VERTIKALWÄRMEBEHANDLUNGSEINRICHTUNG UND VERFAHREN ZUM ÜBERTRAGEN VON ZU BEHANDELNDEN OBJEKTEN

Electric arc furnace - for treating metallised materials allows casting in any posn.

HEAT TREATMENT METHOD FOR METAL PARTS

With pipeline cleaning device of vacuum cleaning furnace

DOUBLE-CHAMBER HEAT TREATING FURNACE

A double-chamber type heat-treating furnace comprises a hermetically closable cooling furnace, a hermetically closable heating furnace, and a transfer unit. The transfer unit has free rollers disposed within the heating and cooling chambers and for supporting the object at only both ends in a direction of width thereof, a push-pull member moving while being engaged with the object to push or pull the object, and a drive unit provided at a position adjacent to the heating chamber on a side opposite to a side on which the cooling chamber is disposed and driving the push-pull device.

PROCEDURE FOR THE THERMAL TREATMENT OF METALLIC WORKPIECES AS WELL AS HEAT TREATED WORKPIECE

DEVICE FOR COMPRESSING A CERAMIC DENTAL MIXTURE FOR PRODUCING DENTAL PROSTHESIS SUCH AS CROWNS, BRIDGES, INLAYS AND THE SIMILAR AND A PISTON-MUFFLE ASSEMBLY FOR SAID DEVICE

The inventive device (1) for compressing a ceramic dental mixture for producing dental prosthesis such as crowns, bridges and inlays comprises a top part (2), a lower part (4) movable with respect to the top part (2) and a piston (7) which is slidingly guided in the top or lower part (2, 4) and used for performing a pressure on the plunger (8) introducible into a muffle (6) containing a female mould (16) for a dental prosthesis. When the top and lower parts (2, 4) are in the closed position thereof, they form a combustion chamber (3) which contains the muffle (6) and in which the plunger (8) is introducible. The muffle (6) and the piston (7) are mounted on the top part (2) or, preferably, on the lower part (4).

HEAT TREATMENT METHOD FOR METAL PARTS

The invention concerns a heat treatment method for metal parts (6) arranged in feed (5) wherein the feed of parts is successively brought into a vertical treatment furnace (1) capable of being opened downwards, said method consisting in: closing the furnace with a closure stopper (11) capable of supporting the feed (5), then performing the desired heat treatment provided by the furnace (1), and once said treatment has been carried out, opening the stopper (11). The invention is characterized in that it consists in: generating a treatment gas interface in a vestibule (25) between the opening of the furnace and outside air, bringing one or more parts (6) of the feed (5) horizontally opposite a lateral opening (27) provided in the wall of said vestibule (25), gripping said part(s) (6) from outside through said opening, removing said part(s) from the feed (5) and from the vestibule (25), so that said part(s) located in the corridor (25) are protected from surface modification by the treatment ...

Ofenanlage

Es wird eine Ofenanlage zur Durchführung einer Wärmebeahndlung für Schüttgut oder Stückgut beschrieben. Die Anlage weist ein Gehäuse, eine im Gehäuse befindliche Ofenkammer und mindestens eine in der Ofenkammer angeordnete Prozessmuffel auf. Eine Vielzahl von Chargenträgern zur Aufnahme des Schüttgutes oder Stückgutes wird mit Hilfe einer Fördereinrichtung durch die Prozessmuffel bewegt. Auf der Eintrittsseite und Austrittsseite weist der Ofen ein Schleusensystem mit einer beweglichen bzw. verfahrbaren Schleuse und einer Schleusenhandhabungseinrichtung auf. Da mit dieser Ausgestaltung die Chargenträger sehr rasch transportiert werden können, lässt sich ein hoher Durchsatz pro Zeiteinheit erreichen.

VACUUM MELTING APPARATUS FOR A LIGHT METAL, AND VACUUM MELTING METHOD USING SAME

The present invention relates to a vacuum melting apparatus for a light metal, and to a vacuum melting method using same. More particularly, the present invention relates to a vacuum melting apparatus for a light metal, wherein a pipe-shaped melting furnace (21) shaped as a cylindrical pipe, and which has an outer surface equipped with a heating means (27) and an end with a stopper (23), is inclined in a vacuum melting chamber (100), such that a light metal material (40) injected through a material injection portion (20) is stopped by the stopper (23) and made molten by the heating means (27) in the inclined pipe-shaped melting furnace (21). Whereby, a melt (42) which is obtained from the point of melting of the light metal material (40) to the completion of melting, and which has a form of a drop of liquid flows into a molten metal heat insulation furnace (10), such that gases generated during the light metal melting process are almost perfectly separated to produce a cast made of pure ...

Work load lifting system for a vertical vacuum furnace

A lifting apparatus for a vertical vacuum furnace is disclosed. The apparatus includes first and second support modules arranged in spaced parallel alignment and first and second reversible lifting mechanisms mounted on respective ones of the first and second support modules. The apparatus also includes first and second motive means coupled to the first and second reversible lifting mechanisms for driving the reversible lifting mechanisms. First and second trolleys are operatively connected to the first and second reversible lifting mechanisms and adapted for engaging with a payload. The apparatus further includes a control system connected to the first and second motive means for controlling the operation of the first and second reversible lifting mechanisms whereby the first and second trolleys can be raised or lowered. A vertical vacuum furnace assembly including the lifting apparatus is also disclosed as well as a support module and a bottom head assembly for the lifting apparatus.

Heat treatment unit for heat treating metal components, comprises a heating chamber, a bath chamber, and a bath

A heat treatment unit for heat treating metal components, comprises a heating chamber (D) and a bath chamber which houses a heatable and/or coolable bath. An intermediate chamber is located between the heating and bath chambers. The chambers both have closures.

KÜHLGASDURCHGANGSSCHALTEINRICHTUNG FÜR UNTERDRUCKWÄRMEBEHANDLUNGSOFEN

Electric arc furnace - for treating metallised materials allows casting in any posn.

VACUUM MELTING DEVICE OF A LIGHT METAL, AND METHOD OF VACUUM MELTING USING THE SAME

본 발명은 경금속의 진공용해장치 및 이를 이용한 진공용해방법에 관한 것으로, 더욱 구체적으로는 진공용해챔버(100) 내에 원통형의 파이프 형태로 되고 외면에 가열수단(27)이 구비되며 단부에 스토퍼(23)가 형성된 경사진 파이프용해로(21)를 장착하여, 재료주입부(20)를 통해 투입된 경금속재료(40)가 경사진 파이프용해로(21) 내에서 스토퍼(23)에 저지된 상태로 가열수단(27)에 의해 용융되게 함으로서, 경금속재료(40)가 용해되는 시점부터 완전 용해되기까지 생성되는 용탕(41)이 점적(點滴) 형태로 용탕보온로(10) 내부로 유입되게 하여 경금속 용융시 발생하는 가스가 용탕(41)에서 거의 완벽히 분리되어 순수 경금속재료의 주물을 제조할 수 있게 하는 경금속의 진공용해장치 및 이를 이용한 진공용해방법에 관한 것이다. The present invention relates to a vacuum dissolving apparatus for light metals and a vacuum dissolving method using the same. More specifically, the vacuum dissolving chamber 100 has a cylindrical pipe shape and a heating means 27 is provided on an outer surface thereof and a stopper 23 at an end thereof. ) Is equipped with an inclined pipe melting furnace 21 formed therein, and the heating means in which the light metal material 40 introduced through the material injection unit 20 is blocked by the stopper 23 in the inclined pipe melting furnace 21. 27), the molten metal 41, which is generated from the point of dissolution of the light metal material 40 to the complete dissolution, is introduced into the molten metal thermal furnace 10 in the form of droplets, which is generated when the light metal is melted. The present invention relates to a vacuum dissolving apparatus for light metals and a vacuum dissolving method using the same, in which a gas to be almost completely separated from the molten metal 41 to produce a cast of pure light metal material.

Magnetic annealing apparatus

DOUBLE-CHAMBER HEAT TREATING FURNACE

Process and apparatus for heat treating metallic articles and heat treated article

Process for heat treating metallic workpieces e.g., iron materials comprises heating the workpieces in a vacuum or neutral or reducing gas atmosphere, carburizing, cooling workpieces, boriding, cooling, and quenching Process for heat treating metallic workpieces comprises: heating workpieces to a first temperature in a vacuum or in a neutral or reducing gas atmosphere; carburizing the workpieces at the first temperature reached at the end of the heating up phase; cooling the workpieces to a second temperature; boriding the workpieces; cooling the workpieces to third temperature; and quenching the workpieces. Process for heat treating metallic workpieces comprises: heating the workpieces to a first temperature in a vacuum or in a neutral or reducing gas atmosphere during the heating up phase; carburizing the workpieces at the first temperature reached at the end of the heating up phase and at a first pressure for a first time period in a gas atmosphere containing a hydrocarbon during an ...

PROCESS AND INSTALLATION OF HEAT TREATMENT OF METAL PARTS

VERTICAL HEAT TREATMENT EQUIPMENT AND METHOD FOR TRANSFERRING OBJECT TO BE TREATED

An improved transfer mechanism (21) is provided for vertical heat treatment equipment. The transfer mechanism transfers a treating object W between a treating object storing container (carrier) (16) and a treating object holder (boat) (9), which holds a plurality of the treating objects at intervals in the vertical direction through a ring-shaped supporting board (15). The transfer mechanism (21) is provided with a plurality of substrate supports (20) arranged at prescribed intervals, and each substrate support (20) has a holding mechanism (28) to hold the treating object W at a lower side. Each holding mechanism (28) is provided with a fixed locking part (30), which is fixed at a leading edge part of the substrate support (20) and locks a front edge part of the treating object W, and a movable locking part (31), which is movably provided at a base edge part of the substrate support (20) and removably locks a rear edge part of the treating object W. A plurality of the treating objects W ...

Sintering furnace for pipe fittings

A sintering furnace for pipe fittings which includes an upper portion and a lower portion, a heater closely engaged with the upper portion of the sintering furnace, a sintering chamber arranged below the heater, an airtight seat mounted on a bottom of the sintering furnace, and an auxiliary heat separation layer mounted on an outer surface of the sintering chamber for keeping temperature of the sintering chamber.

Vacuum furnace with pressurized intensive water quench tank

A heat treating furnace having a quenching chamber incorporated therein or associated therewith is disclosed. The heating chamber within the furnace is utilized to heat work-pieces to a desired temperature. When the heating cycle has been completed, the heating chamber and the quenching chamber are back-filled with an inert gas to a redundant pressure (over atmospheric). The work-pieces are then transferred into the quenching chamber and lowered into the intensively agitated water in the water quench tank by an elevator mechanism. High quenchant (water) agitation rates eliminate film boiling on the surface of the hot work-pieces. When the compressive stresses on the surface of the work-pieces are at a maximum and are at an optimum depth, or when the cooling recipes otherwise determine, the elevator mechanism in the quenching chamber lifts the work-pieces out of the water quench tank and into the inert gas blanket above the tank, thus interrupting the intensive quenching process. The cores ...

Heat treatment of a charge of metal components in a vertical furnace, combining thermochemical treatment and hardening operations, notable under pressure

L'invention concerne un procédé de traitement thermique de pièces métalliques (6) agencées en charge (5) dans lequel successivement on amène la charge de pièces dans un four (1) de traitement vertical apte à être ouvert vers le bas, on ferme le four au moyen d'un bouchon de fermeture (11) apte à supporter la charge (5), on assure alors le traitement thermique souhaité réalisé par le four (1), et une fois ce traitement réalisé, on ouvre le bouchon (11) caractérisé en ce que l'on crée entre l'ouverture du four et l'air ambiant une interface de gaz de traitement dans un vestibule (25), on amène une ou des pièces (6) de la charge (5) horizontalement en face d'une ouverture latérale (27) ménagée dans la paroi du vestibule (25), on saisit cette ou ces pièces (6) depuis l'extérieur à travers la dite ouverture, on retire cette ou ces pièces de la charge (5) et on la sort du vestibule (25), de manière que la ou les pièces (6) situées dans le vestibule (25) soient protégées d'une altération de surface ...

Apparatus for loading/unloading workpieces into/from furnace

An apparatus for loading/unloading workpieces, including a furnace heating a workpiece, and a robot loading and/or unloading a workpiece into/from the furnace. The robot may include a manipulator linkage and a fork at an end of the manipulator linkage. The fork may have an upper side on which a workpiece is placed while being loaded into and/or unloaded from the furnace. The fork may include a parallel arrangement of fork elements, each fork element in the fork having a length and rectangular cross section perpendicular to the length. Each fork element may have a workpiece carrying surface on which a workpiece is placed and an opposite surface to the workpiece carrying surface. The fork element may include a heat insulator disposed on the workpiece carrying surface at least over an area where a workpiece is placed to equalize longitudinal thermal expansions in the workpiece carrying surface and the opposite surface.

VERTICAL-TYPE HEAT TREATING APPARATUS AND WORKPIECE TRANSFER METHOD

PROBLEM TO BE SOLVED: To shorten the transfer time, increase the number of pieces treated and improve the throughput, in such a way that a plurality of workpieces can be transferred by each holder, having a ring-shaped support plate. SOLUTION: The apparatus comprises a lid 6 for shutting a furnace opening 4 of a heat treating furnace 3 tightly; a holder 9 for holding the plurality of workpieces w, arranged on the lid 6 via a ring-shaped support plate 15 at a designated interval; a lifting mechanism 11 which carries the holder 9 in/out, into/from the heat treating furnace 3; and a transfer mechanism 21, having a plurality of substrate support fixture 20 at a designated interval which transfers the workpieces w between a storing container 16 storing the plurality of workpieces w at a designated interval and the holder 9. Furthermore, the apparatus prepares a mechanism 28 for gripping from the above that gripps the workpiece w under each substrate supporting fixture 20 of the transferring ...

Refractory material for casting a rare-earth alloy and its production method as well as method for casting the rare-earth alloys

Rare-earth alloy is cast into a sheet (6) or the like by using a tundish (3, 13). The refractory material of the tundish used for casting does not necessitate preheating for improving the flowability of the melt (2). The refractory material used essentially consists of 70 wt % or more of Al2O3 and 30 wt % or less of SiO2, or 70 wt % or more of ZrO2 and 30 wt % or less of one or more of Y2O3, Ce2O3, CaO, MgO, Al2O3, TiO2 and SiO2. The refractory material has 1 g/cm3 or less of bulk density, has 0.5 kcal/(mh° C.) or less of thermal conductivity in the temperature range of from 1200 to 1400° C., and has 0.5 wt % or less of ratio of ignition weight-loss under the heating condition of 1400° C. for 1 hour.

