Abstract: According to some embodiments, a first toy body comprises a first level oriented in a first direction, and a second level oriented in a second direction. A second toy body comprises a third level oriented in the first direction, and a fourth level oriented in the second direction, wherein the first direction is perpendicular to the second direction.

Abstract: A level including a rotating level vial is provided. The level includes a locking mechanism that utilizes an actuator that engages a brake to lock the rotating vial into the desired position. The locking mechanism may include a spring element that is compressed by the actuator during locking, and the spring element in turn pushes against the brake facilitating control of the normal force that the brake applies to the vial surround of the rotating vial. The rotating level vial may engage the level body such that the rotating level vial is permitted to rotate 360 degrees in both the clockwise and counter clockwise directions.

Abstract: A measuring device having a flange extending from a rule portion at one end and an ergonomic module on the other end. The ergonomic module has side surfaces which angle at the same angle as side edges of the flange to permit the measuring device to be supported on the side surfaces during use. A magnet may be encapsulated in the ergonomic module for supporting the measuring device when not in use. A thumb depression is formed in the ergonomic module to facilitate use by the user.

Abstract: A level and level-straightedge system is provided. The level may include one or more slip-resistant structure. The slip-resistant structure may be a collar formed from a high friction polymer material that at least partially surrounds a level vial. The collar may be co-molded with the material of the vial surround. The level may be a relatively small level having a length less than 14 inches and may include a groove for receiving a straightedge. The groove design alone or in combination with the collar may allow for a relatively short level to support a relatively long straightedge.

Abstract: A post level for determining the orientation of a structure that includes a pair of bubble vials that are secured within the level body in a manner such that, if either one of the bubble vials become broken or otherwise damaged, it can be easily replaced and the level need not be discarded. The body of the post level of the invention includes an upper portion, a lower portion having a first side having a slot, an intermediate portion and a rear surface having an outwardly extending locating shoulder for engaging the structure to be oriented. The post level also includes a bulls-eye level that is mounted on the intermediate portion of the level body and an elastomeric connector cord that is receivable within the slot of the first side of the body which enables the level to be removably secured to the structure being oriented. Additionally, the level includes a plurality of magnets that are connected to the level body for engagement with the structure to be oriented.

Abstract: A bracket is provided for use in installing door hardware on a support surface. The bracket comprises a rigid member having a longitudinal axis, a front surface, a substantially planar rear surface for engaging the support surface, and a peripheral edge extending between and joining the front and rear surfaces. A spirit bubble level is disposed on the rigid member such that the rigid member can be oriented relative to a horizontal line or a vertical line, the level having the bubble centered only when the level is horizontal or vertical. At least a portion of the peripheral edge of the rigid member provides a mounting surface for the door hardware when the rigid member is secured to the support surface.

Abstract: A level for indicating the orientation of a surface includes a first planar surface, a second planar surface, and a web coupled to the first planar surface and the second planar surface such that the first planar surface is spaced apart from and is parallel to the second planar surface. A vial defines a long axis and contains a liquid and a gas bubble. The vial is coupled to the web such that the long axis is substantially parallel to the first planar surface. A tube deburring portion is coupled to the web and includes a male conical portion arranged to deburr an inner edge of a tube and a female conical portion arranged to deburr an outer edge of the tube.

Abstract: A bubble type level for determining the orientation of a structure that includes first and second differently oriented bubble vials that are secured within the level body in a manner such that if either of the bubble vials become broken or otherwise damaged, it can be easily replaced and the level need not be discarded. The bubble type level of the invention also includes a novel connector mechanism that enables the level to be removably interconnected with the structure to be leveled. The level further includes a plurality of longitudinally spaced magnets that are connected to various surfaces of the level and a bulls-eye level that is mounted on the top surface of the level body.

Abstract: A bubble type level for determining the orientation of a structure, such as an elongate pipe, that includes several differently oriented bubble vials that are secured within the level body in a manner such that if the bubble vials become broken or otherwise damaged, they can be easily replaced and the level need not be discarded. The bubble type level of the invention also includes a body portion having top and bottom rails that are chamfered in a manner to automatically align the level with the longitudinal axis of the pipe when the level is connected to the side of the pipe. The level further includes a plurality of longitudinally spaced magnets that are connected to the bottom rail of the level and can be used to releasably interconnect the level with a length of ferrous pipe.

