170results about How to "Inhibit exchange" patented technology

A content file purge mechanism for a content delivery network (CDN) is described. A Web-enabled portal is used by CDN customers to enter purge requests securely. A purge request identifies one or more content files to be purged. The purge request is pushed over a secure link from the portal to a purge server, which validates purge requests from multiple CDN customers and batches the requests into an aggregate purge request. The aggregate purge request is pushed from the purge server to a set of staging servers. Periodically, CDN content servers poll the staging servers to determine whether an aggregate purge request exists. If so, the CDN content servers obtain the aggregate purge request and process the request to remove the identified content files from their local storage.

Methods and devices for reducing evaporation of sample materials from the wells of multiwell plates are disclosed which find particular utility when the plates are placed in a stacked configuration. An example of the methods includes providing at least a first multiwell plate which is configured to be placed in a stacked configuration with at least one second multiwell plate, the at least first multiwell plate having a plurality of wells for receiving sample material therein and opposing side walls which extend around the plate and which define a ridge spaced inwardly of the side walls and extending around the plate between the side walls and the plurality of wells, the method including at least partially filling the ridge with a liquid such as water or buffer solution. The ridge can include one or more ribs which extend upwardly from a lower surface of the ridge to help reduce sloshing of the liquid contained within the ridge and to add structural strength and rigidity to the multiwell plate. The second multiwell plate can be provided with a downwardly extending flange which extends around a lower surface of the plate and which is configured to be removably received by the ridge of the at least first multiwell plate such that when the second multiwell plate is removably positioned on top of the at least first multiwell plate in a stacked configuration, the flange extends at least partially into the ridge and contacts the liquid to thereby create a substantial evaporation barrier to minimize evaporation of sample liquids in the wells of the at least first multiwell plate.

A position detecting device is provided. The position detecting device includes a position pointer which transmits a position-pointing signal using a power supply stored in a rechargeable power storage unit, and a tablet which detects a position pointed to by the position pointer when receiving the position-pointing signal. The position pointer includes a coil, a charging circuit for charging the power storage unit, and a transmitter for transmitting the position-pointing signal. The tablet includes an excitation coil wound around a periphery of a position detecting area of the tablet, an excitation circuit for supplying an alternating voltage to the excitation coil, a position-pointing signal detector for detecting the position-pointing signal received from the position pointer, and an excitation controller for controlling a supply of the alternating voltage to the excitation coil based on the detected position-pointing signal.

The invention provides a plant for production of energy, comprising any type of heat or energy source including but not limited to solar power sources, nuclear reactors, fossil fuel plants, wind power plants, tidal power plants, waste heat power plants and geothermal sources, operatively arranged at an input side of the plant, and heat delivery or energy production means such as turbine-electric generator sets, operatively arranged at a delivery side of the plant. The plant is distinctive in that it further comprises a thermal energy storage with integrated heat exchanger, comprising a solid state thermal storage material, a heat transfer fluid and means for energy input and output, wherein: the storage comprises at least one heat transfer container, solid state thermal storage material is arranged around the heat transfer container, the heat transfer container contains the heat transfer fluid and the means for energy input and output, so that all heat transferring convection and conduction by the heat transfer fluid takes place within the respective heat transfer container, the thermal energy storage with heat exchanger has been arranged inside thermal insulation, and the solid state thermal energy storage with heat exchanger, has been arranged between the input side and delivery side of the plant for storage and heat exchange of thermal energy, the storage is coupled directly or via an additional heat exchanger to the source and the storage is coupled directly or via an additional heat exchanger to the delivery side of the plant.

A method is provided for carrying out a power saving procedure in a wireless subscriber terminal which is operative to receive at least two different services, each of which is characterized by one or more characteristics related to traffic demands associated with that service. The method comprises the following steps: classifying each of the at least two different services based on their traffic demand related characteristics into corresponding power saving classes, where there are at least two different power saving classes associated with the at least two different services; for each of the power saving classes, determining required listening windows and required sleep windows; exchanging messages between the base station and the subscriber's device for synchronizing parameters for carrying out the power saving procedure.

A tracking system for monitoring and controlling the alcoholic beverages that scans the information from a patron's ID, enters the information into a database, and continuously tallies the number of alcoholic beverages the patron bought at the venue within a specific period of time. The system cross-references the tally with the limit on the alcoholic beverages and denies the patron's request to buy the alcoholic beverages when the patron is over the limit. The system issues a warning to the user/server when the patron approaches the maximum limit. The system can also monitor various zones of a venue to determine if the patrons within any of the zones are drinking excessively. If they are, alcohol dispensing is stopped at the zone, or, alternatively, throughout the venue.

A content distribution management system in which (a) a plurality of content distributing devices A 11 including a content storage processing unit 115 operable to store and distribute a content, a user interface unit 111 operable to provide viewing and information of a content for a user, a content acquisition processing unit 113 operable to acquire a content from a content providing device 1, etc. and perform purchase processing of the content, and a sending/receiving unit 117 operable to exchange data via a communication network 19, etc., and (b) a content distribution management device 17 including a payment management processing unit 175 operable to perform payment processing of a content, and a copyright management processing unit 173 operable to manage and send copyright-related information (a usage rule, key information, etc.) are configured via the communication network 19, etc.

