The outer sleeve surrounds the inner sleeve.
The sleeve arrangement includes an outer sleeve consisting of first sleeve shell (14) and second sleeve shell (16).
The stator sleeve includes a first sleeve portion and a second sleeve portion.
The first sleeve is inserted in the second sleeve.
The invention relates to a sleeve carrier (16) comprising a sleeve guide (17) for receiving a sliding sleeve on the sleeve carrier (16).
Also provided are a cuff assembly and a kit including a cuff or cuff assembly.
Also, the cuff is substantially free of an adhesive for adhering the cuff to the body.
The cuff may include a cuff usage register for containing a cuff usage record and the tourniquet instrument connector may include a cuff usage register interface for reading the record.
When the inflatable cuff is coupled to a wearer, the gas reservoir supplies gas to the inflatable cuff to inflate the inflatable cuff via gas pathways.
A cuff retaining ring (40) extends around the inner annular cuff portion (51) such that the inner annular cuff portion (51) is positioned between the cuff retaining ring (40) and the annular recess (44).
The compression collar (16) surrounding the support collar (14) is plastically deformable.
The invention relates to a sleeve having a sleeve base (126) and a collar (124) which is produced separately from the sleeve base and radially projects over the sleeve base.
An antenna collar apparatus, comprising a movable collar and a means for operating one or more devices operatively coupled to said collar by movement of said collar.
The collar also has an opening that allows the plurality of strands to be inserted into the collar prior to connecting the hub with the collar.
The collar may include a fold such that a first portion of the collar overlies a second portion of the collar in a concentric manner.
The collet has a sleeve and a plurality of flexible arms extending from the sleeve.
The spool sleeve design of the valve has all of the plunger seals and bushings held within the sleeve.
A bushing has a sleeve (12) within an outer shell (10) held by a constriction (16) in the shell bore.
The first and second bushing limiters (12) securely connect to the compression limiter (14) and the bushing (16).
A nut is secured to the damping bushing.
Each support section (12) comprises a bush housing (14), a cradle bush (16) and a damping means sandwiched between the bush housing (14) and cradle bush (16).
Each bush has a bush axis (132) which is at an angle to the transverse axis (124).
In a first position of the bush (7), the worm shaft (2) frictionally and/or form-fittingly engages the bush (7), and in a second position of the bush (7), the worm shaft (2) is axially movable relative to the bush (7).
The invention relates to a bearing bush (10) comprising an inner shell (11), an outer shell (12), and a support body (13) that is made of elastomeric material and is disposed between the inner shell (11) and the outer shell (12).
The fixing bush (43) which lies on an annular step (27) of the guide sleeve (21) grips an outer wall (28) of the guide sleeve (21) with a press-fit.
The coupling sleeve (1) comprises a valve device for opening the flow-through of pressure medium as the nipple (2) is inserted to its engagement position and consists of a sleeve-shaped front part (5) and a sleeve-shaped rear part (6).
The friction coupling comprises an inner sleeve (2) and an outer sleeve (5).
A coupling construction comprises a coupling (1) and at least one high-pressure pipe (2) connected to said coupling.
The coupling comprises a coupling sleeve (1) and a nipple (2) insertable therein.
A device for adjusting the compression force of the spring-mounted coupling is mounted between the drive and spring-mounted coupling.
A transcutaneous sleeve in the form of a tube having an internal diameter allows the sleeve to fit over the external surface of the internal drainage tube, and the sleeve includes a horizontal flange positioned at a top edge of the sleeve.
In addition, the inner sleeve, outer sleeve and the tubing flange are mechanically connected.
The plug comprises an internally threaded sleeve member (19) and a flange (22) projecting radially therefrom.
The distal sheath member may have a proximal sheath portion (144) and a distal sheath portion (146).
A sleeve assembly can be provided with a guide sleeve removably engaged to a guide sleeve housing.
The stacking sleeve may be configured to enable nesting of a second sleeve-pallet supported by the stacking sleeve.
The inner sleeve is disposed in the thru-bore of the outer sleeve.
As the second sleeve is urged inward within the first sleeve, the second sleeve clamps down upon the axle.
The stem extends through the sleeve from an end of the sleeve opposite the sleeve head with the stem head adjacent the end of the sleeve opposite the sleeve head.
The sleeve member 20 defines an axially extending inner sleeve passage.
The rotary union has a rotatable sleeve and a non-rotating sleeve.
The inner sleeve (8) can rotate together with the rear sleeve (9).The sleeve part (7) and the inner sleeve (8) has parts for locking the chuck.
The adjusting member has an outer sleeve (27) and an inner sleeve (26) disposed partially within the outer sleeve.
The outer sleeve (9) is connected to the nut sleeve (7).
The pass-thru fitting includes an outer sleeve and an inner sleeve.
An inner sleeve (8) is disposed on the rear sleeve (9) or is connected with the rear sleeve (9).
The external sleeve is slidably coupled to the internal sleeve.
One inner sleeve is nested within each middle sleeve.
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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