242results about How to "Improve close contact" patented technology

A member (12A) for use in an electronic circuit has a thermally conductive layer (22) mounted on a heat sink (20). The thermally conductive layer (22) comprises an insulating substrate (24), a first joint member (26) joining the insulating substrate (24) to the heat sink (20) and containing an active element, a second joint member (28) disposed on the insulating substrate (24), and an electrode (30) disposed on the second joint member (28). The insulating substrate (24) comprises an AlN layer or an Si3N4 layer. Each of the first and second joint members (26, 28) is made of a hard brazing material containing an active element. The heat sink (20) is made of an SiC/Cu composite material or a C/Cu composite material.

The present invention relates to a door apparatus for a drawer for a drawer type refrigerator which can be put in and taken out from the interior of a main body of the refrigerator through guidance of rails. The door apparatus comprises a door with a thermally isolating layer; a frame disposed in the rear of the door to be simultaneously put in and taken out from the interior of the main body together with the door and provided with a storage space for accommodating stored goods; a rotating means for connecting the door to a front end of the frame and causing the door to rotate through a predetermined angle with respect to the frame; and a rotation limiting means for connecting the door to the frame and selectively limiting the rotation of the door. According to the present invention, a user can select and utilize a tilting function of the door.

The invention relates to a vacuum evaporation system capable of controlling evaporating airflow distribution and components. The system comprises an evaporation gun, a high-temperature evaporation crucible and a storage tank filled with an evaporating material, wherein a nozzle with an upper conical surface and a lower conical surface is formed on the evaporation gun, and a movable airflow guidance plug is arranged inside the nozzle; a substrate to be evaporated is opposite to the front of the nozzle; the evaporation gun is connected with the high-temperature evaporation crucible which is provided with a cross baffle through a heat pipeline or a surge flask, and the other side of the crucible is connected with the storage tank through a pipeline which is provided with a feed valve; heating coils are arranged on the evaporation gun, the heat pipeline, the high-temperature evaporation crucible and the outer wall of the pipeline, and a heat coil is arranged on the outer wall of the storage tank as well; the evaporating material in the storage tank is delivered into the high-temperature evaporation crucible through the feed valve and the pipeline, so that the evaporating material to be evaporated is immediately turned to be vapor delivered to the evaporating gun; and the volume and the direction of the vapor can be controlled by changing the relative position of the airflow guidance plug and the nozzle, and the vapor is evaporated to the substrate to form an evaporating film, which is uniform and has set area and multiple components. The vacuum evaporation system has simple structure, can improve the utilization rate of the organic evaporating material, and can improve the production efficiency.

An electronic component or the like is mounted on a substrate, and on the electronic component, an insulating layer is provided. Afterward, via-holes V are made in the insulating layer on terminals of the electronic component. Each of the terminals of the electronic component has, for example, a laminate structure of a first metal layer, a second metal layer and a third metal layer. When the via-holes V are formed, part of the third metal layer having a comparatively high electric resistance is removed, and the corresponding portion is connected to a wiring layer including via-conductors. Moreover, the third metal layer excellent in close contact properties with the insulating layer is preferably used.

An allowable angle of a float valve member with respect to a valve case is so set that a deformed direction, as caused by a gate position at a injection molding time, of a inner circumference of a communication hole of the valve case with respect to a roundness and a deformed direction, as caused by a gate position at a injection molding time, of an outer circumference of a crest portion of the float valve member with respect to the roundness may be substantially aligned. Between the valve case and the float valve member, there is an interposed angle regulating unit for preventing the angle of the float valve member with respect to the valve case from varying over the allowable angle.

Provided are: a heat medium heating device capable of bringing: flat heat exchange tubes and PTC heaters; and inlet/outlet header parts of the flat heat exchange tubes, into sufficiently close contact with each other, and incorporating these components into a casing; and a vehicular air-conditioning device including the same. In a heat medium heating device, flat heat exchange tubes each including a flat tube part and inlet/outlet header parts and PTC heaters are stacked in layers, and a heat exchange holding member presses the flat heat exchange tubes from one side, whereby the stacked structure is incorporated on an inner bottom surface of a casing. In this configuration, at least uppermost one of the flat heat exchange tubes has one surface pressed by the heat exchange holding member, the one surface being formed into a planar shape in which the flat tube part and the inlet/outlet header parts are flattened.

