40 results about "Feeding drive" patented technology

This utility model provides a pipe flaring fixture and flaring stamping equipment. The pipe flaring fixture includes a base, a fixture body with a clamping cavity, a feeding mechanism, and a unloading mechanism. The feeding mechanism includes a mounting base, a feeding drive, and a feeding top block located at the output end of the feeding drive. The feeding top block has a feeding ramp and a connecting end. The fixture body includes a lower fixture and an upper fixture. The lower fixture has an inlet ramp parallel to the feeding ramp and a clearance groove perpendicular to the clamping cavity. The unloading mechanism includes an unloading component installed on the connecting end of the feeding top block. By parallelly engaging the ramp of the feeding top block with the inlet ramp of the lower fixture, a progressive guide channel is formed, improving positioning accuracy and feeding efficiency. Simultaneously, the rigid connection design between the unloading mechanism and the feeding top block creates a mechanical linkage between the ejection action and the unloading process, allowing for automatic unloading upon completion of processing, reducing manual operation and improving feeding and unloading efficiency.

This invention discloses an automatic coffee machine with dry-wet separation in grinding and brewing, belonging to the field of coffee machine technology. The machine includes a main body containing a grinding device, a tamping and brewing device, and a moving powder feeding device. The grinding device grinds coffee beans into coffee powder and has a powder outlet channel. The tamping and brewing device includes a tamping and brewing mechanism and an extraction funnel. The moving powder feeding device has a built-in cavity for temporarily storing coffee powder and a powder feeding drive component for moving the cavity. During coffee bean grinding, the cavity is located directly below the powder outlet channel to receive the coffee powder. After grinding, the cavity is driven by the powder feeding drive component to deliver the powder directly above the extraction funnel. After powder delivery, the cavity returns to its original position, separating the powder outlet channel from the extraction funnel, thus achieving dry-wet separation of grinding and brewing. This invention solves the problem of incomplete dry-wet separation in existing coffee machines, improves coffee extraction quality, increases the automation level of the equipment, and simplifies the operation process.

The utility model relates to the technical field of aluminium alloy production, concretely relates to aluminium titanium boron wire adding structure for aluminium alloy production, and the technical problem that the utility model wants to solve is to overcome the defects in the prior art among wire feeding, mainly is realized through the following technical scheme: aluminium titanium boron wire adding structure for aluminium alloy production, including feeding device, processing device and discharge device, and feeding device includes feeding seat and feeding frame, and processing device includes processing box and processing structure, and discharge device includes discharge cover body, wire shaft and discharge drive part, still includes feeding device, and feeding device includes feeding base, feeding plate and feeding drive part, and the wire roll is led out feeding by feeding frame, and each aluminium titanium boron wire is handled by processing device again and then is discharged by discharge device, finally is sent into aluminium melt by feeding device, realizes aluminium titanium boron wire polishing preheating and is sent into aluminium melt at different angles, realizes the purpose that aluminium titanium boron wire disperses and adds, and improves subsequent refining effect and product uniformity.

The utility model discloses a carton forming machine, including carton forming machine main part, the feeding side wall of carton forming machine main part machine shell is equipped with the feed port, the discharge side wall of carton forming machine main part machine shell is equipped with the discharge port, the inside fixed mounting of feed port has the feeding drive belt, the top fixed mounting of feeding drive belt outside feeding end has the oblique feeding frame, the inside fixed mounting of discharge port has the discharging drive belt. Through setting up oblique feeding frame, utilize the two pressure response support column of feeding flat bottom respectively with the on-off controller of feeding conveyor belt and the electric connection of buzzer alarm, when the number of box board of feeding flat top reduces to certain degree, one of pressure response support column automatic control buzzer alarm sends the buzzer prompt to the replenishment personnel, when the replenishment personnel fails to timely replenish, another pressure response support column will be after the exhaustion of box board, the running of feeding conveyor belt is automatically stopped, thereby avoided the problem of equipment idling consumption electric power resources.

