469 results about "Direct transfer" patented technology

A transmission for a marine propulsion system uses a cone clutch in such a way that, when in a forward gear position, torque is transmitted from an input shaft, or driving shaft, to an output shaft, or driven shaft, solely through the cone clutch. When in forward gear position, driving torque between the driving and driven shafts is not transmitted through any gear teeth. When in reverse gear position, torque is transmitted through an assembly of the bevel gears.

Consumer directed transfers of funds over the Internet are provided by a combination of systems and networks, including the Internet, email, and the Automated Clearinghouse system (ACH). A host system provided by a funds transfer service manages requests of senders to transfer funds and further manages responses of receivers to claim funds. The host system allows the sender to initiate the funds transfer by specifying the amount of the transfer and information for contacting the receiver, without the need to specify the account of the receiver for receiving the funds. Instead, the host system contacts the receiver and informs the receiver of the available funds; the receiver can then provide the necessary target account information for completing the funds transfer. The ACH is used to effect the transfer of funds, with the host system providing instructions for ACH entries to its financial institution using account information separately received from the sender and receiver. The credit risk associated with originating ACH entries is reduced by use of the Point of Sale system to verify sufficient funds in the sender's account by comparing the closing balance of the day the funds transfer is requested with the transfer amount. Sender fraud is reduced by comparing a sender provided balance (or check number / amounts) with an account balance acquired through automated means such as the POS system or ATM network.

A system, method and gaming device having a card reader and a receipt printer are provided. One processor of the gaming device communicates with a receipt printer and plays a game program. Another processor operates as part of an electronic funds transfer control unit that communicates with a card reader, keypad and display for prompting the player to enter fund transfer card information. The control unit sends out fund requests over a wide area network to a remote fund repository. If the repository approves of a fund request, the approval travels back to the ticket validation system, which instructs the gaming device to: (i) issue a direct transfer of funds via the credit meter, a hopper or a lottery and (ii) issue a receipt for the transfer to the player.

Some embodiments provide a method and technique for explicitly indicating the start of a communication session within an Unlicensed Mobile Access (UMA) network or Generic Access Network (GAN). To facilitate the explicit indication of the start of the communication session, some embodiments replace the first DIRECT TRANSFER message exchanged between a user equipment (UE) and network controller of the UMA network or GAN with a new message, the GA-RRC INITIAL DIRECT TRANSFER message. Some embodiments also provide a method and technique to activate a communication channel prior to performing handover from a first licensed wireless communication network to the UMA network or GAN. In this manner, some embodiments perform a more efficient and seamless handover from the licensed wireless network as the delay resulting from the handover is minimized by performing the channel activation procedure prior to the handover.

Methods, systems, and apparatuses for a self-encrypting drive (SED) management system configured to be loaded in a pre-boot region of an SED-based computer, the SED of the SED-based computer having a nominal space, which may be encrypted when the SED-based computer is shut down, and the pre-boot region. The SED management system comprises a pre-boot operating system (OS); at least one pre-boot library configured to support the pre-boot OS; and an unlocking software program configured to work with the pre-boot OS to transfer control directly to an operating system of the nominal space upon a successful authentication. Other embodiments are described and claimed.

Sample preparation apparatus and method includes a wafer stage platform with an optical microscope and integrated pattern recognition to automatically address specific locations on the wafer sample of interest. A laser attaches to the optical microscope to mill a set pattern around the area of interest. A precision micro-manipulator engages the sample support structure, extracts the structure, and places the structure in a TEM holder or holder tip. The holder or holder tip can then be placed inside a FIB for final thinning, followed by direct transfer into the TEM.

The present invention simplifies the data modeling process and enables its full dynamic versioning by employing a non-hierarchical non-integrated structure to the organization of information. This is achieved by expressing data modeling, storage and transfer in a particular non-hierarchical, non-integrated neutral form. The neutral form of the present invention enables complete parallel processing of both data storage and data transfer operations. It also enables the direct integration of separate but related data models and their data without remodeling or reloading. Finally, the present invention enables direct transfer of neutral form information in a manner that includes all of the properties required to independently understand and interpret each transferred data value.

