Hi-speed Checkweigher Co., Inc.

Other

American Shower & Bath Corporation

The Raymond Corporation

Nmhg Oregon, LLC

Spielo Manufacturing Incorporated

Ozalid Corporation

Eugene Anthony Helmetsie

Tomasz Pracel

Harper F Zarker, Jr

John E Uber

Carl A Matson

Calvin Duke Martini

Isaac Avitan

Christopher J Goodwin

Robert R Huntley

Knut A Raade

Paul Chiasson

A molded shower surround provides a base portion that receives wall portions and a corner portion. The corner portion includes a multiple of features such that the shower surround may be particularly tailored to customers' desires.

Configurable modular shower surround features

A control assembly for an industrial vehicle is herein disclosed as including a first control arm oriented in a substantially upright position, and a second control arm extending from the first control arm in a reclined position. The first control arm is operable to control a speed of the vehicle from a first operator position, and the second control arm operable to control the speed of the vehicle from a second operator position oriented opposite the first operator position.

Multi-directional operator controls for an industrial vehicle

A molded shower surround includes a base portion which receives wall portions and a corner portion therebetween. The corner portion includes an upper lock tab and a lower lock tab adjacent an outer edge. An upper lock slot and a lower lock slot are located adjacent the inner edge of each wall portions which engage the corner portion. Each side of the corner portion includes a corner flange arranged substantially perpendicular to a corner planar surface. The corner flange and the molded slots when combined with the upper lock tab and the lower lock tab which respectively engage the upper lock slot and the lower lock slot, provide a watertight interlocking arrangement between the corner portion and the wall portions. In one assembly method, the corner portion and a wall portion are locked into a sub-assembly then this sub-assembly is lifted and slide onto to a second wall which may already be mounted to the base portion. In another assembly the corner and wall portion are assembled to the base portion such that the assembled shower assembly can be 'slid' into a corner.

Shower surround structure

A ticket dispensing mechanism ( ) includes a drive ( ) receiving sheet material ( ) from a supply ( ). The drive advances the sheet material. A printer ( ) prints ticket information on the sheet material as it is advanced by the drive thereby to form a printed ticket. A retaining mechanism ( ) receives the printed ticket advanced by the drive and holds the printed ticket in a manner such that the leading end of the next ticket printed contacts and ejects the held ticket prior to itself being held by the retaining mechanism.

Ticket dispensing mechanism

A ticket dispenser has a dispenser body with an internal chamber, and a lid for closing the chamber. The lid has an external ticket-receiving surface. A roll of paper or the like is contained in the chamber, and is fed between a rotating drum and an upright support surface. The lid defines a substantially upright wall with an upper edge, the wall being offset with respect to the support surface when the lid is closed. A passive retainer mechanism on the body retains against the upright wall any part of the paper web rising from between the drum and the support surface. A relatively stiff deflector bends the web material around the edge by virtue of a deflector surface located so as to be intersected by the projection of the operative part of the upright wall portion. A cutter is provided to cut the paper web into discrete tickets. Each severed ticket is retained in place by the relatively flexible retainer mechanism, so that it will be contacted by the cut marginal edge of the remaining web, due to the urging of the strip, and will achieve an overlapping frictional grip therewith so that continued upward movement of the web will eject the cut ticket from the dispenser.

Ticket dispenser

A conveyor element tensioning mechanism which is formed by a pair of like tensioning supporting opposite ends of an idler roller. The tensioning devices each include a slide member with a cylindrical pin which is supported within a cylindrical guide opening. The cylindrical pins have a studs extending radially therefrom which extend through a radially opening slots formed along the lengths of the guide openings in order to prevent the cylindrical pins from rotating. The studs support manual operators which may be actuated to move the slide members into a conveyor element tensioning position. During actuation, the manual operators engage an adjustably positioned reference surface so that the resulting tension in the conveyor element may be easily altered.

Conveyor element tensioning mechanism

A modular conveyor system is disclosed as including an unique supporting framework featuring a horizontally elongated spine (12); legs (32) for supporting spine (12); posts (34) upstanding from legs (32); and an elongated rail (18) supported by posts (34) and arranged above and in a horizontally offset relationship relative to spine (12). Spine (12) serves to support one or more modular conveyor units (66), rail (18) serves to support one or more diverse art devices (48) required to be associated with conveyor units (66); and posts (34) serve to support a side panel (24) to extend lengthwise of spine (12).

Modular conveyor system

A clamp assembly for mounting an art device having a depending support bar on a rail extending horizontally lengthwise of a conveyor, which permits adjustment of the position of the clamp assembly lengthwise of the rail without effecting the vertical position of the art device and permits adjustment of the vertical position of the art device relative to the rail without affecting the adjusted position of the clamp assembly lengthwise relative to the rail.

Clamping mechanism

A pitching, throwing or kicking training device having a support frame, a strike zone frame which is fully adjustable in height and positionable within the support frame, and a catcher target behind the strike zone frame which is adjustable in height and position. A simulated batter is provided to aid in visualization of the strike zone, adjustable in height and reversible to simulate right- or left-handed batters. The strike zone frame may also be distorted into non-rectangular parallelograms if desired to emphasize pitching techniques. The invention is also adaptable to training lacrosse or soccer players or the like by appropriate choice of strike zone frame size and position and possibly change of player silhouette.

Baseball pitching target

The present invention features an integrated control and seating system for a material handling vehicle. The system includes a pair of control handles integrated into the control arms within an operator's compartment. Additionally, the operator seat can be oriented in several ways. It is also vertically adjustable to achieve the greatest operator comfort. Adjustable arm rests are also provided. The result is that the operator can comfortably access the controls while seated, leaning or standing, to allow the vehicle to be used in a number of ways.

Integrated controls and seating configuration for reach-fork vehicles

This invention relates to a rack with two parallel trays adapted for use with a photocopy or similar machine, particularly a wide-format machine. One tray holds originals yet to be copied while the other tray holds originals already copied. The rack fits over and behind the photocopy machine so as to not require any additional workspace.

Growing community of inventors

Spencer, NY, United States of America

Eugene Anthony Helmetsie