183 results about "Release point" patented technology

An information processing device includes: a display unit having a touch panel on its front surface; a movement amount calculation unit that calculates the movement amount of a touch operation based on a touch point at which the touch operation is performed with respect to the touch panel and a touch release point at which the touch operation is released from the touch panel; an operation determination unit that determines whether the touch operation is a depression operation or a gesture operation depending on the calculated movement amount; and a command recognition unit that recognizes whether a received command is a command corresponding to the depression operation or the gesture operation.

A showerhead as described herein includes a translucent hollow body having a fluid chamber, and a fluid distribution element configured to release fluid contained in the fluid chamber. The fluid distribution element includes a plurality of raised concentric rings having peaks that serve as the fluid release points. The fluid distribution element contains a number of fluid ducts that are specifically shaped to transport the fluid from the fluid chamber toward the fluid release points. The translucent nature of the showerhead creates an optical lens effect that illuminates the showerhead and the water droplets formed by the showerhead. The illumination of the water droplets creates a pleasant showering experience for the user.

This method and apparatus contemplate the making of pocketed springs for mattresses and cushions by inserting compressed springs at intervals along and between the plies of a folder two-ply strip of sheeting, maintaining the springs compressed therein while seaming the edges of the plies to form a sleeve about the compressed springs as the strip is drawn lengthwise toward a release point at which each spring is free to expand to spread the plies. This transposes the edge seaming to mid-height of the spring. A previously made cross seam incorporating the transposed edge seaming limits the forward movement of the spring and a further such cross seam made behind the spring encloses the spring within an individual pocket of the sleeve. The repetition of spring release and cross seaming behind each spring released produces a string or chain of pocketed springs with the closing seam of the sleeve at mid-height of the springs.

A system for measuring ball speed, the system comprising a camera configured to capture a live video stream including a plurality of frames, a processor, a memory having executable instructions stored thereon that when executed by the processor cause the processor to load configuration information for initializing settings for the processor and the camera, receive data representation of an environment layout, analyze the plurality of frames to identify a ball, calculate a speed of the ball at a release point based on the analysis, generate data representative of the calculated speed, and a display operative to display the data representative of the calculated speed.

The invention relates to a streaming live scheduling method, a system and a scheduling server. The method comprises the steps that the scheduling server monitors the operation state of each core node server in a core unit, wherein the core unit comprises more than two core node servers; when the scheduling server receives a live streaming request pushed by a release point server, an available core node server is selected from the core unit according to the operation state of each core node server in the core unit; the information of the selected core node server is sent to the release point server; when the release point server receives the information of the core node server, live streaming is published to the selected core node server; and the mapping relationship between the selected core node server and the live streaming is persistently stored. According to the invention, the core node servers in the core unit can increase and decrease in a self-adaptive manner, which is convenient for unified management and configuration, and significantly reduces operation and maintenance costs.

The invention discloses a method for constructing a migration and propagation evaluation model of a radioactive substance. The method comprises the following steps of S1. determining necessary source items to obtain a total mass of the source items released in the environment in all kinds of release types, and a condition that the total mass changes over time; S2. dividing a source item releasing process into a plurality of smoke plume sections; S3. computing the proportion of each source item released in the environment in each smoke plume section, merging and grouping the source items into a plurality of nuclide groups according to the physicochemical properties, and computing the proportion of each nuclide group according to a ratio of compounds in each source item; S4. dividing an environmental space which needs evaluation into a plurality of space units at varying distances from a smoke plume release point; S5. computing the concentration of each source item in the air space and the concentration of each source item deposited on the ground according to a smoke plume diffusion mode with a changeable wind direction; and S6. displaying a name of each source item, a spatial distance between the smoke plume and the smoke plume release point, and the proportion of residual substances of each source item in the smoke plume after dry and wet deposition. According to the method, modelling is accurate, the accuracy is improved, and the influence of the radioactive substance on the environment is scientifically predicted and coped.

The invention discloses a control method for preventing explosion venting of a dry dedusting system in converter smelting process. The control method includes the steps of: firstly adding steel scraps into a converter, and then feeding molten iron into the converter; supplying oxygen to the liquid surface of the molten iron from the top through a oxygen lance, feeding stirring gas into the molten iron from the bottom to dephosphorizing the molten iron, at the same time controlling the oxygen supply intensity at all periods of time, and purging a flue of the converter for 90seconds through nitrogen 30seconds before the dephosphorization process is finished; bringing up the oxygen lance after the dephosphorization process is finished and conducting rapid deslagging operation to the converter; and decarbonizing the molten iron, bringing up the oxygen lance after the decarbonization process is finished, and then tapping of molten steel is carried out. According to the invention, in the method, the nitrogen purging time is set through a PLC(Programmable Logic Controller) program, the opening degree of an oxygen flow valve of the converter is set to be 40% and the oxygen release point of the oxygen lance of the converter is set to be 13.73m. Therefore, the problem of ignition delay upon release of oxygen is solved and the problem that explosive gas mixture is easy to produce in the dephosphorization process after the oxygen lance is brought up is avoided. The control method is simple and effective and is low in cost.

A hydrogen storage material and process is provided in which alkali borohydride materials are created which contain effective amounts of catalyst(s) which include transition metal oxides, halides, and chlorides of titanium, zirconium, tin, and combinations of the various catalysts. When the catalysts are added to an alkali borodydride such as a lithium borohydride, the initial hydrogen release point of the resulting mixture is substantially lowered. Additionally, the hydrogen storage material may be rehydrided with weight percent values of hydrogen at least about 9 percent.

