503 results about "Material handling" patented technology

This disclosure is directed to an item-identifying, mobile cart that may be utilized by a user in a materials handling facility to automatically identify a user operating the cart and items that the user places into a basket of the cart. In addition, the cart may update a virtual shopping cart of the identified user to include items taken by the user. The mobile cart may include multiple imaging devices and oriented such that their respective optical axes are directed towards an interior of a perimeter of the top of the basket, and above the top of the basket. The mobile cart may also include an imaging device oriented away from the basket such that a user operating the mobile cart may scan a user identifier using this imaging device to enable recognition of the user.

This utility model relates to the field of material handling and conveying technology, and discloses a top-bottom reversing device, including a conveying device body, a top-bottom reversing component for flipping materials fixedly installed on the outer wall of the conveying device body by bolts, a movable bar slidably installed on the top of the top-bottom reversing component, a rotating rod rotatably installed on the top of the rotating rod, and a metal wire movably installed on the outer wall of the rotating rod. The metal wire drives the material to flip by contacting and abutting with the material. The metal wire and the movable bar are elastically connected by a spring for resetting the metal wire. This utility model maintains the spring tension constant through a linkage structure. When the rotating knob drives the rotating rod to rotate, the rotating rod adjusts its vertical height on the one hand, and on the other hand, through the meshing of the gear and the tooth groove of the movable bar, it drives the protrusion at the bottom of the movable bar to move horizontally synchronously in the groove. The synchronous adjustment in the vertical and horizontal directions keeps the relative positional relationship between the metal wire and the adjusting block stable.

This invention relates to the field of casting molding technology and discloses a casting molding device for producing high-chromium cast iron wear-resistant materials. The device includes a machine body, a feeding hopper at the top of the machine body, a cylinder on the outer wall of the machine body, a dropping chamber at the bottom of the machine body, a discharge port on the outer wall of the machine body, a right mold on the inner wall of the machine body, a left mold at the output end of the cylinder, and a pop-out mechanism inside the right mold. The feeding hopper includes a screw, a device block, a limiting rod, a funnel, an exhaust pipe, a fixing rod, and a flow channel. The screw is rotatably connected to the outer wall of the machine body. As the left mold contracts, the material moves towards the cylinder. At this time, the vibrating rod resets, causing the elastic column to strike the inner wall of the left mold, causing it to vibrate and fall into the dropping chamber below. This avoids the labor costs incurred during manual material handling, thereby improving production efficiency.

This utility model provides a flow guiding device for a vibrating screen plate, belonging to the technical field of screening auxiliary equipment. The technical solution is as follows: a flow guiding device for a vibrating screen plate includes a base plate fixed to the solid plate area of ​​the screen plate. A first guide plate and a second guide plate are arranged on the base plate. The sides of the first guide plate and the second guide plate are rotatably connected. A first roller is fixed to the inner side of the first guide plate, and a second roller is fixed to the inner side of the second guide plate. A cam is arranged between the first and second guide plates, located above the base plate, and its outer circumferential surface makes rolling contact with the first and second rollers respectively. The beneficial effect of this utility model is that by actively intervening in the material flow direction of the solid plate area of ​​the screen plate, it avoids the accumulation and ineffective retention of material in the non-screen area, reduces the need for subsequent secondary screening, and improves the overall screening efficiency and material handling capacity of the vibrating screen.

1. Name of the product in this design: Mobile Robot (Forklift Type Submersible Lift). 2. Application of this design: This design is used for material handling in factories, workshops, warehouses and other similar settings. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

A system and a method control the energy required from an internal combustion engine (ICE) of an all-terrain machine with terrain engagement elements for moving the machine and hydraulic pumps for supplying hydraulic flow to a material handling attachment. The ICE drives the terrain engagement elements and a first hydraulic pump. The ICE drives a generator to provide electrical energy, which is stored in a battery. The stored electrical energy is selectively supplied to an electric motor, which drives a second hydraulic pump. If the total energy supplied by the ICE exceeds a predetermined level, the hydraulic flow supplied by the first hydraulic pump is reduced, and the hydraulic flow supplied by the second hydraulic pump is increased. The system and method allow a less powerful ICE to drive the machine.

