30results about How to "Meet the needs of specific occasions" patented technology

The invention provides a novel manual electromagnetic material which comprises a piece-shaped substrate and at least one pair of artificial micro-structures. Each pair of artificial micro-structures comprises a first artificial micro-structure and a second artificial micro-structure which are adhered to the substrate, and a plurality of artificial micro-structures are arranged on the piece-shaped substrate in an array mode. Two harmonic peaks are obtained through two different artificial micro-structures, and smooth gradual change of epsilon from zero can be achieved between the two harmonic peaks. In addition, according to comparison of simulated images, we can know that the size of the artificial micro-structures can enable the harmonic peaks to move forward or backward in a certain frequency range, and then a smooth gradual-changing frequency range of a dielectric constant from zero is adjusted, wherein a change rule is specifically that the harmonic peaks move backward if size of the artificial micro-structures is decreased; and the harmonic peaks move forward if size of the artificial micro-structures is increased.

Present invention relates to a ratchet arrangement, in particular an automatically on-off reversible ratchet arrangement. It contains housing, jaw clutch installed in housing, disengaging spring fit between jaw clutch driving disc and driven disk, said driving disc sleeved on spiral splined spindle through internal spline, spiral splined spindle top being a polished rod, driven disk rotatablely sleeved on spiral splined spindle top, driven disk fixed joint driving shaft, driving shaft fit on shell cover, spiral splined spindle terminal fixed joint friction disk, said wearing plate installed with platen, platen spring installed between platen and rear endplate. Said device not only can complete common ratchet arrangement action but also self-return after completing handle action, driving disc driven disk automatically separation, driven disk capable of positive and reversal free rotation to satisfy special requirement.

The invention relates to a preparation method for a refined magnesium alloy solidification tissue, which is suitable for preparing thin wall magnesium alloy structural components of high requirements and complicated performance in the industrial fields of automobiles, communication electronics, aerospace and the like. The preparation method comprises the following steps of: adding magnesium alloy raw materials cleaned by using acetone into a crucible resistance furnace; adding a refining agent for refining after smelting under the protection of mixed gas of tetrafluoroethane (CH2F4) and CO2 and maintaining the temperature for 20min; uniformly stirring and mixing; maintaining the temperature for 20min when the melt temperature reaches the smelting temperature again; pouring the smelted magnesium alloy melt into a high-speed rotating metal casting mold in a vertical centrifugal field; stopping the centrifugal rotation after the pouring is completed for 20min; and taking out when a magnesium alloy casting is cooled to the room temperature to prepare the magnesium alloy casting. The preparation method refines the solidification tissue of a magnesium alloy, enhances the performance of the casting and enlarges the application field of the magnesium alloy casting.

The invention discloses a manufacturing method of a titanium alloy sound insulation door. The titanium alloy sound insulation door comprises a door frame and a door leaf. The door leaf comprises an inner door plank, an outer door plank and a frame (8) enabling the inner door plank to be connected with the outer door plank. The titanium alloy sound insulation door is sequentially provided with the inner door plank (1), a first fireproof layer (2), a first sound insulation layer (3), a core plate layer (4), a second sound insulation layer (5), a second fireproof layer (6) and the outer door plank (7) from inside to outside. Both the inner door plank (1) and the outer door plank (7) are made of titanium alloy plates. Firstly, the first fireproof layer (2), the first sound insulation layer (3), the core plate layer (4), the second sound insulation layer (5), the second fireproof layer (6) and the outer door plank (7) are sequentially placed on the inner door plank, and then the inner door plank and the outer door plank are fixed through the frame. Through the multilayer design and the design of preparation methods of each layer, the titanium alloy sound insulation door has a great sound insulation effect, the door strength and the fireproof effect are improved, and the requirements of special occasions are completely met.

The invention discloses a manufacturing method of an aluminum alloy sound insulation door. The manufacturing method is characterized in that the aluminum alloy sound insulation door comprises a door frame and a door leaf; the door leaf comprises an inner door plank, an outer door plank and a frame (8) enabling the inner door plank to be connected with the outer door plank; the aluminum alloy sound insulation door is sequentially provided with the inner door plank (1), a first fireproof layer (2), a first sound insulation layer (3), a core plate layer (4), a second sound insulation layer (5), a second fireproof layer (6) and the outer door plank (7) from inside to outside; both the inner door plank (1) and the outer door plank (7) are made of titanium alloy; and firstly, the first fireproof layer (2), the first sound insulation layer (3), the core plate layer (4), the second sound insulation layer (5), the second fireproof layer (6) and the outer door plank (7) are sequentially placed on the inner door plank, and then the inner door plank and the outer door plank are fixed through the frame. Through the multilayer design and the design of preparation methods of each layer, the aluminum alloy sound insulation door has a great sound insulation effect, the door strength and the fireproof effect are improved, and the requirements of special occasions are completely met.