This invention relates to the field of battery manufacturing equipment technology, and more particularly to a multi-channel coating device. The feeding mechanism includes a feeding base, a feeding drive, a feeding rack, and multiple suction heads mounted on the feeding rack. The feeding base has a storage slot for mounting a slurry tank or a cleaning tank. The feeding drive is connected to the feeding rack and drives the suction heads to extend into the slurry tank or cleaning tank via the feeding rack. The coating mechanism includes a coating support, a coating lifting drive, a liquid receiving drive, a liquid receiving box, and a coating die. The coating lifting drive is connected to the coating die, and the liquid receiving drive is connected to the liquid receiving box. The coating die has multiple spaced-apart coating channels, and the suction heads are connected to these channels one-to-one via a feeding mechanism. In this invention, the multi-channel coating device can coat multiple coating segments on a baseband at once, avoiding cross-contamination between two different battery slurries.

The utility model discloses a kind of feeding devices of elastic belt material, the device includes rack, dynamic storage unit and deviation rectifying unit, dynamic storage unit includes feed drive roller and discharge drive roller, and elastic belt material is transported forward with natural overhanging state between feed drive roller and discharge drive roller, by adjusting the relative speed of feed drive roller and discharge drive roller, to control the overhanging height of elastic belt material between feed drive roller and discharge drive roller, make the tension of elastic belt material after material roll output can be fully released, avoid material in subsequent processing due to tension instability causes size leg, lining curling etc. It can be widely applied to the processing field of elastic flexible material such as sanitary product, clothing etc.

The utility model relates to steel structure straightening machine technical field, and the purpose is to provide a kind of steel structure straightening machine with automatic feeding function, including bottom plate, the bottom plate is equipped with guide component, the guide component top is equipped with feeding drive component, the bottom plate side wall is equipped with protection drive component, the protection drive component is equipped with replacement component, the protection drive component is equipped with straightening component, automatic feeding drive component dispenses with artificial handling, reduces labour intensity and manpower cost, promotes efficiency and avoids feeding injury. Guide component ensures steel structure accurate movement, prevents deviation. Replacement component can quickly adapt to different specifications steel structure, enhance equipment versatility. Protection drive component provides security guarantee, reduces security risk. Straightening component effectively corrects steel structure, comprehensively promotes the quality of correction and production efficiency.

This invention discloses a multi-parameter safety monitoring system and method for fireworks production, relating to the field of fireworks production technology. The system includes: acquiring structural response trajectories at multiple structural locations along the feeding drive transmission path within the same feeding cycle; constructing a transmission offset sequence based on the closed offset relationship and phase lag correlation between the structural response trajectories at different structural locations; determining transmission anomaly intervals based on segments in the transmission offset sequence where the closed offset direction remains consistent within consecutive cycles; and within the transmission anomaly intervals, forming a continuous propagation trajectory of the propulsion front by splicing the propulsion agent along the transmission path from feeding to loading in axial order. Compared with existing technologies, this invention focuses on the actual technological characteristics of the continuous process of vibration feeding and loading in fireworks production, and correlates the structural response, continuous propagation trajectory of the propulsion front, propagation break segments, and differential heat conduction relationships along the feeding drive transmission path.

This utility model discloses a chlorine dioxide generator and its quantitative feeding component and device. The quantitative feeding component includes a hopper and a feeding mechanism. The hopper has a storage chamber and a feeding chamber. The top of the feeding chamber is connected to the storage chamber through a first inlet, and the bottom of the feeding chamber has a first outlet, which is staggered from the first inlet. The feeding mechanism is rotatably connected to the hopper. The quantitative feeding device includes a quantitative feeding component, a material tray, a weighing structure, and a feeding drive component. The chlorine dioxide generator includes a shell, a feeding device, a reaction chamber, a gas supply device, and a quantitative feeding device. This utility model can directly add chlorine dioxide effervescent tablets to water to react and obtain ClO₂ gas. It can control the amount of chlorine dioxide effervescent tablets fed, thereby controlling the amount of ClO₂ gas generated. No storage is required; it is ready to use immediately, improving ease of use, enhancing the effect of disinfection and odor removal, improving safety, and reducing costs.