Abstract: A level for indicating the orientation of a surface includes a first planar surface, a second planar surface, a web coupled to the first planar surface and the second planar surface such that the first planar surface is spaced apart from and is parallel to the second planar surface, and a vial having a long axis and containing a liquid and a gas bubble. The level also includes a first magnet coupled to the first planar surface, a second magnet coupled to the first planar surface and spaced apart from the first magnet by a first distance, and a third magnet coupled to the first planar surface and spaced apart from the second magnet by a second distance that is different than the first distance. The first, second, and third magnets are positioned along the first planar surface successively without any additional magnets positioned therebetween.

Abstract: A level for indicating the orientation of each of a surface, a first electrical device, or a second electrical device, the level including a first planar surface, a second planar surface, a web, and a vial. The web is coupled to the first planar surface and the second planar surface such that the first planar surface is spaced apart from and is parallel to the second planar surface. The vial has a long axis and contains a liquid and a gas bubble and is coupled to the web such that the long axis is substantially parallel to the first planar surface. A first perimeter is formed as part of the web, shaped substantially the same as a portion of the first electrical device, and sized to engage the portion of the first electrical device such that the vial is operable to indicate the orientation of the first electrical device.

Abstract: Tool having a body and at least one jamb-securing finger can be used to install a pre-hung door. The body can be removably attached to a building component about a door opening such as a 2×4, with the finger(s) for holding a jamb component of the pre-hung door. The tool may be intrinsically adjustable. A kit may include the tool, a fastener and/or a spacer.

Abstract: A novel and useful leveling device and more specifically a leveling device which is primarily constructed for the purpose of constructing walls. The device has three glass level components that provide the user with not only side to side leveling of the wall, but also a front to back leveling.

Abstract: A spirit level comprises a planar base that functions, with the level in a first orientation, as a first level face which rests, in use, on a surface of an item whose level is to be determined. The level is further provided with leveling means comprising first and second vials each filled with a liquid to form a bubble, the longitudinal axis of the first vial being substantially parallel to the plane of the planar base, the longitudinal axis of the second vial being substantially perpendicular to the longitudinal axis of the first vial. Optical means are provided to provide an image of one of the vials such that the level of the surface can be determined about two axes, with the planar base resting on the surface of the item whose level is to be determined.

Abstract: A level includes a body having first and second arms attached to each other for relative pivotal movement about a pivot axis between open and closed positions. The level also includes a bubble vial mounted to the body and having a longitudinal axis coaxial with the pivot axis. Movement of the arms from their closed position to their open position exposes a measurement portion of the first bubble vial for use. Movement of the arms from their open position to their closed position shields the measurement portion of the first bubble vial within the body to protect the bubble vial from damage during storage.

Abstract: Devices for commercial, industrial, professional and household use are described in offset levels. In one embodiment, the offset level may comprise at least two parallel but offset portions such that an individual may use the offset level to lay a level line even if here is an object in the way which would prevent use of an conventional straight level. In one embodiment, the offset level comprises at least three portions, two of which are co-axial and a third which is not co-axial with the other two and which is therefore offset.

Abstract: A level apparatus for indicating the orientation relative to vertical of a surface of an object extending along a user line of sight, including a fluid vessel containing an indicator fluid including a liquid and having a fluid surface, the fluid vessel having a vessel abutment region with a rearward abutment wall for placing against a surface of an object to be evaluated for tilt and with a forward display wall including a fluid display window extending generally perpendicular to the user line of sight, the fluid surface being visible in the fluid display window when the abutment wall is substantially upright, and includes a vessel reservoir region extending at least one of: rearwardly and forwardly from the vessel abutment region along the user line of sight, the vessel abutment region and the vessel reservoir region being in mutual fluid communication.

Abstract: A spirit level has a body member containing a leveling tube, in which the base of the body member has a width greater than the width of the body member in any other plane parallel with the base. Preferably the body member is triangular in cross section and may include three elongate wing or flange members extending radially from a central hub region. The body member may have axially-extending, for example telescopic, end members.