The invention discloses a steel sound insulation door. The steel sound insulation door comprises a door frame and a door leaf. The door leaf comprises an inner door plate and an outer door plate and further comprises a frame (8) connecting the inner door plate and the outer door plate. The inner door plate (1), a first fireproof layer (2), a first sound insulation layer (3), a core plate layer (4), a second sound insulation layer (5), a second fireproof layer (6) and an outer door plate (7) are sequentially arranged from inner to outer. The inner door plate (1) and the outer door plate (7) are made of steel plates. By means of the multilayer design, the steel sound insulation door is good in sound insulation effect, the strength and the fireproof effect of the door are improved, and demands of special occasions are completely met.

The invention discloses a water feeding start control mechanism. The water feeding start control mechanism includes a water feeding mechanism and a water discharging mechanism; a water-stopping floating barrel of the water feeding mechanism raises with the water level of a water tank so as to allow a water-stopping assembly to cut off a water feeding channel and a water discharging channel of thewater feeding mechanism; the water discharging mechanism includes a sealing assembly capable of opening or closing a water drainage opening of the water tank, and a start mechanism for driving the water-stopping assembly; the water feeding mechanism has a start water level, and the start water level is a water level of the water tank where the water-stopping floating barrel falls with the water level of the water tank so as to allow the water-stopping assembly to communicate with the water feeding channel and the water discharging channel while the start mechanism is not operated; the start mechanism drives the water-stopping assembly to communicate with the water feeding channel and the water discharging channel to achieve water feeding in advance before the water level of the water tankfalls to the starting water level; and then a water feeding function of the water feeding mechanism is achieved before the water level of the water tank falls to the start water level. The water feeding start control mechanism can meet the demand of a specific occasion, is simple in structure, and is reliable in function. The invention also provides a flushing device having the water feeding startcontrol mechanism.

The invention provides a process method for refining aluminum alloy solidified structure, and belongs to the field of solidification technology. The invention aims at the problem of coarse microstructure of aluminium alloy castings, an aluminium alloy casting is prepared by using an in situ reaction generated TiC particle permanent mold casting method, aluminium alloy solidified structure is refined, and the purpose for improving performance of castings is realized. The concrete method is as follows: (1) aluminium alloy which is prepared from specific components is placed in a crucible electric resistance furnace, the electric resistance furnace is heated to 1100-1150 DEG C, and alloy is totally melted to a certain degree of superheat; (2) after each component of molten metal is uniformized, powdered carbon is firstly added into the molten melt with uniform stirring, titanium powder is added, and the power is reacted in the molten metal and TiC particles are generated; (3) after the reaction is sufficiently carried out and diffusion is uniform, heating is stopped, and the molten metal is cooled in furnace to a casting temperature 710-730 DEG C, and refining is carried out; (4) the molten aluminium alloy metal is poured into a metal casting mold, and after natural cooling, the casting is taken out. The aluminium alloy casting has refined solidified structure and improved casting performance, and application fields of aluminium alloy castings are extended.

The invention discloses an intelligent guiding rule for plane range measurement. The intelligent guiding rule comprises a rule body, a trigger cavity is formed in the upper part of the ruler body; the inner wall of the trigger cavity is connected with a plurality of distribution plates through a plurality of reset springs, and a connecting rod is fixed to the bottom of each distribution plate; the bottom of each connecting rod penetrates through the side wall of the trigger cavity and is fixedly provided with a light intercepting plate, the bottom of each light intercepting plate is fixedly provided with a feeler lever, and the upper end of each light intercepting plate is provided with a positioning mechanism. By arranging the end lamp box, the end lamp box emits ultraviolet light to the inside of the ruler body, and the ultraviolet light parallel to the ruler body can penetrate through the light intercepting plates to fall on the end display plate; because the heights of the light intercepting plates at different positions are different, the light falling on the end display plate is the remaining part after being intercepted by the light intercepting plates; therefore, the height range of the light intercepting plate can be easily measured and calculated through light rays falling on the uppermost part and the lowermost part of the end display plate, so that the range of the wall surface of the measured position is obtained.