DOPPELKAMMERWÄRMEBEHANDLUNGSOFEN

Furnace assembly

ES wird eine Ofenanlage zur Durchführung einer Wärmebehandlung für Schüttgut oder Stückgut beschrieben. Die Anlage weist ein Gehäuse, eine im Gehäuse befindliche Ofenkammer und mindestens eine in der Ofenkammer angeordnete Prozessmuffel auf. Eine Vielzahl von Chargenträgern zur Aufnahme des Schüttgutes oder Stückgutes wird mit Hilfe einer Fördereinrichtiung durch die Prozessmuffel bewegt. Auf der Eintrittsseite und/Austrittsseite weist der Ofen ein Schleusensystem mit einer beweglichen bzw. verfahrbaren Schleuse und einer Schleusenhandhabungseinrichtung auf. Da mit dieser Ausgestaltung die Chargenträger sehr rasch transportiert werden können, lässt sich ein hoher Durchsatz pro Zeiteinheit erreichen.

MAGNETIC ANNEALING APPARATUS

MULTI-CHAMBER-TYPE HEATER HAVING A DOOR MOVEMENT PART

A multi-chamber type heating unit to heat a blank includes: a lower housing unit; an intermediate housing unit installed in an upper portion of the lower housing unit; and an upper housing unit installed in an upper portion of the intermediate housing unit. A plurality of intermediate housings are stacked to form the intermediate housing unit, and a heating unit to heat a blank is installed in each of the intermediate housings. Moreover, the intermediate housings are formed in the shape in which upper and lower portions thereof are opened, and an opening is formed in the front for a door to be inserted thereinto, and door sealing units provided on the intermediate housing portion and provided to seal the door when the door is closed. 1. A multi-chamber-type heater having a door movement part , comprising:a housing part; anda door movement part for moving a door installed at the housing part,wherein the housing part comprises:a lower housing part;an intermediate housing part installed on the lower housing part;an upper housing part installed on the intermediate housing part,wherein the intermediate housing part is formed by stacking a plurality of intermediate housings each having a heating part for heating a blank, which is installed therein,each of the intermediate housings has a shape having the opened top and bottom and comprises an opening, through which a door is inserted, defined at a front side thereof, andthe door movement part moves the door in a height direction and a longitudinal direction.2. The multi-chamber-type heater of claim 1 , wherein the door movement part comprises:a column extending in the height direction;an arm movement part comprising a height directional movement part installed on the column to move the door in the height direction with respect to the column and a longitudinal directional movement part coupled to the height directional movement part to move the door in the longitudinal direction; andan arm part installed on the arm movement ...

Vertical-type heat treating apparatus and workpiece transfer method

The invention discloses a transfer mechanism 21, having a storing container 16 storing workpieces w at a designated interval and the holder 9 via a support plate 15 in vertical direction. The transfer mechanism 21 has a plurality of substrate support fixture 21 at a designated interval. Further, the apparatus prepares a mechanism 28 for gripping from the above that grips the workpiece w under each substrate supporting fixture 21. The mechanism 28 for gripping from the above has a fixed latch 30, which is arranged at an end portion of the substrate support fixture 21, latching the front-end portion of the workpiece w, and a movable latch 31, which is arranged at a rear end side of the substrate supporting fixture 21, latching the rear-end portion of the workpiece w, in a manner that it can be installed and removed efficiently. The thickness of the substrate supporting fixture 21 can be reduced and the interval between it and the ring-shaped support plate 15 can be reduced. Accordingly, the ...

Heat treatment system

A heat treatment system includes heating chambers configured to perform heat treatment on objects to be treated, and a conveyance device configured to load each of the objects to be treated into the heating chambers, unload the object to be treated from the heating chambers, and convey the object to be treated under an oxygen-free atmosphere, wherein the conveyance device includes a cooling device configured to perform cooling treatment on the object to be treated.

METHOD AND DEVICE FOR LOADING-UNLOADING AND SEALING A REACTOR CHAMBER IN WASTE TIRE RECYCLING TECHNOLOGY

The invention relates to a method and a device for sealing a reactor chamber and cooling of solid fraction output of waste tire recycling characterizing by usage of hydraulic lock during loading-unloading process of reactor. The device comprises loading and cooling volume, separated by hydraulic lock (1, 2), contraptions (8, 9, 10) to move platform (11) and waste rubber container (4), reactor that consists of thermal processing chamber (3), steam overheating chamber (5), burner (6), steam overheater (7), gas-steam mixture exhaust piping (12), exhaust pipe (13). ˙ ...

System and methods for processing an optical fiber preform

A system and methods are described herein for preheating a preform in a preheater furnace and then transferring the preheated preform to a consolidation furnace for chemical treatment and sintering the preform into a clear glass which can be drawn into optical fiber. In addition, the preheater furnace is described herein which is configured to heat the preform per a predetermined heat-profile until the preform is uniformly heated to a temperature above 1000° C.

DOUBLE-CHAMBER HEAT TREATING FURNACE

A double-chamber heat treating furnace, comprising a sealable cooling furnace incorporating a cooling chamber cooling a heated material to be treated, a sealable heating furnace incorporating a heating chamber adjacent to the cooling chamber and heating the material to be treated, and a carrying apparatus carrying the material to be treated between the heating chamber and the cooling chamber. The carrying apparatus further comprises a plurality of free rollers disposed in the heating chamber and the cooling chamber and supporting only the lateral both ends of the material to be treated movably in the carrying direction, a push-pull member pushing and pulling the material to be treated by moving while being engaged with the material to be treated, and a drive device installed adjacent to the heating chamber on the opposite side of the cooling chamber and moving the push-pull member.

COOLING GAS PASSAGE SWITCHING EQUIPMENT FOR VACUUM HEAT TREATMENT FURNACE

A cooling gas passage switching equipment for a vacuum heat treatment furnace is provided with a cooling chamber, which surrounds a cooling area wherein a work to be treated is left at rest, and a gas cooling/circulating equipment, which cools and circulates gas which passes through the cooling chamber. The cooling gas passage switching equipment cools the heated work to be treated by using pressurized circulating gas. The equipment is provided with a fixed separating board by which the cooling chamber and the gas cooling/circulating equipment are separated, and a slidable shielding board which is driven to slide along the surface of the fixed separating board. The fixed separating board has a suction opening and a jetting opening on the suction port and the jetting port of the gas cooling/circulating equipment to independently communicate. The slidable shielding board has a shielding part which partially shields the suction opening and the jetting opening of the fixed separating board.

VERTICAL HEAT TREATMENT EQUIPMENT AND METHOD FOR TRANSFERRING OBJECT TO BE TREATED

Disclosed is an improved transfer mechanism 21 that transfers, in a vertical heat treatment system, process objects W between a container (carrier) 16 for containing therein plural process objects, and a holder (boat) 9 for holding plural process objects at vertical intervals via ring-shaped support plates 15. The transfer mechanism 21 includes plural substrate support devices 21 spaced at intervals, and each of the substrate support devices 21 has a gripping mechanism 28 for gripping a process object W on the under side of the respective one of the substrate support devices 20. The gripping mechanism 28 includes a fixed engagement member 30 fixedly provided on a distal end of the substrate support device 20 to be engaged with a front edge of a process object W, and a movable engagement member 31 movably attached to a proximal end of the substrate support device 20 to be engaged with a rear edge of the process object W. Plural process objects W can be rapidly, securely transferred at the ...

MECHATRONIC CURTAIN FOR A PROCESS CHAMBER FOR CARRYING OUT THERMAL PROCESSES IN THE MANUFACTURE OF ELECTRONIC ASSEMBLIES

Die Erfindung betrifft eine Prozesskammer (10) zur Durchführung thermischer Prozesse in der Fertigung einer elektronischen Baugruppe (30), die Folgendes umfasst: mindestens eine Öffnung (20) zum Einbringen und/oder Herausnehmen der elektronischen Baugruppe (30); eine Einrichtung (40) zum Zuführen eines Gases; eine steuerbare Schutzeinrichtung (50), die an der Öffnung (20) angeordnet ist, um ein Entweichen von Gas aus der Prozesskammer zu verringern, wobei die steuerbare Schutzeinrichtung (50) ein erstes, als integrales Stück bewegliches Element (50A) umfasst, das eine Breite zwischen der gesamten Breite der Öffnung und der Breite der elektronischen Baugruppe abdeckt; eine Einrichtung zum Erfassen von Daten betreffend die Abmessungen der elektronischen Baugruppe (30); und eine Steuerungseinrichtung (60), die die Schutzeinrichtung (50) basierend auf den Daten betreffend die Abmessungen der elektronischen Baugruppe (30) so steuern kann, dass, wenn die elektronische Baugruppe (30) die Öffnung (20) passiert, ein definierter Abstand zwischen der elektronischen Baugruppe und dem ersten beweglichen Element (50A) konstant gehalten wird.

Device for pressing dental ceramic compositions used in the production of dental prostheses such as crowns, bridges and inlays comprises an upper part, a lower part, and a piston sliding a plunger into a muffle having a negative mold

Device (1) comprises an upper part (2), a lower part (4) that can be displaced relative to the upper part, and a piston (7) displaceably guided in the upper or lower part for exerting pressure on a plunger (8) which slides into a muffle (6) having a negative mold (16) for the dental prosthesis. In a closed position the upper part and the lower part form a combustion chamber (3) receiving the muffle and into which the plunger slides. Both the muffle and the piston are arranged on the upper or lower part, preferably on the lower part. An independent claim is also included for a piston/muffle arrangement for the above device.

VERTICAL HEAT TREATMENT EQUIPMENT AND METHOD FOR TRANSFERRING OBJECT TO BE TREATED

본 발명은 종형 열처리 장치에 있어서, 피처리체 수납 용기(캐리어)(16)와 링 형상 지지판(15)을 통하여 상하 방향에 간격을 두고 복수의 피처리체를 보유 지지하는 피처리체 보유 지지구(보트)(9) 사이에서 피처리체(W)를 이동 탑재하는 개량된 이동 탑재 기구(21)가 개시된다. 이동 탑재 기구(21)는 소정 간격을 두고 배치된 복수매의 기판 지지구(21)를 갖고, 각 기판 지지구(21)는 각각의 아래쪽에서 피처리체(W)를 잡는 손잡이 기구(28)를 갖고 있다. 각 손잡이 기구(28)는 기판 지지구(20)의 선단부에 고정 설치되어 피처리체(W)의 전방 모서리부를 계지하는 고정 계지부(30)와, 기판 지지구(20)의 기단부로 이동 가능하게 설치되어 피처리체(W)의 후방 모서리부를 착탈 가능하게 계지하는 가동 계지부(31)를 갖고 있다. 복수매의 피처리체(W)가 동시에 신속하면서 확실하게 이동 탑재된다. 간결한 손잡이 기구(28)의 구성에 의해 기판 지지구(21)의 두께가 감소하여 링 형상 지지판(15)의 배열 피치를 작게 할 수 있고, 열처리로 내에서 한번에 처리할 수 있는 피처리체(W)의 매수가 증대된다. 이들에 기인하여 처리량의 향상이 실현된다. In the vertical heat treatment apparatus, the workpiece holding tool (boat) for holding a plurality of workpieces at intervals in the vertical direction through the workpiece storage container (carrier) 16 and the ring-shaped support plate 15. The improved movement mounting mechanism 21 which mounts the to-be-processed object W between 9 is disclosed. The movable mounting mechanism 21 has a plurality of substrate supports 21 arranged at predetermined intervals, and each of the substrate supports 21 has a handle mechanism 28 for holding the object W under each of them. Have Each handle mechanism 28 is fixedly attached to the distal end of the substrate support 20 so as to be movable to the fixed stopper 30 for locking the front edge of the object to be processed and the proximal end of the substrate support 20. It is provided with the movable locking part 31 which is provided and detachably latches the rear edge part of the to-be-processed object W. FIG. The plurality of workpieces W are moved and mounted at the same time quickly and reliably. By the structure of the simple handle mechanism 28, the thickness of the board | substrate support 21 can be reduced and the arrangement pitch of the ring-shaped support plate 15 can be made small, and the to-be-processed object W which can be processed at once in a heat processing furnace The number of copies is increased. Due to these, an ...

Process for heat treating metallic articles and heat treated article

VACUUM MELTING APPARATUS FOR A LIGHT METAL, AND VACUUM MELTING METHOD USING SAME

The present invention relates to a vacuum melting apparatus for a light metal, and to a vacuum melting method using same. More particularly, the present invention relates to a vacuum melting apparatus for a light metal, wherein a pipe-shaped melting furnace (21) shaped as a cylindrical pipe, and which has an outer surface equipped with a heating means (27) and an end with a stopper (23), is inclined in a vacuum melting chamber (100), such that a light metal material (40) injected through a material injection portion (20) is stopped by the stopper (23) and made molten by the heating means (27) in the inclined pipe-shaped melting furnace (21). Whereby, a melt (42) which is obtained from the point of melting of the light metal material (40) to the completion of melting, and which has a form of a drop of liquid flows into a molten metal heat insulation furnace (10), such that gases generated during the light metal melting process are almost perfectly separated to produce a cast made of pure ...

HEAT TREATMENT METHOD, HEAT TREATMENT DEVICE, AND HEAT TREATMENT SYSTEM

... 피(被)처리 재료에 대하여 광휘(光輝) 처리 등의 열처리를 양호한 정밀도로 효율적으로, 또한 용이하고 안전하게 제어할 수 있는 열처리 방법 및 열처리 장치, 및 열처리 시스템을 제공한다. 열처리로(熱處理爐)는 노 내 구조물이 그래파이트로 제조되고, 피처리 재료를 열처리하는 가열 처리실을 가지고 있고, 각 센서로부터의 센서 정보를 참조하여 ΔG0(표준 생성 깁스 에너지(Gibbs energy))를 연산하고, 표시 장치(331)에 엘링감 도표와 관리 범위 및 ΔG0로 표시되는 운전중의 열처리로의 상태를 표시하고, 또한 ΔG0가 관리 범위 내에 들어가도록, 제어부(334)에 의해 분위기 가스로서의 중성 가스 또는 불활성 가스의 유량 또는 가스의 유속을 제어한다.

