Abstract: The invention relates to elastic guiding device to support a mass with respect to a base in a support direction, wherein the stiffness in support direction compared to stiffness in other direction, for example the stiffness in vertical direction compared to the stiffness in horizontal directions is substantially increased. The invention further relates to a positioning device comprising at least one elastic guiding device, and a lithographic apparatus comprising such positioning device.

Abstract: There is described a device, such as a wireholder, for measuring a load of an elongate member, such as a power line. The device includes a body, a load-bearing member, and a first sensor operable to measure a load applied to the load-bearing member in a first direction, for example a direction of sensitivity defined by the first sensor. The load-bearing member is movably coupled to the body such that the load-bearing member is displaced from a reference position as a function of a load applied to the load-bearing member in a second direction, such as a direction normal to the first direction. The device may further include a second sensor for measuring a displacement of the load-bearing member.

Abstract: A flange coupling part reinforcing jig includes a pair of clamping members having pressing parts capable of coming into contact respectively with outer faces of two flange parts which are bolt-connected and a fastening means for fixedly fastening the two clamping members by drawing them to each other in a flange coupling direction, with the pressing parts of the clamping members being placed in abutment with the outer faces of the flange parts. At portions of the two clamping members opposed to each other in the flange coupling direction, there are formed an inner fitting part and an outer fitting part which are fitted to each other in the flange coupling direction at positions of the two flange parts more radially outward than outer circumferential faces of the two flange parts.

Abstract: A beam scale for measurement of body weight and height according to the present invention includes a frame and a weighing mechanism. The frame includes a base assembly, a pillar assembly, and a horn assembly. The weighing mechanism is housed within the frame and includes a beam, weights, and a lever assembly. The horn assembly may include a transparent holding bracket having a level indicator. The scale may include a height measurement assembly having a height rod, a sheath supported by the horn assembly and the pillar assembly, a measuring arm, and a transparent height-measuring window having a line indicator. The frame may include a quick assembly mechanism to secure the pillar assembly to the base assembly during final assembly, quiet wheels for transport, and/or handle bars to support the user. Much of the frame may be made of pigmented thermoplastic or thermoset materials to reduce manufacturing costs and scale weight.

Abstract: A swing weight scale is presented that measures the swing weight of a golf club by measuring the torque exerted by the club about fixed balance point. The apparatus comprises an elongated torque arm pivotally mounted to a base. At one end of the torque arm a pair of rollers cradle the shaft of the golf club from underneath. At the other end of the torque arm a vertical stop provides a reference for locating the butt of the golf club shaft and provides the mounting surface for a second pair of rollers that cradle the upper surface of the shaft at the butt end. The rollers allow the golf club shaft to freely rotate about its longitudinal axis so that the golf club head will hang down freely. A torque sensor is mounted at the pivot point of the torque arm to measure the torque produced by the golf club as it is supported by the torque arm.

Abstract: A golf club swing weight balance and scale according to the invention includes a weighing beam having and extending between first and second ends, a grip backstop disposed at the second end of the weighing beam and including a grip cap compensator movable within the grip backstop between an extended position and a retracted position, a slide weight slideably mounted on the weighing beam, and a pivot assembly pivotally supporting the weighing beam at a location intermediate the first and second ends and including a single support member disposed on only one side of the weighing beam so that the slide weight can be moved from the first end to the second end in a single stroke. The pivot assembly preferably includes a knife edge fulcrum, one end of which includes a knife edge pivotally connected to the weighing beam. The slide weight indicator includes a balance indicator indicating when the weighing beam is balanced, most preferably a bubble level mounted on the slide weight.

Abstract: A golf club swing weight balance and scale according to the invention includes a weighing beam having and extending between first and second ends, a grip backstop disposed at the second end of the weighing beam and including a grip cap compensator movable within the grip backstop between an extended position and a retracted position, a slide weight slideably mounted on the weighing beam, and a pivot assembly pivotally supporting the weighing beam at a location intermediate the first and second ends and including a single support member disposed on only one side of the weighing beam so that the slide weight can be moved from the first end to the second end in a single stroke. The pivot assembly preferably includes a knife edge fulcrum, one end of which includes a knife edge pivotally connected to the weighing beam. The slide weight indicator includes a balance indicator indicating when the weighing beam is balanced, most preferably a bubble level mounted on the slide weight.

