31results about How to "No flying phenomenon" patented technology

The invention discloses an accurate weighing type packaging machine system and a filling method, which solves the technical problem of accurately filling materials in a material packaging process, and makes a material filling quantity be possibly close to a standardized weight, so as to make the material filling quantity achieve an allowed error range through at least two filling processes; a filling mechanism structure of a packaging bag comprises at least two material filling machines; a sub-packaging quantity monitoring device is arranged between the two material filling machines, the packaging bag is located; the former-stage material filling machine conveys the filled packaging bag to the sub-packaging quantity monitoring device to weight, and conveys the packaging bag to the next-stage material filling machine to refill after feeding back information, and finally conveys the refilled packaging bag to a sub-package post-processing mechanism until weight precision of the materials in the packaging bag achieves the allowed error range of the design.

The invention relates to a method and a device for automatically detecting powder material accumulation density, relating to a device for detecting powder (granular) material accumulation density. The method comprises the following steps of: (1) connecting a material dividing hopper with an original spiral conveyer pipe; (2) opening a material dividing valve at the lower part of the material dividing hopper so that materials fall to a material weighing hopper supported by a weighing sensor; (3) scraping stacks at the top of the material weighing hopper through a material pushing scraping plate driven by a material pushing cylinder; (4) transmitting weight information of the material weighing hopper to a PLC (programmable logic controller) control system for calculating, comparing and displaying by the weighing sensor; (5) opening a material discharging valve at the lower part of the material weighing hopper so that the materials fall to a material receiving hopper and enter to a secondary spiral conveyer; and (6) pushing the materials falling from the material receiving hopper to be combined with the materials falling from an original spiral conveyer material discharging tube and sending to next procedure together by the secondary spiral conveyer. The device disclosed by the invention has the advantages of automatic identifying function, high accuracy, fast speed and high efficiency; and the device is capable of realizing full check, and effectively controlling the product quality.

The invention provides an intermittent type waste rubber cracking device, which is composed of a hydraulic feeding machine, a cracking kettle, a gas-slag separator, a combustion furnace, a deslagging water tank and a high temperature cut-off valve, wherein the hydraulic feeding machine is connected with the cracking kettle through a dynamic and static sealer; one high temperature cut-off valve is connected between a feeding hopper of the hydraulic feeding machine and the hydraulic feeding machine; a cone is arranged at a discharge end of the cracking kettle with an inner screw; and a deslagging end of the gas-slag separator is connected with a deslagging opening through one high temperature cut-off valve. The deslagging opening of the gas-slag separator is arranged in the deslagging water tank below the gas-slag separator and the lower end of a scraper deslagging machine is arranged below the deslagging opening of the gas-slag separator. The intermittent type waste rubber cracking device provided by the invention has the advantages of fast feeding speed and short deslagging time; after materials are completely cracked, the continuous feeding and the continuous deslagging at a high-temperature state can be realized; a wet-type deslagging way is adopted, so that a phenomenon that ash residue flies off does not happen, the work environment is improved and the safety and environmental protection are realized.

The invention relates to feeding equipment of a biomass gasification furnace. The feeding equipment comprises a discharge device and a feeding conveyor, wherein the discharge device is arranged in the middle; a lower cylinder is supported through a bracket mechanism, the lower end of the lower cylinder is provided with a connecting seat for connecting the feeding conveyor, and the upper end of the lower cylinder is connected with the lower end of an upper cylinder through a flange; the edge of upper end of a conical seat and the inner edge of the lower end of the upper cylinder are in soldering fixation; a valve seat is arranged at the lower end of the conical seat; a bearing sealed frame is arranged on the outer wall of the upper cylinder, and is internally provided with a rotating shaft; one end of a first rod is arranged on the rotating shaft and synchronously rotate along with the rotating shaft; the other end of the first rod is provided with a chain box; a bell type wall clock cover valve body is suspended on the chain box through a suspending chain, and is matched with the valve seat to control entering of biomass; and one end of a second rod is arranged on the rotating shaft and synchronously rotates along with the rotating shaft, and a pull rod is hinged at the other end of the second rod. The feeding equipment of the biomass gasification furnace has the advantages of being smart and reasonable in structure, continuous in feeding without halt, safe in operation, stable in pressure in the furnace, uniform in feeding and clean.

