38results about How to "Reduce bending time" patented technology

The invention discloses an automatic bending machine capable of continuously bending steel bars with different semi-diameters, which comprises a track, a mobile driving mechanism, a turntable and a clamping mechanism, wherein the turntable and a fixed plate are connected to telescopic mobile mechanisms respectively; for the telescopic mobile mechanism connected with the turntable, the turntable is fixed at the upper end of a main shaft, and the main shaft is connected to a main shaft piston rod of a reciprocating mechanism; for the telescopic mobile mechanism connected with the fixed plate, a first supporting shaft, a second supporting shaft and a fixed plate piston rod are fixed on the bottom surface of the fixed plate; and the reciprocating mechanism connected with the fixed plate piston rod is fixed in the steel bar automatic bending machine. The automatic bending machine has the advantages of overcoming defects of the prior art, being capable of forming the steel bars with different bending semi-diameters once, obviously shortening the bending forming time of the steel bars and improving the production efficiency. The automatic bending machine also has the advantages of simple structure, convenient maintenance, smooth working, energy consumption saving and low processing cost.

The invention discloses a shearing and bending mechanism which comprises an upper die base connected under a press machine and a lower die base connected under the upper die base. A flanging convex die is connected under the upper die base, a lower cavity is formed in the bottom of the flanging convex die, a material pressing block is connected in the lower cavity, an upper cavity is formed in the top of the lower die base, a forming inserted block is connected in the upper cavity, peripheral guide pins are arranged between the material pressing block and the forming inserted block, a product material piece is arranged on the surfaces of the peripheral guide pins, a bending convex die is arranged on one side of the lower cavity of the flanging convex die, an edge cutting convex die is arranged on the other side of the lower cavity of the flanging convex die, the length of the edge cutting convex die extending downwards is longer than that of the bending convex die, a cutting inserted block is arranged on the lower die base and at the position corresponding to the edge cutting convex die, the edge cutting convex die can extrude the product material piece on the peripheral guide pins, and the bending convex die can extrude the product material piece. The shearing and bending mechanism simplifies bending procedures, improves bending automation, saves bending time and daily bending mechanism maintaining time and reduces bending cost.

The invention discloses a double-head seven-axis forming machine. The double-head seven-axis forming machine comprises a bottom frame and a rack platform arranged on the bottom frame and further comprises a material counting mechanism, a linear mechanism, a cutting-off mechanism, a feeding mechanism, a wire changing mechanism used for adjusting the angle of a wire, a left forming mechanism, a right forming mechanism, and a wire pulling mechanism which are all arranged on the rack platform, wherein the left forming mechanism and the right forming mechanism are used for bending the wire; the left forming mechanism and the right forming mechanism are arranged on the left side and the right side of the wire changing mechanism correspondingly; and the wire changing mechanism is fixed to the rack platform of the double-head seven-axis forming machine. According to the double-head seven-axis forming machine, the structure is integrally designed, the process steps are simplified, the bending forming time is shortened, the structures of front stations and rear stations are compact, cooperation is tight, machining debugging is easy, convenient and easy to operate, and one-time complex linearbending operation can be achieved; the bending efficiency is high, the manufacture process is good in stability, the bending quality is greatly improved, more convenience is realized, the manual handoperation error is reduced, manpower is saved, a computer is utilized to control multiple axes to conduct an action simultaneously, and debugging is easy; and the cost is reduced, the resources are saved, and the production efficiency is improved.

