156 results about "Transition system" patented technology

The proposed device includes two segments adapted to enclose a body part in a form-fitting manner. Each segment contains an electroactive-material-based actuator, which is adapted to receive an electrical control signal and in response thereto adjust the actuator's morphology, so as to cause the segment to apply a basic pressure profile to the body part. A pressure transition is adapted to redistribute the basic pressure profiles between the first and second segments. A control signal in respect of the first segment causes the pressure transition system to apply a first adjusted pressure profile to at least part of the second portion of the body part, and vice versa, a control signal in respect of the second segment causes the pressure transition system to apply a second adjusted pressure profile to at least a part of the first portion of the body part.

A steer by wire steering system includes a steering wheel selectively coupled to a steering shaft, the steering wheel and steering shaft axially movable between a deployed position and a retracted position; an advanced driver assist system configured to steer the steerable wheels of a vehicle that is in communication with the steering wheel and steering shaft, the ADAS configured to selectively control the steering of the steerable wheels in an autonomous driving mode and a manual driving mode; and a steering system controller in communication with the ADAS, the steering system controller programmed to, while the steering wheel is in the retracted position, move the steering wheel to the deployed position and operatively couple the steering wheel to the steering shaft, in response to a vehicle operator request to deactivate a portion of the ADAS and transition from the autonomous driving mode to the manual driving mode.

Systems and methods for transitioning calls using a headset are presented. In one example, a headset is operable to form a first local wireless link with a first telecommunications device and form a second local wireless link with a second telecommunications device. The headset is operable to switch to a call transition mode, where during the call transition mode a user interface is adapted to receive a transition call input action. Responsive to the transition call input action, a call with a call participant on the first telecommunications device is terminated and a call with the call participant on the second telecommunications device is connected.

An IPv4-IPv6 transition method using a Dual Stack Transition Mechanism (DTSM) includes: setting a Domain Name System (DNS) between a DSTM client and a DSTM server arranged in an IPv6 network and a TEP/DNSv4 connected to the IPv4 network to perform V4 domain name processing; transmitting a DNS searching request for the DSTM client to be connected to the DNSv4 server in the IPv4 network from a V4HOST positioned in the IPv4 network to the DNSv4 server; obtaining, by the DNSv4 server, the IPv4 address of the DSTM client by communicating with the TEP/DNSv4, and transferring the IPv4 address to the V4HOST; and connecting, by the V4HOST, to the DSTM client using the obtained IPv4 address.

An inter-network communication method between IPV6 and IPV4 of a transition system characterizes that it is realized on the basis of 40ver6 transition system, namely, a set of 40ver6 router is set between IPV 4 and IPV6 networks, a 40ver6 packet translation module and a DNS applied gateway are matched in the router, the IPV4 node keeps the IPV6 information contained in the IPV4 packet to maintain the reached information of IPV4 network in IPV6 network to ensure end-to-end communication among different networks.

Systems and methods are provided for controlling an uninterruptible power supply (UPS) to transition between three- or higher-level operation and two-level operation in a neutral-point-clamped (NPC) inverter. In an example, a UPS system includes an NPC inverter and a controller. The NPC inverter may supply power to a load. The controller may control the inverter to operate in a three-level mode or higher when the load is substantially balanced and to operate in a two-level mode when the load is substantially unbalanced.

The invention provides a self-adaptive tidal lane and crossing transition system based on LED traffic signs and a control method. A traffic flow information acquisition device C collects real-time traffic flow data, and sends the traffic flow data to a lane division analysis and calculation device H; then, the lane division analysis and calculation device H carries out analysis and calculation to obtain a real-time lane division scheme, and the scheme is sent to a display control device X; and finally, road markings LMB and crossing guidance sign display LKX display a road clearing process and the lanes and crossings obtained after transition. The system realizes self-adaptive dynamic lane switching according to the traffic flow information. The self-adaptive tidal lane and crossing transition system, compared with the manual transition mode, accords with the idea of intelligent traffic better, so that the problems of tidal lane crowding phenomenon and crossing traffic flow concentration can be solved to the largest degree, and energy is saved and discharge is reduced.