Abstract: An apparatus and technique that extend the useful weighing range of a weight scale is provided. A preferred embodiment comprises a screw and a moveable weight. A head of the screw fits into a notch on the weight scale and the location moveable weight is varied in relation to the screw head by driving the screw into or away from the center of the moveable weight via a tapped receiver of the moveable weight. In a second embodiment, a supplemental weight has a base and a movable weight that are associated and positionally adjustable along at least one linear axis. In a preferred embodiment, a threaded screw length is used to adjust the relative positions of the base and the movable weight. The supplemental weight is removably coupled with the weight scale and calibrated into an operating state, wherefrom the weighing range of the scale may be extended.

Abstract: A weighing device for the determination of weight of a fiber material is provided. The weighing device includes multiple weighing arms. Each of the weighing arms is pivotably supported on one end. Also, each of the weighing arms is supported on an opposite end by a weighing element. The weighing arms are configured for supporting and transporting the fiber material. The weighing element provides a signal for the determination of weight of the fiber material.

Abstract: A beam scale for measurement of body weight and height according to the present invention includes a frame and a weighing mechanism. The frame includes a base assembly, a pillar assembly, and a horn assembly. The weighing mechanism is housed within the frame and includes a beam, weights, and a lever assembly. The horn assembly may include a transparent holding bracket having a level indicator. The scale may include a height measurement assembly having a height rod, a sheath supported by the horn assembly and the pillar assembly, a measuring arm, and a transparent height-measuring window having a line indicator. The frame may include a quick assembly mechanism to secure the pillar assembly to the base assembly during final assembly, quiet wheels for transport, and/or handle bars to support the user. Much of the frame may be made of pigmented thermoplastic or thermoset materials to reduce manufacturing costs and scale weight.

Abstract: A portable scale is provided that includes a fulcrum, a balance beam pivotally mounted on the fulcrum, the balance beam supporting a load pan on one end and including an elongated portion having a measurement strip extending along the elongated portion of the balance beam. The portable scale includes a dynamic weight movable along the elongated portion of the balance beam. The dynamic weight includes a display unit on the elongated portion of the balance beam for detecting the location of the dynamic weight along the measurement strip, for electrically converting the location to a weight measurement, and for displaying the weight measurement. The portable scale may include luminescent material.

Abstract: The invention—Ayurvedic Scale—is a machine that physically represents or models the philosophical essence of the ancient science and philosophy of Ayurveda in the form of a tri-armed scale. The Ayurvedic Scale's primary function is to assist users in determining and visually representing their current spiritual state as well as their underlying Ayurvedic body type, which are both helpful in evaluating immediate choices using Ayurvedic philosophy. It also serves to act as a visual model in helping users to more clearly understand the complexities of Ayurveda, to provide a physical reminder of Ayurveda's suggested foci in the user's life, and to act as a decorative model, which reflects the owner's interest in Ayurveda. The invention is meant to embody two of Ayurveda's core foci—simplicity and balance.

Abstract: A lightweight, portable scale, including a balance beam pivotally positioned on a fulcrum, contained in a tear-drop shaped carrying case. The portable scale has a load pan on one end of the balance beam and a graduated scale, configured to accommodate sliding weight members, extending toward the opposite end of the balance beam. The fulcrum is positioned between the load pan and the graduated scale. To establish equilibrium, the balance beam includes a stationary counter-weight attached on the load pan side of the fulcrum, which balances the empty load pan against the sliding weight members located at a zero position on the graduated scale. The carrying case has a top portion hingedly attached to a bottom portion, which functions as the base of the portable scale and has sidewalls shorter than the fulcrum, preventing interference by the side walls during the weighing process.

Abstract: A weighing scale detects and indicates changes in a small weight that is embedded within a much larger residual weight. The scale device has a base and a top weighing pan above it, with a linkage supported between the base and the top pan. A counterbalance weight lever is supported on a pivot member, and has one end connected to the linkage, and a counterbalance weight on the other end. An adjustable tensioning spring provides a balancing force for the counterbalance weight lever within the weight range of the critical weight. A potentiometer of other detecting device can provide an electrical signal to an alarm device to warn the consumer that the weight of a consumable quantity has dropped into the critical weight range.

