Abstract: Embodiments of the present disclosure provide systems and methods for extending the operational life of battery-operated devices, such as an Internet-of-Things device, by adapting the device to monitor its' own battery condition, and in response to detecting conditions indicating passivation of the battery, execute a refresh cycle to restore battery capacity. In this way, the battery can be refreshed by running a series of oxidation ‘burn off’ cycles periodically during the device's lifetime.

Abstract: A gas conversion apparatus (100) for converting a process gas to one or more other gases comprises: means (105) for introducing process gas into a liquid medium in a column (125); and an ultrasonic energy generator (140) arranged to generate ultrasonic energy, the apparatus (100) being configured to launch ultrasonic energy generated by the generator (140) into the liquid medium such that process gas is exposed to ultrasonic energy, the apparatus (100) being arranged to allow collection of process gas that has been exposed to ultrasonic energy. The apparatus (100) also preferably comprises a microbubble generator (120) to generate microbubbles of the process gas for exposure to the ultrasonic energy. The ultrasonic energy generator (140) may be configured to generate ultrasonic energy as a consequence of a flow of a drive gas therethrough.

Abstract: An apparatus is provided for holding an electronic device. That apparatus includes a body having a cavity for receiving the electronic device. The body also includes an integral retention element that engages the electronic device in the cavity to hold the electronic device in a desired position.

Abstract: A portable electronic device holder of a vehicle is provided herein. A housing defines a space therein and has an open end. A first and second number of retention members are coupled to opposing side walls of the housing and are disposed to extend into the space. The first and second number of retention members cooperate to hold a portable electronic device inserted into the space through the open end.

Abstract: An apparatus is provided for holding an electronic device. That apparatus includes a body having a cavity for receiving the electronic device. The body also includes an integral retention element that engages the electronic device in the cavity to hold the electronic device in a desired position.

Abstract: A gas conversion apparatus (100) for converting a process gas to one or more other gases comprises: means (105) for introducing process gas into a liquid medium in a column (125); and an ultrasonic energy generator (140) arranged to generate ultrasonic energy, the apparatus (100) being configured to launch ultrasonic energy generated by the generator (140) into the liquid medium such that process gas is exposed to ultrasonic energy, the apparatus (100) being arranged to allow collection of process gas that has been exposed to ultrasonic energy. The apparatus (100) also preferably comprises a microbubble generator (120) to generate microbubbles of the process gas for exposure to the ultrasonic energy. The ultrasonic energy generator (140) may be configured to generate ultrasonic energy as a consequence of a flow of a drive gas therethrough.

Abstract: A sample device and method for analyzing a sample are claimed. The sample device is a flat disc containing channels and wells for directing a sample to reagents located in the disc and for mixing the sample with the reagents. The disc is mounted on an analyzer and the sample is pumped into the disc, divided into a plurality of sub-sample, and at least some of the sub-samples are mixed with a number of reagents. The resultant analytes are analyzed spectrophotometrically for a determination of the concentration of various substances in the sample. The present invention permits multiple tests to be performed quickly and automatically with minimal operator involvement.

Abstract: A sample device and method for analyzing a sample are claimed. The sample device is a flat disc containing channels and wells for directing a sample to reagents located in the disc and for mixing the sample with the reagents. The disc is mounted on an analyzer and the sample is pumped into the disc, divided into a plurality of sub-sample, and at least some of the sub-samples are mixed with a number of reagents. The resultant analytes are analyzed spectrophotometrically for a determination of the concentration of various substances in the sample. The present invention permits multiple tests to be performed quickly and automatically with minimal operator involvement.

Abstract: It would be beneficial for engineers when renewing municipal infrastructure to have the option of centralizing multiple services into one physical element of infrastructure. It would also be beneficial where one specific element of infrastructure may be replaced to address replacement or operating costs, e.g. when replacing high pressure sodium, xenon, metal-halide, or mercury lighting with solid state lighting, that the new infrastructure supports migration to an overall reduction in physical infrastructure as other services/infrastructure elements are renewed. It would be further beneficial for the deployed physical element of infrastructure minimize physical footprint, offer low cost design solutions, improve reliability, support evolving requirements, offer new services and revenue-generating opportunities, enhance the payback and return on investment, as well the evolving needs of emergency services, security organizations, etc.

Abstract: The present disclosure describes a self-consolidating concrete (SCC) mixture having a compressive strength of at least 25 MPa at 28 days of age. In accordance with one embodiment, there is provided an SCC mixture, comprising: a mixture of coarse aggregate (CA), fine aggregate (FA), very fine aggregate (VFA), cementitious materials including Portland cement or Portland limestone cement, an ASTM C494 Type F polycarboxylate ether high range water reducer, and water, wherein the VFA has a particle size distribution in which 95% to 100% passes a 2.5 mm sieve and in which 20% to 100% passes a 75 ?m sieve.

Abstract: A cluster panel assembly comprising a bridge bezel operably and releasably coupled to a surround bezel is disclosed, wherein the bridge bezel is disposed adjacent a steering column and further comprises a plurality of attachment locations for coupling the bridge bezel to the surround bezel, wherein the attachment locations comprise a set of fasteners adapted to be released in a car-forward sequence as an impact load is imparted on the bridge bezel from the steering column during a collision event.

