31results about How to "Improve hanging efficiency" patented technology

The invention discloses an adjustable engine tray. The adjustable engine tray comprises a tray body, a bracket used for bearing a flywheel of an engine, two supports used for being connected with a shell of the engine and two supporting legs connected with the supports respectively, the bracket is fixedly connected to one end of tray body in length direction, the two supporting legs are connectedto the other end of the tray body in the length direction in a sliding mode so that the distance between the supports and the bracket and the distance between the two supports can be adjusted throughrelative sliding of the supporting legs and the tray body; and the bracket is arranged on the axis of the tray body in the length direction, and the two supporting legs are symmetrical about the axisof the tray body in the length direction, so that the distance between the supports and the bracket and the distance between the two supports can be adjusted to adapt to the specification of the engine, and inconvenience of classified selection of trays is avoided; and the hanging requirements of various engines of different models are met, the hanging workload is reduced, and the hanging efficiency of the engine is improved.

The invention relates to a stator coil binding mechanism. The binding mechanism comprises an equipment frame and a binding unit rotationally arranged on the equipment frame. The binding unit comprisesa crochet hook, a swing nozzle, a supporting assembly, a first supporting shaft arranged on the supporting assembly and used for supporting the crochet hook, and a second supporting shaft arranged onthe supporting assembly and used for supporting the swing nozzle. The binding mechanism further comprises a first driving mechanism for driving the binding unit to rotate so as to switch the positions of the crochet hook and the swing nozzle in the up-down direction, and a second driving mechanism for driving the crochet hook to do front-back telescopic motion. The binding unit further comprisesa third driving mechanism and a transmission mechanism. Only one driver for providing power for the swing nozzle and the crochet hook is arranged in the binding mechanism. Therefore, the action consistency of the two mechanisms is better, the difficulty of debugging and maintenance work is reduced, the debugging and maintenance cost is greatly reduced, the overall use stability of the binding mechanism is better, the binding efficiency of the binding mechanism is improved, the overall structure of the binding mechanism is more compact, and the manufacturing cost of equipment is reduced.

The invention discloses a line hanging manner for a winding machine. The equipment comprises an A-screen winding machine, a B-screen winding machine, a five-roller drawing machine and a waste wire machine, wherein the A-screen winding machine and the B-screen winding machine are arranged between the five-roller drawing machine and the waste wire machine; wire guide wheels are arranged at the lower left corner of the A-screen winding machine and the lower left corner and the lower right corner of the B-screen winding machine; the A-screen winding machine and the B-screen winding machine are provided with wire guide hooks; manipulators are respectively arranged on work stations of R1, R2, R3 and R; a single wire is split and pulled out outwards by the manipulator at the work station of R1; single wires are pulled out by the manipulator at the work stations of R2 and R3 and are respectively hung on the wire guide hooks D1 and D2; and the single wires are wound on a motor bobbin by the manipulator at the work station of R4. According to the invention, by rearranging production procedures, a total of four work stations are arranged at the five-roller drawing machine, the A-screen winding machine and the B-screen winding machine; one manipulator is responsible for one work station at the fixed point without moving back and forth, so that the wire hanging efficiency is greatly improved, the ling-hanging time is shortened by 50 percent, waste wires are reduced by about 50 percent and the labor intensity is reduced.

The invention discloses a wire hanging machine used in the production of automobile wiring harnesses, which includes a first arm, a second arm, a third arm, a fourth arm, a cross arm, a right hook, a left hook, a steel wire rope, a winch, a winch motor, and a universal The wheel, chassis, counterweight, worm gear motor, connecting rod, the first arm, the second arm, the third arm and the fourth arm are connected in sequence to form a lifting structure. The hoisting motor drives the hoisting drum to rotate, and the hoisting drum passes through The hoisting steel wire rope drives the lifting movement of the lifting structure. The cross arm is rotatably connected to the fourth arm, and the left hook and right hook are rotatably connected to the cross arm. The hoisting tube and hoisting motor, and the rear end of the chassis are equipped with a lifting structure and a counterweight. Compared with manual use of a pole to hang the wire, the wire hanging machine not only improves the wire hanging efficiency, but also improves the safety of the wire hanging , In the storage state, the structure is compact and takes up little space, and it is easy to place idle.

The invention discloses a hard-face coating processing device. The hard-face coating processing device comprises a cleaner, a hanging machine and a dryer. The hanging machine is provided with a workpiece storage tank capable of receiving workpieces. Hanging slurry is arranged in the workpiece storage tank. The hanging machine is provided with the workpiece storage tank containing the hanging slurry so that in hanging, the workpiece is put into the device with the hanging slurry and is subjected to hanging and thus uniform hanging on the workpiece surface is realized. The hard-face coating processing device can improve workpiece processing quality and workpiece hanging efficiency.

The invention discloses a directional grounding wire clamping head, which comprises a first clamping plate and a second clamping plate rotatably connected with the first clamping plate, wherein the first clamping plate and the second clamping plate are provided with an opening therebetween, the opening is internally provided with a movable ejector rod used for positioning the first clamping plateand the second clamping plate and a clamping head spring used for tightening the first clamping plate and the second clamping plate, the first clamping plate is provided with a directional line extending towards the external part of the opening, and the top end of the directional line is provided with a hook body portion bending towards the opening. The invention aims to provide a directional grounding wire clamping head which is convenient for hanging a grounding wire and reduces the impact between the clamping head and the wire when the grounding wire is hung.