Systems and methods of displaying a user interface in a portable electronic device are provided. In one embodiment, a method includes creating a first clone and a second clone of a user interface element. The method also includes displaying the first clone of the user interface element on a display of the portable electronic device, modifying the second clone of the user interface element, and transitioning between the first clone of the user interface element and the second clone of the user interface element. In another embodiment, a method includes displaying an initial user interface element and displaying a transition between the initial user interface element and a final user interface element, wherein the transition is selected based on a classification of the initial user interface element and a classification of the final user interface element.

The invention discloses a bridge road transition section roadbed structure of deep layer yielding ground regions. The bridge road transition section roadbed structure of deep layer yielding ground regions comprises a settlement and rigidity smooth transition system, a bearing force control system and a conventional foundation stabilizing system; the conventional foundation stabilizing system is positioned at one side of a roadbed body; the settlement and rigidity smooth transition system and the bearing force control system are positioned between the conventional foundation stabilizing system and a bridge abutment; the settlement and rigidity smooth transition system comprises a raft below a track and a plurality of long piles entering the roadbed; the long piles lengthen gradually from the pavement to the bridge abutment direction; the pile top parts of the long piles enter the raft, and the long piles and the raft are in rigid connection into an integral structure; the bearing force control system comprises a plurality of short piles arranged below the roadbed; the pile top parts of the short piles are provided with first broken stone hardcores for bearing the roadbed, and the long piles penetrate through the first broken stone hardcores.

A gaming machine is provided, a cabinet having a longitudinal axis, a display coupled to the cabinet, and a display transition system. The display transition system is configured for selectively moving the display relative to the cabinet in a direction substantially parallel to the longitudinal axis and between a closed position in which game play at the gaming machine is enabled and an open position in which game play is disabled.

Systems and methods for improving operation of a hybrid vehicle are presented. In one example, a method for transitioning between regenerative braking and providing positive torque to a driveline is presented.

The invention provides bounded model checking of a program with respect to a property of interest comprising unfolding the program for a number of steps to create a program formula; translating the property of interest into an automaton; encoding the transition system of the automaton into a Boolean formula creating a transition formula; conjoining the program formula with the transition formula to create a conjoined formula; and deciding the satisfiability of the conjoined formula.

The invention relates to a receiving device for three-dimensional (3D) multispectral detection of a stripe tube laser radar and belongs to the technical field of photoelectric imaging. The receiving device comprises a receiving telescope, an optical splitting grating, a multi-wavelength transformation system, a collimating micro lens array, a strip tube, a coupling light cone, a charge coupled device (CCD) camera and a computer, wherein the multi-wavelength transition system is formed by a photoelectric detector array, a transresistance amplifier array, a transconductance amplifier array and a vertical cavity surface laser emitter array. The receiving device solves the problem caused by multi-wavelength transformation of a stripe tube laser radar 3D multispectral detection system, transforms multi-wavelength laser containing target multiple spectra and 3D information into laser with wavelengths which a photoelectric cathode of the strip tube corresponds to, has the advantages of being high in transformation efficiency and wide in transformation band, and can be widely applied to the 3D multispectral detection of the stripe tube laser radar.

The invention provides an instruction set transition system and method. According to the arrangement, an external instruction is transited into an internal instruction for execution of a processor core; besides, through configuration, an instruction set supported by a processor system is conveniently expanded. The invention further provides a real-time transition method for an internal instruction address and an external instruction address. Thus the processor core is allowed to directly read the internal instruction in a higher-level cache, and assembly line depth is lowered.

Disclosed is a linear sequential logic theory-based mobile terminal express delivery path planning method. A weighted transition system which satisfies an actual delivery environment is established by a baidu map software development kit on a smart phone platform with an Android system; meanwhile, a multi-point delivery task is described by linear sequential logic language, and the task is converted into a Buchi automat; next, the transition system is fused with the delivery task to establish a task feasible network topology; the optimal path is searched on the task feasible network topology through a Dijkstra algorithm; next, the path is mapped back to the baidu map to obtain the optimal discrete path; and finally, continuation of the discrete path is realized by the positioning and navigating function of the baidu map software development kit. By virtue of the linear sequential logic theory-based mobile terminal express delivery path planning method, the problem of limitation in multi-point delivery task and the delivery region is solved, the optimality of the delivery path of couriers can be ensured, the delivery efficiency of couriers can be improved, and intelligent delivery based on Internet plus is realized.

