31results about How to "Eliminate manual feeding" patented technology

The invention provides a fermented forage production system. The production system comprises a pulverizing device, a screening device, a stirring device, a material metering mechanism, a compression molding machine and a three-dimensional film-wrapping mechanism, all are arranged sequentially along the feeding direction. The three-dimensional film-wrapping mechanism comprises an axial film-wrapping mechanism and a circumferential film-wrapping mechanism. According to the fermented forage production system, materials are pulverized through the pulverizing device; the materials are screened through the screening device and impurities are removed, then raw materials are added through the stirring device and stirred, and fermented forage obtained by processing bacterial bag waste is manufactured into a column shape through the compression molding machine so as to facilitate the sale and transportation. Thin film is wrapped around the entire outer surface of the column-shaped fermented forage by means of the arrangement of the axial wrapping mechanism and the circumferential wrapping mechanism; and the manual operation is not required in the whole process and the whole process is time-saving and labor-saving. The column-shaped fermented forage is continuously wrapped with film, thereby saving the moved time, ensuring the good effect of wrapping the film, reducing the labor strength and labor cost. The fermented forage production system has the advantages of being reasonable in design, convenient to operate, high in using efficiency and improving the process efficiency and process effect of the bacterial bag waste.

The invention discloses a feeding device for a carton custom-made machine. Material rack, each clamping rack is adjusted by the lifting of two lifting slides, so that the driver will load the clamping rack holding the cardboard to the processing station along the horizontal direction, and the cutting and creasing device on the processing station will cut , the feeding device of this structure can realize fast switching of cardboards of various sizes, realizes accurate and fast automatic cardboard feeding, saves manual feeding, greatly reduces labor intensity, and is safe and efficient, reducing the time for changing cardboards , improve production efficiency, the cutting and creasing device facilitates the integration of carton cutting and creasing processes, and simplifies the structure of the carton custom machine.

The invention discloses a wallpaper embossing and cutting device capable of automatically feeding. The wallpaper embossing and cutting device comprises a rack, wherein an embossing part and a cutting part at one side are respectively arranged on the top of the rack; the embossing part comprises a pedestal arranged on the top of the rack; a supporting plate is horizontally arranged on the pedestal; the two sides of the pedestal are in parallel provided with first rollers; the first rollers are as high as the supporting plate; the cutting part comprises a first dual-pressure roller arranged on the top of the rack; the first dual-pressure roller is parallel to the first rollers; one side of the first dual-pressure roller is in parallel provided with a second dual-pressure roller; a loading assembly is arranged at one side of the rack; the loading assembly comprises two supporting bases which are arranged correspondingly; a tripod is arranged on the upper parts of the two supporting bases; a vertical rod is perpendicularly arranged on the tripod; both upper and lower ends of the vertical rod are connected with a rotary shaft respectively; transmission belts are arranged on the upper and the lower rotary shafts; a blocking ring is arranged at the outer side of each transmission belt in an equally-spaced mode; the blocking rings on the two transmission belts are correspondingly arranged; connecting rollers are detachably arranged on the blocking rings; and wallpaper is loaded on the connecting rollers.

An automatic bending and sawing machine relates to production equipment for wood clothes hangers and comprises a framework, a feeding mechanism, a straight saw assembly, a front spherical saw assembly, a rear spherical saw assembly and a movement control mechanism. A guide track is arranged on the framework, the straight saw assembly is mounted at one end of the guide track, the front spherical saw assembly and the rear spherical saw assembly are rotatably mounted on two sides of the other end of the guide track, the movement control mechanism consists of a power output device, a feeding mechanism control device and a straight saw assembly control device, the feeding mechanism control device is connected with the feeding mechanism, and the straight saw assembly control device is connected with the straight saw assembly. A sawing and bending processing route is divided into two arc curves and a straight line, the arc curves and the straight line are automatically processed by the corresponding front spherical saw assembly, the rear spherical saw assembly and the straight saw assembly, accordingly, automatic bending and sawing processing is realized, danger of operation of workers is reduced, simultaneously, productivity is effectively enhanced, and the automatic bending and sawing machine has certain social and economic benefits.