Double-chamber type heat-treating furnace

A double-chamber type heat-treating furnace comprises a hermetically closable cooling furnace, a hermetically closable heating furnace, and a transfer unit. The transfer unit has free rollers disposed within the heating and cooling chambers and for supporting the object at only both ends in a direction of width thereof, a push-pull member moving while being engaged with the object to push or pull the object, and a drive unit provided at a position adjacent to the heating chamber on a side opposite to a side on which the cooling chamber is disposed and driving the push-pull device.

Method for heat treatment of metal workpieces as well as a heat-treated workpiece

A process for heat treating metal workpieces contains with respect to an efficient process control the following successive operations following directly one after the other: a heating phase; an enrichment phase; a first cooling phase; a bonding phase; a second cooling phase; and a concluding quenching phase. Workpieces processed by a method of this type are distinguished by a comparatively great fatigue limit and fatigue strength with simultaneous high resistance to wear and tear.

Work load lifting system for a vertical vacuum furnace

A lifting apparatus for a vertical vacuum furnace is disclosed. The apparatus includes first and second support modules arranged in spaced parallel alignment and first and second reversible lifting mechanisms mounted on respective ones of the first and second support modules. The apparatus also includes first and second motive means coupled to the first and second reversible lifting mechanisms for driving the reversible lifting mechanisms. First and second trolleys are operatively connected to the first and second reversible lifting mechanisms and adapted for engaging with a payload. The apparatus further includes a control system connected to the first and second motive means for controlling the operation of the first and second reversible lifting mechanisms whereby the first and second trolleys can be raised or lowered. A vertical vacuum furnace assembly including the lifting apparatus is also disclosed as well as a support module and a bottom head assembly for the lifting apparatus.

Magnetic annealing apparatus

Disclosed is a magnetic annealing apparatus including a carrier conveyance region and a workpiece conveyance region. The carrier conveyance region includes: a first mounting table where a carrier is disposed; second mounting tables where carriers convey workpieces from the carrier conveyance region to the workpiece conveyance region; a storage unit; and a carrier conveyance mechanism that performs carrying-out/carrying-in of the carriers. The workpiece conveyance region includes: an aligner device; a workpiece boat; a workpiece conveyance mechanism that conveys the workpieces from the carriers disposed on the second mounting tables to the workpiece boat via the aligner device; a heating unit; a magnetic field generating unit; and a transfer mechanism that transfers the workpieces held by the workpiece boat into the magnetic field generating unit.

MAGNETIC ANNEALING APPARATUS

The present invention provides a magnetic annealing apparatus which continuously processes multiple wafers. The magnetic annealing apparatus comprises: a receiving container returning area which returns a receiving container receiving a group of materials to be processed; a material returning area which returns the materials; and a control part, wherein the receiving container returning area and the material returning area are formed by leaving an opening and closing door therebetween. A first arrangement part, multiple second arrangement parts, a storage part for storing multiple receiving containers, and a receiving container returning device are arranged in the receiving container returning area. An aligner, a material retainer, receiving containers arranged in the second arrangement parts, a material returning device, a heating unit, a magnetic field generating unit having a horizontal superconducting magnet, and a transfer device for transferring the materials to the inside of the ...

APPARATUS FOR LOADING/UNLOADING WORKPIECES INTO/FROM FURNACE

An apparatus for loading/unloading workpieces, including a furnace heating a workpiece, and a robot loading and/or unloading a workpiece into/from the furnace. The robot may include a manipulator linkage and a fork at an end of the manipulator linkage. The fork may have an upper side on which a workpiece is placed while being loaded into and/or unloaded from the furnace. The fork may include a parallel arrangement of fork elements, each fork element in the fork having a length and rectangular cross section perpendicular to the length. Each fork element may have a workpiece carrying surface on which a workpiece is placed and an opposite surface to the workpiece carrying surface. The fork element may include a heat insulator disposed on the workpiece carrying surface at least over an area where a workpiece is placed to equalize longitudinal thermal expansions in the workpiece carrying surface and the opposite surface.

COOLING GAS PASSAGE SWITCHING EQUIPMENT FOR VACUUM HEAT TREATMENT FURNACE

A change-over apparatus for cooling a gas passage is provided with a cooling chamber and a gas cooling and circulating system. The apparatus is further provided with a stationary partition plate and a slidable shield plate. The stationary partition plate has a suction opening and a discharge opening which are independently communicated respectively with a suction port and a discharge port, and the slidable shield plate has a shield part for partially shielding the suction opening and the discharge opening, whereby it is possible to alternately change over the direction of the gas passing through the cooling chamber.

Wärmebehandlungsanlage

Wärmebehandlungsanlage zur Wärmebehandlung von metallischen Gegenständen als Härtegut mit einer Heizkammer (B), in der das Härtegut in einer geeigneten Gasatmosphäre erwärmbar ist, und einer Tauchbadkammer (C), in der ein beheiz- und/oder kühlbares Behandlungsbad (D) angeordnet ist, wobei zwischen der Heizkammer (B) und der Tauchbadkammer (C) eine Zwischenkammer (A) angeordnet ist und die Wärmebehandlungsanlage mit Chargiereinrichtungen ausgerüstet ist, welche dem Einbringen des Härteguts in die Heizkammer (B) und in die Tauchbadkammer (C) dienen, wobei die Heizkammer (B) und die Zwischenkammer (A) einerseits und die Zwischenkammer (A) und die Tauchbadkammer (C) andererseits durch Absperreinrichtungen (1, 2) getrennt sind, dadurch gekennzeichnet, dass die zwischen der Zwischenkammer (A) und der Tauchbadkammer (C) angeordnete Absperreinrichtung (2) nach Einbringen des Härteguts in die Tauchbadkammer (C) verschließbar ist. Heat treatment plant for heat treatment of metallic objects as a hardened material with a heating chamber (B), in which the hardened material is heated in a suitable gas atmosphere, and a Tauchbadkammer (C), in which a heatable and / or coolable treatment bath (D) is arranged, between the heating chamber (B) and the Tauchbadkammer (C) an intermediate chamber (A) is arranged and the heat treatment plant is equipped with Chargerereinrichtungen, which serve the introduction of the hardness in the heating chamber (B) and in the Tauchbadkammer (C), wherein the heating chamber (B) and the intermediate chamber (A) on the one hand and the intermediate chamber (A) and the Tauchbadkammer (C) on the other hand by shut-off devices (1, 2) are separated, characterized in that between the intermediate chamber (A) and the Tauchbadkammer (C) arranged shut-off device (2) after introduction of the hardness in the Tauchbadkammer (C) is closed.

Verfahren zur Wärmebehandlung metallischer Werkstücke sowie wärmebehandeltes Werkstück

VERTICAL HEAT TREATMENT EQUIPMENT AND METHOD FOR TRANSFERRING OBJECT TO BE TREATED

An improved transfer mechanism (21) is provided for vertical heat treatment equipment. The transfer mechanism transfers a treating object W between a treating object storing container (carrier) (16) and a treating object holder (boat) (9), which holds a plurality of the treating objects at intervals in the vertical direction through a ring-shaped supporting board (15). The transfer mechanism (21) is provided with a plurality of substrate supports (20) arranged at prescribed intervals, and each substrate support (20) has a holding mechanism (28) to hold the treating object W at a lower side. Each holding mechanism (28) is provided with a fixed locking part (30), which is fixed at a leading edge part of the substrate support (20) and locks a front edge part of the treating object W, and a movable locking part (31), which is movably provided at a base edge part of the substrate support (20) and removably locks a rear edge part of the treating object W. A plurality of the treating objects W ...

VACUUM MELTING APPARATUS AND METHOD FOR LIGHT METAL TO MELT THE METAL MATERIAL AND TRANSFER THE MOLTEN METAL IN A VACUUM MANNER

PURPOSE: A vacuum melting apparatus and method for light metal are provided to produce an ultra-pure casting product of light metal material by discharging the gas produced in melting the light metal nearly completely from the molten metal. CONSTITUTION: A vacuum melting apparatus for light metal comprises a vacuum melting chamber(100) which includes a material inlet part(20) and a molten metal guide pipe(14), a molten metal insulation furnace(10) which moves up and down inside of the vacuum melting chamber and is equipped with a molten metal outlet pipe(16) on the bottom thereof and a first heater(17) on the exterior thereof, a valve rod(12) which opens and closes the molten metal outlet pipe, and a pipe melting furnace(21) which is connected to the material inlet part on one side and located above the molten metal insulation furnace on the other and is equipped with a second heater(27) on the exterior thereof. COPYRIGHT KIPO 2010 ...

MAGNETIC ANNEALING APPARATUS

Disclosed is a magnetic annealing apparatus including a carrier conveyance region and a workpiece conveyance region. The carrier conveyance region includes: a first mounting table where a carrier is disposed; second mounting tables where carriers are disposed to convey workpieces from the carrier conveyance region to the workpiece conveyance region; a storage unit that stores carriers; and a carrier conveyance mechanism that performs carrying-out/carrying-in of the carriers. The workpiece conveyance region includes: an aligner device that aligns workpieces; a workpiece boat that holds plural groups of workpieces; a workpiece conveyance mechanism that conveys the workpieces from the carriers disposed on the second mounting tables to the workpiece boat via the aligner device; a heating unit that heats the workpieces; a magnetic field generating unit that applies a magnetic field to the workpieces; and a transfer mechanism that transfers the workpieces held by the workpiece boat into the magnetic ...

Work load lifting system for a vertical vacuum furnace

A lifting apparatus for a vertical vacuum furnace is disclosed. The apparatus includes first and second support modules arranged in spaced parallel alignment and first and second reversible lifting mechanisms mounted on respective ones of the first and second support modules. The apparatus also includes first and second motive means coupled to the first and second reversible lifting mechanisms for driving the reversible lifting mechanisms. First and second trolleys are operatively connected to the first and second reversible lifting mechanisms and adapted for engaging with a payload. The apparatus further includes a control system connected to the first and second motive means for controlling the operation of the first and second reversible lifting mechanisms whereby the first and second trolleys can be raised or lowered. A vertical vacuum furnace assembly including the lifting apparatus is also disclosed as well as a support module and a bottom head assembly for the lifting apparatus.

Novel rotary knob type heat insulating muffle furnace tray

本发明公开一种新型旋钮式隔热马弗炉托盘，其技术方案包括炉箱，和炉门，其特征在于：所述炉箱内设有可以滑动进出炉箱的托盘，所述炉箱内壁设有滑轨，托盘左右两侧设有与滑轨匹配的滑块，该装置炉箱内部的托盘由滑轨固定，可将托盘拉出或推入，方便添加或取出物品，可避免手部靠近带有余温的炉腔，防止烫伤。

DUAL-PURPOSE SINTERING FURNACE

A dual-purpose sintering furnace including a furnace body having a furnace chamber, a first furnace mouth and a second furnace mouth which are communicated with the furnace chamber, a furnace door hinged to the furnace body and configured for closing the first furnace mouth, a blocking member lap jointed inside the furnace chamber and configured for blocking the second furnace mouth, a sample stage, an ejection rod fixedly arranged on a sample placement face of the sample stage, a lifting device configured for driving the sample stage to raise or lower, so that the ejection rod pushes the blocking member until the second furnace mouth is opened, and so that the sample stage enters the furnace chamber through the second furnace mouth. The dual-purpose sintering furnace can complete a large amount of sintering as conventional sintering and also implement rapid sintering.

Method and device for heat treatment of metal workpieces as well as a heat-treated workpiece

A process for heat treating metal workpieces contains with respect to an efficient process control the following successive operations following directly one after the other: a heating phase; an enrichment phase; a first cooling phase; a boriding phase; a second cooling phase; and a concluding quenching phase. Workpieces processed by a method of this type are distinguished by a comparatively great fatigue limit and fatigue strength with simultaneous high resistance to wear and tear.

Sintering furnace for pipe fittings

A sintering furnace for pipe fittings which includes an upper portion and a lower portion, a heater closely engaged with the upper portion of the sintering furnace, a sintering chamber arranged below the heater, an airtight seat mounted on a bottom of the sintering furnace, and an auxiliary heat separation layer mounted on an outer surface of the sintering chamber for keeping temperature of the sintering chamber.

Method and device for heat treatment of metal workpieces as well as a heat-treated workpiece

A process for heat treating metal workpieces, especially for the combined carburizing, boriding and hardening of ferrous products, contains with respect to an efficient process control the following successive operations following directly one after the other: a) a heating phase (A); b) an enrichment phase (B); c) a first cooling phase (C); d) a boriding phase (D); e) a second cooling phase (E) and f) a concluding quenching phase (F). Workpieces processed by a method of this type are distinguished by a comparatively great fatigue limit and fatigue strength with simultaneous high resistance to wear and tear.

Rotary muffle furnace

METHOD FOR HEAT TREATMENT, HEAT TREATMENT APPARATUS, AND HEAT TREATMENT SYSTEM

There is provided a method for heat treatment, a heat treatment apparatus, and a heat treatment system capable of performing highly precise and efficient control of heat treatment such as a bright treatment of materials to be treated with ease and safety. A heat treatment furnace has in-furnace structures made of graphite and has a heat-treatment chamber in which heat treatment of materials to be treated is performed. A value of G0 (standard formation Gibbs energy) is computed with reference to the sensor information from respective sensors, and an Ellingham diagram, a control range, and a status of the heat treatment furnace in operation expressed by G0 are displayed on a display device 331. A control unit 334 controls a flow rate of neutral gas or inactive gas as atmosphere gas or a flow velocity of the gas so that G0 is within the control range.

Permanent magnet, motor, and generator

Refractory material for casting a rare-earth alloy and its production method as well as method for casting the rare-earth alloys

Rare-earth alloy is cast into a sheet (6) or the like by using a tundish (3, 13). The refractory material of the tundish used for casting does not necessitate preheating for improving the flowability of the melt (2). The refractory material used essentially consists of 70 wt % or more of Al2O3 and 30 wt % or less of SiO2, or 70 wt % or more of ZrO2 and 30 wt % or less of one or more of Y2O3, Ce2O3, CaO, MgO, Al2O3, TiO2 and SiO2. The refractory material has 1 g/cm3 or less of bulk density, has 0.5 kca/(mh° C.) or less of thermal conductivity in the temperature range of from 1200 to 1400° C., and has 0.5 wt % or less of ratio of ignition weight-loss under the heating condition of 1400° C. for 1 hour.