An object of the present invention is to provide a high frequency heating apparatus having a steam generating function in which a time required till evaporation of dropped water can be remarkably increased when water is dropped onto an evaporation tray and the heating efficiency is high.

In a high frequency heating apparatus having a steam generating function that includes a high frequency generator, and a steam generator comprising an evaporation tray provided on the bottom surface of a heating chamber in which a heating target is mounted and a heater device for heating the evaporation tray to generate steam in the heating chamber, the heater device is constructed as a heater device (11) having a sheathed heater (113) embedded in an aluminum die cast (111), and the heater device is directly attached to the back side of the evaporation tray (22).

A solid polymer membrane-type water-electrolysis apparatus according to the present invention includes a solid polymer electrolyte membrane, an oxygen electrode mounted in contact with one side of the solid polymer electrolyte membrane, a hydrogen electrode mounted in contact with the other side of the solid polymer electrolyte membrane, separator plates mounted adjacent the outsides of the oxygen electrode and the hydrogen electrode and serving as current collector plates having passages for water and generated gasses, fixing plates disposed outside the separator plates and made of a non-conductive material, and reservoirs disposed outside said fixing plates for storing water and the generated gasses. The fixing plates include pressing members build therein for pressing the oxygen electrode and the hydrogen electrode against the solid polymer electrolyte membrane, and flow passages are included in the pressing members. The reservoirs are fixed integrally by tie bolts by clamping the solid polymer electrolyte membrane, the oxygen electrode, the hydrogen electrode, the separator plates and the fixing plates together from outside the fixing plates. Further, the reservoirs have water supply bores provided at locations higher in level than the position of the water electrolysis level, and discharge bores for discharging the generated gasses. In this apparatus, storage tanks for the produced oxygen and hydrogen gasses are formed integrally into a compact structure. Thus, the apparatus is convenient for movement and preservation, and the oxygen and hydrogen gasses stored can be brought into a pressure equal to or higher than the atmospheric pressure and supplied to a remote place.

A wearing article in which non-contractible regions on which contracting force of elastic members does not act are formed in front and rear waist belts and in which the elastic members do not protrude from the non-contractible regions and are not caught by the non-contractible regions. The front and rear waist members (5, 6) have mounted thereto the waist elastic members (18) extending in the vertical direction (Y). The waist elastic members (18) form the non-contractible regions (35), on which contracting force of the waist elastic members (18) does no act, without being superposed on portions where graphics of heat-bonded sheets (16, 17) are formed. The non-contractible regions (35) are formed in center portions in the lateral direction (X) of the front and rear waist belt members (5, 6) by cutting the waist elastic members (18) mounted in a stretched state without applying an adhesive agent between inner and outer surface sheets (12, 13)(14, 15). On the crotch-side edges (21, 22) of the non-contractible regions (35) are formed joined sections (36) where the inner and outer surface sheets (12, 13)(14, 15) are joined together by heat sealing.

The invention discloses a drilling toll having at least one chip groove for chip removal, having an insert seat which is formed at the end of the chip groove and serves as a holder for an indexable insert with at least one main cutting edge on the two narrow sides and with at least one secondary cutting edge on the two longitudinal sides of one face side wherein the indexable insert has two face sides facing away from one another and bears with its inactive face side on a holding surface of the insert seat, and a partial region of the inactive secondary cutting edge of its active face side lies in the insert seat at a distance from the adjoining side wall of the insert seat created by a slot, and wherein a guide lip which covers the slot protrudes out of the top side of the side wall in the direction of the inactive secondary cutting edge.

