Abstract: An improved load cell scale which comprises a load supporting frame pivotally carried upon levers which bear upon a load cell on the frame and, are in turn, pivoted upon fulcrum pins. All pivot pins are journaled in oversized bores formed in the levers so as to rock the pins with a slight rolling motion in the bores under load-induced pivotal action, rather than with rotation about the pin axis.

Abstract: A low profile platform scale having a rigid rectangular platform and a base assembly, supporting the platform, adapted to rest on an underlying foundation and having four independent corner pads, each with beam load cells mounted in cantilever fashion on the corner pads, with the load cell elements coupled to the platform in an arrangement where the load on the platform is transmitted to the load cell elements by means of a tension member. The tension member is connected by ball and socket means to both the platform and the load cell element. The corner pads are connected to each other by slightly flexible, inelastic rods arranged beneath and adjacent borders of the platform in a rectangular array, and fastened to adjacent corner pads for fixing the spacing between them. The underlying corner pads operate independently and accommodate locally irregular surfaces causing any one of the corner pads to be slightly tilted without affecting the accuracy of response of the load cell.

Abstract: Weighing apparatus for continuously weighing a throughpassing layer of fiber material in a metering device of a spinning preparatory machine with two pairs of rolls arranged at a distance from one another for supplying the layer of fiber material to and for taking-off the layer of fiber material from a measuring zone between the pairs of rolls. There are provided two weighing plates, each of which is pivotable about an axle and connected with a measuring signal transmitter, the signal of which depends on the pivoting angle of the plate. An endless belt which contactingly glides across the weighing plates and which is driven at the speed of movement of the layer of fiber material is provided for transporting the layer of fiber material.

Abstract: A null balance transducer which is useful in analytical balances. The transducer features a first and second band which support the balance beam of the scale, and which shoulder most of the weight. A third band is also connected to the balance beam, and is responsive to the pivoting of the balance beam. A pair of strain gages are mounted to the third band to detect the balance condition of the balance beam. The strain gages provide accurate results, since the third band is not substantially influenced by weight loading of the balance beam.

Abstract: The invention concerns a balance provided with a load support, load compensating means and a lever system mounted between the load support and the load compensating means. The lever system comprises four equally long and identically designed three-knife load levers connected with the load compensating means by at least one intermediate lever, each of the four load levers being allocated to one out of four equally designed supporting points of a knife bearing body of the same intermediate lever.

Abstract: A beamless dynamometer or weighing device comprising a coil movable in the orking gap of a fixed magnet, the coil and magnet forming part of an electromagnetic compensation circuit for the dynamometer or device, and an arrangement for guiding movement of the coil within the working gap comprising an air bearing formed of a fixed guiding cylinder and an air-mounted slidable sleeve connected to the coil; preferably two coils are provided, each connected to a separate slidable sleeve, one sleeve being disposed inside the cylinder and the other sleeve outside the cylinder with the cylinder being formed of an annular jacket suppliable with compressed air which, in use, vents into the gap between the sleeves and cylinder, one sleeve being arranged to be acted upon by the force or mass to be measured and the other sleeve carrying a reference mass.

Abstract: A balance mechanism for automatically lifting known weights in a single-arm balance comprised of two plates, a first plate supporting the known weights and a pan for an unknown mass to be weighed and a second counterbalancing plate coupled to the first through a box lever having diagonal corners connected to a support member through flexible elements that will permit the box lever to pivot about a diagonal axis in response to a vertical force at one free corner connected to a corner of one balance plate or in response to a vertical force at the other free corner connected to a corner of the other balance plate. One balance plate is secured in space by two taut rectangular loop lines, one line being connected taut to diagonally opposite corners of the plate and to elements affixed to the support member in a position over the free corners of the plate, and the other line being connected taut to the free corners of the plate and to elements affixed to the support member in a position over the other two corners.

Abstract: A scale for weighing vehicles in motion comprising a rigid load platform supporting structure having torque transmitting bars arranged around the perimeter thereof and a support and roller assembly associated with each end of each torque bar for low friction, and a single load cell operating with low vertical travel.

Abstract: The weight of a vessel having trunnion shafts supported by bearings fitted with pressure pads is determined as a function of the fluid pressure necessary to raise the shafts a constant distance and maintain the distance constant.

Abstract: A platform type weighing scale including a base and a scale platform and first and second pairs of platform suspensions for mounting the platform on the base at the four corners of a generally rectangular pattern, an elongated load sensing beam supported at spaced points therealong on the base, and first and second transfer means respectively interconnecting the first and second pairs of platform suspensions to the beam at a common point intermediate the spaced beam suspension points to apply a bending load to the beam correlative with the sum of the loads applied to the first and second pairs of platform suspensions, and electrical strain gauge means mounted on the load sensing beam for producing an electrical signal correlative with the bending stress produced in the beam as an indication of the total weight applied to the scale platform.