VERTICAL HEAT TREATMENT EQUIPMENT AND METHOD FOR TRANSFERRING OBJECT TO BE TREATED

Method and device for heat treatment of metal workpieces as well as a heat-treated workpiece

A process for heat treating metal workpieces contains with respect to an efficient process control the following successive operations following directly one after the other: a heating phase; an enrichment phase; a first cooling phase; a boriding phase; a second cooling phase; and a concluding quenching phase. Workpieces processed by a method of this type are distinguished by a comparatively great fatigue limit and fatigue strength with simultaneous high resistance to wear and tear.

CHANGE-OVER APPARATUS FOR COOLING GAS PASSAGES IN VACUUM HEAT TREATING FURNACE

A change-over apparatus for cooling a gas passage is provided with a cooling chamber and a gas cooling and circulating system. The apparatus is further provided with a stationary partition plate and a slidable shield plate. The stationary partition plate has a suction opening and a discharge opening which are independently communicated respectively with a suction port and a discharge port, and the slidable shield plate has a shield part for partially shielding the suction opening and the discharge opening, whereby it is possible to alternately change over the direction of the gas passing through the cooling chamber.

Double-chamber type heat-treating furnace

A double-chamber type heat-treating furnace comprises a hermetically closable cooling furnace, a hermetically closable heating furnace, and a transfer unit. The transfer unit has free rollers disposed within the heating and cooling chambers and for supporting the object at only both ends in a direction of width thereof, a push-pull member moving while being engaged with the object to push or pull the object, and a drive unit provided at a position adjacent to the heating chamber on a side opposite to a side on which the cooling chamber is disposed and driving the push-pull device.

Vertical heat treatment system and method of transferring process objects

Disclosed is an improved transfer mechanism that transfers, in a vertical heat treatment system, process objects W between a container (carrier), and a holder (boat) holding plural process objects at vertical intervals. The transfer mechanism includes plural substrate support devices spaced at intervals, and each of the substrate support devices has a gripping mechanism for gripping a process object on the under side. The gripping mechanism includes a fixed engagement member on a distal end of the substrate support device, and a movable engagement member movably attached to a proximal end of the substrate support device.

METHOD FOR HEAT TREATMENT, HEAT TREATMENT APPARATUS, AND HEAT TREATMENT SYSTEM

A method for heat treatment, a heat treatment apparatus, and a heat treatment system that is capable of performing highly precise and efficient control of heat treatment. A heat treatment furnace has in-furnace structures made of graphite and has a heat-treatment chamber in which heat treatment of materials to be treated is performed. A value of ΔG 0 (standard formation Gibbs energy) is computed with reference to the sensor information from respective sensors, and an Ellingham diagram, a control range, and a status of the heat treatment furnace in operation expressed by ΔG 0 are displayed on a display device. A control unit controls a flow rate of neutral gas or inactive gas as atmosphere gas or a flow velocity of the gas so that ΔG 0 is within the control range.

CHANGE-OVER APPARATUS FOR COOLING GAS PASSAGES IN VACUUM HEAT TREATING FURNACE

A change-over apparatus for cooling a gas passage is provided with a cooling chamber and a gas cooling and circulating system. The apparatus is further provided with a stationary partition plate and a slidable shield plate. The stationary partition plate has a suction opening and a discharge opening which are independently communicated respectively with a suction port and a discharge port, and the slidable shield plate has a shield part for partially shielding the suction opening and the discharge opening, whereby it is possible to alternately change over the direction of the gas passing through the cooling chamber.

CHANGE-OVER APPARATUS FOR COOLING GAS PASSAGES IN VACUUM HEAT TREATMENT FURNACE

Refractory material for casting a rare-earth alloy and its production method as well as method for casting the rare-earth alloys

Rare-earth alloy is cast into a sheet (6) or the like by using a tundish (3, 13). The refractory material of the tundish used for casting does not necessitate preheating for improving the flowability of the melt (2). The refractory material used essentially consists of 70 wt % or more of Al2O3and 30 wt % or less of SiO2, or 70 wt % or more of ZrO2and 30 wt % or less of one or more of Y2O3, Ce2O3, CaO, MgO, Al2O3, TiO2and SiO2. The refractory material has 1 g/cm3or less of bulk density, has 0.5 kca/(mh° C.) or less of thermal conductivity in the temperature range of from 1200 to 1400° C., and has 0.5 wt % or less of ratio of ignition weight-loss under the heating condition of 1400° C. for 1 hour.

Refractory material for casting a rare-earth alloy and its production method as well as method for casting the rare-earth alloys

Rare-earth alloy is cast into a sheet ( 6 ) or the like by using a tundish ( 3, 13 ). The refractory material of the tundish used for casting does not necessitate preheating for improving the flowability of the melt ( 2 ). The refractory material used essentially consists of 70 wt % or more of Al₂O₃ and 30 wt % or less of SiO₂, or 70 wt % or more of ZrO₂ and 30 wt % or less of one or more of Y₂O₃, Ce₂O₃, CaO, MgO, Al₂O₃, TiO₂ and SiO₂. The refractory material has 1 g/cm³ or less of bulk density, has 0.5 kcal/(mh° C.) or less of thermal conductivity in the temperature range of from 1200 to 1400° C., and has 0.5 wt % or less of ratio of ignition weight-loss under the heating condition of 1400° C. for 1 hour.

Double chamber type heat treatment furnace

Change-over device for cooling gas passages in vacuum heat treating furnace

一种真空热处理炉的冷却气体风路切换装置，具备包围静置被处理品的冷却区域的冷却室、和将通过该冷却室内的气体冷却并使其循环的气体冷却循环装置，通过加压了的循环气体将加热后的被处理品冷却。该装置具有将冷却室与气体冷却循环装置之间分隔开的固定隔板、和沿着该固定隔板的表面被滑动驱动的滑动遮挡板。固定隔板具有分别独立地连通到气体冷却循环装置的吸入口和排出口的吸引开口和排出开口，滑动遮挡板具有将固定隔板的吸引开口和排出开口部分地遮挡的遮挡部，由此交替地切换通过冷却室内的气体的方向。

Double chamber type heat treatment furnace

Vacuum melting device of a light metal, and method of vacuum melting using the same

The present invention relates to a vacuum melting apparatus for a light metal, and to a vacuum melting method using same. More particularly, the present invention relates to a vacuum melting apparatus for a light metal, wherein a pipe-shaped melting furnace (21) shaped as a cylindrical pipe, and which has an outer surface equipped with a heating means (27) and an end with a stopper (23), is inclined in a vacuum melting chamber (100), such that a light metal material (40) injected through a material injection portion (20) is stopped by the stopper (23) and made molten by the heating means (27) in the inclined pipe-shaped melting furnace (21).; Whereby, a melt (42) which is obtained from the point of melting of the light metal material (40) to the completion of melting, and which has a form of a drop of liquid flows into a molten metal heat insulation furnace (10), such that gases generated during the light metal melting process are almost perfectly separated to produce a cast made of pure ...

Change-over device for cooling gas passages in vacuum heat treating furnace

Double-chamber type heat-treating furnace

A double-chamber type heat-treating furnace comprises a hermetically closable cooling furnace, a hermetically closable heating furnace, and a transfer unit. The transfer unit has free rollers disposed within the heating and cooling chambers and for supporting the object at only both ends in a direction of width thereof, a push-pull member moving while being engaged with the object to push or pull the object, and a drive unit provided at a position adjacent to the heating chamber on a side opposite to a side on which the cooling chamber is disposed and driving the push-pull device.

Magnetic annealing apparatus

本揭示之磁性退火裝置係透過開閉門而形成有搬送收納一群被處理體之收納容器的收納容器搬送區域，以及搬送該被處理體之被處理體搬送區域，並具有控制部的磁性退火裝置，其中該收納容器搬送區域係配置有：載置被搬入至該磁性退火裝置之收納容器的第1載置台；用以透過該開閉門而從該收納容器搬送區域氣密地搬送該被處理體至該被處理體搬送區域，並載置該收納容器的複數個第2載置台；保管複數個該收納容器的保管部；以及於該第1載置台、該第2載置台及該保管部之間搬出入該收納容器的收納容器搬送機構；該被處理體搬送區域係配置有：進行複數個該被處理體之位置對位的對位器；可保持複數群的該被處理體的被處理體保持具；於該第2載置台所載置的收納容器、該對位器及該被處理體保持具之間搬送該被處理體的被處理體搬送機構；加熱該被處理體的加熱裝置；施加磁場至該被處理體並具有橫型超傳導磁鐵的磁場產生裝置；以及移載該被處理體保持具所保持的該被處理體至該磁場產生裝置內的移載機構。

Change-over apparatus for cooling gas passages in vacuum heat treating furnace

A change-over apparatus for cooling a gas passage is provided with a cooling chamber and a gas cooling and circulating system. The apparatus is further provided with a stationary partition plate and a slidable shield plate. The stationary partition plate has a suction opening and a discharge opening which are independently communicated respectively with a suction port and a discharge port, and the slidable shield plate has a shield part for partially shielding the suction opening and the discharge opening, whereby it is possible to alternately change over the direction of the gas passing through the cooling chamber.

Two-chamber heat treatment furnace

Vertical Heat Treatment System And Method Of Transferring Process Objects

Disclosed is an improved transfer mechanism 21 that transfers, in a vertical heat treatment system, process objects W between a container (carrier) 16 for containing therein plural process objects, and a holder (boat) 9 for holding plural process objects at vertical intervals via ring-shaped support plates 15 . The transfer mechanism 21 includes plural substrate support devices 21 spaced at intervals, and each of the substrate support devices 21 has a gripping mechanism 28 for gripping a process object W on the under side of the respective one of the substrate support devices 20 . The gripping mechanism 28 includes a fixed engagement member 30 fixedly provided on a distal end of the substrate support device 20 to be engaged with a front edge of a process object W, and a movable engagement member 31 movably attached to a proximal end of the substrate support device 20 to be engaged with a rear edge of the process object W. Plural process objects W can be rapidly, securely transferred at ...

Method and device for heat treatment of metal workpieces as well as a heat-treated workpiece

A process for heat treating metal workpieces, especially for the combined carburizing, boriding and hardening of ferrous products, contains with respect to an efficient process control the following successive operations following directly one after the other: a) a heating phase (A); b) an enrichment phase (B); c) a first cooling phase (C); d) a boriding phase (D); e) a second cooling phase (E) and f) a concluding quenching phase (F). Workpieces processed by a method of this type are distinguished by a comparatively great fatigue limit and fatigue strength with simultaneous high resistance to wear and tear.

Magnetic annealing device

在本发明的磁性退火装置中，隔着开闭门形成有用于输送收纳有一组被处理体的收纳容器的收纳容器输送区域和用于输送被处理体的被处理体输送区域，磁性退火装置具有控制部，在收纳容器输送区域内配置有：第1载置台；多个第2载置台；保存部；以及收纳容器输送机构，其用于在第1载置台、第2载置台以及保存部之间输入、输出收纳容器；在被处理体输送区域内配置有：对准器；被处理体保持部件；被处理体输送机构，其用于在载置于第2载置台的收纳容器、对准器以及被处理体保持部件之间输送被处理体；加热部件；磁场产生部件；以及移载机构，其用于将保持于被处理体保持部件的被处理体移载到磁场产生部件内。

Vertical Heat Treatment System And Method Of Transferring Process Objects

Disclosed is an improved transfer mechanism 21 that transfers, in a vertical heat treatment system, process objects W between a container (carrier) 16 for containing therein plural process objects, and a holder (boat) 9 for holding plural process objects at vertical intervals via ring-shaped support plates 15. The transfer mechanism 21 includes plural substrate support devices 21 spaced at intervals, and each of the substrate support devices 21 has a gripping mechanism 28 for gripping a process object W on the under side of the respective one of the substrate support devices 20. The gripping mechanism 28 includes a fixed engagement member 30 fixedly provided on a distal end of the substrate support device 20 to be engaged with a front edge of a process object W, and a movable engagement member 31 movably attached to a proximal end of the substrate support device 20 to be engaged with a rear edge of the process object W. Plural process objects W can be rapidly, securely transferred at the ...

Vacuum furnace with pressurized intensive water quench tank

A heat treating furnace having a quenching chamber incorporated therein or associated therewith is disclosed. The heating chamber within the furnace is utilized to heat work-pieces to a desired temperature. When the heating cycle has been completed, the heating chamber and the quenching chamber are back-filled with an inert gas to a redundant pressure (over atmospheric). The work-pieces are then transferred into the quenching chamber and lowered into the intensively agitated water in the water quench tank by an elevator mechanism. High quenchant (water) agitation rates eliminate film boiling on the surface of the hot work-pieces. When the compressive stresses on the surface of the work-pieces are at a maximum and are at an optimum depth, or when the cooling recipes otherwise determine, the elevator mechanism in the quenching chamber lifts the work-pieces out of the water quench tank and into the inert gas blanket above the tank, thus interrupting the intensive quenching process. The cores ...

HEATING FURNACE

A heating furnace includes: a heating furnace main body that includes an accommodation chamber capable of accommodating a heating target object; a heat source capable of heating an inside of the accommodation chamber to an annealing point; a gas supply source that is arranged outside the heating furnace main body; and a pipeline that includes a pipeline main body that is arranged inside the accommodation chamber, and that is heated by the heat source, the pipeline main body being configured to retain a gas supplied from the gas supply source and heat the gas to the annealing point, and a discharge outlet that is formed on an end portion of the pipeline main body, and that is opened inside the accommodation chamber, the discharge outlet being configured to discharge the gas that is heated to the annealing point, to the inside of the accommodation chamber.

Heating unit of multi-chamber type with door moving member

The present invention provides a multi-chamber type heater, which can efficiently perform a heating process of a blank while occupying a small installation space. The present invention provides the multi-chamber type heater for heating the blank, comprising: a lower housing unit; a middle housing unit installed at an upper part of the lower housing unit; and an upper housing unit installed at an upper part of the middle housing unit. The middle housing unit is formed by laminating a plurality of middle housings having heating units for heating the blank therein, respectively, and the middle housing is formed with opened upper and lower parts and forms an opening part in the front side into which a door is inserted, and includes a door closing unit installed in the middle housing unit to be installed to seal the door when the door is closed.

System and methods for processing an optical fiber preform

A system and methods are described herein for preheating a preform in a preheater furnace and then transferring the preheated preform to a consolidation furnace for chemical treatment and sintering the preform into a clear glass which can be drawn into optical fiber. In addition, the preheater furnace is described herein which is configured to heat the preform per a predetermined heat-profile until the preform is uniformly heated to a temperature above 1000°C.

