363 results about "Release - action" patented technology

The present disclosure provides a method of sharing a software application from one handheld mobile electronic device to another handheld mobile electronic device and a handheld mobile electronic device using the same method. The method and device performs displaying an image which corresponds to the application on the touch screen, receiving a first touch input on the image, displaying a sharing area of the touch screen in response to a long hold of the first touch input, moving the image to the sharing area according to a moving action of the first touch input, and sharing the application in response to a release action of the first touch input.

The present invention relates to an attractant for pine brown Capricorn beetle, in the concrete, several pine volatile substance solvents with attractant action for pine brown Capricorn bectle and a synergist are mixed according to a certain mixing ratio, and placed in an attraction core bottle with slowly-releasing action and made into attraction core. Said invention not only has high attraction activity, but also does not contaminate environment, and its cost is low.

The invention provides an automatic traditional Chinese medicine decocting device and method, and relates to the field of the traditional Chinese medicine decocting. The automatic traditional Chinesemedicine decocting device comprises a control system, a mechanical arm and at least two medicine decocting pots. The medicine decocting pots are installed around the mechanical arm. The distances fromthe medicine decocting pots to the rotation center of the mechanical arm are the same. A medicine material taking area is installed within the capturing range of the mechanical arm. A medicine barrelis placed in the medicine material taking area. A traditional Chinese medicine material to be decocted is loaded in the medicine barrel. The medicine barrel can be captured by the mechanical arm andis sent into the decocting pots. The structure of the medicine barrel is matched with the structure of the interior of the decocting pots. The side wall of the medicine barrel is uniformly provided with holes. The control system comprises a mechanical arm control system and a decocting pot control system. The mechanical arm control system is connected with the mechanical arm. The mechanical arm control system is used for realizing the capturing and releasing actions to the medicine barrel, and the opening and closing actions to the decocting pots through controlling the movement of the mechanical arm. The decocting pot control system is connected with the decocting pots. The decocting pot control system is used for, through controlling the working state of the decocting pots, realizing thedecocting process, and effectively improving the medicine decocting automation.

A vegetation protective soil base material activation method is applied to the fields of ecological slope protection project, ecological restoration project and side slope and landscape garden greening project and the like. The method includes that concrete greening additive, organic matter, cement and activation substance are fully mixed to be uniform and then mixed into soil base material, and a spraying and sowing machine is adopted to spray activation substance on side slope finally, wherein the activation substance is obtained by combination and activation of three microbial inoculum fertilizers of nitrogen-fixing microbial inoculum fertilizer, phosphate-dissolving microbial inoculum fertilizer and silicatebacterium fertilizer. The vegetation protective soil base material activation method provided by the invention provides growth environment for plants in concrete and is beneficial to side slope greening plant growth. Meanwhile quantity of microorganism in slope protection base material is increased, and soil nutrient activation speed is improved by utilizing decomposition of microorganism on organic matter and release action of microorganism on mineral element, thus improving soil aggregate, improving soil fertility and effectively promoting side slope restoration.

A control apparatus for a vehicular drive system including (a) a differential portion having a differential mechanism operable to distribute an output of an engine to a first electric motor and a power transmitting member, a second electric motor disposed in a power transmitting path between the power transmitting member and a vehicle drive wheel, and a switching clutch and a switching brake provided in the differential mechanism and operable to limit a differential function of the differential portion, and (b) a step-variable automatic transmission portion constituting a part of the power transmitting path and operable to perform a clutch-to-clutch shifting action by a releasing action of a coupling device and an engaging action of another coupling device, the control apparatus including a step-variable shifting control configured to change an amount of racing of an input speed of the automatic transmission portion during the clutch-to-clutch shifting action, depending upon whether the differential function of the differential portion is limited by the switching clutch and brake.

The invention discloses a sheet vacuum pickup and release device which comprises a moving mechanism, a swinging and vacuum picking mechanism (90) and a posture correcting mechanism (80), wherein the moving mechanism is used for realizing the linear movement on three directions, i.e. an X axis, a Y axis and a Z axis; the swinging and vacuum picking mechanism is installed on the Z axis moving mechanism, is used for implementing the pickup and the release of a sheet and comprises an air cylinder mounting seat (904), a swinging air cylinder (903), a rotating shaft (908), a fixed block (906), an air pipe joint (905), a vacuum suction disc (907), an adsorbing and connecting plate (909) and the like; and the posture correcting mechanism is used for carrying out angle adjustment on the Z axis direction on the swinging and vacuum picking mechanism and comprises an actuator mounting plate (801), a linear actuator (802), a spring tension element (807), a connecting block (80), an air cylinder connecting plate (810) and the like. Through the sheet vacuum pickup and release device, the more accurate pickup and release action of the sheet can be realized; and the sheet vacuum pickup and release device has the advantages of compact structure, high reliability, convenience in operation and the like.