Abstract: The present disclosure describes a self-consolidating concrete (SCC) mixture having a compressive strength of at least 25 MPa at 28 days of age. In accordance with one embodiment, there is provided an SCC mixture, comprising: a mixture of coarse aggregate (CA), fine aggregate (FA), very fine aggregate (VFA), Portland cement or Portland limestone cement, an ASTM C494 Type F polycarboxylate ether high range water reducer, and water, wherein the VFA has a particle size distribution in which 95% to 100% passes a 2.5 mm sieve and in which 20% to 100% passes a 75 ?m sieve.

Abstract: A cluster panel assembly comprising a bridge bezel operably and releasably coupled to a surround bezel is disclosed, wherein the bridge bezel is disposed adjacent a steering column and further comprises a plurality of attachment locations for coupling the bridge bezel to the surround bezel, wherein the attachment locations comprise a set of fasteners adapted to be released in a car-forward sequence as an impact load is imparted on the bridge bezel from the steering column during a collision event.

Abstract: A device for preventing the introduction of a first conduit into a second conduit includes an insert (3) to be mounted to the second conduit (1). The insert (3) includes a blocking portion (6) sized to block entry of the first conduit (2) into the second conduit (1). The insert (3) is mounted to the second conduit (1) so as not to interfere with flow of a substance from a third conduit (4) into the second conduit (1). The insert (3) may be retractable and biased towards a position where the blocking portion (6) extends from the second conduit (1). A substance deflector (12) may be provided to impede flow of a substance from the first conduit (2) into the second conduit (1). The insert (3) may have many applications, but is particularly suited to use in the fuel inlet port of the neck of a diesel fuel tank to prevent unintended introduction of unleaded petrol.

Abstract: A sample device and method for analyzing a sample are claimed. The sample device is a flat disc containing channels and wells for directing a sample to reagents located in the disc and for mixing the sample with the reagents. The disc is mounted on an analyzer and the sample is pumped into the disc, divided into a plurality of sub-sample, and at least some of the sub-samples are mixed with a number of reagents. The resultant analytes are analyzed spectrophotometrically for a determination of the concentration of various substances in the sample. The present invention permits multiple tests to be performed quickly and automatically with minimal operator involvement.

Abstract: An electrical connection device (10) for connecting a multi-core machine cable to another electrical device comprises a body (12) having an end-face with apertures and a plurality of insulating sleeves (22) extending about the apertures and a plurality of core coupling means (26, 28) each being at least in part positioned in a respective sleeve. Each core coupling means is connectable to a respective core (29) of the machine cable and has a first contact surface (14) for connecting to a terminal of another electrical device. The device comprises a plurality of spaced apart earth coupling means (24) which surround at least a portion of respective insulating sleeves. Each earth coupling means is connectable to a respective earth potential layer (31) of the machine cable and has a second contact surface (32) for connecting to an earth-potential terminal of another electrical device so that within the electrical connection device the core coupling means are earth-potential screened from one another.

Abstract: An electrical connection device is arranged for connection to a machine cable and includes a pin and a socket. The pin and the socket have engagement surfaces with the pin or socket having another surface that forms a wedging surface for the device. The pin and the socket are moveable relative to each other from a released position to an engaging position in which the engaging surfaces form an electrical contact. The device also includes a wedge portion arranged to impart a force on the wedging surface by contacting the wedging surface on movement to the engaging position. The pin and the socket are arranged so that the engagement surfaces move into opposing relationship on movement to the engaging position and the force imparted on the wedging surface biases one engagement surface against an opposing engagement surface.

Abstract: The present invention provides an electrical connector for connecting a core of a machine cable (37) to a pin (28) or a socket (32) of an electrical connection device. The connector has a first part and a second part. The first and second parts have first and second locking surfaces respectively and first and second separate contact surfaces (50, 52). The second part further includes a projection for securing the core of the machine cable and which is electrically connected to the second contact surface. The contact surfaces are so arranged that when the locking surfaces are interlocked, the contact surfaces are in electrical contact with each other so that an electrical contact is established between the core of the machine cable and the pin or socket.

Abstract: The present invention provides an electrical connector for connecting a core of a machine cable (37) to a pin (28) or a socket (32) of an electrical connection device. The connector has a first part and a second part. The first and second parts have first and second locking surfaces respectively and first and second separate contact surfaces (50, 52). The second part further includes a projection for securing the core of the machine cable and which is electrically connected to the second contact surface. The contact surfaces are so arranged that when the locking surfaces are interlocked, the contact surfaces are in electrical contact with each other so that an electrical contact is established between the core of the machine cable and the pin or socket.

Abstract: An electrical connection device is arranged for connection to a machine cable and includes a pin and a socket. The pin and the socket have engagement surfaces with the pin or socket having another surface that forms a wedging surface for the device. The pin and the socket are moveable relative to each other from a released position to an engaging position in which the engaging surfaces form an electrical contact. The device also includes a wedge portion arranged to impart a force on the wedging surface by contacting the wedging surface on movement to the engaging position. The pin and the socket are arranged so that the engagement surfaces move into opposing relationship on movement to the engaging position and the force imparted on the wedging surface biases one engagement surface against an opposing engagement surface.