The invention discloses a movable inclined platform type automatic steel bar bending machine, comprising a rack, a track, a gear rack and two automatic steel bar bending machines. The two steel bar bending machines are respectively provided with a gear transmission mechanism and a gear floating mechanism which move along the gear rack; the gear floating mechanism comprises a motor connecting plate and a support shaft; the motor connecting plate penetrates through and is hinged at one end of the support shaft, and the other end of the support shaft is fixed on a cabinet of each automatic steel bar bending machine; one end of the motor connecting plate is fixed on a motor flange plate in the gear transmission mechanism, and a gear in the gear transmission mechanism is meshed with the gear rack; and the other end of the motor connecting plate is supported on the cabinet of the automatic steel bar bending machine in a floating manner. The movable inclined platform type automatic steel bar bending machine has the beneficial effects that the accurate meshing between the gear and the gear rack in a travelling mechanism of the automatic steel bar bending machine can be ensured, the running is stable, the structure is simple, and an inclined platform type working table surface saves effort, is easy to operate, ensures the safety of an operator and realizes the humanized operation.

The invention belongs to the technical field of welding devices and welding methods, and discloses a welding forming device and welding method of breeding cage spacer nets. The welding forming device is mainly characterized by comprising a wire feeding mechanism, an aligning mechanism, a welding mechanism with a horizontal wire locating mechanism, a net dragging and bending mechanism and a cutting mechanism, the welding mechanism comprises a welding base and a welding rotary disc, and a welding rack is arranged on the welding rotary disc; the net dragging and bending mechanism comprises a net dragging trolley and a bending mechanism located on the net dragging trolley, a cutter of the cutting mechanism is located on a cutting rotary disc, and a synchronous connecting rod is arranged between the cutting rotary disc and the welding rotary disc. When a transverse wire perpendicular to a longitudinal wire is welded, the welding rotary disc is restored, when a transverse wire which is in oblique crossing with the longitudinal wire is welded, the position of the longitudinal wire is constant, the welding rotary disc drives the transverse wire and an upper electrode and a lower electrode to rotate, a net piece is welded into a mode that a rectangle composed of two opposite right trapezoids serves as one unit and the middle of the net piece is provided with two slant transverse wires which are parallel with each other and intersect the longitudinal wire to form a certain angle. In this way, the bending time is saved, and the production efficiency is improved.

The invention discloses an incremental forming bending method for a double-curved-surface metal plate. The method comprises the following steps: establishing a target three-dimensional digital model according to an expected shape; decomposing the matrix into a plurality of rectangular units; solving a strain minimum energy loading track of each unit according to a minimum energy principle under a constraint condition based on Gaussian curvature so as to obtain a target loading position of a pressure head and a design arrangement position of a support system; the pressing head is driven to load forming force at the position corresponding to the target loading position, and the supporting system is arranged at the position corresponding to the design arrangement position; after the forming force is loaded, the real-time shape of the formed workpiece is detected, point cloud data of the real-time shape is obtained, and an actual three-dimensional digital model is constructed; and comparing the difference value between the actual three-dimensional digital model and the target three-dimensional digital model, and if the difference value exceeds the tolerance range, repeatedly driving the pressure head to load the forming force. By adopting the method, the working efficiency and the forming precision of the incremental forming bending process of the double-curved-surface metal plate can be improved.

The invention relates to the technical field of hardware plug foot bending, in particular to a hardware plug foot bending mechanism and a bending method. The bending mechanism comprises a fixing jig, a driving mechanism and a bending plunger chip connected with the driving mechanism in a driving mode. The plunger chip end face of the bending plunger chip is provided with slope structures protruding outwards. Each slope structure comprises a half-bending slope for laterally bending plug feet and a pressing slope for pressing the plug feet, wherein the half-bending slope is connected with the pressing slope, and the slope structures correspond to the hardware plug feet in a one-to-one mode. According to the method, the bending plunger chip pushes and presses the hardware plug feet, the half-bending slopes abut against the hardware plug feet, the hardware plug feet are bent to be the angle of the half-bending slopes, and finally, the pressing slopes abut against the hardware plug feet until the hardware plug feet abut against the bending angle of the pressing slopes. The hardware plug foot bending mechanism and the bending method are low in cost and high in bending efficiency.

