123results about How to "Improve the degree of automated production" patented technology

The invention provides a disc cam type packaged food metering device and belongs to the field of composite leisure food packaging metering techniques. The disc cam type packaged food metering device comprises a rack, a cylindrical turntable composite structure, a disc cam and a stirring paddle. The cylindrical turntable composite structure comprises a cylindrical turntable, 6-18 fixed metering cups, 6-18 sliding blocks and 6-18 bearings, the cylindrical turntable comprises a bottom and 6-18 bottom slots, a fixed metering cup slot is formed in the middle of each fixed metering cup, the bottom slots and the fixed metering cup slots are stacked in an upper and lower mode to form 6-18 sliding block slots, and 6-18 movable metering cups are formed between inwards concave semicircles of the sliding blocks and outwards concave semicircles of the sliding block slots; the disc cam comprises a cam groove and is arranged below the fixed metering cups; each bearing comprises a bearing head, the bearing heads are arranged in the cam groove and can rotate along the cam groove, and the sliding blocks can slide in the sliding block slots forwards or backwards; the stirring paddle is horizontally arranged. The disc cam type packaged food metering device has the advantages that metering is precise, the automated production degree is high, production efficiency is high, and materials are easy to put in.

The invention discloses a high-pressure automatic forming system of a pedestal pan. The high-pressure automatic forming system comprises a base, a door-shaped main frame, a mud spraying device, a high-pressure forming machine of a pedestal-pan body, a high-pressure forming machine of a pedestal-pan ring body and a transplanting machine, wherein two supporting legs on one side of the door-shaped main frame are hinged with the base; two supporting legs on the other side are hinged with the base by means of an inclined oil cylinder; the axes of the hinging shafts between the four supporting legs and the base are parallel; the high-pressure forming machine of the pedestal-pan body and the high-pressure forming machine of the pedestal-pan ring body are respectively arranged on the inner side of the door-shaped main frame; the mud spraying device is fixedly arranged on one side of the door-shaped main frame; the transplanting machine is arranged on the other side of the door-shaped main frame by means of a track. The high-pressure automatic forming system disclosed by the invention has the advantages that automatic bonding of the pedestal pan body and the pedestal pan ring body is realized by automatic control, the forming procedure and the bonding procedure are integrated in the same system, so that the operating efficiency is improved, the carrying in the forming and bonding process in different systems is avoided and the labor intensity is reduced.

The invention relates to the technical field of plastic pelletizing processing equipment, in particular to a plastic pelletizing production line. According to the main points of the technical scheme,the plastic pelletizing production line comprises a feed hopper; a mixing assembly is connected to the feed hopper and is connected with a plastic extruder; a water cooling mechanism is connected to the discharge end of the plastic extruder; a pelletizer is connected to the water cooling mechanism; a collecting and screening device for receiving and screening plastic particles are arranged at thedischarge end of the pelletizer; the water cooling mechanism comprises a cooling water trough, a water removal mechanism and a drier which are connected sequentially; a conveying roller is rotationally connected to the side, toward the plastic extruder, of the cooling water trough; cooling water is arranged in the cooling water trough; and the water removal mechanism comprises a cooling water groove of which the top is open, a plurality of installation plates arranged at the top of the cooling water groove in the length direction of the cooling water groove, and bristles arranged on the installation plates. Through the plastic pelletizing production line, drawn plastics can be well cooled and dried.

The invention discloses a miter cutting machine, which comprises a frame for fixing a workpiece and a cutting device for cutting the workpiece, wherein a horizontal rotating disc and a driving motor for driving the horizontal rotating disc are arranged on the frame; and a plurality of jigs are arranged on the edge of the horizontal rotating disc in the circumferential direction. Compared with the prior art, the miter cutting machine has the advantages as follows: the jigs are mounted on the horizontal rotating disc, so that a plurality of workpieces can be fed at a time, and continuous conveying and cutting are realized; the workpieces are pressed tightly by a downward pressing device, clamped by the jigs and a lug boss and automatically discharged by a discharging device, and operators only need to feed the workpieces, so that the degree of automatic production of the miter cutting machine is increased, and the production efficiency is improved; the miter cutting machine can be adjusted in height, thereby meeting the requirements of products with different sizes; the miter cutting machine can perform precise cutting, so that the cut of an obtained product is smooth in cut and no burr exists at the periphery of the cut; and the miter cutting machine is convenient for size adjustment of the product.