Abstract: A box level including an elongate body, plumb vials, and spaced hand-holds having outer edges together defining first and second parallel application planes beyond first and second face planes of the elongate body, and further including hang openings in the elongate body near the opposite ends thereof and hang liners secured in the hang openings, each hang liner having first and second outer rims coplanar with the first and second application planes. The box level provides enlarged work application surfaces in a reliable manner not susceptible to dislodgement from long use and abuse.

Abstract: A tool for household, commercial, and industrial use is disclosed. The tool would be a multi-sectional level that would comprise many individual sections that would be pivotally attached to one another, with each section having a cylinder and a volume of liquid in the cylinder. Each cylinder would also have an internal bubble for use in measuring flat surfaces. The level could also be placed in a slide-lock mechanism to force the level into a straight shape. Either one or two slide-lock mechanism could be used with the level.

Abstract: A level comprises an extruded thin wall frame structure having an opening of I-shaped configuration extending from end to end thereof. The thin wall frame structure includes a pair of elongated operative walls each having a pair of transversely spaced inwardly turned flanges defining the width thereof and an exterior operative surface extending between the flanges thereof. The operative surfaces are planar and parallel. A pair of angular walls extend from each pair of spaced flanges in converging relation with one another and a pair of central walls are spaced apart in the direction of the width of the operative walls a distance less than the width of the operative walls and integrally interconnected between the pairs of angular walls extending from the flanges. The operative walls and the central walls having a plurality of wall openings therein. An end member closes the opening at each end of the thin wall frame structure.

Abstract: A level comprises an extruded thin wall frame structure having an opening of I-shaped configuration extending from end to end thereof. The thin wall frame structure includes a pair of elongated operative walls each having a pair of transversely spaced inwardly turned flanges defining the width thereof and an exterior operative surface extending between the flanges thereof. The operative surfaces are planar and parallel. A pair of angular walls extend from each pair of spaced flanges in converging relation with one another and a pair of central walls are spaced apart in the direction of the width of the operative walls a distance less than the width of the operative walls and integrally interconnected between the pairs of angular walls extending from the flanges. The operative walls and the central walls having a plurality of wall openings therein.

Abstract: A level having a pair of opposed edge rails, a web connecting the edge rails together, one of edge rails having an edge rail window therein with a cavity in the web communicating with the edge window. A vial assembly is mounted at said cavity in which the vial may be viewed from the edge rail window or from the sides of the web. Web openings may also be provided in the web with vial holding assemblies mounted in each web opening.

Abstract: This invention describes an illuminated spirit level that can be used in an aircraft to determine aircraft attitude as well as aircraft direction. The invention essentially comprises three levels arranged in the shape of a cross with bubble vials in each of the left and right “wings” and a bubble vial in the forward section of the central level. The levels would have a battery-operated power source to keep the device illuminated in the event that the electrical controls of the plane malfunction. Additionally, the bubble vials would contain a glow-in-the-dark fluid in case of battery failure. The spirit level could be secured to the top of the dash or alternatively, could be mounted within the instrument control panel.

Abstract: A detachable vial insert for a spirit level is disclosed comprising a casing defining a cavity for receiving a pair of semi-transparent liquid-filled vials having a longitudinal curvature containing a bubble for providing an indication of a true level plane when the bubble is positioned between two markings placed on the body of the vial. The vial insert may be used as a pre-calibrated stand-alone device or as a replaceable insert for a spirit level.

Abstract: A level comprises an extruded thin wall frame structure having an opening of I-shaped configuration extending from end to end thereof. The thin wall frame structure includes a pair of elongated operative walls each having a pair of transversely spaced inwardly turned flanges defining the width thereof and an exterior operative surface extending between the flanges thereof. The operative surfaces are planar and parallel. A pair of angular walls extend from each pair of spaced flanges in converging relation with one another and a pair of central walls are spaced apart in the direction of the width of the operative walls a distance less than the width of the operative walls and integrally interconnected between the pairs of angular walls extending from the flanges. The operative walls and the central walls having a plurality of wall openings therein. An end member closes the opening at each end of the thin wall frame structure.