The invention discloses a glass edge grinding machine. Two parallel automatic conveying belts are arranged on the left side and the right side of a base in a spaced mode. A plurality of sets of grinding heads are arranged on the outer side of each automatic conveying belt. The front ends of fixed guiding wheels stretch to the position in front of the automatic conveying belts. The front ends of movable guiding wheels are flush with the front ends of the automatic conveying belts. A line of rubber conveying idler wheels are arranged right in front of the automatic conveying belts. A glass storage frame is arranged right in front of the rubber conveying idler wheels. A line of material receiving rollers which are arranged in the front-and-back direction and can rotate flexibly are arranged right behind the base. The periphery of each material receiving roller is sleeved with a rubber ring. The movable guiding wheels and all the sets of grinding heads located on the right side are installed on the base in the mode of being adjustable in the left-right direction, and the movable guiding wheels and all the sets of grinding heads are adjusted synchronously so as to be adapted to grinding of glass edges with different widths. The glass edge grinding machine has the forward guiding function, so that pieces of glass are aligned before edge grinding is conducted; the glass edge grinding machine can be adapted to processing of glass of different width specifications, and automatic feeding and material receiving are achieved.

The invention discloses an automatic detection device for a cylindrical pin machine, and relates to the field of mechanical detection. The automatic detection device comprises a rack, a loading device, a detection device, a feeding device and a control device. The automatic detection device is characterized in that the rack comprises a top plate and a bottom plate; the loading device is arranged on the bottom plate and penetrates through the top plate; the feeding device comprises a driving device, a rotating device and a discharging device. The driving device is arranged on the bottom plate;the rotating device is arranged on the top plate; the discharging device is arranged on the top plate; the driving device is connected with the rotating device through a stepping assembly. The discharging device is arranged on one side of the rotating device. The detection device is arranged on the top plate and located on one side of the rotating device. The loading device is connected with the rotating device through a positioning piece. The length and the diameter of the cylindrical pin can be rapidly detected and the detection efficiency is improved.

The invention discloses a feeding mechanism of paper tube cores. The feeding mechanism comprises a material inlet part and a feeding part for sending the paper tube cores on the material inlet part onto a winding shaft. The feeding mechanism is characterized in that the material inlet part comprises a paper tube core base for placing at least two axial paper tube cores. The feeding part comprisesa power assembly for driving the paper tube core base to move axially. The paper tube core is axially placed on the paper tube core base, the paper tube core base is driven by the power assembly to move axially, the paper tube cores on the paper tube core base are arranged on the winding shaft in a sleeving mode, automatic feeding is achieved, a plurality of paper tube cores can be fed at a time,production efficiency is greatly improved, manual feeding is omitted, and production cost is reduced.

The invention discloses a ramie stem cutting tool wear test bed with a changeable supporting state. The ramie stem cutting tool wear test bed comprises a rack, and further comprises a material feedingdevice, a cutting device and an intermittent transmission device which are arranged on the rack, wherein the material feeding device is connected with the cutting device through the intermittent transmission device; under the synergistic effect of the intermittent transmission device, material feeding and cutting are continuously and cyclically performed; in a single cycle process, the intermittent transmission device drives the material feeding device to downwards convey ramie stems, and the cutting device is driven and conveyed to a cutting station at the same time; after the ramie stems are conveyed to the cutting station, the cutting device arrives at the cutting station to execute cutting action; after the cutting action is completed, the intermittent transmission device drives and conveys the cutting device to an avoiding station for staying; a detachable cutting and supporting plate is arranged below the material feeding device. The ramie stem cutting tool wear test bed with the changeable supporting state has the advantages that labor and time are saved, cutting tool wear test data is accurate, and the cutting supporting state is adjustable.

