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JP5079865B2 |
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JP5078197B2 |
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JP5074045B2 |
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JP5074535B2 |
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JP5071770B2 |
The invention relates to a process for the separation and recovery of non-ferrous metals from zinc-bearing residues, in particular from residues produced by the zinc manufacturing industry. The process comprises the steps of:-subjecting ...
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JP5073720B2 |
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JP2012221893A |
To provide an electric heating method, an electrode for electric heating, and an electric heating device that can heat the whole work at a uniform temperature with more simple constitution.The electric heating method using an electric he...
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JP2012220183A |
To provide a rotary microwave baking furnace that obtains burnt lime uniformly at a high baking rate, freely controls a baking temperature and a baking time, and bakes carbonate mineral without being limited to the size thereof and to pr...
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JP5066693B2 |
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JP5066690B2 |
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JP5065656B2 |
To provide a graphite electrode and a use method for it, maintaining the processing efficiency high even when the tapering phenomenon of the graphite electrode occurs in the melting processing for waste by an electric furnace. In this el...
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JP5054705B2 |
The invention relates to a to carbon electrodes having at least one socket with an internal thread to be mated with a threaded pin having at least one external thread and to such threaded pin for connecting such carbon electrodes, wherei...
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JP5054892B2 |
A heating muffle for a muffle kiln for the production of a dental ceramic product containing titanium, which comprises a hollow unit, which is provided with at least one opening for the uptake of the ceramic product and has completely he...
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JP2012525497A |
A method for manufacturing an elongated part made of a titanium material or a titanium alloy, or an unfinished product of the part, using the step (10) of preparing a titanium material or a titanium alloy ingot, and an electric arc and s...
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JP5053366B2 |
A process for recycling composite materials includes the steps of feeding a quantity of composite material composed of at least one polymer and aluminum into at least one first reactor; heating the composite material in a non-oxidizing e...
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JP5048998B2 |
To provide a heating element device capable of efficiently obtaining a burned substance by using microwaves. The heating element device has a heating element moving mechanism for moving the heating element according to temperature variat...
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JP5050626B2 |
To provide a method and a device for detecting the wear degree of a refractory in an induction heating device for molten metal, without needing complex incidental equipment and construction, such as embedment of a detecting conductor and...
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JP5045262B2 |
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JP5046385B2 |
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JP2012523541A |
A furnace for heating an object in a space, including a refractory ceramic wall, a heat source, at least one metal plate coated with an adherent layer of ceramic material on one of its principal faces, the coated plate being placed betwe...
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JP2012521531A |
It is disclosed and induction furnace (1) comprising: a box-like housing structure (2, 6), which defines an internal chamber (3) of the induction furnace (1); an infiltration crucible (7) housed in the internal chamber (3) and comprising...
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JP5023093B2 |
A high-frequency inductive heating apparatus of ceramic material, whereby the nonconductive ceramic specimen in which induced current is not generated at room temperature is rapidly heated in a preheating housing, and a pressure-less sin...
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JP2012171834A |
To provide a heat insulating material for microwave heating having excellent heating efficiency.In this heat insulating material for microwave heating using an inorganic oxide as a base material, fine carbon particles are dispersed into ...
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JP5015541B2 |
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JP5006161B2 |
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JP5004195B2 |
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JP4999422B2 |
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JP2012144753A |
To provide a method of joining an electrode and a stub, which reduces misalignment between the electrode and the base line of the stub, generated when using welding upon attachment the stub to a consumable electrode used in a remelting f...
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JP4988164B2 |
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JP4986964B2 |
A crystal-growing furnace with a convectional cooling structure includes a furnace body, a heating room, and at least one heater. The heating room is accommodated in the furnace body, and includes an upper partition, a plurality of side ...
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JP4982710B2 |
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JP4985903B2 |
To provide a method for melting an alloy in a melting furnace, in which the additive is prevented from being left without melt so as to prevent the composition of the alloy from being mismatched. The method for melting the alloy includes...
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JP2012134080A |
To provide a heating conductor for a high frequency heating device, which can perform excellent hardening of a heating target having an irregular surface and can be easily manufactured.In a heating conductor 3 for a high frequency heatin...
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JP2012128992A |
To provide a dezincification device which realizes even heating in the device and reliably removes zinc.A dezincification device includes: an induction heating vessel 10 in which a scrap steel plate 2 is put; a vessel lid 20; a primary v...
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JP4966961B2 |
A system for heat-treatment of large metallic samples including a microwave heating apparatus with a wave guide, means for monitoring and measuring temperature, holding means for holding the metallic sample. The holding means comprises a...
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JP4965890B2 |
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JP4960971B2 |
A heat exchange system and processes for a magnetic annealing tool is provided. The system includes a process chamber housing workpieces to be processed; an element chamber partly surrounding the periphery of the process chamber, at leas...
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JP4954403B2 |
To provide an electrode lifting apparatus for an arc furnace which does not require an adjustment at a site by a worker even if operation characteristics of the arc furnace are changed. A sensitivity dead zone characteristic transmitter ...
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JP4945575B2 |
According to the present invention, there is provided a temperature-sensitive aluminum phosphate solution, characterized in that, composition of the aluminum phosphate is within such ranges that 3Al2O3/P2O5 (molar ratio) is from 1.2 to 1...
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JP4942272B2 |
A heater supporting structure includes heaters comprising plate-shaped electrical resistance heating elements and power applying portions for energizing the electrical resistance heating elements, mounts for mounting the electrical resis...
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JP4941802B2 |
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JP4943088B2 |
To provide a continuous burning apparatus, reducing the waste of power consumption to efficiently perform micro-wave heating, burning in a short time, and making treatment at will after burning. In this continuous burning apparatus, the ...
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JP4943087B2 |
To reduce the waste of power consumption to efficiently perform micro-wave burning in a short time. In a burning waveguide 50 for propagating a progressive wave generated in a microwave generating source 1 and heating and burning a store...
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JP2012093818A |
To provide a heat treatment control unit and a heat treatment control method capable of attaining high heating efficiency and at the same time attaining the uniform temperature distribution of an object to be heated.An off-line PC 10, by...
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JP2012087957A |
To provide a heating device that achieves uniform surface distributions of heat applied to a heated object.A plurality of heat sources provided in the shape of a plane facing a wafer supported by a supporting section 3 are arranged in a ...
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JP4927433B2 |
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JP2012084885A |
To provide in-line equipment used to process substrates.In some applications, the equipment is used in in-line manufacture of PV cells or modules. In some embodiments, a heating system is provided that comprises a plurality of heating te...
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JP2012084637A |
To improve a heat treatment apparatus used in a calcination process when providing an electrode on the front and back of a silicon wafer, and to realize an ideal temperature profile in calcination.The heat treatment apparatus includes a ...
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JP4914544B2 |
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JP4912463B2 |
The present invention relates to an apparatus and method for heating a semiconductor processing chamber. One embodiment of the present invention provides a furnace for heating a semiconductor processing chamber. The furnace comprises a h...
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