The invention relates to a forming and manufacturing method of a building assembly type composite floor. The building assembly type composite floor comprises a frame body, a supporting device, aligning devices and bending devices; the supporting device is arranged in the middle of the interior of the frame body, the bending devices are symmetrically arranged at the positions, close to the rear portion, of the left side and the right side of the supporting device, and the aligning devices are symmetrically arranged on the left side and the right side of the supporting device. According to the forming and manufacturing method, the possible defects occur in an existing steel bar end bending method in the actual operation process can be solved, a, segment-shaped steel bars are bent manually through a bending machine, only one end of one steel bar can be bent at a time, the bending time consumption is long, and consequently the bending efficiency is low; and b, when the number of the reinforcing steel bars needing to be bent is large, the labor intensity of bending workers can be greatly increased through manual bending, time and labor are wasted, therefore the bending efficiency is reduced, and meanwhile certain influences are caused to benefits of enterprises.

The invention discloses a health supervision method and device, an intelligent terminal and a computer readable storage medium, and the method comprises the steps: obtaining a target image of a target object; calculating and acquiring a vertebra bending angle of the target object based on the target image; and performing health supervision on the target object based on the vertebra bending angle. According to the health supervision method provided by the scheme of the invention, the target image of the user can be acquired, so that the vertebra bending angle of the user is acquired in real time, and health supervision on the user is realized. Therefore, compared with the prior art, the scheme provided by the invention is beneficial to providing a health supervision scheme for the user, helping the user pay attention to an unhealthy posture, realizing health supervision on the user, and being beneficial to reducing the vertebra bending time of the user and reducing the possibility of vertebra injury of the user.

The invention provides a shaping processing method for an arc-shaped battery, and the arc-shaped battery. The shaping processing method for the arc-shaped battery comprises the following steps: carrying out pre-pressing operation on a battery cell so as to allow the battery cell to form an arc-shaped battery cell; providing a shaped battery cell; connecting the shaped battery cell with the arc-shaped battery cell; performing stamping operation on an aluminum-plastic film sheet body so as to allow an arc-shaped accommodating groove matched with the arc-shaped battery cell to be formed in the aluminum-plastic film sheet body; placing the shaped battery cell and the arc-shaped battery cell which are connected with each other in the arc-shaped accommodating groove; and bending the aluminum-plastic film sheet body to allow the aluminum-plastic film sheet body to form an arc-shaped packaging sleeve covering the shaped battery cell and the arc-shaped battery cell. According to the invention, the flat battery cell is quickly bent and pressed into an arc-shaped structure through pre-pressing operation, so the processing time of bending and pressing is favorably shortened; the arc-shaped battery cell is fixed through the shaped battery cell, so the arc-shaped battery keeps self radian in the processes of transportation and circulation; and as bending operation does not need to be carried out on an packaged aluminum-plastic film, wrinkles caused by bending operation can be effectively avoided.

The invention discloses an automatic bending machine for continuously bending an FPC board and a working method thereof. The automatic bending machine comprises a rack, a conveying structure, a bending structure and a carrier structure; the conveying structure comprises a fixed base plate, a first side conveying structure, a second side conveying structure, a width adjusting structure and a carrier positioning structure. The bending structure comprises an upper die structure assembly and a lower die structure assembly; and the carrier structure comprises a placing plate, a pressing plate, a limiting pin, an end part positioning structure and a shifting roller structure. According to the invention, the multiple sets of FPC boards needing to be bent are sequentially placed on the carrier structure and reach the bending structure to be bent under the conveying effect of the conveying structure, after each time of bending, the positions of the FPC boards on the carrier structure are repositioned through the material shifting roller structure, and therefore the working efficiency and the bending quality of the bending machine are greatly improved.

