1955results about How to "Distribute quickly" patented technology

In a first embodiment, this invention includes an integrated robot apparatus for performing combinatorial chemistry synthesis protocols and having interchangeable work-stations, robot arm tools, and reaction vessels and reaction vessel arrays. The work-stations and tools are specialized to perform tasks necessary for the synthesis in a plurality of the reaction vessels grouped in a plurality of the reaction vessel arrays. Preferably, these elements function interchangeably because they have standardized sizes and conformation. The work-stations and tools include those for fluid dispensing or aspirating from individual reaction vessels or from all the reaction vessels in an array simultaneously. The reaction vessels can include, alternatively, stackable, ball-sealed reaction vessels, microtitre-like reaction vessel arrays, arrays of independent reaction vessels, valve-sealed reaction vessels, septum-sealed reaction vessels, and syringe reaction vessels. In alternative embodiments, this invention includes these work-stations, tools, reaction vessels and reaction vessel arrays in various combinations or sub-combinations either for use in partially integrated robots or for manual or standalone use.

An embodiment of a sensor dispensing device for dispensing sensors for measuring analyte concentration in a fluid includes a cartridge assembly (32) having a housing (70) with an opening and means (16) for making a moisture-proof seal around the opening. A stack of sensors (12) is stored in the housing (70) and urged through the opening towards a stop member (73) by spring means. The device is provided with an externally actuable pusher (18) for breaking the seal and for pushing a single sensor from the housing.

A server at the edge of a broadband network distributes multimedia content streams to clients, while ensuring that the first data delivered to each client is key data (milestones) needed for correctly decoding the stream content. This is obtained by buffering the packets in the incoming stream and transmitting the packets from the buffer in an outgoing stream, starting with the most recent milestone placed in the buffer before a request to join the respective incoming stream is received. As the writing to and reading from the buffer are performed at different rates, the incoming and outgoing streams are eventually synchronized, at which point the client may be switched to receive the incoming stream directly.

A system dispenses both liquid natural gas (LNG) and compressed natural gas (CNG). A bulk tank contains a supply of LNG which is pumped to a smaller storage tank. After the storage tank is refilled, LNG from the bulk tank is pumped to a vaporizer so that CNG is produced. The CNG may be routed to the LNG in the storage tank to condition it. It is also used to recharge a pressurizing cylinder that is placed in communication with the head space of the storage tank when it is desired to rapidly dispense LNG to a vehicle. A bank of cascaded storage cylinders alternatively may receive CNG from the vaporizer for later dispensing through the system CNG dispenser. The CNG from the vaporizer may also be dispensed directly via the system CNG dispenser.

The present invention describes a capsule 1 and a system of food or beverage production machine 10, wherein the capsule 1 has an integrated mixing unit 5, which can be moved and / or rotated in respect to a capsule body 2. By rotating the mixing unit 5, beverage or food product ingredients inside the capsule 1 are mixed with a liquid introduced into the capsule 1. The rotation of the mixing unit further generates a pressure, which pushes the produced beverage or food product through a capsule outlet 4. The rotation of the mixing unit can also move the mixing unit 5 between a first position and a second position, in order to selectively open or close the outlet 4 of the capsule 1.

A capacitor-based (supercapacitor, ultracapictor or psudeocapcitor) electrical charger, rechargeable device and energy storage pack for use with a rechargeable power tool. The rechargeable device includes a storage capacitor. The electrical charger includes a supply capacitor electrically connected to an electrical contact, the supply capacitor being charged when the electrical charger is connected to a power source. While in use, any charge in the supply capacitor is rapidly distributed between the supply capacitor and the storage capacitor when the rechargeable device is mounted in the receiver of the electrical charger. The electrical charger includes a safety interlock switch which only supplies power to the electrical contact of the charger after electrical terminal of the rechargeable device have engaged the electrical contact.