Abstract: A level having a frame with a reference surface and a level sensor secured to the frame. The level includes one or more attachment devices that are detachably secured to the level. The one or more attachment devices may include a torpedo level, a second level sensor, a tape measure, a writing instrument, notepad, or other auxiliary device that may be used by a user of the level.

Abstract: A method and apparatus for leveling at least one output light beam in a construction tool. One embodiment of the apparatus includes a laser optical assembly for producing output light beams that define plumb, level, and right angle beams for use in construction applications. The optical assembly is mounted on an optical platform which permits tilting about “slip-stick” joints that define two perpendicular axes of rotation. Such joints allow the optical platform to change its angle of tilt in response to an applied torque and to maintain the changed angle of tilt until further torque is applied. Also, the “slip-stick” mechanism prevents substantial movement or oscillation of the optical platform in the absence of the applied torque. The embodiment further includes a sensor element for determining whether the output beams are level.

Abstract: A magnetic torpedo level is adapted for removable magnetic attachment to pipes, EMT (electrical metal tubing), and other ferrometallic cylindrical objects, for measuring their level or slope. The present level includes a series of laterally placed magnets across its base edge, with a pair of ferrometallic rails capturing the magnets therebetween. Ceramic magnets are preferred for their power and longevity, but other magnets may be used as desired. The rails depend beyond the magnets, and define a channel for seating securely upon a cylindrical surface. At least one of the level vials of the present level is may be adjustably repositioned within its vial frame, in one of a series of pairs of vial passages, to adjust the angle of the vial to a specific predetermined angle relative to the level body as desired.

Abstract: A magnetic torpedo level is adapted for removable magnetic attachment to pipes, EMT (electrical metal tubing), and other ferrometallic cylindrical objects, for measuring their level or slope. The present level includes a series of laterally placed magnets across its base edge, with a pair of ferrometallic rails capturing the magnets therebetween. Ceramic magnets are preferred for their power and longevity, but other magnets may be used as desired. The rails depend beyond the magnets, and define a channel I for seating securely upon a cylindrical surface. At least one of the level vials of the present level is may be adjustably repositioned within its vial frame, in one of a series of pairs of vial passages, to adjust the angle of the vial to a specific predetermined angle relative to the level body as desired.

Abstract: A template 10 can be used to mark or scribe either a single gang opening or a dual gang opening for mounting an electrical box in a wall. The template is especially adapted to mark openings for “old work” boxes mounted directly to drywall. The template 10 includes a vertical level 16 and a horizontal level 18 protruding from the front face of the template 10 so that the template can be squared in either a horizontal or a vertical orientation. The level are mounted in housings 20, 30 that protrude far enough to form finger grips. The openings are cut around the periphery of the template and vertical slots 38, 44 are provided intermediate the sides of the template to form an opening for a single gang box. A dual gang box opening can be marked primarily using the peripheral edges of the template 10.

Abstract: A level having a frame with a reference surface and a level sensor secured to the frame. The level includes one or more attachment devices that are detachably secured to the level. The one or more attachment devices may include a torpedo level, a second level sensor, a tape measure, a writing instrument, notepad, or other auxiliary device that may be used by a user of the level.

Abstract: A liquid-containing member is insert molded into a body. The liquid-containing member may be in the form of a level vial, which can be insert molded in a mold cavity having a shape corresponding to a vial retainer or corresponding to a level. The mold cavity is defined by a pair of mold sections which are configured to form an opening in the body, and the level vial is positioned to extend across the areas of the mold sections defining the opening. The ends of the level vial extend into an area of the mold cavity adapted to receive moldable material, such that injection of moldable material into the mold cavity surrounds and encapsulates the ends of the level vial. The vial is thus mounted to the body by means of the moldable material surrounding and encapsulating the ends of the vial, to securely engage the vial with the body and to eliminate a previously-required assembly step of mounting a vial to a body such as a vial retainer or a level.

Abstract: A level including a frame having a reference surface, a level sensor secured to the frame, and an articulated arm pivotally connected at one end to the frame for securing the reference surface to a test surface. The articulated arm includes an inner member pivotally connected to the frame at one end and an outer member extending from a free end of the inner member. The inner member is rotationally biased against the frame while the outer member is pivotally connected to the inner member and rotationally biased against the inner member. The inner and outer members are rotationally biased in opposite directions for folding against the frame. The level may also include spools, idler wheels, take-up fingers, and swivels for supporting the band.