Abstract: A low-cost rugged beam balance weighing scale with an automatically aligning point contact support mechanism. The beam balance is supported centrally of a base and a pair of balance pans are each supported on opposite ends of the beam, with all supports employing a tapered male member terminating in a rounded point and a female member having a recess for receiving the rounded point of the male member. The radius of curvature of the central region of the recess is greater than the radius of curvature of the mating rounded point to ensure point contact support therebetween.Automatic alignment is provided by providing a loose fit between a coupling portion of either the male or the female member and a corresponding mounting aperture in an appropriate support region of the base, beam or balance pan, the aperture being oval and oriented with the maximum inner dimension normal to the longitudinal axis of the beam balance. Several alternate equivalent arrangements are shown for the point contact support elements.

Abstract: This invention relates to a container system, which includes a container having a mounting bracket mounted thereon to carry a first flange-like element, a second flange-like element disposed in spaced parallel relationship with respect to the first flange-like element, a linking member mounted on the second flange-like element, which also carries a third flange-like element mounted thereon, a fourth flange-like element disposed in spaced parallel ralationship with respect to the third flange-like element, a support frame fixedly mounted on the fourth flange-like element, and a plurality of elongated resilient cross-members extending perpendicular to and interconnecting the first and second and the third and fourth flange-like elements, respectively, the cross-sectional area of the cross-members on any plane parallel to their respective flange-like elements collectively being symmetrically disposed about a pivot axis extending perpendicular to their respective flange-like elements.

Abstract: A leaf spring weighing scale is described which uses load cells to measure the deflection of the load support. The load cells are arranged in tandem. One of the load cells is a low range deflection reading cell, and the other load cell is a high range measuring cell. Each of the load cells is bottomed before it reaches its deflection limit to prevent damage to the cell. A point contact connection between the load support and the load cells eliminates errors caused by lateral forces, and errors due to the non-linearities in the load support deflection. The leaf springs of the scale are constructed as thin strips to eliminate the effects of "oil canning", and to reduce structural and assembly inaccuracies.

Abstract: A load-weighing device for indicating the weight of a load is provided for attachment to the load-carrying member of a lifting device. The load-weighing device includes a frame connected to the load-carrying member and a bearing block mounted in the frame for rotation relative to the load-carrying member. A clearance space is provided between the lower surface of the bearing block and the frame which is eliminated upon the application of a load. A bearing member is also mounted in the frame and includes a cylindrically-shaped lower surface which is arranged to abut a cylindrically-shaped upper surface of the bearing block. The bearing member is provided with a recess for receiving a pressure-sensitive member so that when a load is lifted by the load-carrying member, the force of the load is transferred to the pressure-sensitive member which operates to provide a load-measuring value to a receiver.

Abstract: A platform type weighing scale including a base, a scale platform, and a unitary weigh frame having spaced parallel torque members and an elongated bendable load sensing beam extending between and ridgidly attached to the torque members. Four frame suspensions engage the torque members to support the weigh frame on the base and four platform suspensions engage the torque members to support the platform on the weigh frame and apply forces to the first and second torque members correlative with the load on the platform and to produce a bending moment in the beam correlative with the sum of the forces applied to the first and second torque members. Electrical transducer means senses bending of the sensing beam as an indication of the weight applied to the scale platform.

Abstract: A platform scale having an interconnected lever type suspension in which all of the suspension links are adjustable for optimum alignment of the mechanism. Each suspension member has an adjustable pin with a V-notch to receive a thin blade type hanger link, each pin having locking means by which the mechanism can be set with all the hanger links accurately vertical, so that no offset loads or drag are applied to the scale. The mechanism is applicable to electronic readout systems utilizing strain gauges or similar force indicating means, or to beam type scale mechanisms with adjustable weights.

Abstract: Weighing equipment for weighing stationary objects, such as containers, load platforms and the like, includes a base and a plurality of supports containing pressure sensitive load cells and each formed of an upper supporting part which is attached to the object and a lower support part which rests on the base. The two support parts of each support are formed of two portions of a spherical bearing having upper and lower bearing surfaces. One of the supports is a rigid support which permits no relative horizontal movement, another of the supports permits movement in one direction only and the other two supports permit movement in both directions.

Abstract: In a wheel cleaner for the cleaning of truck wheels solely by centrifugal action, a weigh beam is incorporated whereby the individual axle loadings and the total weight of the truck can be determined. At the center of a wheel cleaner frame that is set into the ground, pairs of transverse horizontal rollers are provided on which the truck wheels can be spun to throw off mud, stones etc. At the end of the frame a transverse weigh beam, having its top surface substantially at the same level as the tops of the rollers and the frame members, is carried for limited downward travel on end suspension mountings each incorporating a load cell. The load cells give analogue electrical signals that are converted to digital form and processed to derive individual axle loadings and vehicle payload.