Abstract: A fluid ejection assembly includes drop ejecting elements arranged in zones, with each zone having at least one drop ejecting element, wherein the drop ejecting elements of each zone are configured to conduct electrical current between a corresponding supply voltage and a corresponding reference voltage. Up to all drop ejecting elements of a group of the drop ejecting elements are enabled to conduct at a given time, with each conducting drop ejecting element of the enabled group having a corresponding drop ejecting voltage. A zone controller is configured to provide a corresponding desired supply voltage for each zone based on at least one corresponding zone parameter of each zone. An energy controller is configured to couple across each conducting drop ejecting element of the enabled group and regulate the supply voltage for each zone based on selected corresponding drop ejecting voltages and on each zone's corresponding desired supply voltage.

Abstract: The SIP Number Portability System disables the cellular radios in the wireless device and enables a WiFi 802.11 protocol-based radio. In the airborne mode, it activates a call forwarding registration process which has calls to the subscriber's publicly available phone number forwarded to the Airborne Session Initiated Protocol client through a SIP-based Public Switched Telephone Network access number and incoming communication sessions directed to the subscriber's wireless service provider user address routed to the Airborne Session Initiated Protocol client through a SIP-based data gateway on the Internet or the Public Switched Data Network. On outbound calls, the Airborne Session Initiated Protocol Client populates the Calling Number field with the wireless subscriber device phone number so that the caller ID display located at the called party's subscriber device shows the subscriber's publicly available phone number.

Abstract: An attachment device, which can be used in conjunction with an X-ray system, is provided including a clasp having a bracket configured to support an object in the clasp and a flap configured to retain the object in the clasp, the flap being further configured to automatically return the clasp to a closed position from both an inward-opening and an outward-opening position, and a mount attached to the clasp for affixing the clasp to a surface. A method of attaching an object to a surface is also provided including pushing the object into a clasp of an attachment device mounted to the surface, the clasp having a bracket configured to support the object in the clasp and a flap configured to retain the object in the clasp, the flap being further configured to automatically return the clasp to a closed position from an inward-opening position resulting.

Abstract: A fluid ejection device includes a first set of N memory elements each storing a fire enable value, each of the N memory elements configured to be updated. The fluid ejection device further includes N fluid ejecting elements, each fluid ejecting element corresponding to a different one of the N memory elements and configured to receive the fire enable value from the corresponding memory element, wherein the fluid ejecting element is enabled to eject a fluid when the fire enable value is an enabling value.

Abstract: A fluid ejection device includes a first set of N memory elements each storing a fire enable value, each of the N memory elements configured to be updated. The fluid ejection device further includes N fluid ejecting elements, each fluid ejecting element corresponding to a different one of the N memory elements and configured to receive the fire enable value from the corresponding memory element, wherein the fluid ejecting element is enabled to eject a fluid when the fire enable value is an enabling value.

Abstract: Relating to chiral detection systems, various improvements are disclosed including an improved apparatus for detecting a chiral property of a sample. It has a rugged and stable optical rail that operates as a heat sink to the systems' elements and comprises a captive guide structure of heat conductive material having an elevated top platform and a dove tailed lip on the sides. The elevated top platform has a substantial width in comparison to a height of the elevated top platform. The apparatus further includes a wide base portion of heat conductive material supportive of the captive guide structure. The base has a width that is at least twice the width of the elevated top platform and a substantial thickness relative to the captive guide structure. Multiple system elements can be securely mounted on the captive guide structure with some elements being in thermal contact with the elevated top platform.

Abstract: A person can use a portable electronic device to electronically purchase or otherwise request a product, service or other deliverable related to audio programming to which the person is listening at the time they initiate the request. The request is fulfilled by a service that analyzes the audio content to identify the deliverable the person desires.

Abstract: An apparatus and related methods using photographic imaging and the interactions between light beams and dairy milk to provide in-line monitoring, analysis, and display of the quality of milk collected from dairy animals. The apparatus is robust in that it is reliable, simple to install, relatively small in size, cost effective, easily cleaned, and low maintenance. The apparatus can be installed directly in-line with the milk collection apparatus for each animal so as to measure the entire milk yield produced by that animal at flow rates typically used in milking parlours without requiring any unusual tube fittings or non-standard equipment. The apparatus is capable of handling analysis of a flow having mixed densities, air/liquid ratios, temperature variations, or any other similar variation of physical characteristics.

Abstract: A fluid ejection device includes a first set of N memory elements each storing a fire enable value, each of the N memory elements configured to be updated. The fluid ejection device further includes N fluid ejecting elements, each fluid ejecting element corresponding to a different one of the N memory elements and configured to receive the fire enable value from the corresponding memory element, wherein the fluid ejecting element is enabled to eject a fluid when the fire enable value is an enabling value.

