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    • 1. 发明授权
    • Rotary retort furnace
    • US4069007A
    • 1978-01-17
    • US735641
    • 1976-10-26
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • C21D1/00C21D1/18C21D9/00F27B7/08F27B7/14F27D1/16
    • F27B7/14C21D9/0031F27B7/08Y10T29/49382
    • A rotary retort furnace wherein the retort is supported for rotation at only one end outside of the heated furnace shell such that the retort is cantilevered into the shell. The rotary retort has a charging door mechanism that cooperates with a skip hoist loading mechanism to provide charges of the parts to be heat treated that are of a uniform size and are introduced into the retort so as to minimize the loss of any controlled atmosphere. The skip hoist loading mechanism has a vibrating feed hopper that dispenses a weight controlled charge into a skip hoist bucket which, after receiving the predetermined charge of parts, is held in a ready position until such time as a cam mechanism controlling the opening and closing of a door on the charge end of the retort causes the door to open and the skip bucket to be moved to a position wherein the parts are dumped into the retort for heat treating. The internal auger flight for the retort is made by forming a number of toroids from a resilient material, radially cutting each of the toroids and deforming them to form individual flights, and connecting one of the split edges resulting from the cutting to the opposite edge of an adjacent flight such that an axially compressed helical subassembly is obtained. The helical subassembly is then screwed onto a shaft having a number of guide pins axially on the shaft at predetermined spacings thereby both axially extending and radially compressing the helical subassembly. The shaft and the helical subassembly are inserted into a retort shell and one free end of the subassembly is welded to one end of the retort. The shaft is then unscrewed from the subassembly while at the same time being forced axially into the retort such that the edges of the helical subassembly fit tightly against the inside of the retort. After the shaft has been removed, the remaining end of the helical subassembly is welded to the end of the retort.
    • 2. 发明授权
    • Liquid quenching system
    • 液体淬火系统
    • US4036478A
    • 1977-07-19
    • US642875
    • 1975-12-22
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • C21D1/63C21D9/62
    • C21D1/63
    • A liquid quenching system for use with continuous furnaces for heat treating small parts wherein the quenchant is used to both quench and convey the parts. A supply conduit connects a quench liquid reservoir to a connector between the furnace and a quench chute providing an initial quantity of quench liquid in the quench chute. A feed conduit pumps additional quench liquid into the chute to convey the parts while they are being quenched to a segregating device comprising an inclined, rotating drum having an internal auger flight. The drum permits the return of clean quench liquid to the reservoir and moves the quenched parts substantially dry of quench fluid to a suitable receptacle or further conveying means. A portion of the quench chute forms a trunnion for rotatable support of the receiving end of the drum, the discharge end having a shaft mounted for rotation on the reservoir.
    • 用于连续炉的液体淬火系统,用于热处理小部件,其中淬火剂用于骤冷和输送部件。 供应管道将淬火液体储存器连接到炉子和淬火槽之间的连接器,在骤冷槽中提供初始量的骤冷液体。 进料管道将另外的骤冷液体泵入滑槽中,以便在将其部件淬火到包括具有内部螺旋钻飞行的倾斜旋转滚筒的分离装置的同时传送部件。 滚筒允许将清洁的淬火液体返回到储存器,并将淬火的部件基本上干燥的骤冷流体移动到合适的容器或另外的输送装置。 淬火滑槽的一部分形成用于滚筒的接收端的可旋转支撑的耳轴,排出端具有安装成用于在储存器上旋转的轴。
    • 3. 发明授权
    • Rotary retort furnace
    • 旋转蒸煮炉
    • US4090622A
    • 1978-05-23
    • US735728
    • 1976-10-26
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • C21D1/00C21D1/18C21D9/00F27B7/08F27B7/14F23K3/00
    • F27B7/14C21D9/0031F27B7/08Y10T29/49382
    • A rotary retort furnace wherein the retort is supported for rotation at only one end outside of the heated furnace shell such that the retort is cantilevered into the shell. The rotary retort has a charging door mechanism that cooperates with a skip hoist loading mechanism to provide charges of the parts to be heat treated that are of a uniform size and are introduced into the retort so as to minimize the loss of any controlled atmosphere. The skip hoist loading mechanism has a vibrating feed hopper that dispenses a weight controlled charge into a skip hoist bucket which, after receiving the predetermined charge of parts, is held in a ready position until such time as a cam mechanism controlling the opening and closing of a door on the charge end of the retort causes the door to open and the skip bucket to be moved to a position wherein the parts are dumped into the retort for heat treating. The internal auger flight for the retort is made by forming a number of toroids from a resilient material, radially cutting each of the toroids and deforming them to form individual flights, and connecting one of the split edges resulting from the cutting to the opposite edge of an adjacent flight such that an axially compressed helical subassembly is obtained. The helical subassembly is then screwed onto a shaft having a number of guide pins axially on the shaft at predetermined spacings thereby both axially extending and radially compressing the helical subassembly. The shaft and the helical subassembly are inserted into a retort shell and one free end of the subassembly is welded to one end of the retort. The shaft is then unscrewed from the subassembly while at the same time being forced axially into the retort such that the edges of the helical subassembly fit tightly against the inside of the retort. After the shaft has been removed, the remaining end of the helical subassembly is welded to the end of the retort.