The utility model provides a kind of corrosion-resistant EPS reaction kettle feeding device, it is related to feeding equipment technical field, including the feeding assembly of being set on the upper end of reaction kettle main body, feeding assembly is provided with multiple groups, the feeding assembly of multiple groups is evenly encircling distribution about the outer wall of reaction kettle main body, cavity of outer frame is equipped with electric push rod, the output end shaft of electric push rod is connected with storage tank, one end of storage tank is rested on the upper wall of reaction kettle main body, according to production formula, different kinds of raw materials are respectively connected in multiple feeding assemblies encircling distribution in the outer wall of reaction kettle main body, multiple feeding assemblies can ensure that multiple raw materials can be simultaneously fed, drive electric push rod, electric push rod converts electric energy into mechanical energy, according to preset program, its output end does linear extension and contraction motion, when electric push rod lengthens, drives the one end of storage tank connected with its shaft to elevate, so that storage tank is in inclined state, with the inclination of storage tank, internal raw materials flow to discharge port under the action of gravity, realize the purpose of synchronous feeding.

This invention relates to the field of battery manufacturing equipment technology, and more particularly to a multi-channel coating device. The feeding mechanism includes a feeding base, a feeding drive, a feeding rack, and multiple suction heads mounted on the feeding rack. The feeding base has a storage slot for mounting a slurry tank or a cleaning tank. The feeding drive is connected to the feeding rack and drives the suction heads to extend into the slurry tank or cleaning tank via the feeding rack. The coating mechanism includes a coating support, a coating lifting drive, a liquid receiving drive, a liquid receiving box, and a coating die. The coating lifting drive is connected to the coating die, and the liquid receiving drive is connected to the liquid receiving box. The coating die has multiple spaced-apart coating channels, and the suction heads are connected to these channels one-to-one via a feeding mechanism. In this invention, the multi-channel coating device can coat multiple coating segments on a baseband at once, avoiding cross-contamination between two different battery slurries.

The utility model provides high humidity rubbish gasification feed arrangement and gasification furnace relates to rubbish processing equipment technical field, including feed drive module, support guide module and feed module, feed module includes feed hopper, the outer frame who is connected with feed hopper and sets up in the fixed shearing blade of outer frame, in this scheme, the reinforced mounting plate who contacts with rubbish is not as the main movement bearing piece, its linear motion mainly relies on the meshing realization of hydraulic push rod assembly and / or drive gear pair and rack, and realizes corresponding positioning through the cooperation of stand pipe, further realizes accurate feed control, greatly reduces the cooperation requirement between reinforced mounting plate and outer frame, improves the stability of whole system, this scheme provides two power output structures, greatly reduces the technical requirement of hydraulic push rod assembly.

This utility model discloses a timed feeding device for ornamental fish tanks, belonging to the field of aquarium technology. The device includes a fish tank and a cover plate installed on the tank. A feeding drive is provided on the tank. It also includes a mounting platform detachably mounted on the cover plate. A storage box for holding fish food is fixedly installed on the mounting platform. Symmetrically sliding baffles for discharging food are mounted on the storage box. When the two sets of baffles abut each other, a first working area is formed; when the two sets of baffles separate, a second working area is formed. This utility model, through the cooperation of the two sets of baffles, can effectively cover the entire inner wall space of the storage box. After feeding, the two sets of baffles close, preventing moisture from entering the storage box. This avoids the feed from clumping and spoiling due to continuous moisture intrusion, reducing blockage of the feeding channel and ensuring water quality and fish health.