This invention discloses an automatic check valve sprue trimming device and method, belonging to the field of sprue trimming technology. It includes a feeding conveyor, a discharging mechanism, a material handling and transferring mechanism, and a shearing mechanism mounted on a machine base. The feeding conveyor is fixedly mounted on the machine base. The discharging mechanism includes a linear motion module, a material transfer plate, and a plate positioning assembly. The linear motion module is fixedly mounted on the machine base, and multiple moving plates are fixedly mounted on the moving end of the linear motion module. A positioning frustum is fixedly mounted on the material transfer plate. Plate positioning assemblies for positioning the material transfer plate are symmetrically mounted on the machine base. The material handling and transferring mechanism includes a material transfer assembly, an adjustable mounting structure, and a pre-positioning material picking assembly. A shearing mechanism for trimming the plastic parts after repositioning the check valve accessories is mounted on the machine base, the material transfer assembly, and the adjustable mounting structure. This method achieves precise trimming of the sprues of multiple plastic parts at once, ensuring trimming efficiency.

The utility model discloses a kind of magnesium-carbon brick handling clamps, belong to material handling equipment field, including driving arm and connecting seat, the driving arm is hydraulic telescopic cylinder, the telescopic end of driving arm is fixedly connected with connecting block, and connecting block other end is fixedly connected in the one side of connecting seat, the one end fixedly connected with control shaft of driving arm away from connecting block, the surface of connecting seat is equipped with trajectory groove, it is through the linkage design of adjusting ring and driving gear, in combination with the sliding fit of sliding slot and slide bar, make clamping strip along X trajectory groove under the stable folding of control motor drive, realize the accurate clamping of magnesium-carbon brick corner, annular array distribution drive block promotes transmission wheel, and then through connecting rod drive V-shaped clamping strip synchronous to center tightening, reset spring provides buffering and reset function, ensure that clamping process is stable and reliable, overall structure is compact and light, improve the portability and operating flexibility of equipment, avoid that magnesium-carbon brick appears damage due to clamping strength too big.

Material handling devices are disclosed. Specifically disclosed are hand truck structures such as toe plates, wheel supports, handles, and lock mechanisms, as well as methods of construction and manufacturing. Structures and methods of providing for anchoring and passing of straps, cords, and other devices for securing materials or items to be transported via a hand truck are specifically disclosed.

This utility model discloses a PC component curing device, including a housing; the housing is equipped with an infeed / outfeed mechanism for convenient material handling, and a connecting component is provided on the outside of the infeed / outfeed mechanism; the housing is also equipped with a curing mechanism for steam treatment. This utility model, through the coordinated arrangement of the infeed / outfeed mechanism and the connecting component, has the advantage of facilitating material handling. During material handling, the carrier can be directly moved out of the space, and then material handling can be performed simultaneously from both sides. This method not only improves work efficiency but also facilitates user operation. The infeed / outfeed mechanism can be directly adjusted to the required position to move into and out of the curing space, thereby achieving the desired material handling purpose without repeatedly entering the space for material handling. Simultaneously, the connecting component assists in supporting the material during entry and exit and also provides shielding during operation.

This disclosure provides a material handling device for clamping a paperclip. One length portion of the paperclip has an opening. The device includes a clamping mechanism comprising a first jaw and a second jaw. The paperclip is positioned between the first jaw and the second jaw and is clamped by the first jaw and the second jaw. The first jaw includes a first positioning surface and a first protrusion. The first positioning surface is the surface of the first jaw near the second jaw, and the first protrusion is formed at the center of the first positioning surface. The second jaw includes a positioning groove with its opening facing the first jaw. After the first jaw and the second jaw clamp the paperclip, the first protrusion is located within the opening of the paperclip, the first positioning surface is in pressure contact with both ends of the paperclip, and at least a portion of the paperclip is located within the positioning groove of the second jaw.