The invention discloses a sealed automatic feeding compounding tank. The sealed automatic feeding compounding tank comprises a device body, a gear motor, a stirring shaft, stirring blades, blade scrapers, a right sealing cover, a discharge opening, an observation opening, a waste gas collection barrel, a left sealing cover, a material conveying pipeline, a spiral conveying shaft, a feed opening and a plurality of material conveying branch pipes, wherein the gear motor is arranged on the right side of the device body; the upper side of the gear motor is connected with the stirring shaft; the stirring blades are arranged on the upper side and the lower side of the stirring shaft; the blade scrapers are arranged at the tail ends of the stirring blades; the right side of the device body is connected with the right sealing cover; the discharge opening is formed in the lower side of the right sealing cover; the observation opening is formed in the upper side of the device body; the waste gas collection barrel is arranged at the left side of the observation opening. The sealed automatic feeding compounding tank has the characteristics of being safe and environment-friendly and saving raw materials; the feeding opening is formed in the bottom of the tank body; the raw materials are pushed by a material conveying main pipe with the spiral conveying shaft; the material conveying branch pipes are arranged to bring convenience for adding different types and amounts of the raw materials.

The invention discloses a feeding mechanism of a glass edge grinding machine. The feeding mechanism of the glass edge grinding machine comprises automatic conveying belts and a pressing frame. A line of fixed guiding wheels are arranged on the outer side of the automatic conveying belt on the left side. A line of movable guiding wheels are arranged on the outer side of the automatic conveying belt on the right side. The gap between the fixed guiding wheels and the movable guiding wheels is just matched with the width of glass passing through the gap. All the movable guiding wheels can be adjusted leftwards and rightwards synchronously to be adapted to grinding of glass edges with different widths. The front ends of the fixed guiding wheels stretch to the position in front of the automatic conveying belts. The front ends of the movable guiding wheels are flush with the front ends of the automatic conveying belts. A line of rubber conveying idler wheels are further arranged right in front of each automatic conveying belt. A glass storage frame is arranged right in front of the rubber conveying idler wheels. The glass storage frame is composed of a welded frame and a plurality of rubber universal idler wheels laid on the top surface of the welded frame. In the feeding process, pieces of glass are aligned, so that the feeding mechanism can be suitable for grinding glass of different width specifications, and the glass can be conveyed into the edge grinding machine easily.

The invention relates to the technical field of sanding machines, and discloses a sanding device for high-hardness and high-brightness gold jewelry. The sanding device comprises a workbench, wherein the top of the workbench is provided with a sanding machine, the top of the workbench is fixedly connected with a pre-storage frame, the right side of the pre-storage frame is fixedly connected with a feeding frame, the pre-storage frame and the feeding frame are fixedly connected to the top of the workbench in a T shape, the interior of the pre-storage frame communicates with the interior of the feeding frame, and a gold bar is arranged in the pre-storage frame. The gold bar is placed on the top of a rubber pad, then a holding rod is rotated to drive a fixing sleeve to rotate through a rotating rod, the fixing sleeve drives a balance plate to rotate, a heavy ball slides towards the low end through inclined gravity of a sliding rod, and therefore the gold bar is fixed, hand fixing can be avoided when the gold bar is polished, and therefore, the two hands of a user are liberated, the gold bar can be subjected to sanding treatment through two-hand operation, and the working quality of sanding treatment is improved.

The invention discloses an executing mechanism for silencer steel pipe automatic press fitting equipment and relates to the field of automation equipment. The mechanism comprises a detection mechanism, a coating mechanism, a press-fitting mechanism, a press-fitting power mechanism and a soldering flux feeding mechanism. The detection mechanism, the coating mechanism and the press-fitting mechanismare all installed on the press-fitting power mechanism and can move synchronously. Therefore, filter screen detection, soldering flux coating and steel pipe press fitting operation of a silencer bodyare achieved. The soldering flux feeding mechanism can be linked with the press-fitting power mechanism so as to achieve feeding of soldering flux on the coating mechanism. The detection mechanism, the coating mechanism and the press-fitting mechanism are integrated on the press-fitting power mechanism. Three procedures are synchronously performed at three positions, consistency and accuracy of aproduction process are improved, feeding and discharging of the silencer are automatically achieved through gravity, a related power device does not need to be arranged, structural layout is simplified, and equipment cost is reduced.