The present invention relates to a binder composition comprising an aliphatic polyester polymer: an ethylenebisamide wax; and a guanidine wetting agent. The composition may also contain an additive which accelerates or extends debinding of the binder composition, and to a method for forming a sintered part by powder injection molding, including the steps of forming a green composition comprising a binder and an inorganic powder, wherein the binder is a composition comprising an aliphatic polyester polymer, an ethylenebisamide wax, and a guanidine wetting agent, and may further include an additive which accelerates or delays completion of debinding of the binder; melting the composition; injecting the composition into a mold for a part; heating the part to a temperature at which the binder decomposes; heating the part to a temperature at which the inorganic powder is sintered.

An electronic kitchen faucet capable of dispensing a measured, operator selectable quantity of hot or cold liquid into a container with a flow rate suitable to prevent splashing or loss of the ensuing mixture while maintaining a rapid flow rate to quickly fill larger containers. The dispensing faucet can be used for measuring liquids required for preparing recipes, making instant beverages, or in the preparation of pre-packaged foods. The dispensing faucet apparatus may be retrofitted to an existing faucet. The invention may utilize the liquid flow sensor to automatically control a kitchen garbage disposal.

A central packaging data (CPD) management system provides an online environment in which customers manage packaging data for their respective products. The CPD management system securely distributes the packaging data to manufacturing sites or other output locations, and allows the customers to control the printed output material applied to their packaging and manufactured products. The CPD management system includes a set of packaging templates having data fields selected from a set of data field types, and an artwork importation module that processes a graphic file to identify elements of a packaging layout. The artwork importer generates metadata that associates each of the elements with a respective one of the data field types of the packaging templates. A record manager presents an interface by which a user forms packaging records based on the metadata. An output manager communicates the packaging record to an output location to control printing of packaging material.

A method and system are provided to share a file over a P2P network comprising: notifying a plurality of peer devices of a scheduled time during which sharing of a file over the network is to occur; receiving requests from multiple peers from the plurality to participate in sharing of the file during the scheduled time; and distributing different segments of the file to different peers from among the multiple peers.

The present invention discloses multifunctional graphene electrothermal paste, a multifunctional electrothermal film prepared by the same, a preparation method and application. The preparation methodcomprises the following steps that: (1) graphene nanoplatelets are modified by introducing inducible lipidation and cross-linking reaction groups; (2) the modified graphene, a lipidizable and cross-linking reaction emulsion and various kinds of additives are subjected to liquid phase mixing, the above dispersion liquid is induced to undergo in-situ esterification and cross-linking reaction, so that graphene-based homogeneous electrothermal paste can be formed; (3) an electrothermal paste loading matrix is modified, so that the interfacial property of the electrothermal paste and the matrix material can be enhanced; and (4) the graphene electrothermal paste can be combined with different base materials, so that electrothermal products can be prepared. The graphene electrothermal material ofthe invention has the advantages of adjustable resistivity, adjustable use voltage, adjustable heating efficiency, far infrared heating function, flame retardancy, wide application range, high safety, energy-saving performance and the like, and can be applied to home building material manufacturing, human body care, aviation equipment, medical equipment, transportation pipelines, automobiles andother fields.

The license manager provides an automated process that reduces the need for human interaction associated with licensing components, distribution of the same, product distribution, debugging, product building, assembly, installation, configuration and maintenance. In addition, there is an interface for use by regulators that allows the regulators to test and to receive notifications from the license manager. Finally, there is a third party interface to facilitate equipment add-ons to the system. The license management system provides enablement / disablement of software products, generation and maintenance of accounting records, and logs for licenses that are generated and distributed throughout the system. An audit trail is also created that includes who authorized the purchase of the license, as well as audit trails relating to different system levels to verify system security. Finally, a change notification system provides for the control of any changes to the system and monitors these changes on a multi-tiered level within the system.