The utility model relates to heat shrink tube technical field discloses a kind of heat shrink tube pipe cutting device, it includes first feeding pipe, it includes first tube cavity;Second feeding pipe includes second tube cavity;Feeding drive assembly is set between first feeding pipe and second feeding pipe;Pipe cutting assembly is set to the outlet position close to the second feeding pipe, it includes pipe cutting drive part, and the output end of pipe cutting drive part is provided with cutter part.The reel of heat shrink tube is transported by first feeding pipe and second feeding pipe, between first feeding pipe and second feeding pipe, feeding drive assembly drives heat shrink tube to move towards pipe cutting assembly direction, in the first tube cavity of first feeding pipe and the second tube cavity of second feeding pipe, heat shrink tube is straightened, and pipe cutting drive part of pipe cutting assembly drives cutter part to cut heat shrink tube, in the process of cutting, first feeding pipe and second feeding pipe also play the role of support, so that the cutting surface is smooth when heat shrink tube pipe cutting.

This utility model belongs to the technical field of packaging material bonding equipment, specifically a gluing machine, including a frame and a feeding mechanism, a gluing mechanism, a picking mechanism, and a discharging conveyor mechanism mounted on the frame. The discharging conveyor mechanism is located below the feeding mechanism and is arranged horizontally. The feeding mechanism includes a feeding platform and a feeding drive assembly connected to the feeding platform, which drives the feeding platform to move horizontally. The gluing mechanism includes a fixed base fixed to the frame and located below the feeding platform, a lifting assembly mounted on the fixed base, and a gluing assembly mounted on the lifting end of the lifting assembly. The picking mechanism includes a fixed plate fixedly connected to the frame and a picking assembly that moves vertically on the fixed plate. This utility model uses only one feeding mechanism, resulting in a compact structure and small footprint. Furthermore, the gluing and picking mechanisms only require vertical movement, reducing the number of driving components and lowering equipment costs.

This invention provides a disposable injection pen and its injection drive structure, including a screw that drives a pre-filled syringe to perform injection, and a drive sleeve that drives the screw to perform helical feeding. The screw has a non-circular cross-section on its outer circumferential surface. A non-circular through hole that mates with the screw is arranged inside the drive sleeve. The drive sleeve drives the screw to perform helical feeding through the engagement of the non-circular through hole with the outer circumferential surface of the screw. The screw rotates by being dragged by the drive sleeve. The screw's threads engage with a nut inside the injection pen, realizing helical feeding driven by the drive sleeve. The drive sleeve and the screw have a non-circular contact. When the drive sleeve rotates, it drives the screw to rotate synchronously. The non-circular cross-section contact enables torque transmission and axial guidance between the non-circular through hole and the outer circumferential surface of the screw, improving injection safety and stability.

The invention relates to the technical field of tempered glass production, and discloses a tempered glass positioning device which comprises a lower hearth, an upper hearth, a feeding transmission roller way and a discharging transmission roller way, supporting frames are fixedly connected to the outer walls of the two sides of the lower hearth, and a connecting shaft is rotationally connected to the middle position of each supporting frame; multiple rotating blocks distributed at equal intervals are fixedly connected to the outer wall of the connecting shaft, limiting rods are slidably connected to the two ends of each rotating block, limiting plates are fixedly connected to the ends, away from the lower hearth, of the limiting rods, and positioning frames are fixedly connected to the ends, close to the middle of the lower hearth, of the limiting rods. According to the tempered glass positioning device, the positioning frame is pushed through the air cylinder, the positioning roller is attached to the edge of glass, transverse displacement of the glass is effectively limited by combining sliding guiding of the limiting rod, the positioning roller is located in a gap between the ceramic rollers, normal conveying of the glass cannot be interfered, and stable contact between the glass and the positioning roller can be guaranteed; the defects of scratching, warping and the like caused by glass displacement are reduced, and the product quality is guaranteed.