This utility model discloses an adjustable lifting ladder structure, characterized by: an adjustable limiting component, a screw lifting adjustment mechanism, and uprights. Two uprights are symmetrically arranged left and right. The screw lifting adjustment mechanism is located between the two uprights and includes a lifting block that can move up and down. A lifting plate is provided on the front side of the lifting block, and two symmetrical support plates are provided on the front side of the lifting plate. Through the carefully designed adjustable limiting component and screw lifting adjustment mechanism, the lifting ladder achieves efficient, stable, and precise operation during material handling. The flexible configuration of the adjustable limiting component allows the limiting rod to be quickly adjusted according to the size and shape of the material, ensuring precise limiting of the material during lifting, effectively preventing material shaking or deviation, and significantly improving the safety and reliability of the lifting ladder.

The application discloses a kind of material handling control method and system with classified goods allocation function, it is related to the process control technical field based on big data analysis, based on high priority attribute subset, fusion path distance calculation generates optimization path sequence;On the basis of extracting path node conflict, temperature cross influence and time window overlap and other mutual restraint relations, iteratively adjust storage occupancy and handling order, get balanced order list;Finally, combined with material scheduling demand parameters and cargo classification dimension determines target handling instruction set, effectively eliminates the core contradiction of emergency material delay, temperature-sensitive material deterioration and low handling efficiency, realizes when receiving a batch of goods allocation instruction containing multiple attribute constraints, according to current specific circumstances automatically determine the relative importance of each dimension, and generate a set of reasonable handling instruction that meets multiple classification requirements simultaneously.

To provide a rail brake device for a cargo handling machine which enables reduction of a construction period and a design period.SOLUTION: A rail brake device 50 installed at a cargo handling machine 2 including travel devices 30 each of which may drive along a rail 200 installed on the ground, includes: a rail brake body 60 which presses a brake pad 62, which reciprocates in a vertical direction following motion of a fluid pressure cylinder 61, to an upper surface 201 of the rail to put a brake on the cargo handling machine; a fluid pressure circuit 80 for causing the fluid pressure cylinder to operate; a sensor 70 which outputs a speed signal according to a ground speed of the cargo handling machine; and a control unit 51 which outputs a control signal based on the speed signal. The fluid pressure circuit includes a valve mechanism 81 which is controlled by the control signal to adjust an amount of a working fluid in pressure chambers (67a, 67b) of the fluid pressure cylinder. The sensor is a tacho generator 170 and is installed so as to measure the ground speed.SELECTED DRAWING: Figure 5

This invention is titled "An Automatic Material Handling Machine," belonging to the field of optical glass secondary molding technology. It primarily addresses the problems of labor-intensive, labor-intensive, and health-affecting material handling in optical glass secondary molding softening furnaces. Its main features include: a rotary vibratory feeding device, a moving feeding device, a vibrating feeding device, and a material guide device; the moving feeding device consists of a material outlet and a lateral movement mechanism, with the material outlet connected to the rotary vibratory feeding device via a feeding pipe; the vibrating feeding device consists of a vibrator and a vibrating feeding plane, with multiple tracks on the vibrating feeding plane that mate with the ceramic box material holes; the material guide device consists of guide pipes positioned between the discharge ends of each track on the vibrating feeding plane and the corresponding ceramic box material holes. This invention features the ability to replace manual operation, save manpower, improve production automation, and enhance part quality. It is mainly used for the automatic material handling of optical glass secondary molding softening furnace blanks.