The invention is suitable for the field of motors, and discloses a stator winding end insulation frame, a plastic-packaging stator assembly, and a plastic-packaging motor. The insulation frame comprises an insulation frame body which is disposed at an axial end part of a stator winding along the axial direction of a motor in a sleeve manner. The insulation frame body comprises an annular panel, an inner side panel, and an outer side panel, wherein the inner side panel is provided with a plurality of inner side positioning convex blocks in a convex manner, and/or the outer side panel is provided with a plurality of outer side positioning convex blocks in a convex manner. According to the invention, the inner side positioning convex blocks and/or the outer side positioning convex blocks can abut against a plastic-packaging mold radially in a plastic-packaging process, thereby preventing the insulation frame from deflecting radially because of the injection molding pressure of plastic-packaging materials, preventing a large part of the insulation frame from being exposed after plastic packaging, further improving the bonding intensity of the plastic-packaging housing with the insulation frame, improving the beauty of a product, and finally improving the qualified rate of products.

The invention discloses a foldable three-dimensional double-opening iron core oil-immersed transformer. The foldable three-dimensional double-opening iron core oil-immersed transformer comprises a double-opening transformer iron core having an L-shaped interlock structure, wherein the iron core is formed by splicing three single-frame double-opening iron cores at an center angle of 120 degrees, and the cross section of the spliced iron core is in an inscribed polygonal shape of a circle, an circular shape (R type) and a regular hexagonal shape; the iron core is arranged in an oil tank, three side surfaces of the oil tank are each provided with a heat radiation device, and the outer side of a core column is sequentially sleeved by a low-voltage coil and a high-voltage coil from inside to outside. The iron core of the foldable three-dimensional double-opening iron core oil-immersed transformer adopts a ferrite yoke and core column interlock structure, so that the foldable three-dimensional double-opening iron core oil-immersed transformer has the characteristics of low loss, small noise, high sudden short circuit resistance, high iron core mechanical strength and high production efficiency.

The invention discloses an automatic overturning and conveying device for a high-pressure toilet bowl molding blank. The automatic overturning and conveying device comprises a host machine frame, and an overturning frame is arranged in the host machine frame and can be overturned relative to the host machine frame under driving of the host machine frame; the upper end and the lower end of the overturning frame are each provided with a conveying driving device, and the upper-end conveying driving device needs to fall or rise when installing is conducted. When the blank with a supporting plate enters the overturning frame, the lower-end conveying driving device stops moving, the supporting plate of the blank is clamped by supporting plate clamping devices arranged on the front side and the back side of the lower end of the overturning frame, the upper-end conveying driving device falls to be close to the blank, compressing devices compress the supporting plate and the blank in the vertical direction, an overturning driving device drives the overturning frame to overall rotate 180 degree, the blank with the supporting plate achieves overturning and then is overturned to the lower-end conveying driving device, and the overturned blank is driven to move out of the overturning frame. According to the automatic overturning and conveying device, automatic overturning and conveying functions on the blank with the supporting plate can be achieved.

The invention discloses an automated drum flange welder, which comprises a drum flange welder. A motor is arranged on the chassis and the bracket of the welder; a small belt wheel is fixed on the output shaft of the motor; a reducer is fixed on a flange plate; the output shaft of the reducer is fixed on the chuck of a workpiece; a big belt wheel is fixed on the input shaft of the reducer; a transmission belt is connected on the big belt wheel and the small wheel; an electric control cabinet is installed on one side of the chassis; an actiyator and a thermorelay are mounted inside the chassis; leads on the actiyator and the thermorelay are connected with the motor; two contactor switches, a corresponding SBF and an SBR, and a stop button are connected in parallel on the actiyator in the circuit between the actiyator and the thermorelay; and a three-way circuit breaker and the corresponding fuse protector are connected in parallel on the thermorelay. The welder has the advantages of high level of automation, high quality and high efficiency.

The invention provides an automatic blanking wooden ball processing apparatus and method. A rolling mechanism, a large cam mechanism, a small cam mechanism, a wooden rod placing cabin, and a motor are arranged. The large cam mechanism and the small cam mechanism are arranged above the rolling mechanism and are driven by a shaft of the motor for operation. The wooden rod placing cabin is arranged in front of the large cam mechanism and the small cam mechanism. According to the invention, automatic embarking of wooden rods can be realized and manual control of embarking of wooden rods one by one is not needed. Therefore, the apparatus and method have advantages of high production efficiency, low production cost, high automation degree, and reduced operator fatigue.