Transport device and transport heat treatment system

本発明は、被処理物（Ｘ）を載置する載置部と、熱処理装置（２００）の内部に敷設されるガイド（４００）に摺動可能に嵌合される嵌合部（１ｃ）と、を有し、前記被処理物を前記載置部上に載置して前記熱処理装置の内部に搬送可能な搬送トレー（１）と；前記搬送トレー（１）の水平面内の姿勢を前記ガイドの延在方向に合わせて調節する姿勢調節手段（２ｂ）と；この姿勢調節手段（２）によって姿勢が調節された前記搬送トレー（１）を前記熱処理装置（２００）の内部に搬入する及び外部に搬出する搬入出手段と；を備える搬送装置である。 The present invention includes a placement portion for placing the workpiece (X), and a fitting portion (1c) slidably fitted to a guide (400) laid inside the heat treatment apparatus (200). A transport tray (1) that can be placed on the mounting portion and transported to the inside of the heat treatment apparatus; and the guide of the transport tray (1) in a horizontal plane A posture adjusting means (2b) for adjusting in accordance with the extending direction of the paper; carrying the transport tray (1) whose posture is adjusted by the posture adjusting means (2) into the heat treatment apparatus (200) and externally A carrying-in / out means for carrying out the

Ore processing furnace

Equipment for manufacturing ceramic with light transmission function

本发明公开了一种具有光传输功能陶瓷的制作设备，涉及原料加工技术领域，其技术方案要点，包括热熔炉，所述热熔炉的前侧外表面固定连接有加热管，所述热熔炉的左端固定连接有入料端壳，所述入料端壳的左端固定连接有入料口，所述入料端壳的前侧表面安装有气压表，所述热熔炉的底端固定连接有漏料端壳。所述漏料筛网的正下方设置有漏料斗，且漏料斗与入料端壳之间构成滑动结构，所述热熔炉的内侧内表面固定有坡板，且热熔炉与坡板之间为焊接连接。通过对原料粒径的分离筛选可有效保证原料粒径的输送时尺寸的一致性，可将原料中粒径较小的杂质颗粒进行过滤，以提升整体原料结熔融结晶的质量，使得烧结时微粒缩短气孔扩散距离，提升透光度。

Workpiece carrying-in and carrying-out device for heating furnace

本发明提供针对加热炉的工件搬出搬入装置，所述工件搬出搬入装置具备加热工件的加热炉和相对于该加热炉搬出搬入上述工件的机械手。在上述机械手的操作连杆机构的前端部具备货叉，该货叉以将多个长条形状的货叉形成部件并行排列的状态构成。货叉形成部件(30)与长边方向正交的剖面为四边形，在该四边形中的供工件载置的工件载置面(32)涂覆有陶瓷隔热涂料(40)，使货叉形成部件(30)的上下表面(32、34)的热膨胀相等。

Heat treatment system

一种热处理系统，具备：加热室(7A～7F)，对被处理物(X)进行加热处理；输送装置(5)，将被处理物搬入至加热室并且将被处理物从加热室搬出，并且在无氧气氛下输送被处理物，输送装置具备对被处理物进行冷却处理的冷却装置。

Work loading / unloading device for heating furnace

Apparatus for loading workpieces into/out of heating furnace

An apparatus for loading workpieces into/out of a heating furnace is provided with a heating furnace for heating workpieces and robots for loading the workpieces into and out of said heating furnace. The distal ends of operating link mechanisms of said robots are provided with a fork configured from multiple long fork-forming members disposed in parallel. The fork-forming members (30) are made so that: cross-sections orthogonal to the longitudinal direction are rectangular; a ceramic thermal insulation coating (40) is coated on the workpiece-loading surface (32) of said rectangle on which workpieces are loaded; and thermal expansion of the upper and lower surfaces (32, 34) of the fork-forming members (30) occurs equally.

A kind of industrial microwave reduction roasting device and technique

本发明公开了一种工业微波还原焙烧装置，包括炉体，在炉体的顶部设置有密封进料装置，在炉体的底部设置有密封冷却出料装置，所述炉体由上至下依次划分为防漏波预热区、微波矩阵氧化焙烧区和防漏波还原区，所述防漏波预热区的上部连接引风管道，在引风管道上设置有加压装置，所述微波矩阵氧化焙烧区设置有工业微波加热装置和进风口，所述防漏波还原区连接有还原气进气管道。本发明采用工业微波加热装置加热物料的方式，相比于气基或煤基等燃料，具有高效节能环保的优点，并且配合采用氢气、一氧化碳、烷烃基气体等还原气体还原焙烧物料，使成品物料能够较好的满足加工要求。

Automatic loading and unloading device, desk-top lifting type sintering furnace, automatic loading and unloading system

本申请公开了一种自动上下料装置、台式升降型烧结炉、自动上下料系统，包括固定座，固定座固定有升降台，升降台可转动地固定连接有托盘，托盘沿转动方向设置有缺口，还包括可升降地炉底，炉底上放置有烧结支架，烧结支架设置有支脚，弧形缺口的直径大于支脚的直径,通过自动上下料装置、台式升降型烧结炉、自动上下料系统，降低了人为操作时存在的高温安全隐患，有效提高了台式升降型烧结炉的利用率，能够解决人工上下料带来的不安全以及效率低的问题。

Time-delay alarm sintering furnace for soft magnetic ferrite

本发明涉及软磁铁氧体生产领域，公开了一种软磁铁氧体的延时报警烧结炉，包括炉体和储料箱，储料箱的一侧设有进料口，且相邻一侧设有出料口，进料口和出料口上分别设置有进料闸门和出料闸门；储料箱内设置有推头，储料箱的外壁设置有用于驱动推头运动的气缸，并且储料箱上设置有置换其内部空气的置换装置；进料口处设置有用于检测是否有物料通过进料口并输出检测信号的检测组件，检测组件耦接有响应于检测信号并输出控制信号的控制器，控制器耦接有响应于控制信号并发出报警信号的延迟报警器。本发明具有以下优点和效果：通过设置真空的储料箱对产品进行储存和自然冷却，避免高温的产品与氧气接触而出现氧化现象，从而保证产品的品质。

Ore processing furnace

This invention relates to an ore processing furnace (10) used in the production of metals and their alloys. The furnace (10) consists of upper and lower compartments (12) and (14), having an inclined ore processing or reduction member (16) therein defining a reduction surface on an operatively upper surface thereof. An ore inlet (18) or aperture is located at an operatively higher end of the reduction member (16) for feeding ore (20) onto that end of the reduction member (16) and an ore outlet (22) is located at an operatively lower end of the reduction member (16) through which the ore (20) discharges from the furnace (10). Inclination of the reduction member (16) is adjustable with inclination adjustment means which consists of one or more hydraulically operated actuators (36). The furnace (10) further includes heat sources for providing heat energy to the ore (20) in the form of burners (40) and hot air or gas which is introduced by means of a plurality of vents (42).

Heat treatment apparatus and heat treatment method

被処理材料に対して光輝処理などの熱処理を高精度かつ効率的に、また容易かつ安全に制御することが可能な熱処理方法および熱処理装置、並びに熱処理システムを提供する。 熱処理炉は炉内構造物がグラファイトで製造され、被処理材料を熱処理する加熱処理室を有しており、各センサからのセンサ情報を参照してΔＧ ０ （標準生成ギブスエネルギー）を演算し、表示装置３３１にエリンガム図と管理範囲及びΔＧ ０ で表される運転中の熱処理炉の状態を表示するとともに、ΔＧ ０ が管理範囲内に入るように、制御部３３４により雰囲気ガスとしての中性ガス又は不活性ガスの流量またはガスの流速を制御する。

Dual-purpose sintering furnace

Roasting device for processing hollow bricks

本发明公开了一种空心砖加工用焙烧装置，包括放置空心砖焙烧的拱形的焙烧箱，所述焙烧箱的竖直一侧固定连通有提供焙烧能源的燃烧箱，且焙烧箱曲面一侧固定连接有与地面固定连接的支架，所述焙烧箱的内底部对称固定有两个L形的隔热板，所述焙烧箱的内部分为上下两个部分，上部设置有散热结构，下部为可移动的空心砖放置结构，所述燃烧箱内设置有耐高温的通气结构，且燃烧箱内壁固定有水平设置的固定板，所述固定板的顶端固定连接有电机一。本发明大大提高操作的安全性，且降低工人的身体负担，且加快高温气体在焙烧箱内的流动速率，从而有效提高空心砖的焙烧效率，且确保每个砖表面充分与高温气体接触，便于快速散热。

Industrial furnace system

The invention relates to an industrial furnace system (1), in particular for producing ceramic materials and/or carbides, comprising at least one furnace (2) having a chamber (3) with a loading opening (4) for loading the chamber (3), having a heating device (9) and a closure device (6) for the loading opening (4); a control device (10) and a transfer device (11) for transferring a crucible (5) that can be introduced into the chamber (3) to and/or from the furnace (2), wherein the control device (10) is designed to move the closure device (6) into the release position, by actuating the transfer device (11) and/or according to the position of the transfer device (11) and/or an end effector (14) of the transfer device (11), in order to remove a crucible (5) from the chamber, and/or, when the closure device (6) is in the release position, to allow the removal of a crucible (5) from the chamber (3) through the loading opening (4), by actuating the transfer device (11) and/or preferably according to the position of the transfer device (11) and/or an end effector (14) of the transfer device (11) by actuating a removal device that is separate from the transfer device (11).

Heat treatment method, heat treatment device, and heat treatment system

Provided are a heat treatment method, a heat treatment device, and a heat treatment system, with which a heat treatment such as brightness treatment for a material being processed can be controlled precisely, efficiently, easily, and safely. In the present invention a heat treatment furnace has a heat treatment chamber, which performs heat treatment on a material being processed, and the furnace-internal structures of which are manufactured from graphite. The sensor information from various sensors is referenced to calculate ΔG° (the standard Gibbs energy of formation), and the state of the heat treatment furnace during operation is expressed with an Ellingham diagram, a management range, and ΔG°, and is displayed on a display device (331). In addition, the flow volume or the flow speed of a neutral gas or an inert gas used as an atmospheric gas is controlled by means of a control unit (334) such that ΔG° is within the management range.

工業熔爐工廠

本發明係關於一種尤其用於生產陶瓷材料及/或碳化物之工業熔爐工廠(1)，其包含 至少一個具有腔室(3)之熔爐(2)，其具有用於裝載該腔室(3)之裝載開口(4)、加熱裝置(9)及用於該裝載開口(4)之閉合裝置(6)， 控制器(10)，及 轉移裝置(11)，其用於將可插入該腔室(3)之坩堝(5)轉移至及/或轉移出該熔爐(2)， 其中為了將坩堝(5)自該腔室(3)移除，該控制器(10)經組態以 藉由該轉移裝置(11)之致動及/或依賴於該轉移裝置(11)之位置及/或該轉移裝置(11)之終端操縱裝置(14)之位置而使該閉合裝置(6)進入釋放位置 及/或 當該閉合裝置(6)處於該釋放位置時，藉由致動該轉移裝置(11)及/或較佳依賴於該轉移裝置(11)及/或該轉移裝置(11)之終端操縱裝置(14)之位置，藉由致動與該轉移裝置(11)分離之移除裝置，從而經由裝載開口(4)將坩堝(5)自該腔室(3)移除。

一种用于快速热压烧结的自动化连续生产装置

本发明提供一种用于快速热压烧结的自动化连续生产装置，包括烧结腔和手套箱，其中，所述烧结腔，内部设有石墨模具和分别与不同的电极连接的上压头、下压头，所述上压头、下压头相对运动并把所述石墨模具夹持在二者之间；所述手套箱，内部充有保护气氛，并在内部设置有能够夹持石墨模具的机械手；所述手套箱通过可打开的连接装置与所述烧结腔连接。本发明提供的自动化连续生产装置，通过在充有保护气氛的手套箱内设置能够沿着移动轨道运动的机械手，快速更换烧结腔内的石墨模具到手套箱中，并使高温的石墨模具在保护气氛中快速冷却，有利于实现自动化连续生产，大幅提高生产效率。

一种用于快速热压烧结的自动化连续生产装置

本发明提供一种用于快速热压烧结的自动化连续生产装置，包括烧结腔和手套箱，其中，所述烧结腔，内部设有石墨模具和分别与不同的电极连接的上压头、下压头，所述上压头、下压头相对运动并把所述石墨模具夹持在二者之间；所述手套箱，内部充有保护气氛，并在内部设置有能够夹持石墨模具的机械手；所述手套箱通过可打开的连接装置与所述烧结腔连接。本发明提供的自动化连续生产装置，通过在充有保护气氛的手套箱内设置能够沿着移动轨道运动的机械手，快速更换烧结腔内的石墨模具到手套箱中，并使高温的石墨模具在保护气氛中快速冷却，有利于实现自动化连续生产，大幅提高生产效率。

一种氯化炉床层废渣的下排渣装置及方法

本发明属于化工冶金技术领域，具体涉及一种氯化炉床层废渣的下排渣装置及方法，技术方案包括依次由第一变径竖管、第二变径竖管、第三变径竖管、横管第一变径段、横管第二变径段构成的排渣管，所述第一变径竖管的进口与氯化炉的排渣口相连，所述横管第二变径段与排渣罐进行连接；所述排渣管上通过气力输送管道连接有氮气供应罐；所述排渣罐通过负压管道连接有负压装置，利用排渣横管和竖管的变径，增加物料流动的湍流程度，避免物料粘连而引发管道堵塞，省却氮气吹扫，简化操作；利用抽负压系统对下料速率进行调节；排渣罐通过气体流化和加压的措施，确保排渣顺畅。

用于在电子组件制造中执行热处理的处理室的机电门帘

本发明涉及一种处理室(10)，用于在电子组件(30)的制造中执行热处理，包括以下：至少一个开口(20)，用于引入和/或移除电子组件(30)；装置(40)，用于供应气体；可控保护装置(50)，布置在开口(20)上以便减少气体从处理室的泄漏，其中可控保护装置(50)包括作为整体件的第一可动元件(50A)，其覆盖开口的总宽度与电子组件的宽度之间的宽度；装置，用于检测与电子组件(30)的尺寸相关的数据；和控制器(60)，能够基于与电子组件(30)的尺寸相关的数据来控制保护装置(50)，使得当电子组件(30)通过开口(20)时，在电子组件和第一可动元件(50A)之间恒定地维持限定的间距。

Verfahren zur wärmebehandlung metallischer werkstücke sowie wärmebehandeltes werkstück