The invention relates to a conveyor pipeline for a formed plastic environment-friendly recovering and granulating machine set, which is characterized in that the conveyor pipeline comprises a radial material loading pipeline consists of a material loading blower and a pipeline, a tangential feeder which is connected with the radial material loading pipeline and a regular polygon feeding tank which is connected with the tangential feeder, wherein the inside of the feeding tank is provided with a stirrer; a main body of the tangential feeder is cylindrical, the top of the main body is provided with a tangential air inlet pipe, and the middle of the main body is provided with a middle separating air pipe which is vertical to the tangential air inlet pipe; and the feeding tank is a regular polygon cube, and the top of the regular polygon cube is provided with an upper cover, wherein the main body of the regular polygon cube is divided into an upper part, a middle part and a lower part, the upper part is a sealing structure, the middle part is a detachable net structure, the lower part is a tapered sealing structure, and the three parts are connected through a frame body. The conveyor pipeline adopts a closed circular material supply system, improves the environment-friendly regeneration utilization rate, reduces the recovery cost, saves the energy loss, and reduces the recovery secondary pollution.

The invention provides lead-free steam turbine seal grease and belongs to the field of sealant preparation. The lead-free steam turbine seal grease is composed of refined grease and inorganic filler, and the inorganic filler is made of compound ferrotitanium powder, graphite powder, white carbon black, whisker calcium carbonate and reduced iron powder. The reduced iron powder and the compound ferrotitanium powder are innovatively added into the inorganic filler without red lead powder. The prepared seal grease has the advantages of uniformity in viscosity, high resistance to corrosion, high temperature and high pressure and environment friendliness.

The invention provides a safe and intelligent electric car. The car comprises a charger, a charging hole, a storage battery, a controller, a motor and a header and further comprises a first radio-frequency emission chip, a first radio-frequency reception chip, a control button, a second radio-frequency emission chip and a second radio-frequency reception chip. The first radio-frequency emission chip is arranged on the charger and electrically connected with the charger. The first radio-frequency reception chip is arranged in the charging hole and electrically connected with a charging terminal. The charging hole is electrically connected with the storage battery. The control button and the second radio-frequency emission chip are arranged on a car handle. The control button is electrically connected with the second radio-frequency emission chip. The second radio-frequency reception chip is electrically connected with the controller. A control output end of the controller is connected with the motor and the header. The storage battery is used for supply energy and connected with the controller electrically connected with the charging terminal.

The invention discloses a device and method for preparing large-diameter palladium powder. A palladium solution storage tank, a reducing agent storage tank, a palladium solution guiding tube, a negative pressure liquid suction tube, a reaction kettle, a reaction kettle lifting mechanism, a fixing frame and a reducing agent liquid guiding tube are included; the reaction kettle is installed on a suspension frame through the reaction chamber lifting mechanism in a matched manner, the two sides of the suspension frame are mounted on the fixing frame through a rotating shaft in a matched manner, the upper part of the reaction kettle is connected with a kettle cover through a fastening mechanism, the kettle cover is fixedly arranged on the upper portion of the fixing frame, the top of the kettlecover is connected to a liquid outlet of the bottom of the palladium solution storage tank through the palladium solution guiding tube, a valve is arranged on the palladium solution guiding tube, thetop of the kettle cover is connected to a liquid outlet of the bottom of the reducing agent storage tank through a reducing agent liquid guiding tube, the reducing agent liquid guiding tube is provided with a valve, one end of the negative pressure liquid suction tube is connected with a suction device, the other end of the negative pressure liquid suction tube is provided with a negative pressure filter nozzle in a matched manner, and the negative pressure filter nozzle is arranged at the bottom of the inner wall of the reaction kettle.

The invention relates to a preparation method of a retarding superplasticizer, which mainly comprises the following steps of: aluminum chloride preparation, asbestos wool preparation, mixing treatment and other processes. Asbestos wool crushing equipment used in the method comprises a bottom plate, a charging device, a lifting device, a drop hammer device and a discharging device. The method can solve the following problems existing in existing asbestos wool crushing: a, when asbestos wool is crushed in a traditional mode, most of the asbestos wool is manually beaten and crushed by using a crushing tool, and the working environment of workers and the body health of the workers are influenced due to the fact that the asbestos wool is relatively light in weight and easy to fly; and b, when asbestos wool is crushed at present, the asbestos wool cannot be comprehensively crushed, so that the crushing of the asbestos wool is not uniform, and the crushing quality of the asbestos wool is influenced.

The invention relates to an elastic strip flying-proof structure device for a bolt-free fastener, which is used for ensuring that the elastic strip anti-flying function is effective, and no matter theelastic strip on one side of a steel rail or the elastic strips on two sides are simultaneously broken, no matter the breakage of the elastic strip occurs at a large arc part of a front arch or a small arc part of a rear arch, the breakage part can be restrained and the flying phenomenon cannot occur. A first e-shaped elastic strip and a second e-shaped elastic strip, which are positioned at twotransverse sides of a steel rail, are provided. Two sides of the front arch large circular arc parts of the first e-shaped elastic strip and the second e-shaped elastic strip are respectively providedwith a first steel wire rope and a second steel wire rope, which penetrate through the steel rail downwards, and two ends of the first steel wire rope and the second steel wire rope are respectivelybound and connected with the front arch large circular arc parts of the first e-shaped elastic strip and the second e-shaped elastic strip to form a self-locking system. Except for the binding connecting sections at the two ends, the sections of the first steel wire rope and the second steel wire rope are disposed in the insulating structure.