    • 一种旋转式蒸煮炉,其中蒸煮器被支撑为仅在加热的炉壳外部的一端旋转,使得蒸馏器悬臂进入壳体。 旋转蒸馏器具有充电门机构,其与跳过式升降机装载机构配合,以提供均匀尺寸的待热处理部件的电荷,并将其引入蒸馏器中,以便使任何受控气氛的损失最小化。 跳过式起重机装载机构具有振动进料斗,其将重量控制的电荷分配到跳动式起重机铲斗中,该起重机铲斗在接收到预定的部件之后保持就绪位置,直到控制开启和关闭的凸轮机构 在蒸煮器的充电端上的门导致门打开,并且将跳过的铲斗移动到其中部件被倾倒到蒸馏器中用于热处理的位置。 通过从弹性材料形成多个环形线圈,径向切割每个环形线圈并使其变形以形成单独的翼片,并将从切割产生的分割边缘中的一个连接到相对的边缘 相邻的飞行,使得获得轴向压缩的螺旋组件。 然后将螺旋组件旋拧到具有多个导销的轴上,该轴在轴上以预定间隔轴向地轴向延伸并径向压缩螺旋组件。 轴和螺旋组件被插入蒸煮壳体中,并且子组件的一个自由端焊接在蒸馏器的一端。 然后将轴从组件上拧下,同时被迫轴向进入蒸馏器,使得螺旋组件的边缘紧紧地紧贴在蒸馏器的内部。 在轴被移除之后,螺旋组件的剩余端部被焊接到蒸馏器的末端。
    • 4. 发明授权
    • Rotary retort furnace
    • 旋转蒸煮炉
    • US4025297A
    • 1977-05-24
    • US615281
    • 1975-09-22
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • Jonathan SmithRobert C. LarkoEugene E. Booth
    • C21D1/00C21D1/18C21D9/00F27B7/08F27B7/14
    • F27B7/14C21D9/0031F27B7/08Y10T29/49382
    • A rotary retort furnace wherein the retort is supported for rotation at only one end outside of the heated furnace shell such that the retort is cantilevered into the shell. The rotary retort has a charging door mechanism that cooperates with a skip hoist loading mechanism to provide charges of the parts to be heat treated that are of a uniform size and are introduced into the retort so as to minimize the loss of any controlled atmosphere. The skip hoist loading mechanism has a vibrating feed hopper that dispenses a weight controlled charge into a skip hoist bucket which, after receiving the predetermined charge of parts, is held in a ready position until such time as a cam mechanism controlling the opening and closing of a door on the charge end of the retort causes the door to open and the skip bucket to be moved to a position wherein the parts are dumped into the retort for heat treating. The internal auger flight for the retort is made by forming a number of toroids from a resilient material, radially cutting each of the toroids and deforming them to form individual flights, and connecting one of the split edges resulting from the cutting to the opposite edge of an adjacent flight such that an axially compressed helical subassembly is obtained. The helical subassembly is then screwed onto a shaft having a number of guide pins axially on the shaft at predetermined spacings thereby both axially extending and radially compressing the helical subassembly. The shaft and the helical subassembly are inserted into a retort shell and one free end of the subassembly is welded to one end of the retort. The shaft is then unscrewed from the subassembly while at the same time being forced axially into the retort such that the edges of the helical subassembly fit tightly against the inside of the retort. After the shaft has been removed, the remaining end of the helical subassembly is welded to the end of the retort.
    • 一种旋转式蒸煮炉,其中蒸煮器被支撑为仅在加热的炉壳外部的一端旋转,使得蒸馏器悬臂进入壳体。 旋转蒸馏器具有充电门机构,其与跳过式升降机装载机构配合,以提供均匀尺寸的待热处理部件的电荷,并将其引入蒸馏器中,以便使任何受控气氛的损失最小化。 跳过式起重机装载机构具有振动进料斗,其将重量控制的电荷分配到跳动式起重机铲斗中,该起重机铲斗在接收到预定的部件之后保持就绪位置,直到控制开启和关闭的凸轮机构 在蒸煮器的充电端上的门导致门打开,并且将跳过的铲斗移动到其中部件被倾倒到蒸馏器中用于热处理的位置。 通过从弹性材料形成多个环形线圈,径向切割每个环形线圈并使其变形以形成单独的翼片,并将从切割产生的分割边缘中的一个连接到相对的边缘 相邻的飞行,使得获得轴向压缩的螺旋组件。 然后将螺旋组件旋拧到具有多个导销的轴上,该轴在轴上以预定间隔轴向地轴向延伸并径向压缩螺旋组件。 轴和螺旋组件被插入蒸煮壳体中,并且子组件的一个自由端焊接在蒸馏器的一端。 然后将轴从组件上拧下,同时被迫轴向进入蒸馏器,使得螺旋组件的边缘紧紧地紧贴在蒸馏器的内部。 在轴被移除之后,螺旋组件的剩余端部被焊接到蒸馏器的末端。