Disclosed is a transformable motorcycle frame which is formed by combining a left frame, a linkage mechanism, a right frame, connecting shafts and a connecting square block. The left frame and the right frame are of an independent structure in mirror symmetry and are connected to form a firm spatial frame structure under simultaneous connecting action of a crossed connecting shaft, the connecting square block, a main connecting block, a rear connecting shaft and a lower connecting shaft; the linkage mechanism is mounted between the left frame and the right frame by utilizing the crossed connecting frame, a bottom fork connecting shaft and the main connecting shaft and composed of the crossed connecting shaft, a bidirectional hydraulic cylinder, a hydraulic power unit, a pull rod, a rocker arm, a single damper and a bottom fork; under acting force of extension and contraction of the hydraulic cylinder, an included angle between central axis of a vertical pipe of the crossed connecting shaft and the horizon and an included angle between a plane on which the bottom fork is positioned and the horizon are increased or decreased at the same time, and barycenter of a motorcycle body is lifted or lowered accordingly, so that front-wheel dragging distance of a motorcycle is changed, shape of the motorcycle is changed as well, driving posture is changed, and driving fatigue is relieved.

The invention relates to the technical field of gas-liquid separation, and discloses a spiral gas-liquid separation apparatus. The spiral gas-liquid separation apparatus comprises a tank, a liquid outlet is arranged at the bottom of the tank, a gas outlet is arranged at the top, a fluid inlet is arranged at a side surface, in the tank, a spiral cyclone mechanism is arranged over the fluid inlet, the spiral cyclone mechanism is used for two-time separating on the fluid, a flow tube is arranged at the bottom, and the flow tube is communicated with a liquid surface at the bottom of the tank. Thespiral gas-liquid separation apparatus can satisfy separating requirements of high treating capacity and high efficiency, has small volume, can greatly reduce an apparatus size, saves the production cost of a container, and satisfies the requirement for certain specific occasions.

The invention discloses a high-temperature-resistant thermally-conductive insulating material, which comprises 45 to 60 parts by weight of epoxy resin, 35 to 55 parts by weight of an ethylene-vinyl acetate copolymer, 5 to 12 parts by weight of mica powder, 15 to 25 parts by weight of white carbon black, 1.5 to 5 parts by weight of zinc borate, 3 to 7 parts by weight of microcrystalline wax, 2 to 8 parts by weight of nanometer aluminum hydroxide, 10 to 18 parts by weight of 3-sulfamoyl-2-thiophene, 7 to 15 parts by weight of carboxymethyl cellulose silicate and 12 to 20 parts by weight of tert-butoxycarbonyl-L-glutamic acid-5-tert-butyl ester. The high-temperature-resistant thermally-conductive insulating material is prepared by the following steps of completely mixing the epoxy resin, the ethylene-vinyl acetate copolymer and the white carbon black; adding the 3-sulfamoyl-2-thiophene, the mica powder and the nanometer aluminum hydroxide, and performing stirring reaction to obtain mixture A; adding the zinc borate, the microcrystalline wax and the carboxymethyl cellulose silicate into the tert-butoxycarbonyl-L-glutamic acid-5-tert-butyl ester, and performing heat-preservation reaction to obtain mixture B; adding mixture B into mixture A, feeding the mixture into a twin-screw extruder after complete mixing, and performing extrusion molding and cooling. The insulating material is higher in high temperature resistance and high in thermal conductivity.

The invention discloses a titanium alloy sound insulation door which comprises a door frame and a door leaf. The door leaf comprises an inner door plate, an outer door plate and a side frame (8) connecting the inner door plate with the outer door plate. The inner door plate (1), a first fireproof layer (2), a first sound insulation layer (3), a core plate layer (4), a second sound insulation layer (5), a second fireproof layer (6) and the outer door plate (7) are sequentially arranged from inside to outside. The inner door plate (1) and the outer door plate (7) are both made of titanium alloy. By means of multi-layer design and design of a preparation method of each layer, the titanium alloy sound insulation door is good in sound insulation effect, the strength and fireproof effect of the door are improved, and the needs of specific occasions are completely met.