The present invention relates to a method for forming graphene at a low temperature, to a method for direct transfer of graphene using same, and to a graphene sheet. The method for forming graphene at a low temperature comprises supplying a carbon-source-containing gas to a metal catalyst layer for graphene growth formed on a substrate, and forming graphene at a low temperature of 500° C. or less by means of inductively coupled plasma-chemical vapor deposition (ICP-CVD).

A hearing device system includes a hearing device having a normally open (i.e., doorless) receptacle cavity configured to accept a battery assembly for powering the hearing device. The battery assembly has an insertable segment and protruding segment, the protruding segment remains outside of the receptacle cavity of the hearing device when the insertable segment of the battery assembly is operably seated (i.e., firmly engaged, with electrical connection established to the hearing device) within the receptacle cavity. A battery dispenser holds one or more new battery assemblies for direct transfer of one of the held battery assemblies into the receptacle cavity of the hearing device to replace a depleted battery assembly when the latter is removed from the receptacle cavity.

An integrity protection count synchronization method (200) initiates (210) a new connection when a user equipment (UE) is already in connected mode with a network. If new security keys are pending, the UE sends (250) a START value of zero in an initial direct transfer message. If no new security keys are pending, the UE sends (240) a non-zero START value based on a Universal Subscriber Interface Module (USIM). Sending a START value of zero when new security keys are pending at the UE forces the network's COUNT-I integrity count value to match the zero COUNT-I value at the UE, which prevents call set-up failure due to inability to pass an integrity protection security check.

Methods for preparing carbon nanotube layers are disclosed herein. Carbon nanotube layers may be films, ribbons, and sheets. The methods comprise preparing an aligned carbon nanotube array and compressing the array with a roller to create a carbon nanotube layer. Another method disclosed herein comprises preparing a carbon nanotube layer from an aligned carbon nanotube array grown on a grouping of lines of metallic catalyst. A composite material comprising at least one carbon nanotube layer and prepared by the process comprising a) compressing an aligned single-wall carbon nanotube array with a roller, and b) transferring the carbon nanotube layer to a polymer is also disclosed.

A thermodynamic system and method of producing useful work includes providing a working fluid and a fluid pump, or compressor, for pumping the working fluid in a cycle. A thermal input is provided for supplying heat to the working fluid. An expansion device downstream of the thermal input converts motion of the working fluid to useful work. A heat pump is provided. A number of different means of implementing the heat pump are presented, including direct transfer of working fluid mass flow. The heat pump pumps heat from one portion of the working fluid to another portion of the working fluid. For some applications, a regenerator, or recuperator, may be used to transfer heat from a high temperature portion of the working fluid to a lower temperature portion.

Improvements in systems and methods which employ a two-phase fluid, such as a refrigerant, as a saturable fluid in direct heat transfer relation to a thermal load, are realized by extraction of vapor from the saturated fluid before heat exchange. Moreover, automatic changing of the paths under command of a controller enables charges to be effected between different modes at higher rates than in other systems by employing the variety of modes available in the direct transfer system.

The invention relates to a computer application in the field of control, monitoring, modification and / or optimization of processes which comprise real process sequences of discrete events, so-called "discrete event dynamic systems", which cannot usually be described by systems of (differential) equations. Such processes occur for example in technical developments as well as in other business activities in the industrial or tertiary sector. Such a real process is reflected in a process model which is connected to the real process via at least one interface. If the interface(s) is / are bi-directional, real process data can be transmitted into the model directly, i.e. without data conversion, and thus the real process can be monitored; in the model, simulations can be carried out with changed process data; and finally if the result of the simulation is successful, process modifications can be transferred directly to the real process.