The invention relates to a pipeline turning clamping and contracting device which consists of a translational inclined wedge-shaped block, two guide grooves and a hydraulic cylinder. The two sides of the translational inclined wedge-shaped block are respectively contained in the two guide grooves, and the translational inclined wedge-shaped block is embedded with an embedded inclined wedge-shaped block which can slide in the translational inclined wedge-shaped block; the hydraulic cylinder is fixed on a lower cover board, one end surface of the embedded inclined wedge-shaped block is fixed on the hydraulic cylinder, and the other end surface is contained in one guide groove. The device has the following advantages: the invention relates to a pipeline clamping and contracting device, in which the inclined wedge-shaped block is pulled and pushed hydraulically, the clamping and contracting of the pipeline is controlled by the hydraulic cylinder, and any other external force is not needed. A special bend operation button or handle is not needed to set, thus leading to simple operation and shortening the pipeline bending time greatly.

The invention relates to a pipeline translational clamping and contracting device which consists of a translational inclined wedge-shaped block, a guide groove and a hydraulic cylinder. The translational inclined wedge-shaped block consists of two connected inclined wedge-shaped blocks, the two sides of the translational inclined wedge-shaped block are respectively contained in the guide groove, and the two inclined wedge-shaped blocks in the translational inclined wedge-shaped block are respectively embedded with an embedded inclined wedge-shaped block which can slide in the inclined wedge-shaped blocks; the hydraulic cylinder is fixed on a lower cover board, the two ends of the hydraulic cylinder can come out of the cavity at the same time, one end of the two embedded inclined wedge-shaped blocks is respectively fixed at the two ends of the hydraulic cylinder, and the other end surface is contained in the guide groove respectively. The device has the following advantages: the invention relates to a pipeline clamping and contracting device, in which the inclined wedge-shaped blocks are pulled and pushed hydraulically, the clamping and contracting of the pipeline is controlled by the hydraulic cylinder, and any other external force is not needed. A special bend operation button or handle is not needed to set, thus leading to simple operation and shortening the pipeline bending time greatly.

The invention discloses a novel minitype construction steel bar bending device. The novel minitype construction steel bar bending device used comprises a foundation mechanism, a preliminary fixing mechanism, a medium stabilizing mechanism and a bending mechanism, wherein the preliminary fixing mechanism, the medium stabilizing mechanism and the bending mechanism are arranged on the foundation mechanism; the foundation mechanism comprises a worktable; cushion blocks are fixedly mounted at the bottom of the worktable; a bending groove is formed in the top part of the worktable; a motor fixing plate is fixedly mounted on the front face of the worktable; a mounting plate is fixedly mounted in the worktable; and the preliminary fixing mechanism comprises side plates and sliding rails. The novelminitype construction steel bar bending device disclosed by the invention has the advantages that the structure is simple and reasonable, the size of the device is small, and the device is convenientto mount and use; when the device is used, a worker can complete the bending operation of construction steel bars, so that the manpower is saved; and meanwhile, by adopting a mechanical bending way,the time required to bend the construction steel bars is shortened, the bending quantity of the construction steel bars can be improved, the bending efficiency is high, the labor intensity of workersis reduced, and building operations are facilitated.

The invention discloses an agricultural film mulching device. The agricultural film mulching device comprises a supporting pipe, convex columns are arranged on the inner walls of the two ends of the supporting pipe, and circular grooves are formed in the outer walls of one ends of the convex columns; connecting columns are fixedly connected to the outer walls of one sides of the convex columns, and circular grooves are formed in the outer walls of one sides of the connecting columns; rotating balls are clamped to the inner walls of the circular grooves, a supporting frame is arranged on the outer walls of one sides of the rotating balls, and a connecting pipe is clamped to the middle section of the supporting frame; the two ends of the supporting frame are rotationally connected to the inner walls of the convex columns through bearings, tightening sleeves are in threaded connection with the outer walls of the connecting columns, and second limiting blocks are arranged on the outer walls of one sides of the tightening sleeves; and the outer walls of the two ends of the supporting pipe are fixedly connected with first limiting blocks. When the agricultural film mulching device is used, a worker can hold the supporting frame with one hand, in the process of moving the whole device, the mulching film rotates with the supporting pipe as the center and is unfolded, at the moment, theworker can cover the edge of the mulching film with the other hand, and therefore laying of the mulching film can be completed by one person.