60results about How to "Avoid overfilling" patented technology

The invention discloses a road repairing device and repairing method. The road repairing method comprises the following steps that: 1) enabling two width adaption board components to be separated fromground, and fixing the positions of the two width adaption board components; 2) adding asphalt into an asphalt storage barrel, pushing a movement cart to a to-be-filled silt on a road, driving a flattening mechanism to work when the movement cart moves, and driving a stirring mechanism by the flattening mechanism to stir the asphalt to enable the asphalt to be smoothly conveyed outwards; 3) screwing out two positioning bolts to be separated from two threaded hole seats, enabling two vertical edge boards to downwards extend into a groove; 4) regulating a width locking mechanism, separating thewidth locking mechanism from two width self-adaption bottom board frames, enabling the two width self-adaption bottom board frames to outwards expand to drive the two width adaption board componentsto be attached to the inner wall of a to-be-filled groove; and 5) after the two width adaption board components outwards expand, outwards discharging the asphalt in the asphalt storage barrel into thegroove, slowly pushing the movement cart to outwards convey the asphalt step by step, and meanwhile, flattening the asphalt by the flattening mechanism.

The invention relates to a pump-valve integration machine for a pneumatic waist support of an automobile seat. The pump-valve integration machine for the pneumatic waist support of the automobile seatcomprises a gas pump, a pump-valve connecting seat, an electromagnetic gas valve lower base, a normally open electromagnetic gas valve, an electromagnetic gas valve upper cover and a control circuitboard, wherein a one-way gas outlet structure is processed on the pump-valve connecting seat; the one-way gas outlet structure on the pump-valve connecting seat is opposite to and communicate with a gas outlet of the gas pump; the electromagnetic gas valve lower base is fixed onto the gas pump; an installation groove is processed on the bottom part of the electromagnetic gas valve lower base; thepump-valve connecting seat is arranged in the installation groove; a gas passing hole is processed at the position, opposite to the one-way gas outlet structure of the pump-valve connecting seat, on the electromagnetic gas valve lower base; the normally open electromagnetic gas valve is arranged on the electromagnetic gas valve lower base; a gas inlet end of the normally open electromagnetic gas valve corresponds to the gas passing hole of the electromagnetic gas valve lower base; the electromagnetic gas valve upper cover is arranged above the normally open electromagnetic gas valve; and a gasoutlet connector of the electromagnetic gas valve upper cover corresponds to a valve element of the normally open electromagnetic gas valve. The pump-valve integration machine is complete in performances and can be used for simultaneously inflating and deflating multiple gas bags.

The invention provides a feeding system and method for block-shaped food. The feeding system comprises a feeding device, a reclaiming device and a discharging device which are arranged in sequence. The feeding device comprises a vibration feed hopper and an acceleration conveying belt connected with the vibration feed hopper. The reclaiming device comprises a rack arranged at the end of the acceleration conveying belt in a covering mode, a visual identity device arranged above the rack and above the acceleration conveying belt and a reclaiming robot arranged inside the rack. The reclaiming robot is in communicating connection with the visual identity device. The discharging device comprises a trough conveying belt. The end of the trough belt is arranged inside the rack and is arranged below the reclaiming robot. According to the technical scheme provided by the feeding system and method for the block-shaped food, the problems that manually feeding cost for the block-shaped food is high, the efficiency is low, the quality is bad, and the sanitation is bad in the traditional technology in the traditional technology are solved.

An underground water recharge well anti-jamming system, the invention relates to an underground water recharge well device and aims at solving the problems that once the recharge well is jammed the recharged water quantity into a single well becomes less and less and the water even cannot recharged; the well pipe filtering device is arranged underground and then the cleaning and maintaining are inconvenient as these works obstruct the application of underground water-supply heat pumps. A first well (1) of the invention is connected through pipelines with a first-class cyclone desander (2), two second-class filters (3) are connected in parallel, then one end is connected through the pipeline with the first-class cyclone desander (2) and the other end is connected through pipeline with a water-supply heat pump heat-exchanging mechanism (6) which is connected with pipeline with a second well (5). With the first-class cyclone desander and the second-class filters of the invention, the suspension substances in the first well can be filtered to prevent thin sands, etc. suspension substances from jamming the second well and to avoid the problem that the recharged water quantity into the single well becomes less and less and the water even cannot recharged, so as to lead the underground water-supply heat pump to be applied well.