This invention discloses a valve core ball grinding processing device for ball valves, specifically relating to the field of grinding technology. It includes a support platform, a housing disposed on the upper part of the support platform, a material handling structure on the top wall of the inner cavity of the housing, and a valve core grinding structure on the bottom wall of the inner cavity. This invention utilizes the driving action of a material handling drive to grip a material handling follower and feed it into a grinding component. A rack drives the grinding component to rotate repeatedly, during which the valve core ball is fixed by a valve core limiting component, thereby achieving the grinding of the valve core ball. After grinding, the material handling drive and follower remove the valve core ball from the grinding component and feed it into a discharge hopper on the rear side. Simultaneously, a new valve core ball is fed from the material handling tray into the grinding component, achieving continuous processing, reducing contact between operators and the valve core ball, grinding fluid, and grinding equipment, and reducing the occurrence of safety accidents.

The application relates to the technical field of punch control, and discloses a multi-model punch integrated workstation cooperative control system, which comprises a central control module, a raw material input module, a punch processing execution module, a die support and management module, a finished product and waste treatment module and a material handling and coordination module are connected to the central control module; the raw material input module and the punch processing execution module are electrically connected; the punch processing execution module is used for binding a die, a product and optimal punch process parameters; after a die changing instruction is triggered, the system automatically calls a complete set of process formula and sends the formula to equipment, the die and the program are automatically changed, the die changing speed of the die support and management module is combined, the time required by a traditional time-consuming hours of production change process is compressed, and the workstation can efficiently cope with multi-variety and small-batch production requirements.

The application relates to the technical field of building construction equipment, in particular to a material turnover barrel, a piston rod of a driving cylinder is fixedly connected with a barrel sleeve, the piston rod of the driving cylinder is vertically pressed downward during discharging, the barrel sleeve and a cover are synchronously moved downward, the cover is separated from a discharge port, material flows out in a designated direction through movable opening doors in the side wall of the barrel sleeve, a rubber sealing edge at the bottom edge of the barrel sleeve is tightly attached to the ground, and the rubber sealing edge always covers the ground, a physical barrier is formed, dust diffusion is effectively reduced, dust pollution and health risks caused by the whole lifting barrel dumping mode are reduced, the closed turnover treatment of dust materials is suitable, during the discharging process, an operator only needs to simply operate the driving cylinder, automatic discharging of the material can be realized, the problem of low efficiency of manual scooping is solved, and the risk of dust pollution caused by the whole lifting barrel is reduced.

The utility model relates to material tray technical field discloses a kind of adjustable pallets for material turnover, including tray body and clamping plate, the side fixed mode connection of hand wheel has threaded rod, two threaded seats are fixed mode connection in the both ends of threaded rod, the top of threaded seat is fixed mode connection with cross bar, the top of cross bar is fixed mode connection with two hinged seats, the bottom of clamping plate is hinged mode connection in the top of hinged seat, the side fixed mode connection of clamping plate has two fixed strips, by turning two clamping plates upward, the bottom end of clamping plate will rotate around hinged seat, make two clamping plates and tray body vertical, then rotate hand wheel, hand wheel will drive threaded rod to rotate, threaded rod will drive threaded seat and cross bar to be active, cross bar will drive two clamping plates to be far away, after placing material on the top of tray body, rotate hand wheel, make two clamping plates mutually close to material bottom clamping support, it is convenient to carry the goods of arc surface at material bottom corner place.

This utility model discloses a robotic arm for injection molding, including a worktable, a robotic arm, a blower, a material collection tray, a negative pressure generating component, and a gripper mechanism. The robotic arm is connected to the gripper via a flipping device and a hopper is fixed by a support plate. The hopper is connected to the negative pressure generating component via a first guide pipe, and the negative pressure generating component is connected to the material collection tray via a second guide pipe. The negative pressure generating component is equipped with a connector, a conical guide groove, and a guide hole. The blower delivers high-pressure air to the negative pressure generating component through an air guide pipe, creating negative pressure within the first guide pipe by utilizing the velocity difference. After the gripper picks up the injection molded part, it flips it above the hopper and releases it. Under the action of negative pressure, the injection molded part falls into the material collection tray through the guide pipe. This structure eliminates the need for the robotic arm to move back and forth between the mold area and the placement area, significantly improving material handling efficiency and making it suitable for automated production of injection molded parts.