The invention relates to a high-infrared reflectivity high-aluminum light fire-resistant thermal insulating material and a preparation method thereof. According to the technical scheme of the High-infrared reflectivity high-aluminum light fire-resistant thermal insulating material and the preparation method thereof, 20-40 wt% of potassic raw material, 50-70wt% of titaniferous raw material and 5-10 wt% of binding agents are uniformly mixed, grinding is conducted after molding and thermal treatment are conducted, and A material with particle size ranging from 0.088-1 mm and B material with particle size smaller than 0.088 mm are obtained. 20-40 wt% of alumina particles, 10-25 wt% of alumina fine powders, 5-15 wt% of A material, 5-15 wt% of B material, 5-15 wt% of aluminiferous raw material and 2-10 wt% of potassic raw material are used as mixture, water containing 2-8 wt% of the micture are added, a green body is made by stirring, drying is conducted, cooling is conducted after the thermal treatment is conducted, the green body is soaked with water, then drying is conducted, and the high-infrared reflectivity high-aluminum light fire-resistant thermal insulating material is obtained. The high-infrared reflectivity high-aluminum light fire-resistant thermal insulating material has the advantages that the volume density is low, the compression strength is high, and the high-temperature heat conductivity coefficient is low. The high-infrared reflectivity high-aluminum light fire-resistant thermal insulating material can also be applied to the heat insulation field within 1300 DEG C for a long time.

A wire connector for connecting wires to each other having a small wire collection space and which transmits a small shock load to the wires connected therein is formed by bending a metal plate at both sides of a central portion to form a closed ring having open ends at both ends thereof. Depressions that protrude toward the interior of the closed ring so that they approach each other are formed at the central portions of both side walls of the closed ring. A vertically extending slot is formed in each of the side walls. Wires are inserted through each of the open ends and the slots, then pressure is applied so that the portion where the ends of the bent metal plate are coupled and the central portion approach each other. The pressure compressively deforms the connector, and the wires are electrical connected to each other.

A rolling and connecting method of heterogeneous refractory metal molybdenum and stainless steel clad plates relates to a composition method of a heterogeneous refractory metal molybdenum and the stainless steel clad plate, aiming at the problems that owing to the great difference between the physical properties of molybdenum and stainless steel, the welding stress is high, great amount of intermetallic compounds with high hardness and great brittleness can be easily produced due to direct connection, and the impact ductility of molybdenum is low in the condition of low temperature, etc. The method comprises the steps that: the connecting surface of a stainless steel plate and a molybdenum plate is milled to be flat; after the acid cleaning of the stainless steel plate, the molybdenum plate and purple copper foil, the purple copper foil is placed and fixed between the stainless steel plate and the molybdenum plate to form the clad plate which is then placed into a vacuum chamber; the vacuity is (1 to 3) multiplied by 10<-3>Pa, the heating temperature is 850 to 1050 DEG C, and the heating speed is 300 to 600 DEG C/h; after the insulation for 10 to 45 minutes, the clad plate is rolled and connected; the rolling temperature is 850 to 1050 DEG C, the compression rate is 15 to 35 percent and the rolling speed is 0.038 to 0.2m/s; the clad plate after being rolled is cooled to be below 200 DEG C in vacuum and then the clad plate is taken out. The method can realize the purpose of the high strength connection between the molybdenum, the ductility of which is low in the condition of low temperature, and the stainless steel.

The invention provides an excimer lamp which generates excimer discharge in discharge space to radiate vacuum ultraviolet light. Melted quartz glass forms a part of a discharge container. The excimer lamp (1) has a discharge container (2) made of quartz glass and composed of a dual pipe of which the inside pipe (4) and the outside pipe (3) are disposed in the coaxial direction; a pair of electrodes (5), (6) is disposed in a state of the quartz glass forming the discharge container (2); xenon gas is sealed in the discharge space (S); excimer discharge happens in the discharge space (S) of the discharge container (2). The invention is characterized in that the inside pipe (4) is made from melted quartz glass and the outside pipe (3) is made from synthesized quartz glass.