Abstract: A fluid ejection device includes a first set of N memory elements each storing a fire enable value, each of the N memory elements configured to be updated. The fluid ejection device further includes N fluid ejecting elements, each fluid ejecting element corresponding to a different one of the N memory elements and configured to receive the fire enable value from the corresponding memory element, wherein the fluid ejecting element is enabled to eject a fluid when the fire enable value is an enabling value.

Abstract: A person can use a portable electronic device to electronically purchase or otherwise request a product, service or other deliverable related to audio programming to which the person is listening at the time they initiate the request. The request is fulfilled by a service that analyzes the audio content to identify the deliverable the person desires.

Abstract: A coil support suitable for supporting a coil in a condensing unit includes a body and a protrusion extending from the body. The protrusion is configured to limit movement of the coil in at least one direction.

Abstract: A fluid ejection device includes a first set of N memory elements each storing a fire enable value, each of the N memory elements configured to be updated. The fluid ejection device further includes N fluid ejecting elements, each fluid ejecting element corresponding to a different one of the N memory elements and configured to receive the fire enable value from the corresponding memory element, wherein the fluid ejecting element is enabled to eject a fluid when the fire enable value is an enabling value.

Abstract: A fluid ejection assembly includes drop ejecting elements arranged in zones, with each zone having at least one drop ejecting element, wherein the drop ejecting elements of each zone are configured to conduct electrical current between a corresponding supply voltage and a corresponding reference voltage. Up to all drop ejecting elements of a group of the drop ejecting elements are enabled to conduct at a given time, with each conducting drop ejecting element of the enabled group having a corresponding drop ejecting voltage. A zone controller is configured to provide a corresponding desired supply voltage for each zone based on at least one corresponding zone parameter of each zone. An energy controller is configured to couple across each conducting drop ejecting element of the enabled group and regulate the supply voltage for each zone based on selected corresponding drop ejecting voltages and on each zone's corresponding desired supply voltage.

Abstract: A method of one embodiment of the invention is disclosed that determines the temperature and/or firing resistance of a thermal fluid-ejection nozzle as the fluid-ejection nozzle is fired. The method determines whether the fluid-ejection nozzle ejected fluid upon firing based on the temperature and/or firing resistance of the fluid-ejection nozzle.

Abstract: A fluid ejection device includes a plurality of fluid ejecting elements, each fluid ejecting element controllable to conduct electrical current between a supply voltage and a reference voltage. Up to all fluid ejecting elements of a group of the plurality of fluid ejecting elements are configured to conduct during a time period. Each conducting fluid ejecting element has a corresponding fluid ejecting voltage when conducting. A feedback circuit is configured to provide a feedback voltage substantially equal to an average of corresponding fluid ejecting voltages at the fluid ejecting elements that are conducting.

Abstract: Relating to chiral detection systems, various improvements are disclosed including an improved apparatus for detecting a chiral property of a sample. It has a rugged and stable optical rail that operates as a heat sink to the systems' elements and comprises a captive guide structure of heat conductive material having an elevated top platform and a dove tailed lip on the sides. The elevated top platform has a substantial width in comparison to a height of the elevated top platform. The apparatus further includes a wide base portion of heat conductive material supportive of the captive guide structure. The base has a width that is at least twice the width of the elevated top platform and a substantial thickness relative to the captive guide structure.

Abstract: Monomeric, cyclic peptide analogues of relaxin superfamily proteins, based on B-chains of relaxin superfamily proteins, and methods of making them, are described, as well as pharmaceutical compositions containing them and methods of utilising them.

Abstract: A flow divider arrangement for a rail lubrication distribution system for applying friction modifying material to a pair of adjacent railroad rails. The arrangement includes a first wiping bar assembly adapted to affix to a railroad rail, a second wiping bar assembly adapted to affix to an adjacent railroad rail and a flow divider in fluid communication with the first wiping bar assembly and the second wiping bar assembly. The flow divider is adapted to control the flow rate of friction modifying material to the wiping bar assemblies so that the flow rate of friction modifying material is at a constant rate independent of temperature and operating pressure to each wiping bar assembly.

Abstract: A roll over audio visual control center (“roll over platform”) designed to be embedded for use within the top of a conference table to display, in an inverted position, a power or communications outlet for use on top of the conference table or to hide, in a regular position, the power or communications outlet under the conference table when not in use. The roll over platform consists of two main parts: a housing and a control center. The housing is rectangular in shape and forms a hollow center. The control center approximates the rectangular shape of the housing and is secured within the hollow center of the housing by a hinge. The hinge enables the rotation of the control center within the hollow center of the housing. The roll over platform further consists of a means to secure the control center to the housing to enable the regular and inverted positions of the control center with respect to the housing.