82results about How to "Save refueling time" patented technology

The invention discloses an automatic precise assembly machine. The automatic precise assembly machine comprises a conveying mechanism, a positioning and support mechanism, an assembly mechanism and aloading mechanism; the conveying mechanism is horizontally arranged on the frame; a synchronous belt is arranged on the inner side of the conveying mechanism; a tool for loading materials is placed onthe synchronous belt; at least two through grooves are formed in the tool; materials to be assembled are placed in the through grooves; and the assembly modules once absorb multiple materials from the loading mechanism, and assemble the materials to fittings in the through grooves of the tool. Through downward absorption fixation and flexible support of glass sheets, the displacement of the glasssheets in the assembly process is prevented, so that the assembly precision is guaranteed, the pressure crushing condition of the glass sheets is prevented, the loading and unloading time is shortened, the centralized unloading and loading of multiple products once are realized, the tray replacing and reloading time is shortened, and the overall production capacity is effectively improved.

The invention discloses a 3D printing machine with multiple printing heads. The 3D printing machine comprises a stander, a movable worktable which is used for storing a workpiece, a printing head mechanism for printing the workpiece, a plurality of material boxes for supplying printing materials to the printing heads, and a control system for controlling each components, wherein the movable worktable and the printing head mechanism are correspondently arranged in the stander; the printing head mechanism comprises a disc seat body which is arranged on the stander, and a plurality of lifting adjusting mechanisms which are uniformly distributed on the disc seat body, each lifting adjusting mechanism is provided with the printing head, and the disc seat body is driven by a motor to rotate; the printing heads correspond to the material boxes one by one. By adopting the 3D printing machine with the multiple printing heads, the different materials can be rapidly replaced, the material replacing time can be effectively shortened, and the operating efficiency can be improved; the reliability in action and the rapidness in reaction can be realized, the reliability is high, the overall structure is simple, and the application range is wide.

The invention discloses a novel high-efficient car radial tire molding device. A composite member conveyor belt, a first cord fabric conveyor belt and a second cord fabric conveyor belt are respectively used for conveying a composite membrane, a first cord fabric and a second cord fabric to the surfaces of two tire body drums at the set position for winding, a steel ring can be arranged on the surface of the tire body drum at the set position in a sleeved manner through a steel ring clamping device, the tire body drums can be used for sequentially inflating and synchronously reversely packaging the materials, which wind the surfaces of the tire body drums, for molding a tire blank, a first belt bundle conveyor belt, a second belt bundle conveyor belt, a tire tread conveyor belt and a crowned belt strip winding device are used for conveying a first belt bundle, a second belt bundle, a tire tread and a crowned belt strip respectively to the surfaces of two belt bundle drums on a discharging end for winding, a product can be taken from the belt bundle drum through a tread transferring ring, the two tire body drums alternately arrive in the set position, and the two belt bundle drums can respectively arrive in the discharging end of the first belt bundle conveyor belt, the second belt bundle conveyor belt, the tire tread conveyor belt and the crowned belt strip winding device. Through the rotation of the two drums, the machining efficiency can be improved, and the production cost can be reduced.

The invention relates to a melting furnace for producing float glass and a colorant addition method, belonging to the technical field of glass production. According to the invention, a neck (3) is used as a charging and mixing part; and coloring materials are added into molten glass via a charging channel (8) arranged at the charging area (6) of the neck. Since the melting furnace is filled with colorless basic molten glass, the operation of coloring is performed at the neck, thereby reducing displacement amount of the molten glass and effectively shortening changing time of the molten glass; and the method enables large-size melting furnaces to adapt to features of color glass demand market, and the features of the color glass demand market include demands for various varieties and little demand for a single variety.

The invention discloses a stirring station aggregate feeding system. The stirring station aggregate feeding system comprises a storage yard provided with a plurality of stock bins, a flat belt, an inclined belt, a material distribution belt, and a stirring station provided with a plurality of stock bins, wherein the material distribution belt can rotate forwards and reversely so as to realize blanking at the two ends, a plurality of discharge arc doors are arranged in the storage yard stock bins, each discharge arc door is provided with a material flow detection device, and the flat belt, theinclined belt and the material distribution belt are sequentially connected through transition hoppers; material blockage detection devices are arranged on the transition hoppers, the material distribution belt is arranged on a rail, a position detection device is arranged on the rail, a material level detection device used for detecting the height of the material level in each stock bin and an over-limit inspection devices arranged at the height limit positions are arranged in each stock bin of the stirring station. According to the system, only full inspection signals are arranged, and no material null signals are arranged, so that the loading condition is met as long as material full signals are not detected, and the system can effectively improve the feeding reliability, the working efficiency and the automation level.