The invention discloses a hanging posture adjusting device for ground sub-assembling and testing of a solar wing panel. The hanging posture adjusting device comprises a straight hanging rod, a hanging connection piece, a hanging rope, a spring scale, a turn buckle, an X-axis adjusting bolt, an X-axis sliding assembly, Y-axis sliding connection pieces, Y-axis adjusting bolts and solar wing connection pieces. The hanging posture adjusting device is convenient to dismount and mount, the solar wing panel can still keep the original state after dismounting and mounting, so that hanging parameters are not required to be adjusted repeatedly when repeated solar wing panel ground experiments need to be performed, the hanging efficiency is improved, and the efficiency of the ground experiments is improved; the hanging position can be roughly adjusted by pipe-clamp-shaped straight rod connection seats and can be finely adjusted by the X-axis adjusting bolt and the Y-axis adjusting bolts, rapid adjustment of a hanging point is realized through combination of rough adjustment and fine adjustment, accordingly, the solar wing panel can be rapidly adjusted to a designated height and can keep a correct posture, and the hanging efficiency and accuracy of the solar wing panel are improved.

The invention provides a drone-based precise hanging double trolley system, which belongs to the technical field of electric power transmission. Towing drone set on the power transmission line, used to connect to the traction drone at one end, and the other end is claw-shaped for grabbing the manipulator of the double tackle and for observing the traction drone, double tackle, manipulator and power transmission line position, assisting in controlling the traction UAV to hang the observation UAV with double sleds. In addition, the invention also discloses a method for accurately hanging double tackles based on an unmanned aerial vehicle. The advantage of the invention is that it makes it more convenient for operators to hang double tackles. The invention is used for hanging double tackles.

The invention discloses a pedal-type wire-hanging device, which comprises a plurality of pedal-type wire-hanging piles which are inserted into the road bed at intervals along the curb direction and whose height can be adjusted according to the measured paving elevation data and which are connected to adjacent pedal-type wire-hanging piles. The wires between the line piles are adjusted by the foot-operated wire-hanging piles, and can be adjusted to the corresponding measured paving height according to the relationship between the number of pedals and each unit rise without measuring with a scale, so as to improve the hanging wire Efficiency, reduce labor and time investment, ensure construction progress, avoid unnecessary economic losses, and also facilitate the operator to measure the elevation error of the paving according to the actual construction situation without burdening the operator's spine and other bones Adjustment makes the adjustment process easier and more convenient, avoids the burden on the spine and other bones caused by bending, squatting and other actions, and reduces the incidence of spinal curvature, arthritis and other diseases for operators.

The invention discloses a foot-operated wire hanging pile device suitable for hard soil construction, which includes a foot-operated wire hanging pile, an installation device and a wire. The foot-operated wire hanging pile includes a casing, a positioning seat and a rolling bearing. There is a screw and a driving boss matched with the installation device. The outer side of the rolling bearing conforms to the inner side of the housing and is fixedly connected. The installation device includes an operating platform, a screw, a planetary wheel, a sun gear sleeve, a planetary carrier, a drive motor, and a screw fixing At the bottom of the operating platform, the planetary carrier is provided with bearing I and bearing II respectively. The inner ring of bearing II is overlaid on the screw and the inner ring is provided with a thread that matches the screw. The inner ring of bearing II extends downward to form a driving ring. The planetary gear is fixedly sleeved on the driving ring. The outer wall of the sun gear sleeve is provided with driving teeth that mesh with the planetary gear. The bottom of the sun gear sleeve is provided with a groove that matches the driving boss. The output shaft of the drive motor Fitted through the bearing I and coaxially fixed on the top of the sun gear sleeve.

The invention discloses a wire hanging machine used in the production of automobile wire harnesses, which includes a first arm, a second arm, a third arm, a fourth arm, a cross arm, a left claw, a right claw, a steel wire rope, a winch, a universal wheel, The chassis, cross arm motor, lead screw, lead screw motor, first arm, second arm, third arm and fourth arm are connected in sequence to form a lifting structure. The winch motor drives the hoist drum to rotate, and the hoist drum passes through the hoist The wire rope drives the lifting movement of the lifting structure. The cross arm and the fourth arm form a moving pair through the guide rail slider. The screw is a positive and negative screw structure. Both the left slider and the right slider are installed with the screw. There are four universal wheels, the upper front end of the chassis is equipped with a winch and the hoisting motor, and the upper rear end of the chassis is equipped with a lifting structure and a counterweight. It not only improves the efficiency of hanging the line, but also improves the safety of the hanging line. In the storage state, the structure is compact and takes up little space, and it is easy to place idle.

The invention discloses an anti-collapse support device for a foundation pit of civil engineering, and relates to the technical field of civil engineering. The invention includes a body of an anti-slump support device. The body of the anti-slump support device is composed of a plurality of protective brackets juxtaposed along the horizontal direction. The protective bracket includes a wall plate, a storage plate and a support mechanism. The upper end of the position between the wall plates is provided with a support mechanism; the upper and lower sides of the side of the wall plate close to the support mechanism are symmetrically arranged with a storage plate, the storage plate is composed of an L-shaped plate, and a fixed plate is vertically arranged on one side of the long side plate of the storage plate At the same time, the short side plate of the storage board is located outside one end of the wall plate. Through the arrangement of the first assembly, the second assembly, the storage plate, the guide column, the rectangular limit plate and the positioning rod, the device can be adjusted according to the height of the foundation pit during use, and has strong practicability. The efficiency is high, the construction efficiency is improved, and at the same time, the device is also convenient for the hoisting of pipeline building materials and the like.