加熱炉

加熱炉（１）は、被加熱物を収容可能な収容室（１１１）を備える加熱炉本体（１１）と、収容室（１１１）内を、被加熱物をアニール処理するために設定された徐冷点まで加熱可能なヒータ（１１２）と、加熱炉本体（１１）の外部に配置された気体供給源（２１）と、収容室（１１１）内に配置され、ヒータ（１１２）によって加熱される管路本体（２２１）であって、気体供給源（２１）から供給された気体を保持し、当該気体を徐冷点まで加熱する管路本体（２２１）と、管路本体（２２１）の端部に形成され、収容室（１１１）内で開口する吐出口（２２２）であって、徐冷点まで加熱された気体を収容室（１１１）内に吐出する吐出口（２２２）と、を有する管路（２２）と、を備える。

一种特大型陶瓷部件高温气氛烧结炉及其烧结方法

本发明涉及烧结炉技术领域，公开了一种特大型陶瓷部件高温气氛烧结炉及其烧结方法，包括窑炉、保温罩和升降机构，所述窑炉底部设有进料口，所述进料口处可拆卸连接有炉门，所述保温罩顶部设有出料口，所述保温罩的出料口可与窑炉进料口相接，所述升降机构驱动炉门在窑炉和保温罩内上下移动。本发明具有以下优点和效果：特大型陶瓷部件的直径可在1.5米以上，特大型陶瓷部件烧结完成后，升降机构可从窑炉底部的进料口进入窑炉内，将炉门和炉门上的陶瓷部件一起转运至保温罩内，保温罩具有加热功能，保温罩内温度为300～600℃，从而使烧结炉内的特大型陶瓷部件不会从烧结炉中出来后直接暴露在空气中，避免特大型陶瓷部件骤冷而产生裂纹，同时提高窑炉利用率。

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一种立式长方体连续式微波高温烧结冶炼装置及工艺方法

本发明涉及微波高温烧结相关领域，具体为一种立式长方体连续式微波高温烧结冶炼装置及工艺方法，包括散热架、安装架和长方体烧结炉，本发明通过在长方体烧结炉内设置有烧结保护气体，能够烧结产品在烧结过程中发生化学性能的改变；通过在高温烧结冶炼完成后，打开抽吸泵、鼓风机和第二电机，由散热水管和散热鳍片对烧结产品进行冷却散热，由以上两种不同方式的冷却效果对烧结产品进行冷却散热，能够减少烧结产品的散热等待时间，提高了烧结产品的产出速率，且微波加热代替传统加热方式，节能降耗，可以使物料内外同时受热，且温度均匀，减少能量二次传递造成的能耗损失。

一种立式长方体连续式微波高温烧结冶炼装置及工艺方法

本发明涉及微波高温烧结相关领域，具体为一种立式长方体连续式微波高温烧结冶炼装置及工艺方法，包括散热架、安装架和长方体烧结炉，本发明通过在长方体烧结炉内设置有烧结保护气体，能够烧结产品在烧结过程中发生化学性能的改变；通过在高温烧结冶炼完成后，打开抽吸泵、鼓风机和第二电机，由散热水管和散热鳍片对烧结产品进行冷却散热，由以上两种不同方式的冷却效果对烧结产品进行冷却散热，能够减少烧结产品的散热等待时间，提高了烧结产品的产出速率，且微波加热代替传统加热方式，节能降耗，可以使物料内外同时受热，且温度均匀，减少能量二次传递造成的能耗损失。

Industrieofenanlage

Die Erfindung betrifft eine Industrieofenanlage (1), insbesondere zur Herstellung von keramischen Werkstoffen und/oder Karbiden, umfassend - zumindest einen Ofen (2) mit einer Kammer (3), die eine Beschickungsöffnung (4) zum Beschicken der Kammer (3) aufweist, einer Heizeinrichtung (9) und einer Verschlusseinrichtung (6) für die Beschickungsöffnung (4), - eine Steuereinrichtung (10) und - eine Transfereinrichtung (11) zum Transferieren eines in die Kammer (3) einbringbaren Tiegels (5) zu dem und/oder von dem Ofen (2), wobei die Steuereinrichtung (10) eingerichtet ist, zur Entnahme eines Tiegels (5) aus der Kammer (3) die Verschlusseinrichtung (6) - durch Betätigung der Transfereinrichtung (11) und/oder in Abhängigkeit von der Position der Transfereinrichtung (11) und/oder eines Endeffektors (14) der Transfereinrichtung (11) - in die freigebende Stellung zu bringen und/oder bei freigebender Stellung der Verschlusseinrichtung (6) einen Tiegel (5) - durch Betätigung der Transfereinrichtung (11) und/oder vorzugsweise in Abhängigkeit von der Position der Transfereinrichtung (11) und/oder eines Endeffektors (14) der Transfereinrichtung (11) durch Betätigung einer von der Transfereinrichtung (11) gesonderten Entnahmeeinrichtung - durch die Beschickungsöffnung (4) aus der Kammer (3) entnehmen zu lassen.

一种马弗炉的进出料系统

本发明公开了一种马弗炉的进出料系统，包括主机架、进出料子系统、搅拌子系统与脱料子系统，搅拌子系统包括设于主机架上的加料仓、用于搅拌阳极泥的搅拌装置、用于调节焙烧盘接料高度的升降装置，脱料子系统包括设于主机架下方的翻转机架、转动安装于翻转机架上的翻转台、用于驱动翻转台翻转的翻转驱动组件及用于卸料的卸料斗，翻转台上设有用于限制焙烧盘与翻转台分离的限位组件、用于辅助定位焙烧盘位置的对中组件及用于振打焙烧盘的振打组件；通过本发明的结构设置，可实现马弗炉的自动化进出料，无需过多的人工干预，有效降低工人的劳动强度，同时有效提高产品的上生产效率，减少在生产处理过程中阳极泥的不必要损失。

一种用于小晶粒5a分子筛连续真空干燥焙烧方法

本发明涉及一种用于小晶粒5A分子筛连续真空干燥焙烧方法，包括以下步骤：⑴进料罐中装填物料5A分子筛；⑵对进料罐抽真空；⑶对立式圆盘旋转真空焙烧炉抽真空；并使5A分子筛被吸入立式圆盘旋转真空焙烧炉内进行分段加热，得到干燥焙烧及活化后的5A分子筛；⑷对产品料仓抽真空；⑸打开产品料仓的进料口Ⅱ的自控阀门Ⅴ，待产品料仓的称重系统显示满罐后自动关闭该自控阀门Ⅴ；⑹在产品料仓内通过夹套降温至50℃，得到产品；⑺产品从产品料仓排出；同时切换启用备用产品料仓。本发明控温精确、安全环保、可实现在高真空度下连续操作。

소성로

[과제] 소성에 요하는 시간을 단축할 수 있는 소성로를 제공한다. [해결 수단] 소성로는, 피소성물을 소성하는 소성로로서, 코일과, 코일의 내경측에 배치되고, 코일이 발생하는 자계에 의해 유도 전류가 흐르고, 유도 전류에 의해 발열하는 유도 발열체를 구비한다. 유도 발열체는, 피소성물을 배치하기 위한 중공 부분을 포함한다. 코일은, 축을 중심으로 하여 권회된 도선으로 이루어져 있다. 소성로는, 코일과 유도 발열체 사이에 배치된, 2개의 유통로 부재를 추가로 구비한다. 한쪽의 유통로 부재는, 다른 쪽의 유통로 부재의 내경측에 배치되고, 2개의 유통로 부재는, 축에 대하여 평행한 기체의 유통로를 구성한다.

一种真空炉内运输机构及真空炉

本发明公开了一种真空炉内运输机构及真空炉，涉及到真空炉领域，包括真空炉主体，真空炉主体上活动安装有侧开密封盖，真空炉主体的侧面设有电气控制箱，真空炉主体的一侧设有上下料结构。本发明，通过底座结构和运料结构的设置，在使用该装置时，直接在真空炉主体的内部铺设底座结构，利用固定支撑脚和固定底座的相互配合，保证运料机构的一路通畅，可以直接将物料送至真空炉主体的深处，同时固定底座和滑动物料座上的滑动物料座适配槽和固定底座适配槽可以与物料承载架相适配，保证上下料过程的通畅，由于位置固定，从而避免了对准的时间，具有更高的效率，同时也避免了工人与高温工件接触的可能，进一步提高了装置的安全性。

一种卧式高温氢气电阻炉

本发明涉及板材轧制工艺设备技术领域，尤其涉及一种卧式高温氢气电阻炉。本发明的卧式高温氢气电阻炉包括加热炉和装卸料装置，加热炉的顶部设有双层炉顶结构，加热炉通过炉口与装卸料装置连接；炉口上密闭安装有可启闭的炉门，炉门由炉口上方下降至炉口前方，并沿炉口的轴向水平移动至按压在炉口上，以实现对炉口的密闭。该设备在满足加热大尺寸钨钼板坯轧制前的加热需求的基础上，能有效防止出现承重隐患、密封不严的安全生产隐患。

Cortina mecatronica para camara de proceso para realizar procesos termicos en la manufactura de montajes electronicos.

La invención se refiere a una cámara de proceso (10) para realizar procesos térmicos en la manufactura de un montaje electrónico (30), que comprende lo siguiente: al menos un orificio (20) para introducir y/o remover el montaje electrónico (30); un dispositivo (40) para suministrar un gas; un dispositivo de protección controlable (50) que es colocado en el orificio (20) con el propósito de reducir el escape de gas de la cámara de proceso, en donde el dispositivo de protección controlable (50) comprende un primer elemento movible (50A) como una pieza integral que cubre el ancho entre el ancho total del orificio y el ancho del montaje electrónico; un dispositivo para detectar los datos con relación a las dimensiones del montaje electrónico (30); y un controlador (60) que puede controlar el dispositivo de protección (50) en función de los datos con relación a las dimensiones del montaje electrónico (30) de manera que cuando el montaje electrónico (30) pase a través del orificio (20), una separación definida es constantemente definida entre el montaje electrónico y el primer elemento movible (50A).

Mechatronischer vorhang für eine prozesskammer zur durchführung thermischer prozesse in der fertigung elektronischer baugruppen

Die Erfindung betrifft eine Prozesskammer (10) zur Durchführung thermischer Prozesse in der Fertigung einer elektronischen Baugruppe (30), die Folgendes umfasst: mindestens eine Öffnung (20) zum Einbringen und/oder Herausnehmen der elektronischen Baugruppe (30); eine Einrichtung (40) zum Zuführen eines Gases; eine steuerbare Schutzeinrichtung (50), die an der Öffnung (20) angeordnet ist, um ein Entweichen von Gas aus der Prozesskammer zu verringern, wobei die steuerbare Schutzeinrichtung (50) ein erstes, als integrales Stück bewegliches Element (50A) umfasst, das eine Breite zwischen der gesamten Breite der Öffnung und der Breite der elektronischen Baugruppe abdeckt; eine Einrichtung zum Erfassen von Daten betreffend die Abmessungen der elektronischen Baugruppe (30); und eine Steuerungseinrichtung (60), die die Schutzeinrichtung (50) basierend auf den Daten betreffend die Abmessungen der elektronischen Baugruppe (30) so steuern kann, dass, wenn die elektronische Baugruppe (30) die Öffnung (20) passiert, ein definierter Abstand zwischen der elektronischen Baugruppe und dem ersten beweglichen Element (50A) konstant gehalten wird.

具有真空功能的在线式热压设备

本发明涉及热压烧结设备技术领域，提供一种具有真空功能的在线式热压设备。该烧结炉系统包括：上料装置，用于将工件从入口处输送上料；预烘工位，用于对工件进行预烘；热压烧结工位，用于对工件进行热压烧结，冷却工位，用于对工件进行冷却；冷却工位和热压烧结工位均包括：真空腔室，真空腔室设有真空抽口和/或进气管路，分别用于对真空腔室进行抽真空和输入还原性气体和/或惰性气体，密封环境内也可以添加还原性介质，防止介质外溢，保证芯片在烧结过程产生的氧化物有效还原；下料装置，用于将工件从出口处输送下料；各个工位作业不冲突，可同时多个工件进行不同工位工序的加工处理，缩短了产品生产周期，提高加工效率。

一种多用真空炉系统

本发明涉及真空炉设备技术领域，尤其是涉及一种多用真空炉系统，包括多个真空炉、搬送室和旋转盘；多个真空炉围绕旋转盘呈环形分布；搬送室位于旋转盘上，且搬送室在旋转盘的带动下旋转，使搬送室的出料口朝向不同的真空炉；旋转盘上设置有直线轨道，搬送室能够沿直线轨道做直线往复运动，使搬送室靠近或远离真空炉。本申请的多用真空炉系统的真空炉呈环形分布，通过一个搬送室能够实现对多个真空炉的供料和取料，减少了占地面积，在供料时搬送室行走距离短，对真空炉的供料和取料效率高。

加热炉

加热炉(1)具备：加热炉主体(11)，其具备能够收容被加热物的收容室(111)；加热器(112)，其能够将收容室(111)内加热至为了对被加热物进行退火处理而设定的退火点；气体供给源(21)，其配置于加热炉主体(11)的外部；以及管路(22)，管路(22)具有：管路主体(221)，其配置于收容室(111)内，且被加热器(112)加热，该管路主体(221)保持从气体供给源(21)供给的气体，将该气体加热至退火点；以及喷出口(222)，其形成于管路主体(221)的端部，且在收容室(111)内开口，所述喷出口(222)向收容室(111)内喷出被加热至退火点的气体。

一种真空炉烧结装置及方法

本发明涉及烧结设备技术领域，具体涉及一种真空炉烧结装置及方法，包括工作台、两个模板和两个脱模组件，两个模板分别与工作台滑动连接，并间隔设置在工作台的上方，两个脱模组件分别设置在两个模板的内部；脱模组件包括操作杆、内板、两个安装架和两个弹簧，模板具有安装腔，操作杆与模板滑动连接，操作杆穿设在安装腔中，内板与操作杆固定连接，内板位于模板的内侧，两个安装架分别与操作杆固定连接，两个安装架分别位于操作杆的两侧，安装架位于安装腔的内部，两个弹簧分别设置在操作杆的两侧，且弹簧的两端分别与模板和安装架固定连接，通过脱模组件的设置，以便于对模型进行脱模。

一种刀具制造真空烧结炉

本发明涉及智能加工设备技术领域，具体涉及一种刀具制造真空烧结炉，包括炉体、真空泵、导向杆和炉门，每个导向杆均包括筒体、弹簧和连接环，筒体与炉体滑动连接，进行工作时，真空泵先抽取导向槽内的空气，使得筒体带动炉门收缩，直至炉门与炉体接触，将加热腔封闭，此时加热腔和筒体连通，真空泵抽取加热腔内的空气，形成真空环境，便于后续加热，当真空泵停止工作时，炉门才能打开，提高了炉门的可靠性。

Work Load Lifting System for a Vertical Vacuum Furnace

A lifting apparatus for a vertical vacuum furnace is disclosed. The apparatus includes first and second support modules arranged in spaced parallel alignment and first and second reversible lifting mechanisms mounted on respective ones of the first and second support modules. The apparatus also includes first and second motive means coupled to the first and second reversible lifting mechanisms for driving the reversible lifting mechanisms. First and second trolleys are operatively connected to the first and second reversible lifting mechanisms and adapted for engaging with a payload. The apparatus further includes a control system connected to the first and second motive means for controlling the operation of the first and second reversible lifting mechanisms whereby the first and second trolleys can be raised or lowered. A vertical vacuum furnace assembly including the lifting apparatus is also disclosed as well as a support module and a bottom head assembly for the lifting apparatus.

