A first inner paper core (54) is first pulled out of the paper core (50).
The core and spindle permits contraction of the core without squeezing or binding the core to the spindle, so that the core can easily be removed from the spindle once the ribbon is wound onto the core.
A composite mandrel (1) includes a generally elongated mandrel body comprising a resilient mandrel core (2) and an elastomeric mandrel outer layer (10) disposed outside the mandrel core (2).
A second inner paper core (62) is provided.
The tool comprises a mandrel core which passes through the locking mandrel (34).
The mandrel has a first mandrel end and a second mandrel end.
The mandrel is movable between a first mandrel position and a second mandrel position.
The device comprises a mandrel and a mandrel guide whereby substances are delivered by retracting the mandrel guide relative to the mandrel.
The mandrel includes a first annular mandrel shoulder and a second annular mandrel shoulder.
The telescoping joint can include an inner mandrel, an outer mandrel, a seal between the inner mandrel and the outer mandrel, and a coiling chamber.
The magnetic base (5) can be an electromagnetic chuck, an electric permanent magnetic chuck, a permanent magnetic chuck, or the combination of a permanent magnetic chuck and an electromagnetic chuck.
The segmented chuck assembly includes a plurality of chuck segments forming a cylindrical chuck assembly.
The chuck system includes a chuck (120) for supporting the object, a frame (110) for supporting the chuck, and a chuck support structure (114) for supporting the chuck relative to the frame.
A tool chuck may include a chuck body that supports chuck jaws.
The chuck may include: a plurality of chuck jaws.
A saw arbor formed of a mandrel (10) and a cylindrically apertured sleeve (22).
The sawing apparatus includes a first arbor (110), a second arbor (120), an arbor base (140) and a work table (160).
The second arbor is oriented parallel to the first arbor and coupled to the first motor.
The first arbor and the second arbor are coupled to the respective opposite ends of the arbor base.
The mandrel may be part of a molding system that includes a mandrel surface that closely fits about the outer surface of the mandrel body.
A chuck and a chuck system, and a method for processing a toroidal structure such as a tire carcass.
A mandrel extractor system (56) is also included which linearly advances and retracts the mandrel.
The system generally includes a molding device (10) having a mandrel (12) having a form generally of a breast implant shell (40) and a mandrel rod (14), couplable to the mandrel (12).
A spindle motor (18) and a spindle driven thereby is mounted on a carrier with the spindle axis offset from the eccentric rotation axis.
So the clamping force of said chuck is distinctly greater than the common chuck.
The telescoping joint can include an outer mandrel, an inner mandrel, and a control line.
A center spindle ( 231 ) may be included where the spindle includes a slot ( 235 ) for inserting a portion of the retrieval bag and wrapping the retrieval bag about the spindle.
An integrated chuck holder and chuck plate apparatus, or chuck cup, which facilitates the clamping of an optical disc.
A chuck jaw and method of configuring a chuck are also described.
The invention relates to a chuck with chuck jaws (2) which are guided in the chuck housing (1).
To this end, the chuck is carried by a spindle which has a smaller radius than that of the chuck.
Rotation of the inner mandrel (2) in the set state is bringing a third mandrel section (2c) of the mandrel (2) to a locked state, in which further rotation of the inner mandrel (2) is prevented.
The mandrel 42 defines a mandrel axis of rotation M for the tool.
A mandrel for use in a battery assembly may include a positive mandrel portion and a negative mandrel portion.
A heating element is arranged inside the chuck and heats the chuck.
The present invention generally comprises an electrostatic chuck base, an electrostatic chuck assembly, and a puck for the electrostatic chuck assembly.
Each annular mandrel shoulder extends radially outward from the mandrel.
A device for obtaining off-axis reinforcement of a woven object (10) is made up of a fixed mandrel (20) and a rotating mandrel (22).
The wafer chuck includes a compliant layer disposed over a chuck body.
The facepiece mandrel has a pair of conical holes, in an intermediate section thereof, for receiving a leading end of one mouthpiece/nasal mandrel.
A covered mandrel that includes a mandrel and a covering.
The rotating mandrel (22) is connected to the fixed mandrel (20) by shaft that rotates through the middle of the fixed mandrel (22).
One or more circular rings (212, 214) surround the mandrel and are attached to the mandrel.
A mandrel for use in a battery assembly may include a positive mandrel portion and a negative mandrel portion.
The mandrel mill includes a mandrel bar and is for rolling a tubing wherein the mandrel bar has been inserted.
The mandrel has a head portion (62) threadedly connected thereto.
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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