The invention discloses an air cylinder with a non-rotatable piston and a non-rotatable piston rod. The air cylinder comprises a cylinder block (10) and the piston rod (20) arranged in the cylinder block (10), wherein a cylindrical inner cavity (100) is formed in the cylinder block (10), the piston (30) is fixed to the piston rod (20), the outer surface of the piston is closely attached to the side wall of the inner cavity (100) of the cylinder block (10), and the cross section of the inner cavity (100) and the cross section of the piston (30) are both in the shape of a kidney-shaped hole. The air cylinder with the non-rotatable piston and the non-rotatable piston rod operates smoothly and is balanced in wear, it is guaranteed that the piston and the piston rod cannot rotate, the using requirement in specific occasions is met, and the inner wall of a barrel body can be continuously oiled for lubrication so that wear can be reduced.

The invention relates to a preparation method for a refined magnesium alloy solidification tissue, which is suitable for preparing thin wall magnesium alloy structural components of high requirements and complicated performance in the industrial fields of automobiles, communication electronics, aerospace and the like. The preparation method comprises the following steps of: adding magnesium alloy raw materials cleaned by using acetone into a crucible resistance furnace; adding a refining agent for refining after smelting under the protection of mixed gas of tetrafluoroethane (CH2F4) and CO2 and maintaining the temperature for 20min; uniformly stirring and mixing; maintaining the temperature for 20min when the melt temperature reaches the smelting temperature again; pouring the smelted magnesium alloy melt into a high-speed rotating metal casting mold in a vertical centrifugal field; stopping the centrifugal rotation after the pouring is completed for 20min; and taking out when a magnesium alloy casting is cooled to the room temperature to prepare the magnesium alloy casting. The preparation method refines the solidification tissue of a magnesium alloy, enhances the performance of the casting and enlarges the application field of the magnesium alloy casting.

The invention discloses an intelligent ruler for plane range measurement, comprising a ruler body, a trigger cavity is opened on the upper part of the ruler body, and the inner wall of the trigger cavity is connected with a plurality of distribution plates through a plurality of return springs, A connecting rod is fixed on the bottom of each of the distribution plates, the bottom of each connecting rod penetrates the side wall of the trigger cavity and is fixed with a light-cutting plate, and a touch rod is fixed on the bottom of each of the light-cutting plates. The upper end of each of the light-cutting plates is provided with a positioning mechanism. The advantage is that: by setting the end light box, the end light box emits ultraviolet light to the inside of the ruler body, and the ultraviolet light parallel to the ruler body will pass through each light-cutting plate and fall on the end display plate. The light on the end display plate will be the remaining part after being intercepted by the light cutting plate, so the light falling on the top and bottom of the end display plate can easily measure the height difference of the light cutting plate, so as to obtain the measurement position Very poor wall.

The invention provides a material separation mechanism, and belongs to the technical field of material separation. The material separation mechanism comprises an end material fixing assembly for fixing a first material, a middle material fixing assembly for fixing a second material, a pneumatic sliding table, a separation limiting assembly and an elastic resetting assembly, wherein the pneumatic sliding table drives the end material fixing assembly and the middle material fixing assembly to move together close to or away from the tail end of a feeding rail in the extending direction of the feeding rail; the separation limiting assembly limits the travel of the middle material fixing assembly moving away from the tail end of the feeding rail; and the elastic resetting assembly forces the end material fixing assembly and the middle material fixing assembly to keep original relative positions. The middle material fixing assembly and the end material fixing assembly are sequentially in butt joint with the tail end of the feeding rail, the pneumatic sliding table is in direct driving connection with the end material fixing assembly, and the middle material fixing assembly and the end material fixing assembly are relatively connected slidably. According to the technical scheme, the separation requirements that two materials can be separated at a time and the separation direction is parallel to the feeding direction can be met.

The invention provides a novel manual electromagnetic material which comprises a piece-shaped substrate and at least one pair of artificial micro-structures. Each pair of artificial micro-structures comprises a first artificial micro-structure and a second artificial micro-structure which are adhered to the substrate, and a plurality of artificial micro-structures are arranged on the piece-shaped substrate in an array mode. Two harmonic peaks are obtained through two different artificial micro-structures, and smooth gradual change of epsilon from zero can be achieved between the two harmonic peaks. In addition, according to comparison of simulated images, we can know that the size of the artificial micro-structures can enable the harmonic peaks to move forward or backward in a certain frequency range, and then a smooth gradual-changing frequency range of a dielectric constant from zero is adjusted, wherein a change rule is specifically that the harmonic peaks move backward if size of the artificial micro-structures is decreased; and the harmonic peaks move forward if size of the artificial micro-structures is increased.