This invention relates to the field of film unwinding technology, and in particular to an automatic film changing process. The process involves mounting a film roll onto a reel; first, one reel is in a working position, and the other is in a non-working position. The film head of the film roll in the working position is led out to the next process; the film head of the other film roll is led out and positioned on a suction assembly, and an adhesive layer is applied; when unwinding is complete, a clamping assembly clamps and fixes the film tail, the film feeding drive mechanism stops driving, and the film buffered in the film buffer mechanism continues to output; the other film roll is moved to the working position; the film head is actively adhered to the tail of the other film; the support plate of the unwound reel is moved to the non-working position, and a new film roll is replaced on the reel. By using this device, the entire film unwinding production line can operate continuously without stopping to replace the film roll, thereby improving production efficiency, reducing operator on-duty time, and lowering labor costs.

This invention discloses an integrated device and method for washing and bundling scallions. The device includes a frame, and mounted on the frame are a spray washing mechanism, a draining mechanism, a temporary storage and transition mechanism, a bundling and transfer mechanism, a bundling execution mechanism, and a material unloading mechanism. The spray washing mechanism includes a washing tank, a spray assembly, an inclined lifting assembly, a water disturbance assembly, and a filter baffle. The draining mechanism includes a third conveying mechanism and a vibration mechanism. The temporary storage and transition mechanism receives the scallions output from the draining mechanism and sends the scallions it receives onto the support frame of the bundling and transfer mechanism. The bundling and transfer mechanism includes a support frame and a feeding drive assembly that drives the support frame to move; the material unloading mechanism includes a limit frame and a guide rod. This invention significantly reduces manual intervention and improves processing continuity and site utilization by automating the entire process of scallion tip and root cutting, dust removal, washing, drying, bundling, and unloading on the same equipment.

This utility model discloses an internal dispensing device for plastic toy molds, belonging to the technical field of plastic toy assembly equipment. It includes: a support connecting frame, a feeding drive mechanism, a limiting guide structure, a reciprocating loading module, and a quantitative dispensing unit. The feeding drive mechanism is located on one side of the support connecting frame, and the limiting guide structure is located on the other side. The reciprocating loading module is movably connected to the limiting guide structure, and the feeding drive mechanism is drivenly connected to the reciprocating loading module. The quantitative dispensing unit is movably disposed on the side of the reciprocating loading module. This utility model's internal dispensing device for plastic toy molds solves the technical problem of how to improve the dispensing efficiency of plastic toy molds.

The utility model discloses a kind of sample feeding devices of sulfur tester, including sample feeding shell, its one end is equipped with sample feeding passageway mouth;Stable shell is installed in sample feeding passageway mouth by first lifting mechanism and can be up and down lifted;Its inner bottom is provided with friction wheel, its inside two sides are provided with clamping limiting portion, friction wheel is connected with clamping limiting portion linkage by pneumatic transmission assembly;Sample feeding rod is set in sample feeding shell, and it is slid forward and backward in stable shell along horizontal direction by sample feeding drive mechanism, and the end of sample feeding rod close to sample feeding passageway mouth is connected with porcelain boat;Friction wheel is contacted with sample feeding rod, and it rotates with the sliding of sample feeding rod;Two sides clamping limiting portion is close to sample feeding rod and clamping limiting sample feeding rod with the rotation of friction wheel;Sample feeding drive mechanism is installed in sample feeding shell by second lifting mechanism and can be up and down lifted, and sample feeding rod can be up and down adjusted sample feeding height by second lifting mechanism.The utility model significantly improves the stability of sample feeding process, guarantees sample putting precision.

This utility model discloses a Rogowski coil tension buffer fully automatic winding machine, including a wire supply unit, a wire feeding unit, a winding unit, a wire traction unit, a transmission unit, and a frame unit for fixing these units. The wire supply unit includes guide wheels that guide the coil skeleton to be wound to the winding shaft. The wire feeding unit feeds the enameled wire through the differential speed of the wire feeding driven pulley and the winding driven pulley. The winding unit guides the enameled wire to perform a winding motion and winds the coil at the wire outlet. The wire traction unit includes upper and lower transmission pulley assemblies, through which the wound Rogowski coil is pulled to the unloading area for unloading. The transmission unit provides power transmission to the wire feeding unit and the winding unit. The advantage of this utility model is that the elastic buffer assembly suppresses tension fluctuations during the winding process.

