho at the central point is equal to or greater than 6.0. The difference between a hardness H(12.5) at a point that is located at a distance of 12.5 mm from the central point, and the hardness H(5.0) is equal to or less than 4.0. The difference between a hardness Hs at the surface of the core 4 and the hardness H(12.5) is equal to or greater than 10.0. The difference between the hardness Hs and the hardness Ho is equal to or greater than 22.0. There is no zone in which a hardness decreases from the central point to the surface. The rubber composition of the core 4 includes 2-naphthalenethiol. A cross-sectional shape of each dimple 8 is a wave-like curve.

The present invention provides a rice polishing machine having a simple structure, capable of being maintained easily, and having a rice bin. A rice polishing machine (1) comprises a body (3) having a drive mechanism (2) and rice polishing means (4) which is detachably attached to the body (3). A rice bin (7) formed of a rice storage part (5), and a drawing (6) serving as a meter is provided on an upper part of the body (3), and the rice polishing means (4) comprises a bran container (8) whose upper part is opened, a rice polishing case (9) disposed in the bran container (8), a rice polishing body (10) rotatably disposed in the rice polishing case (9), and a lid body (11) for covering an opening of the bran container (8). The lid body (11) comprises a communication port (76) for communicating the drawing (6) and the rice polishing case (9), therefore, the rice polishing machine (1) has a simple structure and in addition, the rice polishing means (4), which is easily contaminated by bran or the like, can be maintained easily.

The present invention provides a refrigerator that inhibits falling water droplets toward a container. The refrigerator includes a storage compartment for storing the storage material; a storage container accommodated in the storage compartment and capable of being pulled out to the front side and having an upper opening and accommodating the storage material; and a cover disposed so as to cover an opening of the storage container, wherein the cover includes a moisture holding and releasing member for holding moisture in the storage container and releasing the water to the outside of the storage container; and a support mechanism extending in the front-rear direction and supporting the moisture-retaining member from below. The support mechanism includes a first support mechanism located on the left and right sides of the cover and a second support mechanism located between the first support mechanism.

The invention belongs to the technical field of pepper planting, and particularly relates to a fertilizing method for improving the vitamin content of green peppers. The method specifically comprisesthe following steps that root application is carried out once with fermented grape skin residue liquid at the middle stage of seedlings and the later stage of the seedlings separately; and foliage spray is carried out once with a nutrient solution in the early flowering season, wherein the nutrient solution is prepared from the following raw materials: fermented mulberry juice, citric acid chelated magnesium, bamboo leaf polysaccharide, spirulina polysaccharide, puerarin, gallic acid, ferrous sulfate and water. The method has the advantages that the division, differentiation and growth of roottissues are effectively promoted, the branch growth and the strong growth of a root system are promoted, the utilization rate of soil nutrients is increased, so that the seedlings of green pepper plants are thick and strong, the growth of leaves are vigorous, decay and fall of flowers are effectively inhibited, rapid synthesis of chlorophyll of the leaves is promoted, the photosynthesis efficiency is improved, in addition, the growth and the expansion of the green peppers are effectively promoted, the contents of folic acid, vitamin A, vitamin E, vitamin B1 and other vitamins of the green peppers are remarkably improved, so that the nutritive values of the green peppers are improved.

The invention provides an indoor unit of an air conditioner. The indoor unit of the air conditioner includes: blades (4); blade shafts (4a, 4b) provided at both ends of the blades (4); blade bearings (11, 12) respectively holding the blade shafts (4a, 4b) and the motor (9) that is installed on the blade shaft (4a) and rotates the blade (4), is provided with a rib (4c) at the blade shaft (4b), and is provided with a blade bearing (12) that holds the blade shaft (4b) There is a claw (12c), and when the blade shaft (4b) moves toward the blade shaft (4a) by a reference amount, the rib (4c) engages with the claw (12c) to restrict the movement of the blade shaft (4b).

A carbon nanotube composite material includes a fixture sheet having a front side and a back side, and a carbon nanotube array sheet embedded in or bonded to both front and back sides of the fixture sheet.

The present invention provides a sound-absorbing panel capable of satisfying heat resistance and melt-dripping resistance required for the interior of a railway vehicle. The sound-absorbing panel (10) between windows is laminated with five sheets of first to fifth glass cloths (13-17) on an aluminum substrate (11). In addition, the fifth glass cloth (17) is pasted on the back side of the substrate (11) by an adhesive edge, and the first to fourth glass cloths (13, 14, 15, 16) are fixed by the needles of the stapler. That is, the first glass cloth (13) and the substrate (11) are fixed by an adhesive, and the adhesive is prevented from melting by five sheets, that is, the first to fifth glass cloths (13-17). The fifth glass cloth (13 to 17) and the substrate (11) prevent the adhesive that fixes the edge of the fifth glass cloth (17) to the other side of the substrate (11) from melting.

An indoor unit 100 of an air-conditioning apparatus includes vanes 4, vane shafts 4a and 4b, which are disposed at the ends of the vanes 4, vane bearings 11 and 12, which hold the vane shafts 4a and 4b, and motors 9, each of which is mounted on a corresponding one of the vane shafts 4a and each of which causes a corresponding one of the vanes 4 to rotate. Each of the vane shafts 4b is provided with a rib 4c, and each of the vane bearings 12, which hold the corresponding vane shafts 4b, is provided with a hook portion 12c. When one of the vane shafts 4b moves by a reference movement amount in a direction toward the corresponding vane shaft 4a, the corresponding rib 4c and the corresponding hook portion 12c engage with each other, so that movement of the vane shaft 4b is restricted.

A process for producing a composite material constituted of aluminum and a carbon material, the process including: a coating step (S1) in which a coating fluid comprising a mixture of carbon fibers, a binder, and a solvent for the binder is applied to an aluminum foil to form a coating layer on the aluminum foil; a solvent removal step (S2) in which the solvent contained in the coating layer is removed to obtain a coated foil that comprises the aluminum foil and a carbon fiber layer formed thereon; a roll formation step (S3) in which the coated foil is wound into a roll; a binder removal step (S6) in which the binder contained in the carbon fiber layer of the roll is removed; and an extrusion step (S7) in which the roll that has undergone the binder removal step is extruded. In the coating step (S1), the coating fluid is applied to the aluminum foil in such an amount that the amount of the carbon fibers contained in the coating layer is 40 g / m2 or less.

The invention relates to an electronic compound mounting device for preventing absorption error and leading-back of electronic compounds. The electronic compound mounting device (100) is provided with: a pressure detection unit (125) detecting the inner pressure of an adsorption nozzle (105); and an acquisition control unit (30) of absorption required time, wherein the absorption action of the absorption nozzle is carried out through a negative pressure supply unit (122) in a compound supply part (102) relative to each electronic compound when mounting action control is not carried out, and the pressure detection unit measures and stores the absorption required time till the detection pressure becomes the target absorption pressure, and the absorption nozzle is raised after the absorption of each electronic compound is continuous through the negative supply unit according to the absorption required time obtained by the acquisition control unit of absorption required time when the action control unit is installed on the electronic compound.

Provided is a packaging container that simplifies the opening operation. The packaging container includes a front cover member and a back cover member, which are attached to each other to form a housing space for accommodating an article therein. The back cover member is integrally molded from a sheet-shaped plastic. The back cover member includes an opening portion, which is surrounded by an opening assisting line portion formed in a linear form and opened by tearing the opening assisting line portion when the packaging container is opened. The back cover member is formed so that its surface is recessed at the opening assisting line portion.