The invention discloses a high-strength heatproof and soundproof door which comprises a frame, an inner heatproof layer, an outer heatproof layer, an inner side plate and an outer side plate, wherein the inner heatproof layer and the outer heatproof layer are connected with an inner side frame of the frame; a soundproof space is formed between the inner heatproof layer and the outer heatproof layer; the inner side plate is covered on the surface of the inner heatproof layer, and welded with the frame; and the outer side plate is covered on the surface of the outer heatproof layer, and welded with the frame. An aluminum alloy prepared by a formula serves as the frame, the inner side plate and the outer side plate, so that the overall strength of the door is greatly improved, and the heat resistance is better; and glass prepared by the formula serves as the inner heatproof layer and the outer heatproof layer, so that a heatproof effect is very good, and a soundproof effect is excellent. Therefore, the door has high strength, has heatproof and soundproof functions, and fully meets a special occasion demand.

The invention discloses a control mechanism with the controllable output stroke and water feeding, water draining and water feeding and draining devices. The control mechanism with the controllable output stroke comprises a body, a driving piece and a driven piece, a driving cam is further arranged between the driving piece and the driven piece, the driving cam is movably connected to the body, the driving cam and the driving piece are in linkage fit, and a driving trajectory is formed on the driving cam; when the driving piece drives the driving cam to move, the driven piece moves along the driving trajectory and outputs the preset stroke under the effect of the driving trajectory, and therefore the driven piece is more flexibly controlled to output the preset stroke, and the applicationrange is wider.

The invention discloses a braze welding process for a hard alloy and low-alloy and high-strength steel, which belongs to a braze welding method for high-strength base steel. The method comprises the following steps of: preparing the low-alloy and high-strength steel, the hard alloy and a manganese brass flaky brazing filler metal qualified in raw material inspection; removing oxide layers on the surfaces of the low-alloy and high-strength steel, the hard alloy and the manganese brass flaky brazing filler metal with sand paper; coating a soldering flux QJ-302 on the two faces of the brazing filler metal; placing the brazing filler metal between the low-alloy and high-strength steel and the hard alloy; fixing by using a clamp; placing into a KSL-1100X box type furnace; setting the heating speed at 10 DEG C per minute; heating till the solidus temperature of the brazing filler metal is 909 DEG C, and preserving heat for 30 minutes; setting a heating speed at 9 DEG C per minute; heating to 960 DEG C, and preserving heat for 10 minutes; cooling to 300 DEG C, and preserving heat for 30 minutes; and performing furnace cooling to the room temperature to obtain a weldment. The hard alloy is welded on the surface of the low-alloy and high-strength steel, so that the surface hardness and wear resistance of the low-alloy and high-strength steel can be enhanced, the mechanical property and mechanical performance are improved, and the application fields of the low-alloy and high-strength steel and the hard alloy are expanded.

The invention relates to a novel metamaterial which comprises at least one material plate layer. Each material plate layer comprises a substrate and artificial microstructures attached onto the substrate. The substrate is virtually divided into a plurality of substrate units arranged in array mode. A pair of artificial microstructures is attached onto each substrate unit. First artificial microstructures are of snowflake-shaped structures. Each second artificial microstructure comprises a first open ring structure, a second open ring structure and an I-shaped structure. Each I-shaped structure comprises a first metal line, a second metal line and a third metal line, wherein the first metal line and the second metal line are parallel to each other, and two ends of the third line are connected with the first metal line and the second metal line respectively. The third metal lines penetrate through the first open ring structures and the second open ring structures. The material has broadband high dielectric constant in a certain frequency band, has distribution of dielectric constants gradually increasing from zero in another frequency band and can meet requirements of a specific situation.

Disclosed is a transformable motorcycle frame which is formed by combining a left frame, a linkage mechanism, a right frame, connecting shafts and a connecting square block. The left frame and the right frame are of an independent structure in mirror symmetry and are connected to form a firm spatial frame structure under simultaneous connecting action of a crossed connecting shaft, the connecting square block, a main connecting block, a rear connecting shaft and a lower connecting shaft; the linkage mechanism is mounted between the left frame and the right frame by utilizing the crossed connecting frame, a bottom fork connecting shaft and the main connecting shaft and composed of the crossed connecting shaft, a bidirectional hydraulic cylinder, a hydraulic power unit, a pull rod, a rocker arm, a single damper and a bottom fork; under acting force of extension and contraction of the hydraulic cylinder, an included angle between central axis of a vertical pipe of the crossed connecting shaft and the horizon and an included angle between a plane on which the bottom fork is positioned and the horizon are increased or decreased at the same time, and barycenter of a motorcycle body is lifted or lowered accordingly, so that front-wheel dragging distance of a motorcycle is changed, shape of the motorcycle is changed as well, driving posture is changed, and driving fatigue is relieved.