This utility model relates to a stable clamp for bone cutting. It includes a feeding drive assembly, a clamping mounting base mounted on the moving end of the feeding drive assembly, and a clamping component one mounted on the clamping mounting base for clamping and fixing the aggregate. It also includes a floating support assembly and a clamping component two mounted on the clamping mounting base, respectively distributed on both sides of the clamping component one. The clamping component one includes a swinging upper clamping jaw and a fixed lower clamping jaw, pivotally connected and arranged vertically. V-grooves are formed on the opposing surfaces of the swinging upper clamping jaw and the fixed lower clamping jaw. It also includes a clamping cylinder pivotally connected between the swinging upper clamping jaw and the fixed lower clamping jaw. The clamping component two includes a clamping cylinder, with clamping stands mounted on the two moving ends of the clamping cylinder. Several clamping roller mechanisms are elastically connected to each clamping stand, arranged in pairs opposite to each other.

This utility model discloses a garment ironing device, including a frame with a support platform on it. A circular conveyor net with a specific outline is wound around the support platform, and a feeding drive is connected to the conveyor net. A breathable plate is located at the center of the support platform in the front-rear direction. A negative pressure module is located at the bottom of the breathable plate on the frame. A displacement module is located above the breathable plate on the frame. The movable end of the displacement module is connected to a stamping movable module. A stamping drive is located at the top of the stamping movable module, and an ironing plate is detachably connected to the bottom of the stamping movable module. This utility model helps to solve the problem that some existing ironing devices, due to the simple structure of the lower ironing plate and the lack of corresponding constraint structures, are prone to garment bending and wrinkling due to the structure of the garment itself and the roughness and displacement of the lower ironing plate, thus causing deformation during ironing.

This utility model discloses an automatic Teflon tape winding device for modular steel strips, comprising: a base, a feeding seat and a feeding drive mechanism on the front of the base, sliding seats and sliding drive mechanisms on the left and right sides of the feeding seat respectively, a lifting seat and a lifting drive mechanism on each sliding seat, a positioning groove on each lifting seat, a clamping plate and a clamping plate drive mechanism on each lifting seat, a mounting plate on the rear of the base, a rotating disk and a rotating drive mechanism mounted on the mounting plate, and an avoidance groove, a winding hole and a tape passage notch on the rotating disk, a tape mounting rod and a tape release frame mounted on the rotating disk, an upper plate, a middle plate and a lower plate on the tape release frame, a film-penetrating groove at the tail of the upper plate, a sharp blade on the top of the lower plate, and an elastic pressure plate on the middle plate. The aforementioned automatic Teflon tape winding device for modular steel strips can greatly improve work efficiency, ensure accurate winding and bonding positions, good winding and bonding quality, and guarantee consistent winding and bonding quality.

The utility model relates to welding wire feeder technical field discloses a kind of welding wire feeder based on gear transmission, including wire feeding drive rod, further include: gear transmission assembly, setting in the outside of wire feeding drive rod, the gear transmission assembly includes be set in the bevel gear piece outside wire feeding drive rod, the front surface of the bevel gear piece is provided with bevel gear piece, the outside of the gear transmission assembly is provided with protective cavity assembly, the front surface of the gear transmission assembly is provided with fixed plate;Gear and wire feeding wheel group adaptation component, setting in the front surface of gear transmission assembly, the gear and wire feeding wheel group adaptation component includes be set in the driven pulley bearing of fixed plate front surface;The utility model can make that wire feeding is smooth without jerky, improve wire feeding precision simultaneously by setting gear transmission assembly, by setting gear and wire feeding wheel group adaptation component, the welding wire of different wire diameter and material can be transported.

