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    • 1. 发明授权
    • Mould head for the vertical hot-top continuous casting of metal products elongate cross section
    • 模具头垂直热顶连铸金属制品细长截面
    • US06318449B1
    • 2001-11-20
    • US09424560
    • 2000-02-07
    • Jean-Marc JolivetEric PerrinJacques SpiquelCosimo Salaris
    • Jean-Marc JolivetEric PerrinJacques SpiquelCosimo Salaris
    • B22D11124
    • B22D11/041B22D11/0401
    • In this type of mold, a feed head (23) made of thermally insulating refractory fits on top of the cooled copper crystallizer (7) being internally aligned with it in order to define a passage for the cast metal, with interposition between the two of an insert (24) made of dense refractory having mechanical strength properties. This insert (24) consists of bars, each bar (29) being formed by a rigid assembly of aligned and juxtaposed contiguous elements (30) kept clamped against each other by a clamp incorporated into the bar, such as a cross-tie (31) associated with compression pads (33), and positioning and aligning the bar on the crystallizer (7) are provided and consist of a battery of spring pushers (38), which battery is associated with a positioning stop (39) on the crystallizer against which the bar (29) presses.
    • 在这种类型的模具中,由绝热耐火材料制成的进料头(23)装配在冷却的铜结晶器(7)的顶部上,与其内部对准,以便限定用于铸造金属的通道, 由具有机械强度特性的致密耐火材料制成的插入件(24)。 该插入件(24)由杆组成,每个杆(29)由刚性组件形成,所述刚性组件通过并入到杆中的夹具(例如十字接头)(31)而保持夹紧的对准和并置的连续元件(30) ),并且将结晶器(7)上的条定位和对准,并由一组弹簧推动器(38)组成,该电池与结晶器上的定位止动件(39)相关联,以抵抗 酒吧(29)按压。
    • 3. 发明授权
    • Two-material mold for the vertical hot-top continuous casting of metals
    • 双金属模具用于垂直热顶连铸金属
    • US6135197A
    • 2000-10-24
    • US147008
    • 1999-01-25
    • Jean-Marc JolivetEric PerrinCosimo SalarisJacques Spiquel
    • Jean-Marc JolivetEric PerrinCosimo SalarisJacques Spiquel
    • B22D11/04B22D11/041
    • B22D11/0401
    • The mold includes a cooled copper body 4 on top of which sits a refractory feed head 9 which itself consists of two separate components--a thermally insulating upper bush 16 and a bottom annulus 17 made of a stronger and more compact refractory which is surrounded by a crimping ring 18 narrower than the annulus, so that an edge of the annulus extends beyond each side of the ring. As the lower inner edge of the bottom annulus becomes worn due to an erosive flow of molten metal, the working life of the annulus may be extended in two ways. First, the annulus may be removed between casting operations and its bottom surface may be faced. Second, after the facing operations have rendered the bottom surface flush with the crimping ring 18, the annulus may then be inverted so that the lower inner edge is replaced with the upper inner edge.
    • PCT No.PCT / FR97 / 00545 Sec。 371日期1999年1月25日 102(e)日期1999年1月25日PCT 1997年3月27日PCT公布。 第WO97 / 37791号公报 日期1997年10月16日该模具包括一个冷却的铜体4,其上面设有耐火材料进料头9,其本身由两个单独的组件组成 - 隔热上衬套16和底部环形空隙17,其由更坚固和更致密的耐火材料制成 其被比圆环窄的压接环18围绕,使得环的边缘延伸超过环的每一侧。 由于底部环的下部内边缘由于熔融金属的腐蚀性流动而磨损,因此可以以两种方式延伸环的使用寿命。 首先,可以在铸造操作之间移除圆环,并且其底面可能面临。 第二,在面对操作使底部表面与压接环18齐平之后,环形件然后可以被倒转,使得下部内边缘被上部内部边缘替换。
    • 5. 发明授权
    • Continuous casting mold for the vertical casting of metals
    • 用于垂直铸造金属的连铸模具
    • US6050324A
    • 2000-04-18
    • US147007
    • 1999-01-22
    • Jean-Marc JolivetEric PerrinJacques Spiquel
    • Jean-Marc JolivetEric PerrinJacques Spiquel
    • B22D11/10B22D11/04B22D11/041B22D11/055B22D11/053B22D11/059
    • B22D11/0401
    • The mold comprises a tubular metal component (4), made of copper or a copper alloy, cooled by water circulation against its external wall and intended to ensure that the cast metal undergoes peripheral solidification on contact with its internal wall, and an uncooled feed head (9) made of a thermally insulating refractory, intended to contain cast metal in the liquid state and sitting on top of the cooled metal component (4) and defining with it a continuous sizing passage for the cast metal. A horizontal metal annulus (16) cooled by internal circulation is added between the feed head (9) and the tubular component (4) and aligned with the internal wall of the latter.