The invention discloses a pallet machine. Pallets are directly stacked inside a stack space and are not needed to be partitioned, clamping and blocking mechanisms are arranged at the two opposite sides of a frame, a parallel four-bar mechanism is adopted for each clamping and blocking mechanism, when the pallets are conveyed, the clamping and blocking mechanisms extend into the stack space for clamping the clamping grooves in the two opposite sides of the pallets, all the pallets in the stack space are clamped and positioned, and the pallet located at the lowermost position of the stack space is dropped to a transmission mechanism through a supporting mechanism and output from the bottom through the transmission mechanism. Therefore, the parallel four-bar mechanism is adopted for each clamping and blocking mechanism, so that the pallet machine has the advantages of being compact in structure, low in cost, stable in operation and large in bearing power.

The invention discloses an AOI detection method and system. The AOI detection system comprises a first positioning device, a first feed mechanism, a first AOI detection mechanism, a first blanking mechanism, an overturning mechanism, a second positioning device, a second feed mechanism, a second AOI detection mechanism and a second blanking mechanism which are arranged in order; the AOI detectionis performed on two surfaces of a circuit board in order, thereby realizing the assembly line AOI detection way; due to the work division, the job difficulty is simplified, the job degree of proficiency is easy to improve, and partial internal time is converted into external time, the AOI detection efficiency is effectively improved, and the maximum capacity is improved. The technical problem thatthe AOD detection efficiency is low in the prior art is overcome; and the AOI detection method effectively improves the AOI detection efficiency through the assembly line type AOI detection flow.

The invention relates to a high-efficiency drilling machine. The high-efficiency drilling machine comprises a rack. A machining device, a material replacing device and a clamping device are arranged on the rack. The machining device comprises a plurality of drill bits, a plurality of rotary parts and a lifting assembly. The material replacing device comprises a standby material platform, a vacuumadsorption assembly, a vertical moving assembly and a horizontal moving assembly. The clamping device comprises four clamping plates and four driving assemblies. Supporting plates are fixed to the bottoms of the four clamping plates. When the driving assemblies drive the clamping plates to get away from the center of a steel plate, the four supporting plates define a falling cavity. A guide deviceis arranged below the falling cavity. When the high-efficiency drilling machine completes drilling of the steel plate, the driving assemblies drive the clamping plates to enable the steel plate to fall off from the falling cavity, the horizontal moving assembly and the vertical moving assembly drive and place a standby material onto the supporting plates gathering towards the center of the standby material, then the four clamping plates jointly clamp the standby material, and the whole material replacing process can be completed just within 10 s. The high-efficiency drilling machine substantially improves the machining efficiency of the steel plate.

The invention discloses a clean-type two-jaw breaking grinding machine and a control system thereof. The clean-type two-jaw breaking grinding machine comprises a breaking stationary jaw, a first breaking movable jaw, a first breaking flywheel, a breaking motor, a second breaking movable jaw, a second breaking flywheel, a first grinding motor, a first grinding main shaft, a first grinding disc, a second grinding motor, a second grinding main shaft, a second grinding disc, a rack, a breaking discharge channel, a grinding discharge channel, a discharge hopper, a dust hopper, an air pump and a dust collecting box; and the control system consists of a raw material detection module, a material grinding detection module, a flow detection module, a PLC, a first grinding motor driving module, a second grinding motor driving module and a contactor. The clean-type two-jaw breaking grinding machine can achieve primary breaking, secondary breaking and grinding on a raw material, so that the degreeof size reduction of the raw material is raised, and the breaking time is shortened; and the air pump can be started during machining to suck dust, so that the cleaning property and safety are improved.

The invention discloses full-automatic bar code printing and detecting equipment. The full-automatic bar code printing and detecting equipment is characterized by comprising the following members of a feeding machine, a bar code printer and an automatic winding machine, wherein the feeding machine is provided with a material scroll and a plurality of pull rods; the wound printing material is assembled on the material scroll; feed paper bypasses from the upper parts or the lower parts of the pull rods to be flatted by stretching and the material scroll is connected with a driving device; and bar code detecting equipment is arranged on the bar code printer. The independent feeder is arranged on the full-automatic bar code printing and detecting equipment disclosed by the invention, so that the problem that the storage space of an integrated machine is limited is solved; and due to the arrangement of feeding drive, the condition that the drawing is difficultly realized by only using the winding machine due to over great and over weight of materials is avoided. Meanwhile, the bar code detecting equipment is arranged for further avoiding the conditions of double signs, sign leakage, sign error and the like; and the full-automatic bar code printing and detecting equipment has the advantages of long one-time printing length, fewer material connectors and low printing mistaken rate.