The invention discloses a foam sole pad milling machine tool. The foam sole pad milling machine tool comprises a milling tool bit, a workbench, a supporting base and a feeding mechanism, wherein the milling tool bit is arranged above the workbench and is connected with a Z-axis motor consisting of a tool bit main motor and a tool bit transpositional motor; and the workbench is connected with a Y-axis motor and a X-axis motor, is arranged on the supporting base and can slide relative to the supporting base. The foam sole pad milling machine tool drives the workbench through the X-axis motor and the Y-axis motor to do curvilinear motion on the horizontal plane, and the Z-axis motor controls the inclination angle of a knife to cut out a relatively uniform and smooth beveled edge outline on the hard foam sole pad, so that the automatic production degree of an enterprise is improved, the working efficiency is improved, the time, the labour and the materials are saved, and the industrial accidents are reduced.

The invention discloses a method for processing a steel plane hoe, which belongs to the technical field of agricultural machinery. The production technology of the steel plane hoe comprises the following steps of: using a 45# medium carbon steel billet, mechanically rolling a square steel into a flat steel, and adding a blank forming material; heating the blank forming material to 1200 degrees centigrade, mechanically rolling into a convex blank hoe plate material; using a punch die to punch the convex blank hoe plate material into a hoe plate with a steel plane hoe shape, and marking; using a friction pressure machine to press the hoe plate into an arc shape and to press out a triangular reinforced rib on the hoe plate; using the pressure machine to roll up a hoe cage, and bending the hoe cage to form the steel plane hoe; quenching by a chemical solution until the hardness reaches 45-50HRC; and polishing, painting, drying and packaging the steel plane hoe to obtain the steel plane hoe as a finished product. The method provided by the invention has the advantages of few working procedures, high automation level of production, durability, fuel source economy, beautiful appearance, few smoke wastes and less noise pollution, and is particularly suitable for industrial production.

The invention provides sludge brick production equipment for hydrolysis and carbonization treatment. According to the sludge brick production equipment, a stretchable brick receiving mechanism is arranged on a rotary conveying mechanism, and a folding mechanism and an unfolding mechanism are sequentially arranged on the conveying track of the brick receiving mechanism; the brick receiving mechanism bearing bricks is folded in the transverse direction and the longitudinal direction through the folding mechanism so that the bricks can be arranged in an attached mode, then the bricks are clampedin batches through a clamping mechanism, and layer-by-layer staggered stacking and transferring output of the bricks are completed through arranging a rotary stacking mechanism and a pushing and transferring mechanism in a matched mode; the unloaded brick receiving mechanism is unfolded in the transverse direction and the longitudinal direction through the unfolding mechanism so as to be matched with the next batch of brick receiving procedures; and full-process automation of brick pressing, conveying and stacking batch output is realized, and the technical problems that in the prior art, bricks cannot be transferred in batches, the automation degree is low, and the production efficiency is low are solved.

The invention relates to the technical field of gear pin shaft press fitting, in particular to an automatic press-in machine for a gear and a drive pin. The automatic press-in machine comprises a base, an electric control box, a machining groove formed in the base, a first feed mechanism, a second feed mechanism, a press fitting mechanism and an ejection mechanism, wherein the first feed mechanism, the second feed mechanism, the press fitting mechanism and the ejection mechanism are electrically connected with the electric control box; the first feed mechanism comprises a steering assembly andis connected with the machining groove; and the second feed mechanism comprises a sliding block capable of moving in the horizontal direction, and the sliding block is provided with a feed through hole accommodating the drive pin moving in the vertical direction. The first feed mechanism and the second feed mechanism are adopted to convey the gear and the drive pin to a fixed plate, the drive pinis pressed into a size hole corresponding to the gear through the press fitting mechanism to realize automatic press-in, the work efficiency and the automated production degree are promoted, the production quality is guaranteed, and the manual labor intensity and the labor cost are reduced.

The invention discloses a short-line matching segmental beam circulating flow production line and a production method thereof. The short-line matching segmental beam circulating flow production line comprises a first conveying channel, a first rail, a second conveying channel and a second rail, the heads and the tails of which are sequentially crossed to form a square circulation production line for circulation of a transmission bottom die; the first conveying channel is sequentially provided with a first transition station, a cleaning station, a marking station and a second transition stationin a production direction of an assembly line; the second transition station is arranged at the intersection of the first rail and the first conveying channel; the first rail is sequentially providedwith the second transition station, a checking station and a third transition station in the production direction of the assembly line; and the third transition station is arranged at the intersection of the first rail and the second conveying channel. The short-line matching segmental beam circulating flow production line has the advantages of capability of circulating production and small amount of hoisting equipment and can be widely applied to the technical field of prefabricating of short-line matching segmental beams.