The invention discloses a gray scale compensation method and device of a driving TFT, a display panel and a display device thereof. The method comprises the following steps: obtaining a detection current-voltage ratio of each gray scale of the driving TFT; confirming the maximum value in each detection current-voltage ratio as a first K value; determining the gray scale corresponding to the firstK value as an intermediate gray scale; acquiring a plurality of detection current-to-voltage ratios corresponding to the low gray scales, and performing fitting processing on the detection current-to-voltage ratios corresponding to the low gray scales to obtain a second K value; when the to-be-compensated gray scale of the driving TFT is a low gray scale, performing data compensation on the to-be-compensated gray scale according to the second K value; when the to-be-compensated gray scale of the driving TFT is the high gray scale, data compensation is performed on the to-be-compensated gray scale according to the first K value, so that low gray scale K value compensation of the driving TFT is realized, overcompensation of the low gray scale K value compensation stage of the driving TFT isavoided, and uniform display of the display equipment in the low gray scale and the high gray scale is realized.

The invention discloses a method for the low-voltage thyristor reactive compensation switching of a metallurgical electric furnace, which comprises: firstly, dividing capacitors and reactor groups in a reactive compensation device into a plurality of groups according to A, B, C phases under a condition that the current in each group is less than or equal to 200 amperes, wherein two thirds of the capacity of each phase is fixed switching; assembling a thyristor and a trigger circuit with a radiating fins, wherein the radiating fins adopt a water cooling circulation mode; connecting and fixing the thyristor, the capacitors and reactors by using copper conductors to form a group of thyristor ractive compensation switching unit; and finally, determining the number of static fixed thyristor switching compensation unit groups by using a thyristor reactive compensation switching controller according to a requirement that a power factor cos phi is equal to 0.9. The method has the advantages that: the demands for reactive compensation are satisfied when the normal production process conditions of the metallurgical electric furnace are met; the service life of the device is prolonged; the possibilities for undercompensation are eliminated; and overcompensation is avoided.

The invention relates to the technical field of storage battery production equipment, in particular to an efficient lead-acid storage battery cast-welding production process which is characterized by comprising the following steps: S1, a shunting procedure: a storage battery is automatically conveyed forwards by a feeding conveying system, and a plurality of cast-welding production systems are arranged on the side of the feeding conveying system; and S2, a cast-welding alternating procedure: each cast-welding production system comprises a cast-welding mechanism, a plurality of sets of lead dipping mechanisms and cast-welding molds which are arranged in one-to-one correspondence with the lead dipping mechanisms and can be conveyed and transferred between the cast-welding mechanism and the corresponding lead dipping mechanisms, the cast-welding mechanisms bear storage battery packs conveyed by a shunting mechanism in a shunting mode, the cast-welding molds obtain molten lead liquid from the lead dipping mechanisms to the cast-welding mechanisms to be subjected to cast-welding work with the storage battery packs, and the multiple cast-welding molds alternately change the cast-welding mechanisms to convey the lead liquid needed by cast-welding. Cast-welding flow production of the storage battery is achieved, the cast-welding molds are matched to alternately conduct cast-welding on the cast-welding mechanisms, and the production time is shortened.

The invention relates to the field of pile foundation construction, and aims to avoid the over-irrigation and guarantee the quality of the pile head. The method comprises the following steps: Step 1,making a steel mold; Step 2, installing the steel mold at the designing top of the pile; Step 3, pouring the concrete into the pile hole through the steel mold, after the concrete reaches the pile top, while observing the state of the flowing concrete until the concrete flowing out from the drainage hole is dense concrete, then the pouring can be stopped; Step 4, vibrating the concrete from the top of the pile with a vibrating rod to make it denser; Step 5, removing the steel mold. According to the invention, the steel mold is installed at the designing top of the pile, and the upper floatingslurry flows out from the drainage hole when the height of the pouring concrete is reaching the height of drainage hole. Finally, the concrete is vibrated and compacted by means of vibrating, which avoids over-irrigation and saves the concrete and the working procedure of breaking the pile head. At the same time, the compactness of the pile head is ensured by vibrating.

The invention relates to the technical field of chemical products, in particular to chemical product filling equipment with a quantifying function. A shell is included, the upper surface of the shellis slidably connected with a bearing frame, the upper surface of the bearing frame is slidably connected with a pressing plate, and the lower surface of the pressing plate is fixedly connected with asupporting seat. A telescopic rod is slidably connected into the supporting seat, limiting columns are fixedly connected to the position, located on the outer side of the bearing frame, in the shell,and a master control switch is fixedly connected to the middle position of the bottom end of the inner surface of the shell. When worm wheels rotate in sliding rails, the worm wheels push poking pieces to slide on sliding rods, meanwhile, when the poking pieces slide, the distance of resistance tubes connected into a circuit is increased, along with the increase of the resistance tubes connected into the circuit, the resistance on the circuit becomes larger and larger, and when the resistance is gradually increased, the filling equipment gradually stops filling, excessive filling caused by thefilling equipment during filling is avoided, and resource waste is avoided.