Abstract: A portable postal scale for determining whether the weight of a letter exceeds the maximum for a given amount of postage, for example, one ounce. The scale comprises an elongated beam having a letter holder, a fulcrum, a leveling assembly and a preloaded portion and a wedge shaped piece. The letter holder comprises two upward facing arms forming a narrow slot for holding the letter to be weighed in an upright position. The leveling assembly, which allows the scale to be used on an unlevel surface, comprises a leveling bubble with scribe lines. The portion of the beam from the fulcrum to the end opposite the letter holder is the preloaded portion that has sufficient weight to balance the beam when a letter of predetermined weight is placed in the letter holding slot. In use, the end of the beam opposite the letter holder is placed on top of the wedge shaped piece, which is moved forward or backward until the leveling assembly is level.

Abstract: A fish weighing scale attachment for attachment to a fishing rod for weighing a fish still hooked on the fishing line. The fish weighing scale attachment includes a housing with a channel in a bottom face of the housing. A mounting block is slidably inserted into the channel of the housing. The mounting block has a pair of outwardly extending flexible straps which are coupled to one another. A weighing scale is provided in the housing. The weighing scale has a pivoting weighing arm having a spaced apart pair of upwardly extending fingers. The weighing scale also has a visual display provided on the top face of the housing.

Abstract: A golf club survey instrument includes a weight scale and a variably positionable fulcrum, enabling the instrument to be used determine the total weight of a golf club or the weight of each of its separate components, the swing weight of the club, and the center of gravity of the club. A linear scale also provides for the determination of the length of the club, or club components such as the shaft, grip, etc. The instrument comprises a base having a weight scale affixed at one end thereof, with the scale including a golf club grip retainer thereon positioned to place the end of the grip at the origin of the linear scale. The retainer also limits oscillations of the club, thereby providing for the rapid and accurate determination of the center of gravity of the club when balanced upon the fulcrum of the instrument. The base also includes a linear track therein and parallel to the linear scale, with the track providing for the adjustable positioning of the fulcrum therein.

Abstract: A bale weighing device for use with a mobile baler is disclosed. The weighing device comprises a support structure which is attached to the baler and pivotably supports a pivot shaft. Two balance arms are rigidly attached to the pivot shaft and support a bale chute. One of the balance arms has a forward end and a rear end which form an angle in the balance arm. The bale chute is attached to the baler by a double hinge which allows the bale chute to move vertically relative to the baler. When a bale is resting in the bale chute, the forward end of the balance arm moves upward and a pointer indicates the relative weight of the bale on a gauge. An electronic position sensor may also be used to indicate the weight of the bale.

Abstract: A portable postal scale for determining whether the weight of a letter exceeds the maximum for a given amount of postage, for example, one ounce. The scale comprises an elongated beam having a letter holding means, a fulcrum and a preloaded portion. The letter holding means comprises two upward facing arms forming a narrow opening or slot for holding the letter to be weighed in an upright position. The part of the beam from the fulcrum to the end opposite the letter holding means is the preloaded portion; the preloaded portion has sufficient weight to balance the beam when a letter of predetermined weight is placed in the slot. A calibration means for the beam and longitudinally located recesses made suitable to accept a movable counterweight for determining additional increments of weight are provided in other embodiments.

Abstract: A scale having a base provided with spaced first and second upright posts, a beam having an intermediate portion pivotally mounted by the first post, a pan dependingly pivotally mounted by the beam first end portion remote from the posts, the beam having a first series of serrations between the first post and the pan and first graduated indicia in registry with the first serrations, a second series of serrations and second indicia in registry with the second serrations on the opposite side of the first post from the first serrations, a third series of serrations and third indicia on the opposite side of the second serrations from the first post, and comparator scale indicia on the beam second end portion that are in the same plane as the resting point locator indicium on the second post and closely adjacent thereto and a poise for each series of indicia. Each of the second series of graduations is equal to one unit of weight, each of the first series equal to 0.