130results about How to "Ensure responsiveness" patented technology

A virtual communication space is constructed, in which people that actually see, hear or experience the same thing in the real world can exchange impressions or opinions in real-time. A user carrying a user terminal 20 moves in the real world and enters a predetermined space of the real world that is controlled and supervised by a virtual communication space providing portion 30. The virtual communication space providing portion 30 sends communication channel identification information with a communication channel identification information notifying means 32, and a communication channel identification information sensing means 21 of the user terminal 20 senses the communication channel identification information. Login into that communication channel is performed with a channel login/logout means 22. By logging in, the virtual communication space provided by the virtual communication space providing portion 30 is shared, and applications such as an electronic bulletin board and chat can be used. The supervisor terminal collects/analyzes a log of the conversation.

A just-in-time sampling-based system can, after consuming a small number of disk accesses or queries, produce extremely accurate answers for a broad class of aggregate and top-k queries over a file system or database without the requirement of prior knowledge. The system is efficient, accurate, and scalable. The system performs aggregate estimations of a hidden database through its web interface by employing techniques that use a small number of queries to produce unbiased estimates with small variance. It conducts domain discovery over a hidden database through its web interface by employing techniques which provide effective guarantees on the effectiveness of domain discovery. Systems and methods enhance forms used by mobile devices to access hidden databases. It employs data analytics to improve the usage of form fields, including providing context-sensitive auto-completion suggestions, highlighting selections in drop-down boxes and eliminating suggestions in drop-down boxes.

The invention discloses a control optimizing method for a master controller of supercritical unit boilers. The control optimizing method includes introducing an inertial element F(s) and a lagging element y1 into a feed-forward control branch to replace a modification function My(s) for a main vapor pressure input value ysp which is randomly set by an original system; providing input signals of the lagging element y1 by an element F(s), and leading reference signals yf outputted by the lagging element y1 to act on an input end of a closed-loop control element; and additionally optimizing a transfer function Mu(s) of the feed-forward control branch of an original boiler master control system into a pressure compensation transfer function Mf(s), meeting the requirement of parameter-variable running of a feed-forward function uff of the original boiler master control system, leading the uff and the yf to jointly act on the closed-loop control element, then controlling a follow-up executing mechanism and accordingly realizing master control for the boilers. The control optimizing method has the advantages that the master controller of the boilers can quickly and accurately output instructions to a fuel master controller and a water supply master controller, accordingly a main vapor pressure control effect is guaranteed, response characteristics of load are further ensured, and control quality of the unit and economical indexes are improved.

An apparatus configured to generate for display a plurality of vasculature (115) views (170a-c) alongside a live fluoroscopy image (190a). The views are selected in such a way that they allow visualizing the 3D structure of the vasculature segment in which the device (117) is currently navigating. The view is best relative to one or a weighted average of a plurality of goodness of view standards. As the device progresses and new fluoroscopy images (190b-c) are acquired, the views (170i-k) are updated accordingly.

The invention discloses a service robot cloud platform interface system based on SOA and a working method thereof. The system comprises a service layer, an SOA interface layer and an application layer. The service layer issues a service request to the SOA interface layer, the SOA interface layer carries out corresponding service querying and scheduling according to the service request, service agent and remote procedure call are achieved, and the application layer provides coarse grain service based on calling of the SOA interface layer, and meanwhile provides service feedback and log interfaces for the SOA interface layer. According to the development situation of a robot and the using character of a current robot, in the design process of cloud computation, the requirements of a mobile client and robot developers are considered, requirement analysis is carried out on a cloud calculating platform, the design principle of the SOA is followed, the cloud calculating platform is designed, and service of the robot and service of the could computing platform can be independent from each other.

Provided are an engine 111, a generator-motor 113, a clutch 112 connecting/disconnecting power therebetween, a battery 115, and a loading pump 117 for driving a fork 118. The generator-motor 113 is set either in a generator mode or in a motor mode. When a cargo handling load (detected by a loading lever position sensor 145 and the like) is smaller than a predetermined value, the clutch 112 is set to a disconnection state, the engine 111 is stopped or idled, and the loading pump 117 is driven by the generator-motor 113 in the motor mode. When the load is increased to the predetermined value or more during cargo handling work in a state where the clutch 112 is released, an increase of the number of revolution of the engine is started while an output of the generator-motor 113 is being increased. When the number of revolution of the engine 111 is made equal to the number of revolution of the generator-motor 113, the clutch 112 is set to a connected state, and the loading pump 117 is driven by the engine 111.

