| Document |
Document Title |
|
JP6071023B2 |
Melters for glass forming apparatuses and glass forming apparatuses comprising the same are disclosed. According to one embodiment, a melter for melting glass batch materials includes a base portion and a rigid exoskeleton rigidly attach...
|
|
JP6064792B2 |
To provide smoke exhaustion equipment of a copper refining furnace capable of preventing the leakage of exhaust gas.Smoke exhaustion equipment 2 is equipped with a smoke exhaustion path 20 provided at one end of a furnace body 10, a dust...
|
|
JP6052907B2 |
|
|
JP6039010B1 |
[Subject] Art which dissolves a conductive metal certainly quickly is provided. [Means for Solution] It is near the drive channel which has the swirl chamber which has an exit which carries out discharge of the Molten metal to an entranc...
|
|
JP2016199774A |
To provide a method for refining cast iron requiring no demanganization agents such as sulfide and slag-making material or combustible gas and having reduced generation slag, capable of swiftly and efficiently removing manganese from raw...
|
|
JP6033807B2 |
[Problem] There are provided an efficient molten metal stirring device and an efficient molten metal transfer device. [Solution] There are provided an efficient molten metal stirring device and an efficient molten metal transfer device, ...
|
|
JP6024284B2 |
|
|
JP6027982B2 |
An arc furnace includes: a body (1) to be charged with material (S) to be melted; a roof (4) closing an upper opening of the body (1); an arc electrode (5) inserted into the body (1) from above the roof (4) and energized to form electric...
|
|
JP6014138B2 |
A chamber for floating glass on a bath of molten metal including: an upstream wall, a downstream wall, and two lateral walls; rolls for driving the glass in a direction of travel from upstream to downstream; a lateral wall including a sh...
|
|
JP6011451B2 |
Provided is a feeder (3) configured such that molten glass (G) is caused to flow through an inside of the feeder (3), the feeder (3) including: electric heating elements (6) arranged in an internal space (S) of the feeder (3) along a flo...
|
|
JP6007654B2 |
|
|
JP6002823B1 |
[Subject] By supplying electric power to an electric arc furnace, a device and a method of adjusting fusion electric power of an electric arc furnace efficiently are realized. [Means for Solution] By having at least one electrode 62, and...
|
|
JP6002283B2 |
A fused and cast refractory product containing, in weight percentages on the basis of the oxides and for a total of 100%: ZrO2: remainder up to 100% Hf2O: <5% SiO2: 2% to 10% 0.9%
|
|
JP5999766B2 |
|
|
JP5988014B1 |
An iron system scrap is dissolved with an electric furnace provided with a stabilizing burner, and an iron system scrap is efficiently heated or dissolved with a stabilizing burner in a method of obtaining melted iron. When using a stabi...
|
|
JP5984143B2 |
|
|
JP5985476B2 |
A method, control, and tracking system of a charge of material transported by a continuous supply conveyor of a metallurgical furnace, for example an electric furnace for production of steel. The continuous conveyor includes, in sequence...
|
|
JP2016526657A |
The present invention relates to multi-layer cooling panels for industrial furnaces such as arc furnaces.
|
|
JP2016153344A |
To provide a method for manufacturing float glass, capable of reducing the plate thickness deviation of the float glass.A method for manufacturing float glass includes adjusting a flow rate of a molten glass 2 flowing on a spout lip 14 b...
|
|
JP5977080B2 |
To provide an apparatus for melting a metal material, which has a relatively simple structure, is capable of readily stirring the metal material and can be downsized, and to provide a method for melting the metal material.An apparatus ha...
|
|
JP5968835B2 |
|
|
JP2016138883A |
To avoid jamming during unwinding and rewinding of a coil of an optical fiber in an optical fiber feeder.A feeder for feeding an optical fiber 10 from a coil 20 and rewinding an unused optical fiber 10 is provided. The coil 20 is inserte...
|
|
JP5963655B2 |
To enhance a partial cooling of a furnace body (a side wall) without cessation of operation of a three-phase AC electrode type circular electric furnace.In this invention, at a position where a temperature of furnace side wall is partial...
