33results about How to "Thoughtful" patented technology

The invention relates to a uniform feeding device for unshelling processing of small-scale shrimps, comprising oblique feed channel integrated sets, a pot-shaped backing material bucket, a discharge pipe, a pot-shaped backing material bucket top cover, a vibration damping expansion pipe section, a flow control valve, a material shrimp delivery pump, a common base, an electrically stimulating vibrator, a common rack and a filtration water return pipeline system; the pot-shaped backing material bucket is connected with the two groups of oblique feed channel integrated sets arranged on the left and the right, and the three are arranged on the common base; the electrically stimulating vibrator is fixed with the common base and arranged and fixed on the common rack; the lower section of the discharge pipe penetrating through the pot-shaped backing material bucket top cover is inserted into the pot-shaped backing material bucket, and the upper section of the discharge pipe is connected with the vibration damping expansion pipe section, is connected with the flow control valve by a pipeline and then is connected with the material shrimp delivery pump in a material shrimp stirring tank; and the filtration water return pipeline system is used for connecting the material shrimp stirring tank with water accumulation tanks on the oblique feed channel integrated sets and is used for returning water to the material shrimp stirring tank.

The invention relates to an isolating switch in a vacuum on-load tap-changer. The isolating switch is characterized by comprising a mounting plate (1), a spring (2), an oscillating bar (3) and a shifting fork (4), wherein a pair of fixed contacts (1b) and a spring oscillating groove (1c) are arranged on the mounting plate; one end of the spring (2) is fixed with a rotating shaft I (1a) while the other end of the spring (2) is hinged with the oscillating bar (3); the spring can oscillate in the spring oscillating groove (1c) around the rotating shaft I (1a); the oscillating bar (3) is hinged with the mounting plate (1); a pair of rollers (3a) are arranged on the mounting plate; a two-sided moving contact (3b) is arranged on one end part of the mounting plate; the double-faced moving contact (3b) is corresponding to the fixed contact (1b); the shifting fork (4) can rotate around the axis (4a); a pair of pushing claws (4b) are arranged on the shifting fork (4); the pair of pushing claws (4b) respectively stir the corresponding rollers (3a); the rollers (3a) can roll on the contact surfaces of the pushing claws (4b).

The invention relates to an amphibious purification device for aquaculture. The amphibious purification device for aquaculture is characterized by comprising a long strip-shaped frame (2); a front clapboard (3) and a rear clapboard (4) are arranged in the long strip-shaped frame (2); the lower part of the front clapboard (3) is provided with a front water through sieve mesh (3a); the upper part of the rear clapboard (4) is provided with a rear water through sieve mesh (4a); a water inlet pipe (5) is arranged at the upper part of the front section of the long strip-shaped frame (2), and an L-shaped water outlet pipe (6) is arranged at the lower part of the rear end of the long strip-shaped frame (2); the upper end of the L-shaped water outlet pipe (6) is slightly lower than the upper edge of the long strip-shaped frame; a coarse filter material area is arranged between the front end of the long strip-shaped frame (2) and the front clapboard (3); a middle filter material area is arranged between the front clapboard (3) and the rear clapboard (4); a fine filter material area is arranged between the rear clapboard (4) and the rear end of the long strip-shaped frame; a porous clapboard (7) is arranged between the front clapboard (3) and the rear clapboard (4); a plurality of floating bodies (1) are fixedly arranged at the side of the long strip-shaped frame (2).

The invention relates to a draw-bar box with a charging device, the middle part of the back side of the draw-bar box is provided with the charging device, the charging device is arranged between one pair of draw bars, the whole charging device is a rectangular structure, the charging device, from top to bottom, comprises a charging outer interface part(3) for charging of a portable electronic product, a power adaptor seat chamber (4) for storage of a multinational power adaptor socket, a main storage part for storage of a mobile power supply and a mobile phone, and a wire collecting part position (8) for storage of a power supply plug; the main storage part for storage of the mobile power supply and the mobile phone comprises outer and inner two layers of bins, the inner bin is a mobile power supply bin (6), the outer bin is a mobile phone bin (5), the power supply bin (6) and the mobile phone bin (5) are connected by a charging wire harness, the outer part of the inner bin is provided with a wire harness space (7) for storage of the wiring harness, the wiring harness in the wire harness space (7) is connected with the charging outer interface part(3), and a power line in the wire collecting part position (8) is connected with the mobile power supply in the power supply bin (6).