Integrated Heat Treatment Cold-Heat Cycle Experimental Box

The invention relates to the related technical field of heat treatment devices, particularly to an integrated heat treatment cold-heat cycle experimental box, which comprises a bracket assembly, a heating resistance box, a low temperature box, a first door opening driving mechanism and a second door opening driving structure, the low temperature box is composed of a box body and a box door, and a mounting seat and a rear connecting seat are fixedly installed on the side wall of the box body, and the mounting seat is provided with a first rotating shaft hole; one side of the box door is integrally formed with a front connecting seat, which is composed of a plate body and a column structure.

자기 어닐링 장치

본 발명은 다수 매의 웨이퍼를 연속적으로 처리할 수 있는 자기 어닐링 장치를 제공하는 것을 과제로 한다. 이러한 자기 어닐링 장치는, 한 그룹의 피처리체를 수납한 수납 용기를 반송하는 수납 용기 반송 영역과, 상기 피처리체를 반송하는 피처리체 반송 영역이 개폐 도어를 사이에 두고 형성되고, 제어부를 갖는 자기 어닐링 장치로서, 상기 수납 용기 반송 영역에는, 이 자기 어닐링 장치에 반입되는 수납 용기를 배치하는 제1 배치대와, 상기 개폐 도어를 통해 상기 수납 용기 반송 영역으로부터 상기 피처리체 반송 영역으로 기밀하게 상기 피처리체를 반송하기 위해 상기 수납 용기를 배치하는 복수의 제2 배치대와, 복수의 상기 수납 용기를 보관하는 보관부와, 상기 제1 배치대, 상기 제2 배치대 및 상기 보관부 사이에서 상기 수납 용기를 반출입하는 수납 용기 반송 기구가 배치되며, 상기 피처리체 반송 영역에는, 복수의 상기 피처리체의 위치 맞춤을 행하는 얼라이너와, 복수 그룹의 상기 피처리체를 유지할 수 있는 피처리체 유지구와, 상기 제2 배치대에 배치된 수납 용기, 상기 얼라이너 및 상기 피처리체 유지구의 사이에서 상기 피처리체를 반송하는 피처리체 반송 기구와, 상기 피처리체를 가열하는 가열 수단과, 상기 피처리체에 자계를 인가하는 횡형 초전도 자석을 갖는 자계 발생 수단과, 상기 피처리체 유지구에 유지된 상기 피처리체를 상기 자계 발생 수단 내로 트랜스퍼하는 트랜스퍼 기구가 배치된 것이다. 또한, 본 발명은 효율적으로 웨이퍼를 자기 어닐링 장치로 반입할 수 있는 자기 어닐링 장치를 제공하는 것을 과제로 한다. 이러한 자기 어닐링 장치는, 자계 발생 수단으로서 횡형의 초전도 자석을 이용하여, 피처리체를 자기 어닐링 처리하는 자기 어닐링 장치로서, 상기 피처리체를 유지할 수 있는 피처리체 유지구와, 상기 피처리체를 수납하는 수납 용기와 상기 피처리체 유지구의 사이에서 상기 피처리체를 반송하는 피처리체 반송 기구와, 상기 피처리체 유지구에 접속부를 통해 접속되고, 상기 피처리체를 상기 피처리체 반송 기구로 반송할 때의 제1 위치와, 상기 피처리체를 자기 어닐링 처리할 때의 제2 위치와의 사이에서, 상기 피처리체 유지구를 트랜스퍼할 수 있는 트랜스퍼 기구를 구비하고, 상기 접속부는, 상기 피처리체 유지구의 경사각을 조절할 수 있는 각도 조절부를 갖는 것이다.

一种具有余热利用功能的高接触型节能真空炉

本发明公开了一种具有余热利用功能的高接触型节能真空炉，炉体，固定于工作地面上，所述炉体的内壁上安装有加热件；上水箱，固定于炉体的顶部，所述上水箱的顶部安装有冷凝器；包括：安装台，固定于炉体内壁的底部，所述炉体内设置有放置框；下水箱，固定于安装板的顶部，所述下水箱的顶部通过导气框与上水箱贯穿连接；导轴，贯穿安装于安装板和下水箱内，所述导轴的顶部安装有第二叶片；主齿辊，由电机驱动嵌入式轴连接于炉体顶部的内部，所述主齿辊的一侧设置有封板，所述封板位于活动槽内。该具有余热利用功能的高接触型节能真空炉，利用余热实现水的蒸发，对物料进行搅拌，实现物料均匀受热，同时实现快速散热的功能。

一种晶硅电池封闭非接触式烧结炉改进结构

本发明公开了一种晶硅电池封闭非接触式烧结炉改进结构，包括烧结炉、多个加热灯管、传送履带和进气装置，所述进气装置位于烧结炉的内底部，多个所述加热灯管位于烧结炉内且位于进气装置的上方，所述烧结炉内设有晶硅电池，所述晶硅电池位于多个加热灯管的正上方，所述晶硅电池通过进气装置出气处于悬浮状态，所述传送履带通过转动机构与烧结炉的外壁固定连接，所述烧结炉上设有密封门。本发明烧结炉密闭空间可以避免外界气氛对晶硅电池烧结的影响，还可以应用进气装置提供烧结气氛，并使得晶硅电池在烧结的过程中处于悬浮状态，避免烧结过程中接触式炉带造成的炉带印。

Work load lifting system for a vertical vacuum furnace

具有真空功能的在线式热压设备

本发明涉及热压烧结设备技术领域，提供一种具有真空功能的在线式热压设备。该烧结炉系统包括：上料装置，用于将工件从入口处输送上料；预烘工位，用于对工件进行预烘；热压烧结工位，用于对工件进行热压烧结，冷却工位，用于对工件进行冷却；冷却工位和热压烧结工位均包括：真空腔室，真空腔室设有真空抽口和/或进气管路，分别用于对真空腔室进行抽真空和输入还原性气体和/或惰性气体，密封环境内也可以添加还原性介质，防止介质外溢，保证芯片在烧结过程产生的氧化物有效还原；下料装置，用于将工件从出口处输送下料；各个工位作业不冲突，可同时多个工件进行不同工位工序的加工处理，缩短了产品生产周期，提高加工效率。

一种两段法热解分离废光伏板非金属组分的方法及装置

本发明公开了一种两段法热解分离废光伏板非金属组分的方法及装置；该装置包括热解炉、氮气供气系统、废气收集系统和控制系统。热解炉为主体设备，废弃收集系统设置于热解炉顶部，控制系统连接热解炉、氮气供气系统和废气收集系统。本发明在氮气气氛下对光伏组件非金属组分（玻璃板、背板、EVA）进行热解，将EVA和背板气化实现与玻璃板之间高效分离；本发明在氮气气氛下热解，能极大的降低热解所需温度，有效降低能耗，同时热解产生的有机废气可以用作燃料来利用，既实现了光伏组件的高效分离又实现了废气的绿色利用。

一种陶瓷烧结炉

本发明涉及陶瓷制造设备技术领域，具体的说是一种陶瓷烧结炉，包括炉体，炉体的一侧设有控制箱，炉体的底端设有移动机构，移动机构上设有制动机构，移动机构的顶端安装有抬升机构，抬升机构上安装有旋转机构和均匀机构，炉体内安装有加热机构；通过移动机构的设置进而便于整体移动放置物料平台，操作更加舒适；通过制动机构的设置进而便于对移动机构进行临时固定，避免误触晃动造成毛坯损坏；通过旋转机构的设置进而便于主动旋转放置毛坯的平台，使毛坯均匀的受热，通过均匀机构的设置可以带动加热机构始终在竖向往复移动，结合着旋转机构的设置进一步的使平台上的各个毛坯均匀的受热，增强了陶瓷烧结的效率，提高生产效率和陶瓷制备的质量。

Horno de sinterización de doble uso

Horno de sinterización de doble uso, que comprende: un cuerpo de horno (1), dotado de una cámara de horno, y una primera boca de horno (11) y una segunda boca de horno (12) que están comunicadas con la cámara del horno; una puerta del horno (2), articulada al cuerpo del horno (1) y configurada para cerrar la primera boca del horno (11); un elemento de bloqueo (3), unido por solapamiento en el interior de la cámara del horno y configurado para bloquear la segunda boca del horno (12); una plataforma de la muestra (4); una varilla de expulsión (5), dispuesta de manera fija en la cara de colocación de la muestra de la plataforma de la muestra (4); un dispositivo de elevación (6), configurado para impulsar la plataforma de la muestra (4) para subir o bajar, de modo que la varilla de expulsión (5) empuja el elemento de bloqueo (3) hasta que se abre la segunda boca del horno (12), y de modo que la plataforma de la muestra (4) entre en la cámara del horno a través de la segunda boca del horno (12); en el que el horno de sinterización de doble uso está configurado para funcionar a una temperatura preestablecida comprendida entre 1.300 °C y 1.600 °C.

一种两用烧结炉

一种两用烧结炉，包括：炉体(1)，具有炉膛和与所述炉膛连通的第一炉口(11)和第二炉口(12)；炉门(2)，与所述炉体(1)铰接，用于关闭所述第一炉口(11)；封堵件(3)，搭接于所述炉膛内，用于封堵所述第二炉口(12)；样品台(4)；顶杆(5)，固设于所述样品台(4)的样品放置面；升降装置(6)，用于驱动所述样品台(4)升降，以使所述顶杆(5)推动所述封堵件(3)至所述第二炉口(12)开启，并使所述样品台(4)经由所述第二炉口(12)进入所述炉膛内。该两用烧结炉既能完成烧结量大的常规烧结，又能实施快速烧结。

Dual-purpose sintering furnace

Dual-purpose sintering furnace

A dual-purpose sintering furnace includes: a furnace body (1) having a furnace chamber, and a first furnace mouth (11) and a second furnace mouth (12) which are communicated with the furnace chamber; a furnace door (2) hinged to the furnace body (1) and configured for closing the first furnace mouth (11); a blocking member (3) lap-jointed inside the furnace chamber and configured for blocking the second furnace mouth (12); a sample stage (4); an ejection rod (5) fixedly arranged on a sample placement face of the sample stage (4); a lifting device (6) configured for driving the sample stage (4) to rise or lower, so that the ejection rod (5) pushes the blocking member (3) until the second furnace mouth (12) is opened, and so that the sample stage (4) enters the furnace chamber through the second furnace mouth (12). The dual-purpose sintering furnace can not only complete a large amount of sintering as conventional sintering, but also implement rapid sintering.

熱処理装置および熱処理方法

被処理材料に対して光輝処理などの熱処理を高精度かつ効率的に、また容易かつ安全に制御することが可能な熱処理方法および熱処理装置、並びに熱処理システムを提供する。熱処理炉は炉内構造物がグラファイトで製造され、被処理材料を熱処理する加熱処理室を有しており、各センサからのセンサ情報を参照してΔＧ０（標準生成ギブスエネルギー）を演算し、表示装置３３１にエリンガム図と管理範囲及びΔＧ０で表される運転中の熱処理炉の状態を表示するとともに、ΔＧ０が管理範囲内に入るように、制御部３３４により雰囲気ガスとしての中性ガス又は不活性ガスの流量またはガスの流速を制御する。

Cooling gas passage switching equipment for vacuum heat treatment furnace

System and methods for processing an optical fiber preform

A system and methods are described herein for preheating a preform in a preheater furnace and then transferring the preheated preform to a consolidation furnace for chemical treatment and sintering the preform into a clear glass which can be drawn into optical fiber. In addition, the preheater furnace is described herein which is configured to heat the preform per a predetermined heat-profile until the preform is uniformly heated to a temperature above 1000° C.

一种用于小晶粒5a分子筛连续真空干燥焙烧方法

本发明涉及一种用于小晶粒5A分子筛连续真空干燥焙烧方法，包括以下步骤：⑴进料罐中装填物料5A分子筛；⑵对进料罐抽真空；⑶对立式圆盘旋转真空焙烧炉抽真空；并使5A分子筛被吸入立式圆盘旋转真空焙烧炉内进行分段加热，得到干燥焙烧及活化后的5A分子筛；⑷对产品料仓抽真空；⑸打开产品料仓的进料口Ⅱ的自控阀门Ⅴ，待产品料仓的称重系统显示满罐后自动关闭该自控阀门Ⅴ；⑹在产品料仓内通过夹套降温至50℃，得到产品；⑺产品从产品料仓排出；同时切换启用备用产品料仓。本发明控温精确、安全环保、可实现在高真空度下连续操作。

Arrangement having plural temperature-control stations for heat treating component parts, and their handling

The present invention relates to an arrangement for heat treating component parts. The arrangement has a first temperature control station for heat treating component parts and a second temperature control station for heat treating component parts, wherein the first temperature control station and the second temperature control station each have a temperature control device, on each of which a functional device is placeable. The functional device is a charging device for carrying component parts to be temperature-controlled or a device of the temperature control device. The arrangement further has a charging station, on which the functional device is placeable, and a handling system for handling the functional device, wherein the handling system is configured to convey the functional device between the charging station, the first temperature control station and the second temperature control station.

