A mould table (15) is mounted below a hot top (11) with the mould table (15) being relatively moveable towards and away from the hot top (11).
The mould table (15) is moveable away from beneath the hot top (11) to allow a second mould table to be moved into position below the hot top (11).
Depending on the density of the microspheres, appropriate formulations can be obtained to fabricate isolating or exothermal couplings and elements for hot topping and supply.
In a high rotation mode, the centrifugal force applied to the weight is large and the weight turns around a rotation shaft.
In a low rotation mode, a centrifugal force applied to the weight is small and weight rotation is limited.
Since a weight is fixed to a brake shoe via an elastic member, the weight receives the vibration of the brake shoe and is vibrated.
To this end, the initiating device is constructed as two parts and is comprised of a centrifugal weight support (11) having at least one centrifugal weight (12).
A damper (2) according to the invention specifically comprises a plate (10) and a counterweight (12).
The invention relates to a combustion engine comprising at least one double-arm lever (3) that is rotatably mounted on a camshaft (1) in the vicinity of a base circle (2) of a cam by means of a shaft, the first lever arm (4a) forming a centrifugal weight.
These cavities provide air gaps when the riser sleeve is inserted into a mold, decreasing heat loss at the interface between the riser sleeve and the mold.
The riser sleeve (1) is only hardened to the point that said sleeve can be plastically moulded.
The riser sleeve also includes a pouring passage extending from the top surface and that is defined by the interior surface.
The riser sleeve is characterized by a plurality of cavities (102) are formed on the side wall, extending from the top in an axial direction of the body.
A fixed connection between the breaker core (6) and riser sleeve (1) can be obtained without it being necessary to use adhesive between the contact surfaces.
A method consists in bringing about a slag bath, melting the electrode and the edges to be welded, filling in with the molten metal a metal mould and the gap between the edges to be welded and subsequently removing the initial deadhead.
The riser is then fully hardened.
The invention relates to a method for producing a riser and a riser obtainable by said method.
The forebay is equipped with a weir (24) that divides the forebay into a slag skimming chamber (14a) and a riser chamber (14b).
A laser (34) monitors the rate of mold fill by monitoring the fill rate of the riser (28).
A space (through hole) allowing the supply of molten metal from a riser part to a product part is formed in the partition plate.
Disclosed are a plumb-bob calibration apparatus (21, 22) and a glass-wiping robot having the plumb-bob calibration apparatus.
The second force receiving mass and the force transmitting mass form a rigid triangle.
The plumb-bob calibration apparatus (21, 22) comprises a housing.
A pair of header drive rollers (20, 200) are mounted on the lower header member (50) and moved by the wheel shaft (11).
The fulcrum, first force receiving mass and force transmitting mass form a balance with the force transmitting device contacting the floating arm.
A probe (25) projects above the block (20) such that a wheel flange (42) will push the anvil block (20) away from the rail (12).
A gravity bead (4) moves in the cavity.
The ERM actuator includes a motor, a housing and a constrained mass.
The present invention relates to an exothermal feeder for the foundry industry and to the use of said feeder for dense feeding cast pieces, and to a mouldable composition for the production of an exothermal feeder according to the invention.
The proof mass is connected to the support by one or more proof mass flexures (34) that permit the proof mass to rotate with respect to the support about a hinge axis (HA).
The weight member (5) has a greater rigidity than the vibration plate (1).
The plate (10) is punched from a metal sheet that is substantially thinner than that of the counterweight (12).
The present invention relates to a feeder element (10) for use in metal casting.
The balance weight pressing sections are formed on the rear surface of the cover.
The first hook may be adapted for removing a wheel weight.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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