The present invention relates to a unique and novel PC based software solution interface with embedded DSP based Online UPS system. In the present invention, a single DSP is used to control the Online UPS and further to communicate with the PC based software which enables direct transfer of real-time values of parameters to the PC. Such direct transfer of data is accomplished through a dedicated communication protocol that is implemented both inside the DSP chip, and in the monitoring software. As the DSP can process the information very fast, the processing of all the data can be completed by the DSP and transferred to the monitoring software. The requisite provisions are made in the DSP embedded chip inside the Online UPS system so as to receive the data from the Monitoring system and correspondingly change the Output voltage / Frequency, Battery Low level and battery high level.

An apparatus includes a needle including a hole extending from a first end to a second end through the needle and an energy-emitting device arranged in the hole of the needle. The energy-emitting device being configured to emit a specific wavelength and intensity of energy directed at an electrically-actuatable element to bond a circuit trace and the electrically-actuatable element.

An image forming apparatus includes a primary transfer device that primarily transfers a first image from a first image bearer onto a first belt unit at a primary transfer position, a secondary transfer device that secondarily transfers the first image from the first belt unit onto a printing medium at a secondary transfer position, and a direct transfer device that directly transfers a second image from a second image bearer onto the printing medium at a direct transfer position.A second belt unit is rotatably suspended by plural second rollers and carries and conveys the printing medium through the direct transfer position and the secondary transfer position. An interval between the direct transfer position and the secondary transfer position is prescribed natural number times of a circumference of one of the plural second rollers, which fluctuates a velocity of the second belt unit.

This invention is a three-dimensional model of direct transfer method gesture involving computer graphics technology, the 3D model directly to the source posture passed to target three-dimensional model. First, the user specified source / target model features corresponding anchor, and then the corresponding algorithm automatically establish the source and destination of the triangular relationship; Then, the triangular surface film formation rotation and translation to a temporary mesh, the network from a reference targets Gatti Grid rigid elements, while retaining a possible source grid posture information; then the provisional grid in the face of the film in accordance with the predefined Laplace differential binding re-arranged, splicing generate meaningful three-dimensional model . This invention solution to a single three-dimensional model of transmission between posture, both the overall structure of the skeleton or fine skin deformation; help efficient 3D animation division has been rapid use of 3D model library to produce complex three-dimensional model of posture, and no need to start from scratch or repeated time-consuming manual adjustment.

The invention relates to a direct graphene film transfer method. Currently, transferring graphene films from metal surfaces is quite inconvenient. The method includes: using the chemical vapor deposition method to grow a graphene film on a copper foil; using oxygen plasma cleaner to clear graphene on one side of the copper foil to obtain a combination of the single-layer graphene film with the copper foil; flatly attaching a transfer carrier onto the surface of the graphene film and drip adding an organic solvent of a proper quality to increase the interaction between the transfer carrier andthe graphene film; using etchant solution to clear the copper foil to obtain a combination of the single-layer graphene film with the transfer carrier; using deionized water to clean the graphene film for multiple times; and using a filter paper to clear the deionized water on the surface of the graphene film. Using the direct graphene film transfer method avoids the graphene films from being damaged by transfer media such as organic colloid and the like, single-layer graphene films of 100 micrometers or more can be obtained, simple equipment is required, product dimension is controllable, production safety is high, and industrial application is easy to implement.

The invention provides a method for avoiding an obstacle based on a deep double-Q network countermeasure architecture. The method comprises the steps that a monocular vision RGB image is adopted, anda corresponding depth image is obtained; based on a countermeasure network and double-Q network mechanism, a model is trained in a simulator, and knowledge leant from a simulation test can be seamlessly transferred into a new scene in the real word; a machine learns how to avoid the obstacle on the simulator, and the deep information forecasting can be conducted even in an extremely noisy RGB image. According to the method, in combination with the double-current countermeasure network, monocular vision obstacle avoidance is conducted, the end-to-end high-speed learning of the obstacle avoidance task is achieved with the limited computing resources based on the double-Q network by the adoption of the countermeasure network architecture and can be directly transferred into the real robot completely, complex modeling and parameter adjustment of a traditional path planner are avoided, the performance can be improved greatly, and the training speed is increased greatly; and in addition, a variety of robot operating environment information is provided by a monocular camera, the cost is low, the weight is low, and the method is applicable to various platforms.