A sport running estimated value LEVELSP obtained by searching a value on a map prepared in advance based on an average values AGYAVE of lateral accelerations GY of a vehicle and on average values of vehicle speed changes is calculated, and a vehicle speed on a shift map is searched based on the sport running estimated value LEVELSP and an estimated value DA of a vehicle gradient, whereby a downshift vehicle speed VA at which a downshift is implemented is calculated. Then, the downshift is implemented in a case where actuation of a brake is detected, deceleration of the vehicle is a predetermined value or more, and a current vehicle speed is a downshift vehicle speed VA or more. In such a way, running on a meandering road, for which the downshift and a subsequent shift hold should be implemented, is sensed appropriately.

The invention discloses assembly equipment of a fluid ejector. The assembly equipment comprises a rack, a lifting mechanism, a clamping and rotating mechanism, a displacement sensor, a displacement controller and welding equipment, wherein the lifting mechanism is arranged at the lower part of the rack; the clamping and rotating mechanism is arranged above the lifting mechanism; the displacement sensor is arranged above the clamping and rotating mechanism; the welding equipment is arranged on one side of the clamping and rotating mechanism. The invention further discloses an assembly method of the fluid ejector. The assembly method comprises the following steps: firstly, pressing the other end, where an ejecting opening is formed, of a valve sleeve in the outer circumference at the top end of the a fixed iron core for welded fixing; secondly, adjusting the lifting range of a movable part through the displacement sensor and the displacement controller, and conducting welded fixing on a valve seat; finally, mounting the other parts. The assembly equipment and the assembly method have the advantages that the lifting range adjustment precision and the lifting range consistency of the movable part of the fluid ejector are obviously improved, so that the flow measurement precision and the responsiveness of the fluid ejector are guaranteed, and the assembly efficiency and quality are greatly improved; meanwhile, the allowable concentricity error ranges of armature and sealing parts can be widened, so that the difficulties of part processing and assembly are reduced.

An apparatus controls a motor equipped in a hybrid vehicle. In this apparatus, a basic torque command value of the motor is calculated so as to reduce a deviation between a target rotation speed and an actual rotation speed of the motor. A torque correction value for the motor is calculated based on a variation of the target rotation speed which is obtained per unit time and a value of inertia of a power train rotated integrally with the rotation shaft of the motor. Further, a torque command value finally supplied to the motor is calculated by correcting the basic torque command value with use of the torque correction value.

The invention discloses a plant-inducible and enhanced super-strong constitutive promoter and its application. The promoter has the following nucleotide sequence: the nucleotide sequence described in sequence 4 or 6 in the sequence listing, and a nucleotide sequence capable of hybridizing with the nucleotide sequence under stringent hybridization conditions. The promoter of the present invention can drive the constant expression of genes in plant cells, and at the same time has the ability to respond to chemical inducers. Under the induction of inducers, it can drive the superexpression of genes. Under the condition of no inducer, its driving ability is about It is twice that of the CaMV 35s promoter; after induction by chemical inducers, its driving ability is about 5 times that of the CaMV 35s promoter.

A variable wavelength interference filter includes a first substrate having a stationary mirror, a second substrate bonded to the first substrate and provided with a movable section and a movable mirror fixed to the movable section, and a third substrate bonded to the second substrate on an opposite side to the first substrate, and is provided with a first inner space sandwiched by the first substrate and the second substrate, a first gap, through which the first inner space communicates with the outside, a second inner space sandwiched by the second substrate and the third substrate, and a second gap, through which the second inner space communicates with the outside, and the first gap and the second gap are each sealed by a sealing member.

The invention discloses a mixer device of acetylene furnace, which comprises the following parts: oxygen spraying pipe (6) in connection with oxygen inlet (1), vortex tool (4) located by vortex locating piece (5) in the oxygen spraying pipe (6), oxygen vortex piece (9) fixed on the lower circumference of vortex tool (4) evenly, natural gas sprayer (8) in connection with the upper end of composite gas injector (3), wherein the through-hole on the circumference of oxygen spraying pipe (6) interconnects the through-hole on the circumference of vortex tool (4) through interconnecting pipe (11); the natural gas vortex piece (10) is set on the inner circumferential side of upper end of natural gas injector (8) with the opposite direction corresponding to the oxygen vortex piece (9). The gaseous hydrocarbon reactant is preheated with large amount of oxygen in the three-inlet mixer, which is mixed completely to guarantee the effect and manufacturing safety.