The invention discloses a drying device for tobacco processing, which comprises a drying box, two first rotating shafts and two second rotating shafts, and the two first rotating shafts and the second rotating shafts are annularly arranged in the drying box Inside, the side of the first rotating shaft is welded and fixed with a plurality of bulk claws, the side of the second rotating shaft is welded and fixed with a plurality of scrapers, and the same end of the first rotating shaft and the second rotating shaft are hinged with rollers An annular slide rail is fixedly connected to the side wall of the drying box close to the roller, the roller is slidingly connected to the annular slide rail, and the ends of the first and second rotating shafts away from the roller are fixedly sleeved with planetary wheels. The present invention is novel in structure and thoughtful, and utilizes the planetary frame mechanism to make the turning of the tobacco in the drying box more thorough, ensuring the uniform contact between the tobacco and the installation shell, that is, ensuring the uniformity of drying. In addition, The bulk material claw and scraper are designed to disperse the tobacco and remove the pectin, which is practical and easy to popularize.

The invention relates to an isolating switch in a vacuum on-load tap-changer. The isolating switch is characterized by comprising a mounting plate (1), a spring (2), an oscillating bar (3) and a shifting fork (4), wherein a pair of fixed contacts (1b) and a spring oscillating groove (1c) are arranged on the mounting plate; one end of the spring (2) is fixed with a rotating shaft I (1a) while the other end of the spring (2) is hinged with the oscillating bar (3); the spring can oscillate in the spring oscillating groove (1c) around the rotating shaft I (1a); the oscillating bar (3) is hinged with the mounting plate (1); a pair of rollers (3a) are arranged on the mounting plate; a two-sided moving contact (3b) is arranged on one end part of the mounting plate; the double-faced moving contact (3b) is corresponding to the fixed contact (1b); the shifting fork (4) can rotate around the axis (4a); a pair of pushing claws (4b) are arranged on the shifting fork (4); the pair of pushing claws (4b) respectively stir the corresponding rollers (3a); the rollers (3a) can roll on the contact surfaces of the pushing claws (4b).

The invention relates to a leftover material cleaning system of a cream production line. The cream production line comprises a burdening tank, an aging tank and a filling machine. The burdening tank, the aging tank and the filling machine are connected in order. A first vacuum system and a second vacuum system are arranged between the burdening tank and the aging tank and a third vacuum vacuum are arranged between the aging tank and the filling machine. The first vacuum system, the second vacuum system and the third vacuum system each comprise a vacuum pump, an auxiliary tank and a material suction target tank. Tank mouths of the auxiliary tanks are connected with the tank mouths of the material suction target tanks by auxiliary pipelines. The tank mouths of the material suction target tanks are connected with raw material residue pipelines to be suction. The vacuum pumps are connected with the auxiliary tanks to create stable negative pressures in the auxiliary tanks. Cream raw materials in the raw material residue pipelines can fall into the material suction target tanks under the action of gravity without entering the auxiliary pipelines.

The invention relates to a door capable of automatically draining indoor flood. The door comprises a pass door having a door frame, a door leaf, a door closer, a handle lock and hinges. The bottom of the door leaf is provided with a flood discharge door. The flood discharge door comprises a flood discharge door leaf and a flood discharge door frame. The flood discharge door leaf is hinged onto the flood discharge door frame by means of flood discharge door hinges. The bottom of the flood discharge door leaf is provided with a hidden door closer. A flood discharge actuator is arranged on the flood discharge door leaf and comprises a metal floating ball, a connecting rod and a lock tongue. When indoor water level rises to the metal floating ball at one end of the connecting rod, the metal floating ball upwardly floats. The lock tongue at the other end of the connecting rod is separated from a fixing block. The flood discharge door leaf is opened up under effect of water pressure for discharging flood. After discharging flood, the flood discharge door leaf restores to an initial position under effect of the hidden door closer. The lock tongue has an oblique plane where the fixing block can slide under the effect of restoring force of the flood discharge door leaf and the flood discharge door leaf is fixed.