    • PCT No.PCT / FR97 / 00547 Sec。 371日期1999年1月22日 102(e)日期1999年1月22日PCT 1997年3月27日PCT公布。 第WO97 / 37793号公报 日期1997年10月16日该模具包括由铜或铜合金制成的管状金属部件(4),通过水循环对其外壁进行冷却,并且旨在确保铸造金属在与其内壁接触时经历外围固化, 以及由绝热耐火材料制成的未冷却的进料头(9),用于容纳处于液态的铸造金属并且位于冷却的金属部件(4)的顶部上并且与其一起形成用于铸造金属的连续施胶通道。 通过内部循环冷却的水平金属环(16)被添加在进料头(9)和管状部件(4)之间,并与其内壁对准。
    • 7. 发明授权
    • Continuous casting mold for metals
    • 金属连铸模具
    • US6102100A
    • 2000-08-15
    • US45693
    • 1998-03-23
    • Eric PerrinJean-Marc Jolivet
    • Eric PerrinJean-Marc Jolivet
    • B22D11/04B22D11/055
    • B22D11/055
    • A continuous casting mold for metals is provided that is formed of an assembly of four metallic plates (13, 14) which plates have channels in their respective interiors. The channels are vertically oriented and serve to pass a fluid which is being circulated for the purpose of cooling. Two or more of said plates (13, 14) each have one or more horizontal channels (6a, 6b) in the upper part of the plate, which channels serve for circulation of cooling fluid and are independent of the aforesaid vertical channels, wherewith the said vertical channels are terminated at a level below said upper part of the plate.
    • 提供一种用于金属的连续铸造模具,其由四个金属板(13,14)的组件形成,这些板在其各自的内部具有通道。 通道是垂直取向的并且用于通过正在循环以便冷却的流体。 所述板(13,14)中的两个或更多个在板的上部具有一个或多个水平通道(6a,6b),这些通道用于冷却流体的循环,并且与上述竖直通道无关,其中 所述垂直通道在板的上部下方的水平处终止。
    • 8. 发明授权
    • Ingot mould for the continuous vertical casting of metals
    • 铸锭用于金属的连续垂直铸造
    • US6109335A
    • 2000-08-29
    • US147028
    • 1999-01-22
    • Jean-Marc JolivetEric Perrin
    • Jean-Marc JolivetEric Perrin
    • B22D11/04B22D11/041B22D11/10B22D11/049
    • B22D11/0401B22D11/041
    • This mold consists of a cooled mold body (1), made of copper or a copper alloy, on which sits a refractory feed head (2) and a purge slit (8) is made at the interface between said mold body and said feed head, via which a stream of a waste inert gas is injected around the internal perimeter of the mold. The slit is supplied via a plenum chamber (13) made within the mold, the plenum chamber being itself supplied with gas via inlets (12) which connect it to a pressurized-gas supply (20). The injection slit (8) is segmented around the mold perimeter with the aid of separating means (21) which also segment the plenum chamber into compartments (13', 13", etc.) which are juxtaposed around the perimeter of the mold so that an inlet (12) runs out into each compartment thus formed. Thus, a plurality of elementary circuits (12'- 13"- 8'), which are mounted "in parallel" with respect to a single pressure chamber (20), are produced so that, overall, the injection of gas around the perimeter of the mold becomes insensitive to local perturbations such as local variations in the thickness of the slit.
