Abstract: An apparatus is for use in connection with an implement for being inserted into a vascular space. The apparatus includes a body having a passage adapted for receiving the implement. A counter is provided for counting the amount the implement moves through the passage of the body. A kit may include a first counter adapted for use with a first device having a first diameter for being inserted into the vasculature, and a second counter adapted for use with a second device having a second diameter for being inserted into the vasculature. Related methods are also described.

Abstract: A square gauge apparatus configured for being selectively and removably mounted on a leg of a carpenter's square has a ledge having a ledge first surface and an opposite ledge second surface, the ledge first and second surfaces being parallel and offset, a first abutment extending from the ledge and having a first abutment front surface that is perpendicular to the ledge first surface, a second abutment extending from the ledge opposite the first abutment and having a second abutment front surface that is perpendicular to the ledge second surface and parallel to and coplanar with the first abutment front surface, and a slot formed adjacent to the ledge between the first and second abutments, the slot having a slot end surface that is parallel to and coplanar with the first and second abutment front surfaces.

Abstract: An apparatus is for use in connection with an implement for being inserted into a vascular space. The apparatus includes a body having a passage adapted for receiving the implement. A counter is provided for counting the amount the implement moves through the passage of the body. A kit may include a first counter adapted for use with a first device having a first diameter for being inserted into the vasculature, and a second counter adapted for use with a second device having a second diameter for being inserted into the vasculature. Related methods are also disclosed.

Abstract: An apparatus for measuring a profile of a tubular string and the components thereof as the tubular string is made up and run into a borehole. The apparatus includes a rotating assembly disposed within a housing, the rotating assembly including a plurality of upper legs, and plurality of lower legs and a plurality of rolling elements, each upper leg having a proximal end and a distal end coupled to an upper ring, each lower leg having a proximal end coupled to a lower ring and a distal end, and each rolling element rotatably coupled to the proximal end of an upper leg and a distal end of a lower leg. The apparatus further includes a sensor for detecting a position of the rolling elements as they engage an exterior surface of a tubular string being made up and run into a borehole from a rig. The apparatus receives the tubular string through aligned central passages in the upper ring, lower ring and the rotating assembly.

Abstract: A method of calibrating once-around and harmonic errors of encoded nips is provided. An encoder with an index pulse is used to measure the velocity and rotation of the driven wheel or idler. The geometry of the drive train and wheel and idler is chosen so that their once around and harmonic frequencies are unique such that no other drive errors will generate these frequencies. The method includes running the idler or wheel at substantially constant velocity for N revolutions. Each index triggers the collection of velocity data, which is averaged for N revolutions. This process detects drive train motion errors that are periodic with respect to the timing of the index pulse (i.e., once per revolution of the wheel or idler). Once the velocity errors have been measured, corrections are made. This method may be incorporated in xerographic machines as part of a setup or calibration procedure.

Abstract: A means for binding wire around an object. The means comprises a feeding unit (2) with a feeding wheel (11) for feeding and stretching the wire (3). The measuring of fed wire length normally takes place in that the feeding wheel (11) rotates through a predetermined number of revolutions. Sliding between the wire (3) and feeding wheel (11), however, implies that the position of the wire cannot be determined accurately. As a solution of this problem a separate measuring means (5) is provided for continuously measuring the fed wire length (3), where the measuring is carried out without the measuring means (5) feeding the wire (3).

Abstract: Calipering the thickness of individual books during production, independent of caliper bounce due to elastic resiliency of the books. A caliper roller is held apart from an anvil roller while a book is positioned between the two rollers. The caliper roller then is moved toward the anvil roller with sufficient resilient force to cause an initial maximum compression of the book between the caliper elements, followed by rebound movement of the caliper roller. The initial movement of the caliper roller is coupled to a measuring element through a lost-motion connection, so that the measuring element is not affected by rebound movement of the caliper roller. Movement of the measuring element thus corresponds to the initial maximum compression of the book by the caliper roller, which in turn corresponds to the actual thickness of that book.

Abstract: An engineering drawing copier includes a device for measuring and recording cumulative movement of the copier's paper feed belt only when paper is present at the exposing lamp. A correct cumulative paper length is generated, notwithstanding variations in the size and shape of the sheets which have been copied.

Abstract: A measuring device having a mounting arrangement for adjusting the space relationship between first and second shafts in a housing to maintain an engagement chord created between first and second inflatable and pliable members in the plane of the path of a product and an inflator system to maintain a constant fluid pressure in the first and second inflatable and pliable members to sustain a desired circumference for the first and second inflatable and pliable members once calibration has been established for the measuring device.

Abstract: An improved wire feeding and measuring apparatus having a pair of cooperating feed belts to feed a wire in an axial direction. A drive wheel is located downstream of the feed belts and rotates in contact with the wire at a slightly faster speed than the feed belts, while a measuring wheel, operably connected to an encoder, is also engaged with the wire and is located opposite the drive wheel. The measuring wheel is biased toward the drive wheel by a spring exerting a light force. Guides are associated with each wheel and each guide includes a wire supporting surface and a slot located adjacent the supporting surface. The periphery of each wheel projects a slight distance through the slot in the respective guide and engages the wire. The guides maintain the wire in a tangential relation to the periphery of the wheels and prevent wrap around of the wire on the wheels.

Abstract: An apparatus for determining and indicating the location of an end portion of a probe inserted into an external body. As the probe moves it rotates a measuring wheel to indicate linear translation, and optionally also moves another measuring wheel to indicate angular rotation of the probe. The data representative of probe linear insertion and angular orientation is recorded synchronously on a record for display with data obtained from a transponder positioned near the end portion of the probe.

Abstract: Apparatus is provided for the lineal measurement of continuous or stranded materials, such as cloth, otherwise transported past such apparatus. A gravity operated contact wheel is used to bias the materials into engagement with a measuring wheel, the rotation of which generates incremental distance pulses which are summed in a counter. An electric eye is used to detect the presence of materials to be measured so that a measurement count is held as a trailing edge of such materials departs from between the measuring roll and contact roll. The entire device may be supported on a support base which is in turn adapted to fit into a preformed opening or slot in the top surface of a work area such as a cloth cutting table. In such instance, the measuring device operates to measure cloth drawn across the table and in between the measuring and contact rolls.

Abstract: A cable length measuring device, comprises guide rollers for maintaining the cable in a straight line along a given segment of a line, and two encoding wheels disposed tangentially to the straight segment cable; additional guides, the ends of which bearing against the cable are made of a wear resistant material, are provided between the guide rollers and the tangential wheel/cable contact area.

Abstract: A mechanism for accurately measuring the length of a continuously produced product, i.e. cable, hose, chord, tube, rope, strip, wire, fiber and etc. The mechanism has a housing for retaining first and second shafts. A first rotatable member attached to the first shaft has a first circumferential face with a pliable surface thereon. A second rotatable member attached to the second shaft has a second circumferential face with a pliable surface thereon. The first and second rotatable members are moved toward each other to define a common chord between the first and second circumferential faces. The pliable surface of the circumferential faces surrounds the product as the product moves along the entire chord. An encoder responsive to rotation of the second shaft generates discrete signals which are communicated to a counter to indicate the distance moved by the product along the chord. The counter has a visual readout to inform an operator of the length of product that has passed through the mechanism.