The invention discloses a method for intelligently controlling flushing of water quality purification and a water purifier thereof. The method comprises the following steps: S1: setting the total purification impurity parameter value G of the filter device of the water purifier; S2: obtaining the filter device of the water purifier The impurity parameter value H1 at the water inlet; S3: Obtain the total water consumption Q accumulated during the flushing cycle; S4: Calculate the rated purified water volume of the filter device of the water purifier as Q1=G / H1; S5: Judgment, if Q<Q1, no Perform flushing, if Q≥Q1, execute the flushing mode; S6: After flushing, the total water consumption Q is reset to zero, and steps S2 to S5 are repeated. The timing of flushing is judged according to the total purification impurity parameter value of the filter device, so that the filter device can be flushed in a timely manner, the effect of the filter device can be fully exerted, and resources can be saved. Furthermore, the water purifier also has two alternative control schemes, which are the removal rate judgment method and the filtration value comparison method, which make the flushing timing judgment more reliable.

The invention relates to a tiny suspended matter removal device for a freshwater aquaculture system. One end of a microbubble generator is communicated with external sewage and external ozone, and the other end of the microbubble generator is communicated with a floatation area inside a closed chamber; the floatation area inside the closed chamber is isolated from the upper part of a precipitation area of an inclined pipe through a first vertical partition plate, the bottoms are communicated, a bottom partition plate is downwards inclined from two sides towards the middle parts of the floatation area and the precipitation area of the inclined pipe; an inclined plate screen is arranged on the upper part of the floatation area, a first blowdown pipe with certain downward inclination is arranged at the lower end of the inclined plate screen, and a first backwashing device for washing the inclined plate screen is arranged above the inclined plate screen; a second blowdown pipe is arranged at the lowest position of the bottom partition plate; a second backwashing device is arranged above the bottom partition plate; the precipitation area of the inclined pipe and an overflowing area are isolated through a second vertical partition plate, and a water purification drain pipe is arranged at the bottom of the overflowing area. The tiny suspended matter removal device is simple and convenient to operate, has diversified functions, not only can remove tiny particles of aquatic water body, but also can degrade organic matters, remove ammonia nitrogen and water color, and increase dissolved oxygen.

The invention provides a dry beach monitoring method based on photogrammetry and laser ranging. It includes the following steps: Step 1: Use the remote automatic camera system to calibrate the industrial camera and regularly take photos of the dry beach; Step 2: According to the photos of the dry beach, use the automatic waterline recognition algorithm to accurately position the waterline; Step 3: Use precise control The servo system adjusts the angle of the laser ranging device so that the laser ranging device aligns with the identified precise waterline position; Step 4: The laser ranging device automatically measures the distance from the waterline to the laser lens, and obtains the dry beach through geometric conversion length. The invention integrates image recognition, laser ranging, and precise control of the servo system; by automatically identifying the waterline, the precise control of the servo system adjusts the angle of the laser ranging device, and the laser ranging device automatically measures the distance from the waterline to the laser lens, realizing dry Automated measurement of beach length.

The invention relates to an emergency treatment method for grout bursting in a connected cavity at the bottom of a prefabricated concrete shear wall. The grout bursting situation is divided into two states according to the position and the degree of damage of the sealing strip, wherein: the inner side of the prefabricated outer wall or the prefabricated On any side of the inner wall, when the sealing strip is completely or partially disengaged, follow the steps below: S1. Reset the disengaged connecting cavity sealing strip to achieve effective connection with the part that has not been disengaged; S2. Select at least one point on the sealing strip, move back to set the distance and fix a point on the floor, nail a steel drill bit vertically to the floor at the fixed point, insert a wooden strip between the steel drill bit and the sealing strip, and the position of the wooden strip passes through the steel drill bit Provide counter force, tighten the sealing strip, and apply an appropriate amount of quick plugging material on both ends of the reset and tightened sealing strip; S3, implement secondary grouting. The invention can handle emergency and quickly restore grouting, and improve the work efficiency and emergency response ability of the construction site.