Abstract:
The present invention is a materials-handling pallet with a non-flat-deck, particularly for flexible cargo, which composed of any known pallet's construction, except that its upper deck is not flat. Moreover, the provided pallet can be reinforced by inserting or attaching reinforcing elements and can include a taut cable that prevents or reduces the declining of the upper deck when the pallet is loaded.
Abstract:
An apparatus for delivering a product into a receptacle having a feeding aperture. The apparatus comprises a mixing chamber having a plurality of inlets each configured for separately receiving at least one of a plurality of component materials and at least one outlet, the mixing chamber being configured for forming the product by mixing the plurality of component materials and injecting the product to the feeding aperture via the at least one outlet and a feeding element configured for being secured in a feeding channel for allowing the injecting.
Abstract:
A chemical mixing device. The device includes a flow generator operative to provide at least two streams of chemicals and a mixing chamber, including at least two inlets adapted to receive the at least two streams of chemicals and an outlet through which a mixture of the streams of chemicals is ejected from the mixing device. The mixing chamber has an open state in which the chemicals are mixed and a closed state in which the volume of the mixing chamber is less than a fifth of the open state volume.
Abstract:
A pump apparatus for transporting at least one fluid, comprising a shaft, wherein the shaft has a longitudinal axis; a motor, wherein the motor is adapted to rotate the shaft about the longitudinal axis; and, a plurality of gerotors, wherein the gerotors are attached to the shaft along the longitudinal axis and wherein the shaft rotation actuates the plurality of gerotors rotation, causing pumping of the at least one fluid.
Abstract:
A dispenser for dispensing stethoscope covers (90) stored in a holding chamber (52). The covers (90) are adhesively arranged on a continuous backing (72) and automatically, individually separated from such backing (72) and dispensed into a discharge area (54) as a result of the continuous backing (72) being withdrawn from the dispenser (10). Each cover (90) is dispensed with the adhesive portion (97) facing upward in preparation for attachment to a stethoscope diaphragm (102).
Abstract:
The present invention provides a fitting and a coupled bag and fitting. The coupled bag and fitting is provided wherein (a) the bag's opening is attached to the lower side of the fitting; (b) the fitting designed to easily connect and disconnect, the bag and fitting, on and out of a dispenser or a dispenser's mounting-shoe; and (c) the fitting has at least one passage that enables material to pass from the dispenser into the bag. The present invention can also contains a mechanism for cleaning leftover from the dispenser's outlet, an identification means enable recognizing the existence of the bag and bag's characters.
Abstract:
A chemical injection system, comprising: a drive mechanism; a housing removably attached to the drive mechanism; at least one chemical inlet located on the housing; and, a valve spool located within the housing and provided with at least one chemical pass-through port, wherein the drive mechanism rotates the valve spool to align the chemical pass-through port with the chemical inlet.
Abstract:
The invention discloses a device for producing inflated cellular packaging material from non-inflated packaging material on an as-needed basis.
Abstract:
A packing material production and bagging apparatus (100) and method, said apparatus comprising: a production and bagging section (102); a base (104); at least one sensor, configured to sense data regarding operation of the apparatus; and, a controller in communication with the at least one sensor programmed to automatically adapt operation of the apparatus in response to data received from the at least one sensor.
Abstract:
A pump apparatus for transporting at least one fluid, comprising a shaft (116), wherein the shaft has a longitudinal axis (120); a motor (102), wherein the motor is adapted to rotate the shaft about the longitudinal axis; and, a plurality of gerotors (106/112), wherein the gerotors are attached to the shaft along the longitudinal axis and wherein the shaft rotation actuates the plurality of gerotors, causing pumping of the at least one fluid.