A control apparatus for a hybrid electric vehicle, includes: a temperature detector configured to detect a motor temperature of the electric motor; a pressing speed detector configured to detect a pressing speed of an accelerator pedal; an electric current detector configured to detect a value of the electric current supplied to the electric motor from the battery; and an engine controller configured to allow, when the motor temperature detected by the temperature detector is equal to or lower than a threshold temperature, the engine to be started based on the pressing speed detected by the pressing speed detector, so that the generator generates the electric power, and configured to allow, when the motor temperature is higher than the threshold temperature, the engine to be started based on the value of the electric current detected by the electric current detector, so that the generator generates the electric power.

If garbage collection is executed in every thread-local heap in order to secure processing responsiveness, a memory area may be fragmented or collectable areas may be reduced as the program execution proceeds. To overcome such problems, memory is divided into an area where thread specific data is allocated and an area where referenceable data from other threads is allocated, and is managed separately. More specifically, data that is referenced specifically by each thread is allocated to a thread-local heap, while data that is referenced from other threads is allocated to a global heap.

A control device for an internal combustion engine including a turbocharger and a negative-pressure waste gate valve includes an electronic control unit configured i) to apply a first drive current value to a pressure regulation valve so as to maintain an opening degree of the waste gate valve in a fully closed state in a case where an actual boost pressure is lower than a target boost pressure and a boost pressure difference between the actual boost pressure and the target boost pressure is equal to or larger than a threshold, and ii) to apply a second drive current value that is smaller than the first drive current value to the pressure regulation valve in a case where the actual boost pressure is lower than the target boost pressure and the boost pressure difference is smaller than the threshold.

The invention aims to provide a fixed bed multistage quench-type reactor for an aromatizing reaction of olefin-containing liquefying gas, which is characterized in that: the stage number of the fixed bed multistage reactor is determined according to the circulation quantity of saturated hydrocarbon entering the reactor and bed temperature rise in beds controlled in advance by the catalyst beds in the reaction process; and the saturated hydrocarbon is introduced to control the olefin content of the olefin-containing liquefying gas so as to control the temperature rise in the reactive catalyst beds. In the aromatizing reaction of the olefin-containing liquefying gas, the reactor can control the temperature rise in each stage of catalyst bed, so the appropriate reaction performance is obtained, the utilization rate of catalysts is improved, the service life of the catalysts is prolonged, and secondary reactions are reduced.

A gas sensor (1) is provided with a sensor element (2), a housing (13), and an element cover (14). The element cover (14) has an inner cover (3) and an outer cover (4). The outer cover (4) has an outer introducing port (41) and an outer discharge port (42). The inner cover (3) has an inner introducing port (31) and an inner discharge port (32). On the diameter direction outer side of the outer cover (4), a protection cover (5) having the leading end side thereof opened is disposed to cover the outer introducing port (41), and a predetermined interval is provided between the outer cover (4) and the protection cover (5). The inner cover (3) is provided with a diameter reducing step portion (33) having the diameter thereof reduced toward the leading end side. The diameter reducing step portion (33) is positioned between the outer introducing port (41) and the inner introducing port (31) in the axis direction X. When the inner diameter of the inner cover (3) is represented by A, and the diameter direction maximum length of the leading end portion (21) of the sensor element (2) is represented by B, the relationship of A/B<=2.1 is satisfied.

A relay communication device includes a first communication unit, a second communication unit, and a communication buffer. When receiving data in the first communication unit, each relay communication device temporarily accumulates the data in the communication buffer. The relay communication device functioning as a master asks the relay communication device functioning as a slave if there is data in the communication buffer. The master grants transmission permission to the slave that has returned a reply indicating that there is data. The slave that has received the transmission permission transmits the data to a slave that is a destination of the data. The master makes an inquiry into a next slave in the case where the slave which has been granted the transmission permission completes the transmission of the data from the second communication unit. The allowed amount of data transmitted by each relay communication device at one time is limited.

In an image-forming apparatus including: an image forming unit which forms an unfixed toner image on a recording material; a fixing unit having a heat generating member which generates heat by power supplied from a commercial AC power source via a choke coil, the fixing unit heating the unfixed toner image formed by the image forming unit and thereby fixing the image to the recording material; and a control unit which controls the supply of power from the commercial AC power source to the heat generating member. The control unit supplies power to the heat generating member by control including phase control, during printing for performing an image forming operation by the image forming unit, and supplies power to the heat generating member by wave number control during standby for awaiting a print instruction.