The invention provides a novel edible biological film-coating antistaling agent with good preserving effect as well as good water solubility and oxygen insulation simultaneously by adopting a novel biological safe food additive which has no toxic and side effect on a human body. The biological film-coating antistaling agent can form a layer of extremely thin film on the surface of fruit, vegetables and edible fungi, can effectively prevent gas exchange between the fruit, the vegetables and the edible fungi and the ambient environment, reduce water evaporation in food, prevent oxidation between oxygen in the air and the food, and better maintain the nutritive value of the fruit, the vegetables and the edible fungi. The coated film has good transparency so as to be capable of increasing the luster of the fruit, the vegetables and the edible fungi, and has good solubility so as to be easy to clean. Simultaneously, the coated film contains a biological antiseptic which can well inhibit and kill bacteria and fungi on the surface of the fruit, the vegetable and the edible fungi and in the ambient environment, so that the preservation period of fresh fruit and vegetables and the edible fungi can be effectively prolonged. Moreover, the novel film-coating antistaling agent adopts the biological additive, can be safely eaten, and has no toxic and side effect on the human body.

Deterioration of characteristics due to repeated cycles of coloration and discoloration in an electrochromic element comprising an oxidative coloration layer composed of a nickel oxide and a electrolyte composed of a solid electrolyte is suppressed. A lower ITO transparent electrode film 12 is formed on a transparent substrate 10. A nickel oxide film 32 making up an oxidative coloration layer, an intermediate layer 33, a tantalum oxide film making up a solid electrolyte layer, a mixed film comprising a tungsten oxide and a titanium oxide making up a reductive coloration layer, and an upper ITO transparent electrode film 20 making up an upper electrode film are formed on the lower ITO transparent electrode film 12 on this order. The intermediate layer 33 is a transparent film comprising a metal oxide such as SnO₂, a metal such as Al, or a composite of the metal oxide and the metal.

A method and apparatus for preventing exchange of viruses. Preexisting content is maintained for a device in a first location. New content associated with the device is placed in a second location, wherein the new content is an update to the preexisting content. The preexisting content and the new content are combined in a third location to form merged content. A check for viruses is performed on the merged content prior to performing a transfer of the new content.

A toner composition including electrically conductive core resin particles with an electrically insulating shell thereover.

A sequence identification number is added to a header in each Generic Frame Procedure (GFP) frame. The byte sequence identification number identifies frames, preventing duplication or loss of exchanges, sequences, and frames. When this feature is enabled, a remote wavelength division multiplexing (WDM) node automatically checks the header to ensure that no duplication or loss occurs. The remote WDM node does not need to buffer data, instead the remote WDM node only needs to keep track of the sequence identification number information. A sequence identification number is also added to the header information, which allows the WDM node to keep track of which session was under way in the event that all connections between nodes across the WDM network are lost.

This invention relates to methods and apparatus for performing microanalytic and microsynthetic analyses and procedures. The invention particularly provides microsystem platforms comprising microfluidics components wherein the interior surfaces of the components comprise a conformal coating of parylene.

A method that includes interference control at transmitters and interference mitigation at receivers in a wireless communication system is disclosed. Embodiments of the present invention exploit the interference sensitivity at neighboring terminals by taking into account the reciprocity of propagation radio channels in Time Division Duplexing systems (TDD). It can be applied to design the resource allocation for downlink (DL) and uplink (UL) transmissions in a wireless communication system. The methods include the self-configuration of the transmit power, the transmit precoder and the receive filter, at each transmitter and receiver in a multi-cell network. Systems are also provided and configured for implementing the methods of the invention.

An apparatus for scheduling transmission resources to users served by a base station equipped with a plurality of antennas includes a predictor for predicting rate regions for one or more future time slots based on rate regions for one or more past time slots to obtain one or more predicted rate regions, and a processor for calculating the transmission resources for the users for a current time slot using scheduled transmission resources for the one or more past time slots, a rate region for the current time slot and the one or more predicted rate regions.

The NC device of the machining center has the data memory for storing exchange history and data concerning a tool therein when the tool has been manually exchanged. When the data concerning the tool is updated, the data memory also stores update history. The main control unit determines whether the tool is changed on the basis of at least either of the exchange history and the update history. On the basis of a determination result, the main control unit controls the spindle head moving unit to stop the tool as well as allows a caution about the tool to be displayed on the display unit.

A binaural supply with a hearing system is to be enabled, whereby the computing outlay and energy consumption are to be kept as minimal as possible. A hearing system comprising a first hearing apparatus including a first signal input facility and a first communication facility and a second hearing apparatus including a second signal input facility, a second communication facility for receiving a signal from the first communication facility and a second signal processing facility for processing signals from the second signal input facility and the second communication facility are provided to form a common output signal. The signal transmitted from the first to the second communication facility corresponds to a real spectral part of the overall frequency spectrum of the first input signal. As only one part of the overall spectrum is transmitted and/or binaurally processed, the computing outlay and energy consumption is reduced.

A method and brake control device, with closed-loop braking intervention control functionality, for operating a vehicle compressed-air brake system includes directly processing data representing at least one pressure measurement of the compressed air, such as the pressure in the brake circuit(s) and/or the system pressure. Brake system leaks can be detected even when the vehicle is operating.