The invention discloses an automatic loading and unloading mop. The mop comprises a mop head and a mop handle mutually connected. A power cavity is formed in the upper portion of the mop head and internally provided with a PLC, the lower portion of the mop head is provided with a cleaning cavity, a loading box and an unloading box are symmetrically installed on the front side and the rear side of the cleaning cavity respectively, the loading box and the unloading box are internally provided with a first coiling bar and a second coiling bar respectively, a first rolling shaft and a second rolling shaft are installed on the portion, between the loading box and the unloading box, of the cleaning cavity, the two sides of the cleaning box are provided with a sliding rail I and a sliding rail II respectively, and a sliding piece assembly I and a sliding piece assembly II are arranged on the sliding rail I and the sliding rail II respectively. Limited space of the mop head is reasonably used, and automatic replacement of wet wipes is achieved by means of additional arrangement of the loading box, the unloading box and a power device; compared with traditional manual wet wipe replacement, replacement time is greatly shortened; finger injuries caused by manual pressing and other phenomena are avoided, and cost is greatly reduced.

The invention discloses an automatic selection feeding system of an injection molding machine for automotive interior trim parts and a control system thereof. The automatic selection feeding system ofan injection molding machine for automotive interior trim parts and the control system thereof solve the problems that in the prior art, automatic selection of raw materials cannot be carried out, the material changing process is too long in time consumption and low in efficiency, material changing errors are prone to occurrence, then products are scrapped, and the yield and quality are affected.The automatic selection feeding system of the injection molding machine for the automotive interior trim parts and the control system thereof are characterized in that a plurality of drying materialtanks are connected with small material tanks of a plurality of injection molding machines through material distributing valves and feeding pipelines, a mold ID coding plug and a tool clamp ID codingplug are installed at the mold installation end of each injection molding machine, and a PLC control system checks whether the injection molding machines and the drying material tanks lack materials or not in a sequential inspection mode and conducts feeding. The automatic selection feeding system of the injection molding machine for the automotive interior trim parts and the control system thereof have the beneficial effects that flexibility of the feeding mode is achieved, automatic raw material selection is achieved, manual operation is reduced, generation of mistaken selection of the raw materials of the injection molding machines are effectively prevented, continuous production and monitoring functions are achieved, the product production efficiency and the product quality are improved, the feeding mode is flexible, energy is saved, the consumption is reduced, single-time material changing time is saved, and the production efficiency is high.

The invention discloses a double-jaw crushing and grinding machine and a control system thereof. The machine comprises a fixed crushing jaw, a first moving crushing jaw, a first crushing fly wheel, a crushing motor, a second moving crushing jaw, a second rushing fly wheel, a first grinding motor, a first grinding spindle, a first grinding disk, a second grinding motor, a second grinding spindle, a second grinding disk, a rack, a crushing discharging chute, a grinding discharging chute and a discharging hopper. The control system comprises a raw material detection module, a material grinding detection module, a flow detection module, a programmable logic controller (PLC), a first grinding motor driving module, a second grinding motor driving module and a contactor. With the machine, primary crushing, secondary crushing and grinding of raw materials can be realized, the crushing degree of the raw materials is increased, and the crushing time is shortened.

The invention discloses an automatic metal surface treatment device which comprises a left vertical plate, a right vertical plate, a beam plate, a carrier plate, a base plate, a clamp base, a pressing-down mechanism and an abrasive belt. The left vertical plate and the right vertical plate are arranged in parallel. The beam plate is in bridging connection with the left vertical plate and the rightvertical plate. An output shaft of a motor is provided with a driving wheel, the driving wheel is in transmission connection with a driving auxiliary wheel through a belt, an air cylinder is vertically installed on the front surface of an installation plate, a piston rod of the air cylinder is fixedly connected with a pressing-down plate, a middle shaft is sleeved with a left fixing ring and a right fixing ring from the two ends of a supporting sleeve, the left fixing ring and the right fixing ring make close contact with the two end faces of the supporting sleeve correspondingly, and the supporting sleeve is sleeved with a circular pipe which is fixed through the left fixing ring and the right fixing ring. Straight wiredrawing operation of the metal surface can be automatically achieved,wiredrawing straightness, wire flow uniformity and wiredrawing efficiency are improved, the wiredrawing quality of the metal circular pipe is ensured, and the rate of finished products is improved.