The present invention relates to melting plate candles which employ heat conductive elements to distribute heat from a burning flame at a wick to a support plate for a solid fuel and to the body of said solid fuel, so as to more rapidly liquify the solid fuel, such as paraffin wax, and to more uniformly and intensely heat such fuels to increase the efficiency of consumption thereof and to more rapidly release volatile materials contained within said fuels. The heat conductive support plate is configured so as to have a capillary lobe upon the surface thereof, which cooperatively engages a wick holder comprising a preferably consumable wick and heat conductive fins which conduct heat from a flame upon said wick to said support plate, said wick holder further engaging said solid fuel, and said support plate being configured so as to cause the flow of liquified fuel to the wick holder. The fuel may be provided in various forms, configured to cooperatively engage said wick holder and support plate, and may comprise various volatile materials. The capillary lobe, in conjunction with the wick holder, causes rapid and complete flow of the liquefied fuel to said wick.

The invention relates to an improvement on the LED high power lighting lamp, which is characterized in that: it is formed by a LED light array, a front reflective bowl array board relative to the LED array chip, a back metal heat emission board with heat emission wings, and a cooling fan. Wherein, the LED light array is formed by arranging the LED light units on the insulation circuit board, while the LED light units comprises the LED chips mounted on the metal heat emission swings with insulation layers; the LED chip has a outside transparent cover with reflective bowl. The invention has two-stage heat conduction and heat emission, while it adds the fan to emit heat and improve the LED heat emission efficiency; the LED chip two-stage reflective bowl can centralize the light, improve the brightness, enlarge the lighting angle and meet the demand of lighting large area. The invention can solve the problems of high power LED high brightness light lamp, which it can be used in high suspended street lamp with enough brightness.

A system dispenses both liquid natural gas (LNG) and compressed natural gas (CNG). A bulk tank contains a supply of LNG which is pumped to a smaller storage tank. After the storage tank is refilled, LNG from the bulk tank is pumped to a vaporizer so that CNG is produced. The CNG may be routed to the LNG in the storage tank to condition it. It is also used to recharge a pressurizing cylinder that is placed in communication with the head space of the storage tank when it is desired to rapidly dispense LNG to a vehicle. A bank of cascaded storage cylinders alternatively may receive CNG from the vaporizer for later dispensing through the system CNG dispenser. The CNG from the vaporizer may also be dispensed directly via the system CNG dispenser.

Presented is an advance naval ship's stern appendage called an LCAC (Landing Craft Air Cushion) Lander, Launcher and Lifter (L4 system) to provide for landing and launching of amphibious hovercraft and increase the delivery capacity of amphibious hovercraft by naval vessels. The stem appendage which may be retrofitted on existing vessels or fully designed into new hull forms of new ships. Included in the stem appendage are longitudinally extending cantilever wingwalls, at least one hoistable platform with a backstop fold up gate, a med-moor ramp, drainage ducts, a resistance reduction leading edge, locking pins and a transfer conveyor system for amphibious hovercraft to gain access to and from the ship's decks above the waterline, and a hoisting system for raising and lowering the hoistable platform between said cantilever wingwalls.

The invention discloses an address automatic allocation method. A Modbus master station sends broadcast address setting commands and sets station addresses of all Modbus slave station devices as the same fixed address; broadcast Modbus slave station device serial number read commands are sent; the Modbus slave station devices return messages responding to the Modbus slave station device serial number read commands; the Modbus master station broadcasts and issues slave station address setting commands carrying the slave station device serial numbers and the slave station addresses in sequence,according to a list of the received Modbus slave station device serial numbers; and the Modbus slave station devices analyze the slave station device serial numbers and the slave station addresses, and if the slave station device serial numbers are equal to own serial numbers, own slave station addresses are modified, thereby realizing address automatic allocation. The invention also provides an address allocation Modbus master station and Modbus slave station applicable to a Modbus protocol, and a system.

In order to clean a component disposed inside a process air circuit of a washer or washer / dryer, particularly a vaporizer (EV) of a condenser device, condensation water acquired in the process air circuit from the drying of wet laundry and collected in a condensation water tank (KW) is conducted to a rinsing container (SB) provided above the condenser and dispensed to the component (EV) in question as a gush of water by the sudden opening of said rinsing container on the outlet side.