The utility model relates to the section bar processing technical field, concretely is a kind of for section bar cutting feeding drive mechanism, it mainly includes processing table, and cutting assembly and fixed component are fixedly installed on the processing table top surface, further include: drive mechanism, drive mechanism is set above processing table, drive mechanism includes the support frame fixedly installed on the processing table top surface, and the one side of support frame is provided with rotating roller, limiting mechanism, limiting mechanism is set in the one side of support frame. The fixed frame and support wheel being set, to support section bar, the connecting frame and pressure wheel being set, under the cooperation of pressure wheel and support wheel, section bar is fixed by pressing, when section bar moves, it is not easy to appear jolt and shake, the support strip, fixed shell and limit wheel being set, limit wheel extrudes and limits to both sides of section bar, during the driving movement of section bar, it is limited by limit wheel, section bar is not easy to appear deviation, ensure that section bar can be accurately conveyed to cutting position, to improve the quality of cutting.

This utility model discloses a feeding mechanism for wire production, including a base plate. The base plate is equipped with a feeding seat and a feeding drive mechanism that drives the feeding seat to move back and forth. The front end of the feeding seat is equipped with a clamping seat and a lifting drive mechanism that allows the clamping seat to have multiple working positions. The clamping seat is equipped with a terminal positioning clamp for clamping and positioning terminals on the wire and an opening drive mechanism that controls the opening and closing of the terminal positioning clamp. This utility model, by setting up a lifting drive mechanism that allows the clamping seat to have multiple working positions, enables the terminal positioning clamp to stop at multiple working positions. This allows the terminal positioning clamp to avoid the terminals when completing wire feeding and resetting, preventing the terminals from rubbing or touching each other, which could cause scratches, pull-out of the die, or loosening, thus improving production quality.

This invention discloses a gantry-type integrated lay-and-wind machine with precisely adjustable tension and its usage method, relating to the field of automated composite material molding equipment technology. It includes a gantry frame, a lay-and-wind head mounting base, a lay-and-wind head, a fiber feeding mounting base, a fiber feeding drive mechanism, a fiber supply mechanism, and a control unit. The gantry frame includes a horizontally extending beam. The lay-and-wind head mounting base moves along the length of the beam, and the lay-and-wind head is mounted on it to lay or wind fiber bundles onto the mold surface. The fiber feeding mounting base is located on one side of the gantry frame, and its movement direction is parallel to that of the lay-and-wind head mounting base. The fiber feeding drive mechanism drives the fiber feeding mounting base and the lay-and-wind head mounting base to move synchronously. The fiber supply mechanism is mounted on the fiber feeding mounting base and can transport multiple fiber bundles and independently adjust the tension of each bundle. The control unit is electrically connected to the lay-and-wind head mounting base, the fiber feeding drive mechanism, and the tension adjustment mechanism, and can control the synchronous movement and adjust the fiber bundle tension to ensure stable fiber bundle transport and precise arrangement, thereby improving component molding quality and production efficiency.

This application relates to the field of arrow shaft production technology, and in particular to an automatic arrow shaft cutting machine. The machine is equipped with a frame, on which are mounted a feeding trough, a feeding drive mechanism, a main shaft power mechanism, a feeding clamping mechanism, and a slitting execution mechanism. The feeding clamping mechanism includes a feeding jaw and a clamping assembly. The slitting execution mechanism includes a cutter for cutting the arrow shaft on the feeding jaw. The main shaft power mechanism drives the feeding jaw to rotate at a uniform speed, and the arrow shaft is stably clamped using limiting teeth, a pressure groove, and the elastically clamping jaw, significantly improving slitting accuracy and cut quality. By setting independent end-slitting and middle-slitting execution mechanisms, the cutting position is adjustable and two slitting modes can be quickly switched, greatly improving the equipment's process adaptability and versatility. The entire process of arrow shaft feeding, conveying, clamping, slitting, and unloading is fully automated, improving production efficiency.