    • PCT No.PCT / FR97 / 00546 Sec。 371日期1999年1月22日 102(e)日期1999年1月22日PCT 1997年3月27日PCT公布。 出版物WO97 / 37792 日期1997年10月16日该模具包括由铜或铜合金制成的冷却模具本体(1),其上设有耐火材料进料头(2)和吹扫狭缝(8),在所述模具 主体和所述进料头,废料惰性气体流通过该流注入模具的内周边周围。 狭缝通过在模具内制成的增压室(13)供应,通气室本身通过入口(12)供给气体,该入口将其连接到加压气体供应源(20)。 借助于分离装置(21)围绕模具周边分段注射狭缝(8),该分离装置还将增压室分隔成围绕模具的周边并置的隔室(13',13“等),所述分隔装置围绕模具的周边并置 入口(12)流出到如此形成的每个隔室中。 因此,制造相对于单个压力室(20)“并联”安装的多个基本电路(12'-13“-8”),从而总体上说, 模具的周长对局部扰动(例如狭缝的厚度的局部变化)不敏感。
    • 9. 发明授权
    • Process for adjusting the secondary cooling of a machine for continuous
casting of metal products
    • 用于调整连续铸造金属制品的机器的二次冷却的方法
    • US5085264A
    • 1992-02-04
    • US485524
    • 1990-02-27
    • Jean-Marc JolivetLaurent Sosin
    • Jean-Marc JolivetLaurent Sosin
    • B22D11/124B22D11/01B22D11/22
    • B22D11/015B22D11/225
    • Process for secondary cooling of a metal product continuously cast on a machine in which secondary cooling is divided into n staggered independent zones, within which the flow of cooling fluid varies according to the speed of the product. An undesired change in the surface temperature of the product at a point HD of the metallurgical length of the machine, such as the straightening point, due to a foreseen or foreseeable variation starting at the time t.sub.vo, in the casting speed, is compensated for by anticipation. A determination is made, by means of the casting speed, of the time t.sub.o at which commences, at the upper part of the ingot mold, the portion of product which, at the time tvo, will reach the point HD; a further determination is made of the times t.sub.1, . . . , t.sub.1, . . . , t.sub.n at which the portion commencing at t.sub.o will emerge from the zones 1, . . . . i. . . . ,n of the secondary cooling; and, from the time t.sub.vo, the method of cooling conventionally used is recommenced, varying according to the actual speed.
    • 在二次冷却分为n个交错的独立区域的机器上连续铸造的金属制品的二次冷却方法,其中冷却流体的流动根据产品的速度而变化。 在铸造速度下由于在tvo时刻开始的预见或可预见的变化,在机器的冶金长度的点HD处的产品的表面温度的不期望的变化(例如矫直点)被补偿 预期。 通过铸造速度确定在锭模的上部开始时间tvo处将到达点HD的部分产品的时间; 进一步确定时间t1,。 。 。 ,t1,。 。 。 ,其中开始的部分将从区域1出现。 。 。 。 一世。 。 。 。 ,n次级冷却; 从时间tvo开始,根据实际速度改变常规使用的冷却方法。
    • 10. 发明授权
    • Process for cooling a continuously cast metal product
    • 冷却连续铸造金属产品的方法
    • US5063991A
    • 1991-11-12
    • US563685
    • 1990-08-03
    • Manuel BobadillaJean-Marc JolivetMichel Martinot
    • Manuel BobadillaJean-Marc JolivetMichel Martinot
    • B22D11/10B22D11/124
    • B22D11/124
    • Energetic cooling of the product is performed during continuous casting when, at the core, the product is in a phase of pasty solidification so that the differential thermal contraction between the mushy core and the already completely solidified outer shell produces a squeezing effect of the core by the shell. To this end, means for cooling the product are arranged on the casting machine at the end section of the metallurgical length. The process makes it possible to reduce, and even to avoid, the formation of inner cracks during cooling of the cast product which would lead to the presence of segregated areas in the axial zone. It is applied advantageously to the casting of steels reputed to be difficult to cast continuously, such as steels with a long solidification range whose carbon content is from 0.25 to 1.5%.
    • 在连续铸造期间,当产品处于糊状凝固阶段时,在连续铸造期间进行能量冷却,使得糊状芯与已经完全固化的外壳之间的差异热收缩通过以下方式产生芯的挤压效应: 贝壳。 为此,用于冷却产品的装置在冶金长度的端部处设置在铸造机上。 该方法使得可以减少甚至避免在铸造产品的冷却期间内部裂纹的形成,这将导致在轴向区域中存在偏析区域。 有利地用于铸造难以持续铸造的钢,例如碳含量为0.25〜1.5%的长凝固范围的钢。