The invention relates to a preparation method of a slow-release rubber breaking agent for a chemical temporary-plugging rubber plug, which comprises the following steps: adding 10 parts by weight of NaCl, 15-22.5 parts by weight of adhesive and 20-40 parts by weight of alcohol into 100 parts by weight of strong oxidant rubber breaking agent to prepare 20-40-mesh granular capsule cores; applying an inner coating and an outer coating outside each capsule core, wherein the coating material for every kilogram of capsule cores comprises 90g of cellulose, 28g of resin IV, 30 ml of o-phenylenedimethylene, 2000-3000 ml of alcohol, 28g of talcum powder and 200-450 ml of vinyl chloride-vinylidene chloride copolymer emulsion. The high-efficiency oxidant in the rubber breaking agent can be gradually released at stratum temperature under the slow-release action according to the implementation requirements when the chemical temporary-plugging rubber plug liquid is injected into a well and in the fracturing construction process, so as to ensure the rubber forming and pressure bearing properties of the rubber plug, thereby completely breaking the rubber plug, effectively increasing the backflow rate of the chemical temporary-plugging rubber plug and maximally reducing the damage to the stratum.

The invention provides a parking brake interconnected control system for a locomotive, which comprises an original parking brake device, a microprogrammed control unit (MCU) and an interconnected pressure switch connected to a brake pipe, wherein the MCU is used for receiving a cut-off signal or a closing signal transmitted by the pressure switch and allowing implementation of parking brake or release of parking brake according to the received signal; and the interconnected pressure switch is used for detecting the magnitude of the pressure of the brake pipe and transmitting the cut-off signal or the closing signal to the MCU so as to realize interconnected control of the parking brake and the pressure of the brake pipe. The system provided by the invention realizes the interconnection of use of the parking brake and the pressure of the brake pipe; in normal operation of the locomotive, the parking brake can not be applied, so that the mistakenly applied action of the parking brake is avoided; and before release of the parking brake, release of air brake needs to be carried out in advance, so that the mistakenly released action of the parking brake is avoided and the safety of the parking brake is improved.

The invention belongs to superfine fiber medicine agent latex electric spinning manufacture technology field. Under the existing of little surface activator, the medicine solution would be equally dispersed into the carrier macromolecule solution to form latex, taking electric spinning to the latex to gain medicine carried superfine fiber non-woven fabrics or fiber felt. The invention has advantages of simple technology, low cost of device and no need to have the same solution of medicine and carrier copolymer. It has steadily medicine releasing action.

The invention relates to a foot-walking robot for cleaning pipe, belonging to the cleaning mechanism field for pipe sewage. The invention comprises walking part and function part. The walking part comprises walking cylinder, front pillaring-tightly cylinder, front gas-distribution disk, back pillaring-tightly cylinder, back gas-distribution disk, middle connecting disk, ball hinge, guide wheel and sleeve. The walking adopts bionics principle. Front and back radial pillaring-tightly mechanisms are constituted by four front pillaring-tightly cylinders distributed in radial direction, pillaring-tightly head and front gas-distribution disk; four back pillaring-tightly cylinders distributed in radial direction, pillaring-tightly head and back gas-distribution disk, which are used to imitate pillaring and releasing actions to pipe by hand and foot of human. The walking cylinder is used to imitate human expanding action to realize foot walking. The cylinder body of walking cylinder is fixed with the middle connecting disk and back gas-distribution disk together. The piston bar is connected with the front gas-distribution disk by ball hinge so as to decrease the influence to movement by linear error of pipe. By coordinated movement of front pillaring-tightly cylinder, back pillaring-tightly cylinder and walking cylinder, the robot can moves on straight pipe in pre-and-post double directions. Speed adjustment and moving-distance control can be realized by pneumatic system and control system.

The invention relates to a preparation comprising a carrier phase and at least one further phase which cannot be mixed with the carrier phase or only partially mixed therewith, wherein the change in ambient conditions alters the viscosity of the carrier phase. The invention also relates to a method for the production thereof and to particles and implants containing said preparations. The inventive preparations can contain various active substances with a delayed release action.

The invention provides a touch control headset system and a touch control command recognition method. The sudden actions of clicking, sliding and releasing of a user finger on a headset casing are detected by a triaxial inertial sensor, waveform similarity is described according to the volatility of motion data output by a first shaft and a second shaft to indirectly judge the clicking, sliding and releasing directions of the user finger relative to the headset casing, a touch control command is further recognized by combining whether delay exists between detected clicking, sliding and releasing actions, and the recognized touch control command is uploaded to terminal equipment coupled with the headset equipment. The touch control headset system and the touch control command recognition method thereof can help a user issue control commands with multiple functions through the headset under the condition that the terminal equipment of the user is in a standby state and bring convenience to people during outgoing.

An apparatus for controlling an automatic transmission of a motor vehicle, wherein a shift-down action of the automatic transmission is achieved with a releasing action of a hydraulically operated frictional coupling device, the apparatus including a rapid pressure reduction device operated upon determination that the shift-down action should be effected, for rapidly reducing a pressure of the frictional coupling device to a predetermined pressure level higher than a critical level at which the frictional coupling device starts slipping, an input torque determining device for determining an input torque of the automatic transmission, or a rate of increase of the input torque, and a rapid pressure reduction amount determining device for determining the predetermined pressure level to which the pressure of the frictional coupling device is reduced, on the basis of the input torque or the rate of increase thereof of the automatic transmission determined by the input torque determining device. The predetermined pressure level is preferably compensated based on a delay time between moments of decision and initiation of the shift-down action.