Abstract: A liquid-containing member is insert molded into a body. The liquid-containing member may be in the form of a level vial, which can be insert molded in a mold cavity having a shape corresponding to a vial retainer or corresponding to a level. The mold cavity is defined by a pair of mold sections which are configured to form an opening in the body, and the level vial is positioned to extend across the areas of the mold sections defining the opening. The ends of the level vial extend into an area of the mold cavity adapted to receive moldable material, such that injection of moldable material into the mold cavity surrounds and encapsulates the ends of the level vial. The vial is thus mounted to the body by means of the moldable material surrounding and encapsulating the ends of the vial, to securely engage the vial with the body and to eliminate a previously-required assembly step of mounting a vial to a body such as a vial retainer or a level.

Abstract: A liquid-containing member is insert molded into a body. The liquid-containing member may be in the form of a level vial, which can be insert molded in a mold cavity having a shape corresponding to a vial retainer or corresponding to a level. The mold cavity is defined by a pair of mold sections which are configured to form an opening in the body, and the level vial is positioned to extend across the areas of the mold sections defining the opening. The ends of the level vial extend into an area of the mold cavity adapted to receive moldable material, such that injection of moldable material into the mold cavity surrounds and encapsulates the ends of the level vial. The vial is thus mounted to the body by means of the moldable material surrounding and encapsulating the ends of the vial, to securely engage the vial with the body and to eliminate a previously-required assembly step of mounting a vial to a body such as a vial retainer or a level.

Abstract: A spirit level including a body having a level face for setting a surface, and a plurality of bubble vials each mounted in a bubble vial housing, the bubble vial housings being mounted in the body, each the bubble vial having a longitudinal axis, called a vial axis, and each the bubble vial housing having a longitudinal axis, called a housing axis, wherein an angular orientation of the vial axis of one the bubble vials with respect to the level face is different than an angular orientation of the vial axis of another the bubble vial with respect to the level face, the difference in angular orientation being in the range of 0°-30°. Other possible ranges include 0°-20°, 0°-10°, 0°-5°, 0°-3°, 0°-2°, or 0°-1°, for example.

Abstract: A post level including a pair of arms pivotally attached to each other at a hinge, each arm defining at least one level face for plumbing a surface, and at least one bubble vial mounted on at least one of the arms on a surface generally opposite to the at least one level face, wherein the arms may be swung about the hinge so as to be positioned generally parallel with each other with the at least one bubble vial being between the arms.

Abstract: A compact level having two spirit level vials visible through either planar face of a triangular body. The vials and triangular body are configured to produce angles including 0.degree., 15.degree., 30.degree., 45.degree., and 60.degree. and their 90.degree. increments. Each of the three edges of the triangle maybe grooved to aid in leveling or truing pipes or other cylindrical objects. Extending along these grooves are magnets. The magnets may be flat or grooved and are used to aid the user when working with magnetic objects.

Abstract: A right angle level holder includes a right angle level base, and a plurality of thumb screws. The right angle level base has two legs which are disposed 90 degrees apart from one another. Each leg has a slot which receives a straight level. A first side of the slot has an inverted acute angle surface which is structured to retain a first edge of a straight level. The second side of the slot has a raised portion which is high enough for tapping a threaded hole. The thumb screw is threaded in the threaded hole to retain a second edge of a straight level. The thumb screw has a first end which is adapted for turning by finger pressure. The second end of the thumb screw has a swivel tip that is adapted for retaining the second edge of a straight level.

Abstract: A computer input device. The device is a body containing at least one tube. There is a first conductor in the tube able to move along the tube. Spaced contacts are formed within the tube and conductors extend from the spaced contacts. First interfaces receive information from the conductors as to the position of the first conductor in the tube and input information to the computer based on the position of the first conductor. Second interfaces input information to the computer.

Abstract: A level having a body portion and one or more openings in the body portion. A vial is mounted in the opening in the body portion. The body portion has vial-recieving seats adjoining the openings which have end walls. The vial-receiving seats have locating elements spaced from the end walls. The locating elements may be in the form of a protrusion or a ridge. In addition, the body of the level has a groove to receive a magnet. The groove is deep enough so that the surface of the level is flush with the surface of the magnet.