The invention discloses a hard alloy hydraulic product mold tooling, comprising two vertical plates arranged opposite to left and right, a pressing table is fixedly connected between the two vertical plates, and the opposite sides of the two vertical plates are A lifting slot is opened, a fixing block is fixedly connected in the two lifting slots, a lifting plate is slidably connected in the two lifting slots and above the fixing block, and a threaded rod and a threaded rod are respectively penetrated through the two lifting plates. Slide the vertical rod, the upper and lower ends of the threaded rod are respectively rotatably connected with the corresponding fixing block and the inner top wall of the lifting groove, and the upper and lower ends of the sliding vertical rod are respectively fixedly connected with the corresponding fixing block and the inner top wall of the lifting groove, wherein A driving motor for driving the threaded rod to rotate is fixedly installed on the upper end of the vertical plate. The advantages are: the present invention can automatically carry out the continuous pressing of the cemented carbide, improve the working efficiency, and at the same time, the metal powder will not be scattered during the pressing, and the working environment is safe and tidy.

The invention provides a driving device with a safety device. The driving device comprises a motor, a self-circulating pump, the safety device and a hydraulic system. The driving device cannot happenthe galloping phenomenon; and when a fault occurs in a speed regulating portion of the driving device and the maximum operating speed of the driving device cannot be controlled, the safety device in the driving device can automatically control the maximum operating speed of the driving device to not exceed a set value, so that the galloping phenomenon is avoided.

The invention discloses a sampling probe with good heat resistance for flue gas detection, relates to the related field of flue gas detection, and aims to solve the problem in the prior art that a probe damage phenomenon caused by too high internal temperature of a to-be-detected area cannot be treated. According to the invention, a filter element is arranged in a sampling box, a shaft sleeve is arranged on one side of the filter element, the shaft sleeve is in a circular ring sleeve shape and fixedly connected with the filter element, a rotating shaft is arranged on one side of the shaft sleeve, the rotating shaft is attached to the shaft sleeve, the rotating shaft is fixedly connected with the filter element, a motor is arranged on one side of the rotating shaft, the motor is connected with the rotating shaft through a coupling, a motor protection shell is arranged on one side of the motor, the motor protection shell is fixedly connected with a sampling box, four mounting plates arearranged on one side of the rear end of the sampling box, the mounting plates are in a rectangular plate shape, the mounting plates are fixedly connected with the sampling box, and mounting holes areformed in the mounting plates.

The invention discloses a friction overtorque protecting structure and relates to the technical field of friction overtorque protecting structures. The friction overtrorque protecting structure comprises a drive end flange, friction plates, a copper bush, a pressure plate, a pressing plate, a driven end flange and a disc spring. One end of the drive end flange is sleeved with the pressure plate. The driven end flange is arranged between the pressure plate and the drive end flange. The friction plates are arranged on the end surfaces of the upper and lower sides of the driven end flange correspondingly. The friction plates make contact with the drive end flange. The copper bush is arranged in the position, making contact with the drive end flange, of the inner side of the driven end flange.The end, away from the drive end flange, of the pressure plate is connected with one end of the disc spring. The other end of the disc spring is connected with the pressing plate. When the friction overtorque protecting structure is disengaged, torque can still be transmitted, normal operation of a unit can be guaranteed, and it is guaranteed that a main machine has no runaway phenomenon; disengaging can be tolerated for a plurality of times; automatic reset is achieved, no operation is needed, and after overload torque is eliminated, synchronous reset can be achieved as a main machine is started; and the slipping torque precision is high and adjustable, the slipping torque is mainly achieved by adjusting the compression amount of the disc spring, and since the disc spring is stable in performance, the adjusting precision and repeating precision are high.

The invention discloses a high-position electrical dust collector which relates to an electrical appliance. The high-position electrical dust collector is provided with a telescopic mop; a computer dust collector is fixed to the front end of a mop rod; a sucking opening of the dust collector faces to a mop head; a dry cell box and a control switch are fixed to the mop rod at one side of the dust collector; and the width of a spongy head of the mop is slightly larger than that of the sucking opening of the computer dust collector. The high-position electrical dust collector has the advantages of cleaning dust at high positions, such as glass, roofs, room corners, and the like, not generating the phenomenon of dust flying and ensuring good cleaning environment.