A battery management system (32), a removable battery assembly (30) having an integrated battery management system (32), and a vehicle (100) including said assembly are provided for implementing various runtime calculations disclosed herein. A material handling vehicle (100) is provided, including a drive subsystem (20), a removable battery assembly (30), and vehicle control hardware. The removable battery assembly (30) includes a battery management system (32) programmed to: (i) input or generate a state-of-charge (SOC) signal representing the SOC of the removable battery assembly (30); and (ii) implement a first EWMA signal filter F1 to calculate the current calculation I. C (iii) Implement the second EWMA signal filter F2 to calculate the runtime current I. R The running time current calculation I R Including the current calculation I from the first EWMA signal filter F1 C (iv) Implementing the remaining runtime calculation, such that the vehicle control hardware is programmed to make a functional response to the runtime calculation R. The battery-powered material handling vehicle (100) is programmed to implement a forward-looking remaining runtime calculation R of the on-board battery assembly (30) and make a functional response to the runtime calculation R to produce technical operational effects in the material handling vehicle (100).

This utility model discloses a material conveying system, comprising: an empty tray conveyor line for conveying trays; a first conveying mechanism, including: a first conveying unit; a first moving mechanism connected to the first conveying unit for moving the first conveying unit along a first direction and a height direction to transfer used empty trays at the supply position to the empty tray conveyor line; and a second conveying mechanism, including: a second conveying unit; and a second moving and rotating mechanism connected to the second conveying unit for moving the second conveying unit along a second direction and a height direction, and rotating it along the Z-axis to transfer and position the empty trays at the empty tray conveyor line above the trays at the use position. This utility model proposes a novel material conveying system that can directly convey and transfer empty trays used at the supply position to the discharge position, realizing the automatic transfer and utilization of empty trays.

This utility model discloses a material handling machine's lever mechanism, including a support base, a servo motor, a bushing, a lever shaft, and levers, as well as a fixing plate and a universal bearing seat. The support base supports the lever mechanism. The servo motor is mounted on the support base and provides power for the rotation of the lever shaft. The bushing is sleeved on the lever shaft, and one end of the lever shaft is connected to the motor shaft of the servo motor. The fixing plate is mounted on the other end of the support base, and the universal bearing seat is mounted on the fixing plate. The lever shaft passes through the universal bearing seat, providing support on both sides of the lever shaft. This solves the motor-related problems caused by eccentric force in existing lever mechanisms, improving motor response speed and service life.

This utility model provides a novel fully automatic material handling mechanical system, relating to the field of automation equipment technology. It includes a base plate, a base fixedly mounted on the upper side of the base plate, a gear cavity between the base plate and the base plate, a bearing sleeve fixedly mounted on the upper side of the base, a single-row tapered roller bearing rotatably mounted inside the bearing sleeve, and a waist joint rotary shaft fixedly mounted inside the single-row tapered roller bearing. The lower end of the waist joint rotary shaft extends into the gear cavity. A stepper motor is connected to the waist joint rotary shaft via a gear set. A vertical hydraulic lifting arm is mounted on the upper side of the waist joint rotary shaft, a horizontal hydraulic moving arm is mounted on the upper side of the vertical hydraulic lifting arm, and a handling manipulator is mounted on one side of the horizontal hydraulic moving arm. This utility model achieves precise positioning and handling of materials in multiple directions, realizes 180° rotation at the end and hand opening and closing, has a simple structure, and low production cost.