The invention discloses a punching die having a function of fast positioning a workpiece. The punching die comprises a lower die seat, a vertical rod, a die demounting plate and a first compression spring. The vertical rod is connected in the lower die seat in a sleeved manner. The die demounting plate is fixedly connected to the top end of the vertical rod. The first compression spring is connected to the outer wall of the vertical rod in a sleeving manner. The upper end and the lower end of the first compression spring are attached to the die demounting plate and the lower die seat correspondingly. Positioning mechanisms are fixedly connected to the left end and the right end of the lower die seat. By means of the punching die having the function of fast positioning the workpiece, due tothe cooperative use of a torsion spring, a top seat, a rack groove plate and the like, the problem that when an existing punching is used, the workpiece is not accurately installed, and a punched product is not qualified is solved; and due to the cooperative use of a transverse rod, a second compression spring, a baffle and the like, the material change time is saved, and therefore the productionefficiency is improved, and operation is easy.

The invention provides a material preparation, feeding and back-to-warehouse system for a corrugated board production line. The system is provided with material preparation tracks, a back-to-warehouse conveying belt and a controller, wherein the material preparation tracks are perpendicular to the back-to-warehouse conveying belt; and by means of the controller, material reloading can be achieved automatically at material reloading positions of corrugated paper processing machines for automatically conveying raw roll paper, and remaining materials which are unloaded are conveyed to the back-to-warehouse conveying belt through the material preparation tracks, so that automatic back-to-warehouse conveying is conducted. The process is controlled through the controller, no manpower needs to participate, and material preparation and reloading are completed automatically; meanwhile, when the system is arranged, the material preparation tracks which are different in length are adopted for conducting material preparation in a staggered manner, the utilization rate of a site can be increased, the materials can be prepared as many as possible, and production efficiency is further improved; and the material preparation, feeding and back-to-warehouse system is simple in structure, convenient to maintain and quite good in practicability.

The invention relates to the technical field of 3D printing and in particular relates to a half-fluid food 3D printer extrusion system which comprises a power conveying module, a power conveying module, a pull type conveying module, a temperature control module, a screw rod fixing plate, a motor fixing base and an extrusion system back plate, wherein the upper end of the power conveying module isconnected with the screw rod fixing plate; the lower end of the power conveying module is connected with the motor fixing base; the screw rod fixing plate is fixedly connected with the upper end of the extrusion system back plate; the motor fixing base is fixedly connected with the lower end of the extrusion system back plate; the power conveying module is connected with the pull type conveying module; and the pull type conveying module is connected with the temperature control module. The invention provides the half-fluid food 3D printer extrusion system which is capable of feeding materialscontinuously, precise in temperature control and not liable to cause nozzle blocking phenomena.

The invention discloses round steel cut-off equipment which comprises a frame, a cut-off device, a feeding device, a loading device and a main control device, wherein the frame is fixed on the ground; the cut-off device is fixedly connected with the frame, and comprises a driving motor with flywheels; the flywheels are mechanically connected with a cutting part used for cutting off long round steel; the feeding device comprises feeding grooves fixedly formed in the frame, and also comprises a clamping component used for clamping the long round steel; the clamping component is connected with a conveying component; the conveying component is used for driving the clamping component to move back and forth in the length direction of the feeding grooves; the loading device is fixedly arranged on one side of the feeding device, and comprises a lifting component used for feeding to-be-treated long round steel in the feeding device; and the driving motor, the conveying component and the lifting component are all electrically connected with the main control device. The round steel cut-off equipment effectively solves the technical problems of low working efficiency, low precision, high labor cost and the like, which are caused by the fact that the round steel is cut off directly by manpower.

The invention discloses a paper pulp raw material emptying mechanism. The paper pulp raw material emptying mechanism comprises a rack, two feeding brackets, reloading lifting hooks and two feeding outlets, wherein the rack is provided with a vertically arranged supporting arm for bearing the weight; the two feeding brackets are arranged on the rack and are used for supporting paper pulp raw materials during production; the reloading lifting hooks are arranged on the rack and are used for conveying the paper pulp raw materials onto the feeding brackets when the paper pulp raw materials are changed; and the two feeding outlets are formed in the upper end of the rack, and the paper pulp raw materials placed on the two feeding brackets can be connected with production equipment in later working procedures through the two feeding outlets respectively. Compared with the prior art, the two feeding outlets are formed in the paper pulp raw material emptying mechanism disclosed by the invention, and the two feeding brackets are used for supporting the paper pulp raw materials for feeding respectively, so that two rolls of the paper pulp raw materials can be placed simultaneously during the production of the paper pulp raw material emptying mechanism, power-off change is not needed, the reloading time during long-time power-off for changing the paper pulp raw materials in the prior art is reduced, and the production efficiency is greatly improved.