The invention discloses a train control grade transition system and method thereof in the technical field of train control. The method includes the steps that 1, a CTCS-2 station train control centeridentifies the state of a polarized relay in a semi-automatic blocking change direction logic circuit, and the CTCS-2 station pickup and departure states are formed; and 2, during CTCS-2 station departure, a train speed monitoring curve is modified by adding and modifying reverse operation message parameters; during CTCS-2 station lateral pickup, a speed limiting point is set at a grade transitionpoint to modify the train speed monitoring curve, a train passes through the boundary of a CTCS-2 station and a CTCS-0 station according to speed limiting of the train speed monitoring curve, and meanwhile, a train on-board device completes switching of a CTCS-2 system and a CTCS-0 system. The train control grade transition system and method thereof has the beneficial effects that in case of maintaining semi-automatic blocking of the existing two stations, an interval trackless circuit, no additional renovation work of the CTCS-0 station, non-stopping switching of the train between the CTCS-0train control system and the CTCS-2 train control system is achieved, speed transition during switching is stable, and the efficiency of train transportation is improved.

An apparatus and system whereby a first member can move along a cable track and then on a glide track to then move in another direction and back on a glide track. The first member has a secondary retention system disposed therein.

The invention provides a method for strengthening total internal reflection fluorescence microscopic imaging by means of surface plasma of high-level secondary axial symmetry polarized beams. The method comprises the steps that spatial filtering is carried out on laser beams emitted by a laser through a pinhole filter, and the laser beams are straightened into parallel beams through a collimating lens; the parallel beams are incident into a polarization transition system to converted in the aspect of a polarization state; amplitude and phase modulation is further carried out on the obtained secondary axial symmetry polarized beams through a pupil filter and an annular diaphragm; the modulated secondary axial symmetry polarized beams are further reflected into a focusing objective lens with a high numerical aperture through a dichroic beam splitter and are incident to a three-layer structure of 'a glass substrate-a metal membrane-a sample'; excited fluorescence signals are reflected into the focusing objective lens through the three-layer structure, beam-expansion is carried out on the fluorescence signals by the focusing objective lens, the fluorescence signals are transmitted by the dichroic beam splitter, the fluorescence signals are focused onto a pinhole array plate through the focusing lens after filtered by a filtering plate, and light signals are converted into electric signals through a detector to be further processed.

Techniques to tie a processor power state transition on a platform to another power state transition on the platform. In an embodiment, processor governor functionality of an operating system detects an idle condition of a processor executing the operating system. Based on the processor idle condition and one or more indicated conditions of other platform devices, tying logic may determine a system power state to transition the platform to. For example, the tying logic may select from one of a plurality of idle standby system power states.

The invention solves the problem of virtual machine transition among hybrid clouds, and provides a technique for implementing a virtual machine transition system in a hybrid cloud environment on basis of data virtualization. The technique for implementing the virtual machine transition system in the hybrid cloud environment on basis of data virtualization is characterized in that: a cloud data virtualization layer is abstracted between different cloud platforms and different transition applications in the hybrid clouds; the cloud data virtualization layer includes a basic core module and an advanced extension module; the basic core module is used for supporting communication among the different cloud platforms, acquiring and integrating data, and issuing the data to an upper service; and the advanced extension module includes a virtual event processing unit, a transition management unit, a service level audit unit, a virtual machine template management unit, and a transition index optimization unit.

A system that facilitates computing a symbolic bound with respect to a procedure that is executable by a processor on a computing device is described herein. The system includes a transition system generator component that receives the procedure and computes a disjunctive transition system for a control location in the procedure. A compute bound component computes a bound for the transition system, wherein the bound is expressed in terms of inputs to the transition system. The system further includes a translator component that translates the bound computed by the compute bound component such that the bound is expressed in terms of inputs to the procedure.