The present disclosure provides a kind of adjusting device, mobile vehicle and material handling system, it is related to material handling technical field, the adjusting device includes pedestal, swivel seat, drive assembly, wrench unit, positioning assembly and controller;Swivel seat is liftable and is set on pedestal;Wrench unit includes connecting seat, translation component and wrench, connecting seat is relative to swivel seat and is set around rotation;Translation component includes the translation piece that linearly slides relative to connecting seat, and wrench is rotationally arranged on translation piece;Drive assembly is configured to drive wrench unit movement, to make wrench unit move to different positions;Drive assembly and positioning assembly are electrically connected with controller, positioning assembly is used to determine the relative position of wrench unit and the part to be turned, and controller is used to control drive assembly according to relative position, to make drive assembly drive wrench unit adjust the part to be turned.The present disclosure can realize automatic adjustment of the part to be turned, and the adjustment efficiency is high, time-saving and labor-saving.

The utility model discloses an air filter element material cutting device relates to air filter element processing technical field, including work base, the backboard is fixedly installed to work base rear side, and the backboard right side below is equipped with the feed inlet, the work base right side is connected with the slope, and the slope right side is fixedly installed with the discharge frame, the backboard front side middle hinge mounting has the turn -plate, and the turn -plate left side fixed mounting has the limit disc, and limit post rotation touches limit disc and drives turn -plate and constitutes the rotation structure, the turn -plate right side is penetrated and is hinged in the lift column middle, and the fixed sleeve is fixedly installed in the backplate front side, the lift column bottom fixed mounting has the cutting mounting bracket, the discharge frame inside rotation is connected with the material handling frame. This air filter element material cutting device has solved the problem that traditional cutting device weak continuity, discharging disorder, cutting precision improves, and the discharge efficiency promotes, and is applicable to the automatic processing of various air filter element materials.

This invention discloses a wafer lamination machine, belonging to the field of wafer lamination technology, comprising: a base; a material handling section, which includes a lifting module and a material handling unit, the lifting module lifting the material handling unit; a lamination section, which includes a side plate, a lamination driving structure, and a lamination tensioning structure, the lamination driving structure clamping and driving the film material, and the lamination tensioning structure mounted on the side plate; a pressing section, which includes a pressing driving module and a pressing roller; and a cutting section, which is mounted on the side plate and located above the base, the cutting section including a cutting driver, a cutting cylinder, and a cutting blade. This invention achieves automated operation of the wafer lamination process through the coordinated operation of the base, material handling section, lamination section, pressing section, and cutting section. The overall structure is rationally laid out, achieving a high degree of functional integration within a limited space, with a high level of automation control, simple operation, and strong stability.

This invention discloses an automatic sliding bearing sorting machine and method, including a vibrating feeding tray and a packaging machine, and further comprising: a sorting mechanism, including a sorting plate with a sorting groove, wherein several guide plates are arranged in the sorting groove to divide the interior of the sorting groove into multiple sorting channels; a feeding mechanism; a pushing mechanism, including a first reciprocating drive unit and a lifting rake claw, wherein the first reciprocating drive unit drives the rake rod on the lifting rake claw to push the bearing into the sorting channel; a bearing moving mechanism, which pushes the bearing at one end of the sorting channel to the other end of the sorting plate by clamping push plate and movable push plate; and a discharging mechanism, which is located on the side of the sorting mechanism opposite to the feeding mechanism. The automatic sliding bearing sorting machine and method provided by this invention can realize the sorting, counting, and merging of sliding bearings, and can replace manual packaging of sliding bearings, thereby improving production efficiency.

The present application provides a kind of unloading trolley stacking control method and material handling method, comprising: automatically control unloading trolley moves at constant speed on stock bin, and unload the material on material conveying belt into stock bin;Detect whether unloading trolley is unloaded, when unloading trolley is unloaded, control unloading trolley to keep moving at constant speed, when unloading trolley stops unloading, control unloading trolley to stop moving.The present application can realize unloading trolley stacking automation.