The invention discloses a process and equipment for preparing a nanoparticle-reinforced metal matrix composite material. The process comprises the following steps of: mixing reinforcing nanoparticles with matrix metals and a grain growth inhibitor in a stirring ball mill together, and then loading the mixture into a steel pipe; casting the mixture together with the matrix metals in a water cooling crystallizer or casting and forming the mixture together with a molten metal in a casting mould; and performing quick solidification and crystallization after electromagnetic stirring and ultrasonic vibration to ensure that the two phase materials achieve complete metallurgical bonding, wherein because of the electromagnetic stirring and the ultrasonic vibration, the two phase materials are mixed more uniformly, and all properties of the composite material can be further improved. by using the process and the equipment, a production process is simple, the cost is low, the efficiency is high, the product performance is high, the process is easy to control, the external dimensions of products are not limited by the process, and large-sized nanoparticle-reinforced metal matrix composite materials can be manufactured.

The invention relates to the technical field of lighting lamps, in particular to an LED lamp bulb which comprises a lamp holder, a lamp shade, an LED and a circuit board, wherein the bottom end of the lamp shade is installed and fixed at the top end of the lamp holder; the circuit board is installed and fixed inside the lamp shade and electrically connected with the lamp holder; and the interior of the lamp shade is filled with mixed gas used for conducting heat generated by the LED to the exterior of the lamp bulb. As the heat generated by the LED is emitted by the mixed gas, the LED lamp bulb has the characteristics of light weight, small volume and low production cost; in addition, the mixed gas is used as the medium of heat transmission, therefore the LED lamp bulb can quickly emit the heat generated by the LED to the exterior of the lamp bulb, with fast heat dissipation speed, thus effectively resolving the heat dissipation problem of the LED and prolonging the service life of the LED.

An information distribution center constantly obtains the latest traffic information from a traffic information center. A user registers one or more routes at the information distribution center in advance. A navigation apparatus accesses the information distribution center using a mobile communication device to request distribution of traffic information relating to a route registered at the information distribution center. In response to the request from the navigation apparatus, the information distribution center sends traffic information relating to the relevant route to the navigation apparatus.

Methods, apparatuses, and systems are provided for facilitating distribution of firmware updates. A method may include receiving a bundled firmware update package. The bundled firmware update package may include a plurality of firmware update packages. The method may further include extracting a firmware update package from the bundled firmware update package. The method may additionally include using the extracted firmware update package to update firmware installed on an apparatus. Corresponding apparatuses and systems are also provided.

A filter element 12 that includes a fluid inlet 16, a fluid outlet 17 that is in fluid communication with the inlet 16, a filter media 40, 42 through which the fluid passes when moving from the inlet 16 to the outlet 17, and a plenum 38 that comprises continuous filaments 66 that are bonded to each other at points of filament intersection 68. The plenum is easy to manufacture, is resistant to compaction when contorted, and exhibits a low pressure drop as air is distributed across the filter media.

This invention relates to a method for parallel frequency spectrum distribution avoiding interference in a radio system especially to that in CR system including testing usable spectrum resources, computing the gain of users, obtaining an interference matrix by testing the mutual interference, selecting the target rule of the spectrum distribution, computing the gain of the user at the band m and distributing frequency bands, in the total distribution process, all steps to the band M spectrum can be done independently to reduce the cost and shorten the distribution period.

A system and method are disclosed for parallel compression and decompression of a bitstream. For compression, the bitstream is separated into a plurality of components, and the components are encoded using a compression algorithm. Packets are then constructed from the encoded components. At least one packet is associated with each encoded component and comprises header information and encoded data. The packets are combined into a packetized encoded bitstream. For decompression, the packets are separated from the packetized encoded bitstream using the header information. The packets are then decoded in parallel using a decompression algorithm to recover the encoded data. The plurality of components are reconstructed from the recovered encoded data and combined to-recover the bitstream.