The present invention relates to a pitch dynamics device, the pitch dynamics device being interconnected with a pitching machine for causing the pitching machine to vary the pitch dynamics of pitched balls. Optimally, variances in pitch dynamics can include varying pitch speed, pinch plate angle, and the pitch release point. The pitch dynamics device can vary the pitch dynamics of pitched balls by adjusting a pinch plate position and angle to control the location of a pitch release point, trajectory angle, and ball release speed. The resultant is that the pitch dynamics device can allow a single-wheel pitching machine to throw different speed pitches with similar accuracy, in a batter's strike zone area, without changing the pitching machine setup which may include recalibrating the pitching machine, throwing a series of test pitches to verify pitch accuracy, changing pitching machine wheel speed, or adjust pitching machine tilt angle.

A safety mechanism to prevent unintended ejection of a staple or fastener in a stapler or fastening tool. A low-start version of the stapler has a handle that when pressed pivots a lever which lifts a striker and energizes a power spring. At the release point, the striker is released and accelerated under spring bias into a staple, ejecting the staple by impact blow. A high-start version has the striker stationary in the upper position as the power spring is energized. In the safety mechanism, a movable hook or arm selectively prevents the striker, and linked components thereto, from completing an operational cycle. In one embodiment the safety mechanism includes a working surface sensing button bar operating in conjunction with the hook that latches the striker. The safety mechanism can also be a pivoting lock bar that engages the working surface, which surface pivots the lock bar into engaging the power spring, handle, and/or striker thereby preventing such components from reaching the release point.

The invention discloses a smart logistics space-ground collaborative system control method. A logistics vehicle plus unmanned aerial vehicle distribution mode is adopted. A large number of goods are carried on a logistics vehicle to run on a main road, an unmanned aerial vehicle can take off automatically on the moving logistics vehicle when closing to a delivery point of a cargo receiving point,and the position of the delivery point of the cargo receiving point is sent to the unmanned aerial vehicle through a system management center. The unmanned aerial vehicle can navigate to a rough position, and a special target can be accurately recognized through a binocular stereoscopic vision technology to land at a cargo release point. The position of the logistics vehicle is sent to the unmanned aerial vehicle in real time through the system management center, after the unmanned aerial vehicle finishes cargo throwing. The unmanned aerial vehicle can fly back to the vicinity of the logisticsvehicle automatically and dynamically lands on the vehicle to wait for next delivery task. In this way, the space-ground efficient coordination work and the multi-machine cooperation function can berealized. According to method, a new battlefield of logistics transportation is created, and the problems of high-efficiency mass distribution and long-distance distribution can be solved.

A handling system with an improved fairlead is provided for protecting a tow cable wherein the cable breaking strength exceeds the system-rated tension load; the fairlead being positioned collinearly between the system bellmouth and winch. A guide slot passes through the fairlead positioning the cable higher than the winch release point and bellmouth entry point, maintaining the cable down-slope as the cable exits the fairlead. The slot has a hemispherical portion tapering inward to a groove extending downward. Near the groove bottom, at the fairlead end nearest the bellmouth, is a cutting device. Under tension, the cable rides in the hemispherical portion of the groove. If tension suddenly increases from a snag, the resulting force drives the cable down into the groove where the cable is cut by the device, separating before the force damages the system. The constrained cable end is securely held in place by the taper.

A spring actuated stapler includes a lever releasably linked to a striker at a lever front end. An elongated power spring is linked to the striker so that raising the lever front end deflects the power spring. The lever and power spring pivot about a common fulcrum structure. The fulcrum structure includes a rear facing surface and the lever pivots about the rear facing surface when the lever is near a lever release point. This pivot location is adjacent to the power spring, at a bottom of the structure of the fulcrum. With the lowest possible pivot location the lever retracts and releases from the striker more quickly than if the lever pivots about a higher location at a fulcrum “axial center”. The release action is therefore more consistent, and less sensitive to manufacturing variations of the stapler.

The invention relates to a dynamic virtual execution system and a method of computer binary system program instruction, wherein, the system consists of a dynamic monitoring part, a disassembling part and a code slicing virtual execution part; the method includes the following steps: a monitored program is started in a debug mode; the dynamic monitoring part is provided with a trigger point and a release point; the trigger point is activated and the demand for control is transferred to the code slicing virtual execution part by the dynamic monitoring part; after the code stream of an object program is obtained, the disassembling part analyzes instructions to create a basic block; the generated basic block is stored in a buffer and virtual execution of each instruction of the basic block is completed after preprocessing; when reaching the release point, the instruction returns to the dynamic monitoring part to restore the normal execution of a binary program. The invention which is suitable for instruction level fine grain analysis during running a binary program supports local area simulation of object code stream; moreover, the invention can realize effective processing of the self mutation/self-checking code under multithread environment as well as various obfuscation codes, thereby having high operating efficiency.

The invention provides a vessel-mounted multi-parameter comprehensive water body vertical section survey system and a method. The system comprises a faller, a windlass, a cable, a front-end data acquisition unit, a rear-end data processing system and a control system. The windlass is used for releasing or withdrawing the cable in order to release or take back the faller; the cable is wound on the reel of the windlass; a multi-parameter comprehensive measuring instrument and the front-end data acquisition unit are mounted inside the faller, the multi-parameter comprehensive measuring instrument transmits the original data of each measured parameter to the front-end data acquisition unit, and the front-end data acquisition unit compresses and modulates the original data into remote-transmitted data, and then sends the remote-transmitted data to the rear-end data processing system via the cable; the rear-end data processing system decompresses and demodulates the remote-transmitted data into the original data, and then sends the original data to the control system and the rear-end data processing system; and the control system commands the windlass to release or withdraw the cable at controllable speed, and derives a multi-parameter comprehensive water body vertical section map at the release point from the original data.