Firing furnace

A firing furnace which can shorten the time required for firing is to be provided.The firing furnace is for firing an object to be fired, and includes a coil and an induction heating element being placed at the inner diameter side of the coil, in which an induced current flows due to a magnetic field generated by the coil, and heat is generated due to the induced current. The induction heating element includes a hollow portion to place the object to be fired. The coil consists of a conducting wire wrapped around an axis as a center. The firing furnace further includes two flow path members placed between the coil and the induction heating element. The one flow path member is arranged at the inner diameter side of the other flow path member, and the two flow path members constitute a gaseous flow path parallel to the axis.

真空热处理炉的冷却气体风路切换装置

一种真空热处理炉的冷却气体风路切换装置，具备包围静置被处理品的冷却区域的冷却室、和将通过该冷却室内的气体冷却并使其循环的气体冷却循环装置，通过加压了的循环气体将加热后的被处理品冷却。该装置具有将冷却室与气体冷却循环装置之间分隔开的固定隔板、和沿着该固定隔板的表面被滑动驱动的滑动遮挡板。固定隔板具有分别独立地连通到气体冷却循环装置的吸入口和排出口的吸引开口和排出开口，滑动遮挡板具有将固定隔板的吸引开口和排出开口部分地遮挡的遮挡部，由此交替地切换通过冷却室内的气体的方向。

Industrieofenanlage

一种氢化镁粉末制备设备

本发明具体涉及一种氢化镁粉末制备设备，包括基座和安装在基座上的炉壳、真空系统、进出料手套箱系统和气路系统；所述炉壳内安装炉体，所述炉体设置加热保温单元，所述炉体前后端均设置水冷系统，所述炉体连接真空系统，所述炉体与气路系统管路连接，所述炉体前方安装进出料手套箱系统。本发明的氢化镁粉末制备设备，实现氢化镁粉末的批量化制备。

一种铁氧体磁芯烧结装置

本发明公开了一种铁氧体磁芯烧结装置，包括烧结炉，所述烧结炉的炉膛内部设置有烧结装置，所述烧结装置包括承载框，所述承载框的内部固定安装有十字形分隔板，所述承载框的后侧固定安装有后挡板，所述承载框的前侧两边分别固定安装有L形限位板，两个所述L形限位板之间设置有可转动的框门，所述L形限位板和框门内设有转轴孔，所述转轴孔内转动安装有转轴，所述十字形分隔板的中心处设有预留孔，所述十字形分隔板与承载框之间设有推板。本发明通过在承载框的内侧安装十字形分隔板，十字形分隔板可以将承载框内侧分为四个区域，因此可以对不同形状与尺寸的铁氧体磁芯进行分开烧结，从而避免了混合烧结时带来的区分不便。

一种用于制备非晶态材料的高通量马弗炉及制备方法

本发明涉及非晶态材料制备技术领域，具体涉及一种用于制备非晶态材料的高通量马弗炉及制备方法。本发明包括炉体和控制单元；所述炉体包括外壳、保温层、调温单元和坩埚架；坩埚架包括坩埚和载物台，坩埚固定在载物台上，通过隔温板将坩埚间隔开；所述保温板下端设有低温单元，低温单元包括物料格和冷却循环管道，物料格将低温单元间隔开并分成多个小格，小格与保留通孔配合，物料格下端设置冷却循环管道为物料格进行降温，还包括用于制备非晶态材料的高通量制备方法；本发明实现了对非晶态材料的高通量制备的同时，提高了制备的安全性、高效性和可控性，有利于工业生产中广泛应用。

一种两段法热解分离废光伏板非金属组分的方法及装置

本发明公开了一种两段法热解分离废光伏板非金属组分的方法及装置；该装置包括热解炉、氮气供气系统、废气收集系统和控制系统。热解炉为主体设备，废弃收集系统设置于热解炉顶部，控制系统连接热解炉、氮气供气系统和废气收集系统。本发明在氮气气氛下对光伏组件非金属组分（玻璃板、背板、EVA）进行热解，将EVA和背板气化实现与玻璃板之间高效分离；本发明在氮气气氛下热解，能极大的降低热解所需温度，有效降低能耗，同时热解产生的有机废气可以用作燃料来利用，既实现了光伏组件的高效分离又实现了废气的绿色利用。

一种金属陶瓷真空烧结炉

本发明公开了一种金属陶瓷真空烧结炉，具体涉及真空烧结炉技术领域，本发明包括炉体，所述炉体的外表面堆成固定连接有支撑架，两个所述支撑架的底部固定连接有同一个底板，所述底板的顶部一侧设置有辅助支撑装置，所述炉体的一侧转动连接有门体，所述炉体的内壁一侧固定连接有支撑板，本发明通过设置夹板，在圆孔块和辅助槽的作用下，圆孔块在辅助槽内壁滑动的过程中能够带动夹板在两个侧板之间进行同步滑动，将陶瓷等材料放置在两个夹板之间，则两个夹板能够对陶瓷材料进行限位，进而有利于防止在将陶瓷等材料送入或拉出烧结炉时，陶瓷等材料很容易在置物板上发生移位或是倾倒的问题，进而防止陶瓷因碰撞和倾倒而导致损坏的问题。

具有真空功能的在线式热压设备

本发明涉及热压烧结设备技术领域，提供一种具有真空功能的在线式热压设备。该烧结炉系统包括：上料装置，用于将工件从入口处输送上料；预烘工位，用于对工件进行预烘；热压烧结工位，用于对工件进行热压烧结，冷却工位，用于对工件进行冷却；冷却工位和热压烧结工位均包括：真空腔室，真空腔室设有真空抽口和/或进气管路，分别用于对真空腔室进行抽真空和输入还原性气体和/或惰性气体，密封环境内也可以添加还原性介质，防止介质外溢，保证芯片在烧结过程产生的氧化物有效还原；下料装置，用于将工件从出口处输送下料；各个工位作业不冲突，可同时多个工件进行不同工位工序的加工处理，缩短了产品生产周期，提高加工效率。

一种真空脱脂烧结高速冷却炉

本发明公开了一种真空脱脂烧结高速冷却炉，具体涉及烧结炉技术领域，本发明包括罐体，所述罐体的底部设置有底座，所述罐体的一侧设置有控制器，所述罐体的一侧设置有安全阀，所述罐体的一侧设置有冷却器，所述冷却器与罐体之间通过管道连接，所述罐体的一侧设置有燃烧器，所述罐体的一侧设置有密封门，所述罐体的内部设置有可对物件进行固定的限位装置，所述限位装置包括矩形框，本发明通过设置限位装置，使得多个物件放置在矩形框内部向罐体内部推送时可避免发生晃动的情况，减少了物件被推送时出现晃动和滑动造成物件位置偏移导致物件意外掉落发生损坏的情况，提高了对物件向罐体内部推送过程中的稳定性。

一种石墨负极材料烧结工艺及其烧结炉

本发明公开了一种石墨负极材料烧结炉，包括底板、加热机构、装载机构和上料机构，所述加热机构安装在底板顶部的右侧，其加热机构用于对石墨粉进行加热烧结，所述装载机构设置于底板顶部的左侧，且装载机构用于石墨粉装料，本发明涉及石墨负极材料制备技术领域。该石墨负极材料烧结炉，通过在加热机构的左侧设置有相互配合使用的装载机构和上料机构，这三个机构的组合，能够在使用过程中利用齿牙盘的旋转使顶部的若干个对接口依次与排料口进行重合，使储料箱内侧的粉料进入装料管，从而完成对石墨粉料的定量装载，同时搭配第二辊杆和第一辊杆的作用能够完成上料和后续的下料，整个过程减少人工的干预。

用于在电子组件制造中执行热处理的处理室的机电门帘

本发明涉及一种处理室(10)，用于在电子组件(30)的制造中执行热处理，包括以下：至少一个开口(20)，用于引入和/或移除电子组件(30)；装置(40)，用于供应气体；可控保护装置(50)，布置在开口(20)上以便减少气体从处理室的泄漏，其中可控保护装置(50)包括作为整体件的第一可动元件(50A)，其覆盖开口的总宽度与电子组件的宽度之间的宽度；装置，用于检测与电子组件(30)的尺寸相关的数据；和控制器(60)，能够基于与电子组件(30)的尺寸相关的数据来控制保护装置(50)，使得当电子组件(30)通过开口(20)时，在电子组件和第一可动元件(50A)之间恒定地维持限定的间距。

一种点火烧结炉及其使用方法

本发明涉及一种点火烧结炉及其使用方法，属于冶金行业烧结矿生产技术领域。技术方案是：箱体呈上下开口的矩形结构，中部设有燃烧室并通过燃烧咀与配气点火室连通，燃烧室两侧室壁中部设有成排组合的排气孔；两侧的矩形开口由调节控制壁与其相配合，调节控制壁中部设有与排气孔相对应的排气口，外侧被多个排气箱密闭将点火烧结室分隔为多个工况调整区，燃烧室两侧室壁与箱体两侧的调节控制壁之间各自形成一个独立的、可横向调节厚度的点火烧结室。本发明的有益效果是：解决了持续式烧结工艺点火过程中存在的各类问题，操作简便，节能降耗。

一种窑炉温度自动控制系统

本发明属于窖炉温度控制技术领域，具体为一种窑炉温度自动控制系统，包括窑炉，所述窑炉的下侧壁固定设置有移动机构，所述窑炉的右端通过移动机构设置有密封板，所述密封板的左侧壁与所述窑炉的右侧壁接触，所述密封板的左侧壁固定设置有对称的固定杆，可以根据需要烧制的物件，首先通过温度总控制装置设定好内部需要的温度，然后通过吹风扇和电加热装置的配合对内部进行加热，当第一温度传感器和第二温度传感器检测到的温度为设定的温度后，通过连接机构带动挡板移动，从而保持窖炉内部的温度，当通过第二温度传感器检测到内部的温度下降后，打开两个挡板，继续对内部进行加热，整个过程温度自动控制，不需要人工长时间监测，非常的方便。

伸缩式下料装置及高温真空烧结炉及密封下料方法

一种伸缩式下料装置包括上接头、上密封机构、内套管、外密封罩、外安装座、下密封机构、下接头、出料箱体、抽真空机构，所述上接头、内套管、下接头形成下料通道，所述上接头的上端与炉体的底部固定连接，上密封机构设置在上接头上，以控制下料通道的开闭，所述内套管的上端与上接头套设连接且为过渡配合，外密封罩位于内套管的外侧，外密封罩的两端与外安装座密封连接，外安装座与内套管套设连接，内套管能够与外安装座相对滑动，内套管的下端与下接头套设连接且为过渡配合。本发明还提供一种设置伸缩式下料装置的高温真空烧结炉。本发明还提供一种利用所述伸缩式下料机构进行下料的密封下料方法。

一种真空炉烧结装置及方法

本发明涉及烧结设备技术领域，具体涉及一种真空炉烧结装置及方法，包括工作台、两个模板和两个脱模组件，两个模板分别与工作台滑动连接，并间隔设置在工作台的上方，两个脱模组件分别设置在两个模板的内部；脱模组件包括操作杆、内板、两个安装架和两个弹簧，模板具有安装腔，操作杆与模板滑动连接，操作杆穿设在安装腔中，内板与操作杆固定连接，内板位于模板的内侧，两个安装架分别与操作杆固定连接，两个安装架分别位于操作杆的两侧，安装架位于安装腔的内部，两个弹簧分别设置在操作杆的两侧，且弹簧的两端分别与模板和安装架固定连接，通过脱模组件的设置，以便于对模型进行脱模。

工业炉设备

本发明涉及一种特别是用于制造陶瓷材料和/或碳化物的工业炉设备(1)，所述工业炉设备包括：至少一个炉(2)，所述炉具有室(3)，所述室具有用于给所述室(3)装料的装料开口(4)，所述炉具有加热装置(9)和用于所述装料开口(4)的闭锁装置(6)；控制装置(10)和转移装置(11)，所述转移装置用于将能引入到所述室(3)中的坩埚(5)转移到所述炉和/或从所述炉(2)转移，为了从所述室(3)取出坩埚(5)，所述控制装置(10)设置用于：将所述闭锁装置(6)‑通过操纵所述转移装置(11)和/或根据所述转移装置(11)和/或所述转移装置(11)的末端执行器(14)的位置‑置于释放位置中，和/或在所述闭锁装置(6)的释放位置中，允许‑通过操纵所述转移装置(11)和/或优选根据所述转移装置(11)和/或所述转移装置(11)的末端执行器(14)的位置通过操纵与所述转移装置(11)分开的取出装置‑通过所述装料开口(4)从所述室(3)取出坩埚(5)。

Industrieofenanlage

Die Erfindung betrifft eine Industrieofenanlage (1), insbesondere zur Herstellung von keramischen Werkstoffen und/oder Karbiden, umfassend zumindest einen Ofen (2) mit einer Kammer (3), die eine Beschickungsöffnung (4) zum Beschicken der Kammer (3) aufweist, einer Heizeinrichtung (9) und einer Verschlusseinrichtung (6) für die Beschickungsöffnung (4); eine Steuereinrichtung (10) und eine Transfereinrichtung (11) zum Transferieren eines in die Kammer (3) einbringbaren Tiegels (5) zu dem und/oder von dem Ofen (2), wobei die Steuereinrichtung (10) eingerichtet ist, zur Entnahme eines Tiegels (5) aus der Kammer (3) die Verschlusseinrichtung (6) - durch Betätigung der Transfereinrichtung (11) und/oder in Abhängigkeit von der Position der Transfereinrichtung (11) und/oder eines Endeffektors (14) der Transfereinrichtung (11) - in die freigebende Stellung zu bringen und/oder bei freigebender Stellung der Verschlusseinrichtung (6) einen Tiegel (5) - durch Betätigung der Transfereinrichtung (11) und/oder vorzugsweise in Abhängigkeit von der Position der Transfereinrichtung (11) und/oder eines Endeffektors (14) der Transfereinrichtung (11) durch Betätigung einer von der Transfereinrichtung (11) gesonderten Entnahmeeinrichtung - durch die Beschickungsöffnung (4) aus der Kammer (3) entnehmen zu lassen.

一种氢化镁粉末制备设备

本发明具体涉及一种氢化镁粉末制备设备，包括基座和安装在基座上的炉壳、真空系统、进出料手套箱系统和气路系统；所述炉壳内安装炉体，所述炉体设置加热保温单元，所述炉体前后端均设置水冷系统，所述炉体连接真空系统，所述炉体与气路系统管路连接，所述炉体前方安装进出料手套箱系统。本发明的氢化镁粉末制备设备，实现氢化镁粉末的批量化制备。