The invention relates to the technical field of medical instruments, and particularly relates to a skull drill. The skull drill comprises a supporting table; a round hole is formed in the center of the supporting table; a second mounting frame is fixedly connected to the bottom wall of the supporting table; threaded rods are fixedly connected to the two bottom walls of the second mounting frame; a first mounting frame is movably mounted on one side of the second mounting frame through two threaded rods; the first mounting frame and the second mounting frame are symmetrically arranged; and fastening nuts are spirally mounted at one ends, extending out of the second mounting frame, of the two threaded rods. According to the invention, the position of a drilling machine is adjusted through a rotating mechanism, a supporting frame is driven by a rotating disc to rotate in a circular rail, the position of a movable frame can be adjusted through an arc-shaped rail, and meanwhile, the position of a limiting frame can be adjusted through a horizontal rail, and thus, the skull drill can be convenient for medical staff to adjust the position of the drilling machine and convenient to drill, and meanwhile, the stability of the drilling machine can be improved, so that the drilling precision can be improved, and treatment of a patient is facilitated.

The invention discloses a preparation method of a flexible ceramic heavy anti-corrosion coating, which comprises the following steps of: S1, adding epoxy resin, liquid polysulfide rubber, a dispersing agent, xylene and an epoxy active diluent into a production cylinder, and stirring for 5-10 minutes at the speed of 600-800 revolutions per minute; and S2, adding ceramic whiskers, ceramic powder, carbon nanotubes, glass flakes, fumed silica, polyamide wax and a coupling agent while stirring at the speed of 600-800 revolutions per minute, and dispersing at the high speed of 800-1000 revolutions per minute for 10-15 minutes. According to the invention, the structure is scientific and reasonable, the use is safe and convenient. The liquid polysulfide rubber and the high chlorinated polyethylene are adopted, the epoxy resin is modified by the curing reaction of the epoxy resin and a phenolic aldehyde amine curing agent, and the obtained coating has characteristics of good flexibility and good corrosion resistance under the action of the ceramic whisker and the carbon nanotubes. Meanwhile, the glass flakes further improve the corrosion resistance of the coating, and the ceramic powder and the whiskers effectively improve the corrosion resistance of the coating and improve the impact resistance of the coating.

The invention discloses a ball type automatic balance device for rotating machinery. The ball type automatic balance device comprises a damping base, fixing bars, a slideway and a damping platform andis characterized in that a first drive motor is mounted on the left side inside the damping base, the output end flange of the first drive motor is connected with a smooth rotary shaft, a connectingsleeve is mounted at the upper end of the smooth rotary shaft, a second drive motor is mounted on the right side inside the damping base, a second gear is connected to the outer wall of a threaded rotary shaft in a threaded manner, and the damping platform is fixedly welded above the damping base. The ball type automatic balance device has the advantages that due to the fact that the outer walls of the smooth rotary shaft and a lock block and the inner walls of the connecting sleeve and a lock groove are threaded, the smooth rotary shaft is connected with the connecting sleeve in a threaded manner, the smooth rotary shaft can be conveniently and firmly connected with the connecting sleeve, and a second reinforcing lock can be provided for the connection between the smooth rotary shaft andthe connecting sleeve by the lock groove and the lock block which correspond to each other.

The invention discloses a dynamic comprehension device of split-phase reactive power, comprising a dynamic controller. The dynamic comprehension device is characterized in that the dynamic controller is respectively connected with a current-sampling unit, a voltage-sampling unit, a dynamic comprehension unit and a temperature collection and control unit, wherein the current-sampling unit, the voltage-sampling unit and the dynamic comprehension unit are connected with a three-phase circuit; the dynamic comprehension unit comprises a plurality of capacitor-switching circuits and connected comprehension capacitors; and thyristor switches are connected between the dynamic comprehension unit and the three-phase circuit and controlled by an external thyristor-switching circuit. The three-phase lines of the dynamic comprehension device of split-phase reactive power are respectively used for current and voltage sampling and mixed comprehension to greatly improve the comprehension effect and avoid the defects of over-comprehension, undercompensation, and the like caused by three-phase shared comprehension.

The grouting device for hydraulic engineering construction comprises a center control integrated device, the center control integrated device comprises a center control box, a fixing through hole located in the left end of the center control box is formed in the bottom face of the center control box, a centralizing plate located at the bottom of the center control box is fixedly connected to the inner wall of the center control box, and an overturning hole located in the left end of the centralizing plate is formed in the centralizing plate; the liquid level height of slurry in a drill hole can be monitored in real time through the monitoring mechanism, so that the state locking mechanism is triggered when necessary, the state of the switching mechanism can be controlled through the state locking mechanism, and the problem that the slurry overflows due to overfilling is solved; the grouting device for hydraulic engineering construction can directly stand on a construction surface around a drill hole, and the standing height of the grouting device for hydraulic engineering construction can be controlled through the standing locking mechanism, so that the grouting device for hydraulic engineering construction is suitable for various complex construction surfaces; and the practicability of the grouting device for hydraulic engineering construction is improved.