Abstract: A method for facilitating the delivery of water to a plurality of cage level barrier-type cages, for housing animals for an animal study, the method including providing a plurality of cage level barrier-type cages for an animal study at a laboratory facility site, and disposing a bag forming apparatus at a clean side of a laboratory washroom at the laboratory facility site, wherein the bag forming apparatus is capable of providing sealed bags of water for use in the cage level barrier-type cages. The method can further include providing bag material to the laboratory facility site.
Type:
Grant
Filed:
December 20, 2010
Date of Patent:
October 23, 2012
Assignee:
Hydropac/Lab Products, Inc.
Inventors:
George S. Gabriel, Neil E. Campbell, Chinsoo Park
Abstract: The present invention relates to powder detergent granules that are substantially free of a water-insoluble component such as zeolite or silica, a method for manufacturing the powder detergent granules and a copolymer having various properties useful as a detergent component. The powder detergent granules of the present invention are substantially free of a water-insoluble component, and thus exhibit good solubility and washing performance (stain removal performance) in cold water, do not leave residue after laundry, and reduce the likelihood of a caking phenomenon during manufacture and storage. And, the powder detergent granules of the present invention are substantially free of zeolite or silica that absorbs a liquid component, but are capable of accommodating a considerable amount of liquid surfactant.
Abstract: A voltage clamp for a failsafe buffer used in connection with an electronic device. The voltage clamp clamps a voltage present at the output terminal of the buffer only when the electronic device is powered-on, and present a high impedance when the electronic device is not powered-on. Thus, when an electronic device such as a printer, for example, is connected to a network and the device is in a powered-on state, the voltage at the output terminal of the buffer is clamped to approximately the value of the electronic device power source. When the electronic device is powered-off, a voltage present at the output of the buffer will not clamped by the voltage clamp. Instead, the buffer will present a high impedance to the network and to other electronic devices connected thereto. Consequently, when an electronic device having a failsafe buffer constructed in accordance with the present invention enters an inoperable state due to device failure, power loss, etc.
Abstract: A weight sensor includes a test body in the form of a bar carrying strain gauges, the bar bending due to the effect of the weight to be measured. The bar extends inside a frame, one end of the bar being joined to the frame, its other end being free with respect to the frame and having a bearing surface designed to be subjected to a force in the opposite direction to a reaction force applied to a bearing surface of the frame. The entire sensor is made in one piece in the form of a flat block.
Type:
Grant
Filed:
May 8, 1996
Date of Patent:
December 8, 1998
Assignee:
SEB S.A.
Inventors:
Didier Anthoine-Milhomme, Bernard Pitaud, Michel Sarrazin
Abstract: The object of the current invention is to print characters, for example, on a substantially full area of a recording medium extended up to the leading or trailing edge of the recording medium. A carriage is moved so that a print hole of a ribbon mask is positioned at a medium center as viewed in the direction of feeding of a recording medium. The recording medium is fed to a position so that the print hole is at a print start position. A print operation is carried out toward a first side edge of the recording medium. The recording medium is then fed in the reverse direction to a position where the print hole is away from the recording medium as viewed in the character pitch direction. The carriage is then moved so that the print hole is positioned at a medium center as viewed in the direction of feeding of a recording medium. Thereafter, the medium is fed to a position so that the print hole is at a print start position. A print operation is then carried out toward a second side of the recording medium.