The invention relates to a slide-wheel composite type small and medium sized UAV (unmanned aerial vehicle) landing gear system. The system is characterized in that: each taxiing vehicle wheel assembly located on slide plates is equipped with a base for installing vehicle wheels, a clamping slot is arranged above the base, a clamp hole for placing a compression spring is disposed at the center of the clamping slot, a threaded hole is coaxially disposed at the clamping hole center, and slideway holes are arranged on landing gear supporting arms and the slide plates coaxially toward the direction of the threaded hole. The landing gear system also includes a pair of automatic release control assemblies able to control timely separation of each taxiing vehicle wheel assembly. Each automatic release control assembly comprises: a sliding pin equipped with a small hole at the upper end, a fastening rope able to pass through the small hole at the upper end of the sliding pin so as to prevent the sliding pin from slipping off from the slideway holes, and a cutter that passes through and is in connection with the fastening rope and can cut off the fastening rope. The cutter cut off the fastening rope timely under the control instruction of a control circuit board so as to complete automatic separation release actions of the taxiing vehicle wheel assembles, thus realizing the functions of rapid taxiing takeoff and short-range braking landing.

An emergency release locking system for a trunk lid, with a lid lock and a catch device which has a catch hook and in the case of the opened rotary latch limits the opening movement of the lid, with an emergency release system disposed in the trunk, and with an actuator that is controlled by a control unit of the vehicle and drives a blocking element, which above a predetermined or predeterminable recommended speed of the vehicle stops at least the releasing action of the emergency release system on the catch hook of the catch device. The control unit is assigned, apart from a sensor unit for detecting the current driving speed of the vehicle, one sensor unit each for detecting the current operating position of the emergency release system and of the catch hook of the catch device.

A piezoelectrically micromoving working platform with big stroke (more than 10 mm) and nanostep is composed of platform, base, guide track on said platform, guide track block moving along said guide track, and the driver unit arranged at the end of said guide track block and consisting of clamper and driver. Said clamper can be extended or shrinked when electric current flows through it, so performing the clamping and releasing actions.

The invention discloses a shunt release capable of detecting abnormal power state, which comprises a shell, and a power-off protection unit and a control circuit positioned in the shell, wherein the power-off protection unit is an electromagnet executing the release action; the control circuit comprises a power line sampling unit, a power supply unit and a state processing unit; the power line sampling unit is used for acquiring semaphore representing the power state of the release from the power line on which the release is arranged; the power supply unit acquires a real-time voltage from the power line and converts the real-time voltage to a stable voltage for supplying power; and the state processing unit sets a reference voltage, and generates a trigger signal to the power-off protection unit when the voltage of the semaphore is higher than the reference voltage, and the power-off protection unit generates the release action.

A gripper device comprising at least two portions which are coupled together and which can be moved towards one another to effect a gripping action and away from one another to effect a release action. An electrical motor is arranged to effect such movement, and a battery is connected to supply electrical current to the motor. A capacitor device is also connected to be capable of supplying electrical current to the electrical motor. A control device is arranged to cause the capacitor device to supply electrical current to the electrical motor after supply of electrical current to the electrical motor by the battery, to increase the strength of the gripping action.

A separable cutting mechanism for a printer comprises: a printing device with rollers used for mounting on a rail of the printer to move transversely; a cutting-knife unit with a carrier having rollers thereon to mount the cutting-knife unit on the rail of the printer and to be installed in juxtaposition with a plurality of printing heads; and an electromagnetic connector provided between the printing device and the carrier of the cutting-knife unit, the electromagnetic connector is provided with a magnetizing coil to generate attraction or release action when the printer is operated. Thereby, the cutting-knife unit and the printing device can be controlled to mutually attract with each other or can be separated for independent operations.

The invention discloses an oral liquid sustained-release preparation containing codein and chlorphenamine and a preparation method thereof, aiming at solving the technical problem of realizing sustained-release micro-capsules coating of subparticle with the particle size being less than 100 microns. The oral liquid sustained-release preparation comprises the ingredients based on the following proportion by weight: 0.1-1.0% of codein, 0.01-1.0% of chlorphenamine, 0.1-10.0% of ion exchange resin, 0.5-30.0% of suspending aid, 0.001-5.0% of sustained-release material, 0.1-5% of acidity regulators, 0.01-5% of heavy metal ion complexing agent and the rest of water. The preparation method comprises: compound codein, chlorphenamine resin particles and medium are stirred to be prepared. Compared with the prior art, the invention adopts a surface-modified method to combine the sustained-release material with ion exchange property radical and empty radical which is obtained after the medicine is absorbed by the ion exchange resin, a layer of compact sustained-release film is formed at the outer layer of medicine resin to control the releasing action of the medicine, thus realizing the sustained-release micro-capsule coating of subparticle with the particle size being less than 100 microns.