The invention discloses a device for automatic exhausting and argon filling of a reduction distillation furnace in sponge titanium production. A three-way pipe sleeve is arranged on a reactor large cover, and a large cover sleeve flange is connected with a vertical pipe flange, a sealing gasket is arranged between the large cover sleeve flange and the vertical pipe flange, a filter screen is arranged at the bottom of a three-way pipe stand pipe, the three-way pipe stand pipe is connected with an argon gas pipeline, and a pneumatic high vacuum baffle valve and a check valve are arranged on theargon gas pipeline. A dust collecting tank is arranged directly below a filter screen arranged in a three-way cross pipe, the three-way cross pipe is connected with a gas recovery tank through a recovery pipeline, and an electromagnetic valve is arranged on the recovery pipeline. By using an automatic argon filling and exhausting device, the automatic production degree of sponge titanium can be improved, argon can be recycled, the labor intensity of operators can be reduced, and the production cost can be reduced.

The invention discloses a hairpin permanent magnetic synchronous motor copper wire forming device. The device comprises a bending mechanism used for feeding a copper wire and continuously bending the copper wire on a horizontal plane, a forming die, a copper wire conveying pneumatic claw, a forming die conveying line, a downward pressing air cylinder and a rack. The forming die is used for carrying out extrusion molding on the copper wire bent by the bending mechanism; the copper wire conveying pneumatic claw is used for placing the copper wire bent by the bending mechanism into the forming die; the forming die conveying line is used for supporting the forming die and driving the forming die to reciprocate on the forming die conveying line, the downward pressing air cylinder is used for pressing the forming die to extrude the copper wire, and the downward pressing air cylinder is located above the forming die conveying line; and the rack is used for bearing the bending mechanism, the copper wire conveying pneumatic claw, the forming die conveying line and the downward pressing air cylinder. Bending parameters of the bending mechanism and the forming die can be freely combined and exchanged, the production flexibility is high, the production difficulty of the copper wire is reduced, and the production efficiency of the copper wire is improved.

The invention discloses an automatic waste embryo barreling machine for an avian influenza vaccine production process. The automatic waste embryo barreling machine for the avian influenza vaccine production process belongs to the field of avian influenza vaccine production equipment, and comprises a working table, wherein an electric cabinet is arranged right in front of the working table; a touch screen is arranged on the electric cabinet; an incubator tray conveying trough is arranged on the working table; the input end of the incubator tray conveying trough is connected with a harvester waste embryo outlet; the output end of the incubator tray conveying trough is connected with an incubator tray turnover device; a waste embryo discharge device is arranged on the left side of the incubator tray turnover device and is connected with a tray piling device. The automatic waste embryo barreling machine is matched with a chick embryo harvester for use, so that the chick embryos can be full-automatically harvested, the waste embryos can be full-automatically barreled, the automatic production degree is improved, the labor intensity of employees is greatly reduced, the health of the employees is ensured, meanwhile, the chick embryo harvest production line assembly line is realized, the work efficiency of the chick embryo harvest production line is improved by 50 percent, and a powerful guarantee is provided for expanding production.

Disclosed is an automatic mixing device for an open mill. The automatic mixing device for the open mill is mainly composed of the open mill, an automatic rubber turning circulating device and an automatic rubber pounding device, wherein the automatic rubber pounding device is arranged on the upper portion of the open mill and can perform automatic rubber pounding on rubber. The automatic rubber turning circulating device is arranged to collect the rubber from the lower portion of the open mill, convey the rubber from the back side and then return to the upper portion of the open mill. The automatic rubber turning circulating device comprises a vertical rubber turning belt and achieves circular conveying of the rubber in the open mill through the circular rotation of the vertical rubber turning belt. By means of the device, the mixing process can be set according to the rubber characteristic, and functions of automatic rubber turning and uniform mixing of the open mill are achieved; the automatic production degree is improved, and accordingly human intervention factors are reduced, the uniformity of the rubber mixing process is guaranteed, the rubber performance stability is guaranteed, and the operation safety is improved; besides, by the cooperation of relevant equipment of spraying, cooling drums and automatic correction and the like, the temperature of rubber and the temperature of the equipment can be controlled effectively and conveniently, and the stable operation of the equipment and the stability of the quality of the rubber are further guaranteed.