In a digital processing unit having a plurality of digital signal processors, a first digital signal processor can request a direct transfer of a signal group stored in the memory unit of a second digital signal processor. In order to insure that the second digital signal is active, a control signal is generated by the direct memory access controller of the first digital signal processor. The control signal is applied the directly to the memory access controller of the second digital signal processor. When the second digital signal processor is in an IDLE mode, the control signal activates the second digital signal processor.

An apparatus for cooling turbine blades in a turbine engine including a direct transfer axial tangential onboard injector (TOBI) for a turbine rotor and a self-supporting seal plate disposed on a rotating disk for the turbine engine. The TOBI includes a plurality of openings emanating a flow of cooling air. The self-supporting seal plate comprises a plurality of shaped cooling holes in fluid communication with the flow of cooling air emanating from the TOBI. The rotating disk includes a plurality of turbine blade slots formed therein. The plurality of cooling holes are in fluid communication with the plurality of turbine blade slots for directing the flow of cooling air to provide cooling to the plurality of turbine blades. The plurality of openings, the plurality of cooling holes and the plurality of turbine blade slots are in axial alignment and optimized to minimize radial and hoop stresses.

A device is described of the micro-system and / or nano-system type including:a first substrate, including at least one electrode, called the lower electrode, and at least one dielectric layer,an intermediate substrate, extending across a plane, called the main plane of the device, including a moving portion,an upper substrate, attached to the intermediate substrate, where the said moving portion can be made to move between the lower electrode and the upper substrate.

An image forming apparatus includes first and second belt members, at least one color image carrier, a separate image carrier, a primary transfer member, a secondary transfer mechanism, a direct transfer member, a first image detector to detect positional deviation of transferred images from reference pattern images, and a controller to transfer the reference pattern images formed on the at least one color image carrier and the separate image carrier onto the first belt member or onto the second belt member, convey the reference pattern images to the first image detector, cause the first image detector to detect the reference pattern images, and adjust one or more image forming conditions of the image forming apparatus to prevent positional deviation of the transferred images from the reference pattern images based on detection results obtained by the first image detector.

An improved pharmaceutical dispensing system that allows direct transfer of doses from bulk blister packs into custom pharmaceutical packages in which medication doses are arranged by day of the week and / or time of day. In a preferred embodiment, the invention comprises a positioning mechanism that controls a de-blister apparatus. The de-blister apparatus comprises a de-blister means, such as a plunger, to remove individual doses from the blister pack and dispose them into a corresponding cavity of the custom pharmaceutical package. The apparatus may operate under manual or automatic control. Such an invention alleviates the operator from having to remove all of the medication doses from the blister pack before distributing the doses amongst the cavities of the custom pharmaceutical package.

A method and system are provided for transferring digital assets in a digital asset network. Network users can be centrally enrolled and screened for compliance. Standardized transfer processes and unique identifiers can provide a transparent and direct transfer process. Digital assets can include sufficient information for ensuring that a value will be provided, including one or more digital signatures, such that value can be made immediately available to recipients.

A method for the simulation of responses of a nonlinear amplifier provides for measuring characteristics of nonlinearity of amplitude and of amplitude / phase-shift conversion of the amplifier, each measurement being made at an amplitude that is constant in input. The method further includes measuring the characteristics at different frequencies, developing the characteristics in sequences of direct transfer functions, computing frequency correctors for the direct transfer functions, measuring characteristics of distortion of amplitude modulation, each measurement being performed by modulating the input amplitude, computing modulation transfer functions reproducing the distortion amplitudes at output according to the input modulation amplitudes and correcting the direct transfer functions when the input amplitude is modulated in order to simulate the envelope memory effect. There is a direct application of the invention to the field of the simulation of high efficiency microwave amplification.