The invention discloses a clamping device with a quantum communication remote control effect, and relates to the technical field of quantum communication. The clamping device is characterized in thata shell is of a hollow structure, a notch is formed in the middle rear part of the lower surface of the shell, a controller is arranged on the left side of the front end inside the shell, a quantum communication system is arranged on the right side of the controller, a first motor is arranged behind the controller, a second motor is arranged behind the quantum communication system, the output endof the first motor and the output end of the second motor are provided with a first coupler and a second coupler respectively, a first connecting column and a second connecting column are arranged under the first coupler and the second coupler respectively, a plurality of first connecting ribs are uniformly arranged under the first connecting column, and a plurality of second connecting ribs are uniformly arranged under the second connecting column. After the technical scheme is adopted, the clamping device has the beneficial effects of being simple in structure, high in using value, convenient and fast to operate, quick in instruction issuing, high in efficiency, and capable of meeting the requirements of specific occasions and bringing convenience to users.

The invention discloses a clamping device with a quantum communication remote control effect, and relates to the technical field of quantum communication. The clamping device is characterized in thata shell is of a hollow structure, a notch is formed in the middle rear part of the lower surface of the shell, a controller is arranged on the left side of the front end inside the shell, a quantum communication system is arranged on the right side of the controller, a first motor is arranged behind the controller, a second motor is arranged behind the quantum communication system, the output endof the first motor and the output end of the second motor are provided with a first coupler and a second coupler respectively, a first connecting column and a second connecting column are arranged under the first coupler and the second coupler respectively, a plurality of first connecting ribs are uniformly arranged under the first connecting column, and a plurality of second connecting ribs are uniformly arranged under the second connecting column. After the technical scheme is adopted, the clamping device has the beneficial effects of being simple in structure, high in using value, convenient and fast to operate, quick in instruction issuing, high in efficiency, and capable of meeting the requirements of specific occasions and bringing convenience to users.

The invention provides a truss truck robot integration system which comprises a rack, a driven-side synchronous wheel component, an air cylinder, a shifting fork, a stock bin, a synchronous belt, a guide rail, a first support, a second support, a third support, a driving-side synchronous wheel component, a servo motor and a foot cup. The truss truck robot integration system adopts an intelligent control mode to intelligently control the servo motor, the driving-side synchronous wheel component, the driven-side synchronous wheel component, the synchronous belt, the air cylinder and the stock bin to sequentially work to complete material transportation in a reciprocating cycle. The truss truck robot integration system can improve the working efficiency of a robot, meet the needs of customersin specific occasions, and complete material transportation in the reciprocating cycle.

Present invention relates to a ratchet arrangement, in particular an automatically on-off reversible ratchet arrangement. It contains housing, jaw clutch installed in housing, disengaging spring fit between jaw clutch driving disc and driven disk, said driving disc sleeved on spiral splined spindle through internal spline, spiral splined spindle top being a polished rod, driven disk rotatablely sleeved on spiral splined spindle top, driven disk fixed joint driving shaft, driving shaft fit on shell cover, spiral splined spindle terminal fixed joint friction disk, said wearing plate installed with platen, platen spring installed between platen and rear endplate. Said device not only can complete common ratchet arrangement action but also self-return after completing handle action, driving disc driven disk automatically separation, driven disk capable of positive and reversal free rotation to satisfy special requirement.

The invention provides an intelligent transportation line system, which includes a fixed frame, a controller, a guide rail, a servo motor, a driving side synchronous wheel assembly, a driven side synchronous wheel assembly, a synchronous belt, a cylinder, a silo, Bracket; the controller controls the cylinder, the servo motor, the driving side synchronous wheel assembly, the driven side synchronous wheel assembly, the synchronous belt, and the silo to work in sequence, thereby intelligently completing product delivery . The invention provides an intelligent transportation line system, which uses a GPS locator to locate materials, which can improve the working efficiency of the transportation line and fulfill various material transportation requirements.