Abstract: A generally conventional plumb level having an elongate rectangular body and generally defining an elongate axis is provided with a circular level element at one end surface of its elongate body. A square or right angle abutment contact surface, which is formed by a flat base which is attached to and projects laterally beyond spaced parallel surfaces of the rectangular body for engaging and contacting a structural member to be aligned. The circular level element is either permanently attached to the elongate body or removably attached, in which case it is movable between operative and inoperative positions which do not interfere with the proper placement of the structural member against the abutment contact combination device.

Abstract: A level for determining the position of an object relative to the gravitational horizontal. The inventive device includes a rectangular frame having a pair of orthogonally oriented vial levels secured thereto which indicate an orientation of the device in a vertical position. A center web extends across the frame and supports a center level within the frame to indicate an orientation of the device in a horizontal position.

Abstract: A plumb tool kit attachable to the ends of a common level member, or the like, used to determine vertical alignment. The kit comprises a pair of end caps each having a cap body. Each cap body has a first and a second arm extending therefrom, the first and said second arms forming a right angle. Each cap body has an opening therein to receive a level, each opening having a preselected orientation wherein when the openings of the pair of end caps receive the, the arms are transverse to the level. The first arms and at least a portion of the level define a first plane and the second arms and at least a portion of the level defining a second plane. One or both of the pair of end caps includes an apparatus for determining vertical alignment, such as, for example, a bull's eye level, wherein when the openings of the pair of end caps receive the level, the bull's eye level has a location in a plane transverse to the level.

Abstract: A level vial assembly for use in a carpenter's or mason's level. The assembly includes a vial mounting subassembly to be mounted in a level body, consisting of at least a vial holding plate and one or more vials which are mountable therein, and one, or preferably two, bezel-lens subassemblies for protecting the vial. The vial is positioned in the mounting plate between a pair of oppositely directed notches, and is held in position by a tab which extends outwardly from the side of the vial and bears against the holding plate. The tab limits lateral movement of the vial in one direction. The holding plate is mountable within an aperture in the level body. The bezel-lens subassemblies are mountable in the level body aperture on opposite sides of the vials. One of the bezel-lens subassemblies includes a vial support portion adapted to bear against the vial to prevent lateral movement in another lateral direction.

Abstract: A level includes a compass member fixedly mounted within the level, the level having spirit levels positioned on opposed sides of the compass, and the compass having a rotatable ring arranged to provide for angular deflection relative to a predetermined orientation.

Abstract: An aid for simultaneously indicating the degree of slope of lateral and longitudinal contours of a golf green relative to the straight line between ball and cup. The aid comprises a first leg extending along a straight line of ball travel and a second leg normal thereto. A pair of level gauges are positioned within a groove of each leg to indicate an uphill or downhill slope along the straight line of ball travel and/or a downhill or uphill slope lateral to the straight line of ball travel upon placement of the aid on the green. The grooves may be extended to allow for the releasable fit of additional or replacement level scopes therein in order to enhance the longitudinal and/or lateral slope measurements.

Abstract: An instrument set for plumbing or leveling and relative height setting of members such as posts or beams, each instrument including orthogonal sides and a feature projecting from the top of one side allowing each instrument to be set atop a respective post with the orthogonal sides against the post and a rabbeted feature on the bottom of one side allowing the instruments to be set atop a beam. Bubble levels on the sides of at least one of the instruments enable plumbing of a post or leveling of a beam, and open topped sight tubes attached to each instrument and interconnected with a water filled hose enable height setting with the same instruments.

Abstract: A measuring instrument provided with measuring vials for determining level or pitch relationships and a graduated straight edge for measuring linear distance. In the first embodiment, the instrument consists of a composite aluminum and plastic structure where the plastic structure forms the body portion having the vial holders and viewing windows and the aluminum portion forms the graduated straight edge. A second embodiment consists of an aluminum structure having a flat elongated frame portion and an integrally formed base portion disposed perpendicularly thereto. The frame portion forms the graduated straight edge and carries the measuring vials.