The invention discloses a valve body hose assembly process for a water purifier. The valve body hose assembly process comprises a silo arrangement process, a shift online process, a transfer process,a valve body feeding process, a valve body assembly process, an auxiliary pressure process and a laser process. The shift online process is carried out sequentially after the silo arrangement process,the transfer process runs through the shift online process, the auxiliary pressure process and the laser process, the valve body assembly process is carried out sequentially after the valve body feeding process, and the valve body assembly process is carried out sequentially after the valve body auxiliary pressure process. The silo arrangement process is used for arranging hoses so that the hosescan be transferred conveniently by the shift online process. The shift online process is used for discharging and transferring the hoses sorted by the silo arrangement process to the transfer processfor transfer. The valve body hose assembly process has high automation degree, realizes continuous production of products, saves labor, saves production cost, increases the qualified rate of productsand has good market application value.

The invention relates to a polishing sand wet-in dry-out circulation extruding polishing device. A sleeve is of a hollow conical tubular structure with openings formed in two ends, a rotating shaft of the hollow tubular structure is movably installed on the inner side of the sleeve, material pushing spiral vanes are fixedly arranged on the outside of the rotating shaft, a heating coil is arranged in the rotating shaft, the heating coil is connected with a heater below a reducer, a driving gear is connected with the rotating shaft through a hollow gear, a fixed disc is fixedly installed in the hollow gear, steel balls are arranged between the fixed disc and the hollow gear, a feeding port is formed in the upper portion of the sleeve, a grinding device fixing block is fixedly installed at the tail end of the sleeve, an elevated conveying belt is arranged below the grinding device fixing block, a material receiving bin is arranged at the tail end of the elevated conveying belt, and the material receiving bin is connected with the feeding port through a feeding pipeline. Circulation recycle of the polishing sand is achieved, wet-in dry-out circulation of the polishing sand is achieved, circulation recycle of the polishing material is achieved, polishing material manual feeding is omitted, and the working efficiency is improved.

The invention relates to a graphite composite sealing gasket processing system. The system comprises a collecting device, a cutting device, a feeding device and a vertical plate. The bottom end of thecollecting device is fixedly connected to the ground through a supporting column. The discharging end of the cutting device is located over the corresponding position of one end of the collecting device. The cutting device is fixedly installed at one end of the vertical plate. The bottom end of the vertical plate is fixedly installed on the ground. The feeding device is fixedly installed at the top end of the cutting device. According to the graphite composite sealing gasket processing system, a cutter can be driven through the rotation of fourth gears, the cutter rotates to drive threaded rods to rotate, and therefore the purpose that two clamps in the whole feeding device grab graphite rods in turn to push the graphite rods downwards under the action of rotation of the fourth gears is achieved through the threaded rods, automatic feeding of the graphite rods is achieved, manual feeding is omitted, the labor force is liberated, and the efficiency and the accuracy are also improved.

The invention discloses valve body hose assembly production equipment for a water purifier. The valve body hose assembly production equipment comprises a rack, a stock bin arrangement mechanism, a displacement feeding mechanism, a conveying mechanism, a valve body feeding mechanism, a valve body assembling mechanism, an auxiliary pressing mechanism and a laser mechanism, wherein the material bin arranging mechanism, the shifting feeding mechanism, the conveying mechanism and the valve body assembling mechanism, the auxiliary pressing mechanism and the laser mechanism are all fixed on the top of the rack, the valve body feeding mechanism is fixed beside the machine frame, the conveying mechanism is transversely fixed to the top of the machine frame, a material bin arranging mechanism is fixed beside the head end of the conveying mechanism, the shifting feeding mechanism is fixed to the head end of the conveying mechanism through an upper wire support, and the valve body assembling mechanism is fixed beside the middle of the conveying mechanism. The valve body hose assembly production equipment is high in automation degree, continuous production of products is realized, labor is saved, production cost is saved, the qualified rate of products is improved, and good market application value is achieved.