|
|
JP5963212B2 |
A molten bath-based process for direct smelting metalliferous material and producing molten metal in a direct smelting vessel that contains a molten bath that has a metal layer that is at least 900 mm deep. The process includes selecting...
|
|
JP5958938B2 |
|
|
JP2016128739A |
To extend the life of channel inductors associated with metal coating line shutdowns in a channel induction electric furnace to melt Al-containing alloys.A channel inductor of a channel induction electric furnace (3) comprises a channel ...
|
|
JP5947880B2 |
Glass furnace for heating and melting materials to be vitrified, in which furnace two molten glass recirculation loops are formed in the bath between a hotter central zone of the furnace and, respectively, the inlet (E) and the outlet (Y...
|
|
JP5948405B1 |
[Subject] There are little power consumption and generation of heat, a maintenance is easy, and it provides a dissolving method of a conductive metal which influence of heat cannot receive easily, and a fusion furnace. [Means for Solutio...
|
|
JP2016107333A |
To provide a nonferrous metal melting furnace, a nonferrous metal melting method and nonferrous metal melting equipment which can be configured as a small size capable of installation adjacent to a casting machine, produces high-quality ...
|
|
JP5930322B2 |
The invention relates to a method for the controlled operation of an industrial oven which is heated in a regenerative manner and which comprises an oven chamber, in particular a melting tank, in particular for glass, having the followin...
|
|
JP5931422B2 |
To provide a device for supplying a melting raw material of an aluminum melting furnace which can efficiently disperse and dissolve in an aluminum molten metal an aluminum melting raw material to be dropped and supplied to a melting cham...
|
|
JP5928168B2 |
|
|
JP3204328U |
To provide a highly efficient, energy-saving and safe aluminum liquid heat retaining furnace by improving preheating of a furnace body and heat retention of an aluminum liquid. In an aluminum liquid heat insulating furnace, a storage spa...
|
|
JP5925974B2 |
|
|
JP2016090153A |
To facilitate maintenance work for a plurality of segments to be processed with maintenance work around an electric furnace body by enabling the maintenance work to be carried out under application of pre-set scaffolds without using any ...
|
|
JP5912976B2 |
To provide a device for controlling lifting of electrodes of an arc furnace capable of preventing generation of splash.A device 8 for controlling lifting of electrodes of an arc furnace is used for an arc furnace melting a processed obje...
|
|
JP5892809B2 |
|
|
JP5878398B2 |
|
|
JP5873137B2 |
|
|
JP5862523B2 |
|
|
JP2016015226A |
To provide a breakage electrode extractor capable of taking out of a furnace a breakage electrode made of carbon, the tip side of which is bent carelessly and dropped in the furnace during operation of an arc furnace, safely in a short t...
|
|
JP5840674B2 |
|
|
JP2015226936A |
To provide a method and a device for producing a metal structural component, which permits a local adjustment of the structure in the metal structural component and at the same time is inexpensive and simple to implement.The invention re...
|
|
JP2015227733A |
To inhibit the wear of a refractory material, improve the energy efficiency, and prevent the short pass of electric current in an electrode in a submerged arc furnace.A manufacturing facility 1 for molten metal iron reduces and fuses, in...
|
|
JP5826534B2 |
|
|
JP5819270B2 |
There is provided an energy-saving agitator that suppresses the amount of generated heat, is easy to use and carry out maintenance, has flexibility in an installation position, and can also adjust an agitating ability. The agitator inclu...
|
|
JP5807848B2 |
|
|
JP5808669B2 |
A device (10) for adjusting the locking point of the electrode of a smelting furnace includes a vice (120) for supporting said electrode and supplying it with power. A structure (13) is coupled with the vice (120), supports the electrode...
|
|
JP2015196849A |
To provide an installation method of a gutter to a slag cleaning furnace capable of easily detaching the gutter.The installation method of a gutter to a slag cleaning furnace comprises: a step for providing heat-resistant flame-retardant...
|
|
JP5796471B2 |
|
