58results about How to "Neatly coiled" patented technology

The invention relates to a full-automatic filter element winding machine which comprises a filter element paper unreeling mechanism, an adhesive-dispensing cutting mechanism, a clamping drive mechanism, a three-dimensional lifting platform, a filter screen jacking mechanism, an oblique jacking and discharging mechanism and a central control cabinet. A filter paper clamping traction device adjusts the filter element paper position corresponding to the inlet point adhesive-dispensing cutting mechanism and performs filter element paper traction. An adhesive-dispensing of the adhesive-dispensing cutting mechanism performs adhesive dispensing on filter element paper, and the filter element paper is cut off through the cutting device after winding is completed. The filter screen jacking mechanism lifts a filter element screen to the clamping drive mechanism. The clamping drive mechanism is used for clamping the filter element screen and drives the filter element screen to rotate and to be wounded with the filter element paper. The filter element screen completing winding through the clamping drive mechanism drops to the oblique jacking and discharging mechanism and is moved out of a winding machine through the oblique jacking and discharging mechanism. The full-automatic filter element winding machine has a full-automatic multi-azimuth adjusting function, completely replaces manual operation to wind the filter paper on the filter element screen, production efficiency and product quality are improved, and production cost is reduced.

The present utility model relates to winding devices for guiding or ensuring the sequential coiling of steel cables or chains. In particular, it relates to a reel for hoses. It comprises a winding drum and a support. The winding drum is mounted on the support, and a hose is coiled around the winding drum. Its main structural elements: It further comprises a positioning assembly. The positioning assembly comprises a guide rod, a positioning unit, and two springs. The positioning unit is slidably mounted on the guide rod, and the two ends of the guide rod rest on the support. The two springs fit over the guide rod and are separately disposed on two sides of the positioning unit. The positioning unit has a hose hole, and the hose passes out through this hose hole. When the winding drum is rotated, the positioning assembly mounted on the hose reel can cause the hose to coil sequentially on the winding drum. It is characterized by neat and orderly coiling of the hose, convenience and ease of use, and simplicity of structure.

The present invention provides a plural-wire coiling device and a plural-wire coiling method, wherein the plural-wire coiling device is provided with a coiling mechanism which enables a roll core to rotate about an axle and coils a wire led out by and passing through the opening of a wire hole, and a conveying mechanism enabling the wire hole or the roll core to move along the axle thereof; the plural-wire coiling device is also provided with a wire hole inclined rotation mechanism enabling the wire hole to obliquely rotate in a plane where the axle of the wire hole is parallel to the axle of the roll core, and a control mechanism for controlling the wire hole inclined rotation mechanism and enabling the inclined rotation angle of the wire hole to be in accord with an inclined angle endowed on the wire through the conveying mechanism to convey the wire hole or the roll core when the coiling mechanism is used for coiling the wire on the roll core. The shaped of the opening of the wire hole is oval or rectangular, such that the plural wires are arranged in a row to pass through the wire hole in the plane where the axle of the wire hole and the axle of the roll core are parallel to each other, and the front end edge of the wire hole from which the plural wires are output side by side in an inclined rotation state is formed, thereby enabling the plural wires to be arranged along the roll core.

The invention relates to the technical field of packaging equipment, in particular to an automatic infusion apparatus packaging production line. The automatic infusion apparatus packaging production line comprises automatic packaging bag feeding and position correcting equipment, automatic packaging bag transferring and opening equipment, automatic packaging bag taking, winding and bagging equipment and automatic packaging bag sealing equipment; the automatic feeding and position correcting equipment is arranged in front of the automatic packaging bag transferring and opening equipment in theX-axis direction; the automatic packaging bag taking, winding and bagging equipment is arranged behind the automatic packaging bag transferring and opening equipment in the X-axis direction; and the automatic packaging bag sealing equipment is arranged on one side of the automatic packaging bag transferring and opening equipment in the Y-axis direction. The automatic infusion apparatus packaging production line is reasonable in overall structure arrangement, high in structural operation relation continuity, high in process continuity, high in automation degree, high in packaging efficiency andhigh in packaging success rate.

The invention discloses a wire guiding member characterized by comprising a fixed frame and a spacing device with a slit, wherein the spacing device is installed on the fixed frame which is movably installed on a first support. The wire guiding member adopts steel wires or slices to guide wires. The wires have small diameters, the slices have small thicknesses, and therefore, the steel wires or the slices can be put between the outer circle of a plate edge and a plate center to be close to a winding layer as far as possible. The wire guiding member can prevent control-release length from being overlong to affect the winding precision. When the steel wires or the slices axially move along a wire plate, the wire guiding member can be close to the plate edge of the wire plate as far as possible so as to ensure that the wires close to the plate edge of the wire plate can still be orderly winded.

The invention discloses a multi-filter paper full-automatic winding machine, which comprises a filter core skeleton transport positioning mechanism, a skeleton tension winding mechanism, a filter paper transport positioning cutting mechanism, and a tape transport pasting mechanism; the filter core skeleton transport positioning mechanism sends the filter core skeleton to to the skeleton tensioning and winding mechanism; the skeleton tensioning and winding mechanism tightens the filter element skeleton and drives the filter element skeleton to rotate; the filter paper conveying positioning and cutting mechanism is provided with multiple, and each filter paper conveying positioning and cutting mechanism is equipped with A filter paper roll; the filter paper transport positioning and cutting mechanism sends the filter paper on the corresponding filter paper roll to the filter element skeleton expanded by the skeleton expansion and winding mechanism; the tape conveying and pasting mechanism sticks the filter paper to the filter element skeleton through tape superior. The invention realizes the full automation of the winding production of the filter element and filter paper, reduces the labor intensity of the production personnel, improves the production efficiency, and has broad market prospects.

The invention relates to a hydraulic auxiliary support structure for a recoiling machine, which comprises a rotary shaft, an upright post, a support arm, an oil cylinder base, a first pin shaft, an oil cylinder, a second pin shaft, a taper sleeve, a bearing and a bearing cap. The bearing is arranged in an inner hole of the support arm; the taper sleeve is arranged in an inner hole of the bearing; the bearing is tightly pressed by the bearing cap and screwed by using a bolt; the support arm is in fitting joint with the upright post through the rotary shaft; the lower part of the support arm is connected with the oil cylinder through the second pin shaft; and the oil cylinder is connected with the oil cylinder base through the first pin shaft. The hydraulic auxiliary support structure of the invention has the advantages of stable recoiling in a belt material recoiling process, improvement on product quality, security guarantee, convenient operation, simple structure and convenient manufacturing.

The invention belongs to the technical field of electric vehicle charging pile accessory machinery, and particularly relates to a convenient-to-maintain charging pile for an electric vehicle. The convenient-to-maintain charging pile comprises a pile body, wherein a vertical partition plate, a left partition plate and a right partition plate are arranged in the pile body; a limiting motor and a driving motor are arranged on the vertical partition plate, and the limiting motor is connected with a limiting piece through a limiting shaft; the driving motor drives the left sliding block and the right sliding block through a driving shaft, and a winding reel is arranged between the left partition plate and the right partition plate; and the cable is wound on the winding reel, penetrates throughthe limiting piece, then penetrates out of the cable through hole and is connected with the charging gun through the wiring piece. Compared with the prior art, the convenient-to-maintain charging pilehas the following advantages that the left sliding block and the right sliding block are driven by the driving motor at the same time through reasonable arrangement; limiting control over the windingreel is achieved in the non-winding state, and winding loosening caused by reverse rotation of the winding reel is avoided; the limiting piece plays a role in guiding the cable; and the whole deviceis reasonable in structural arrangement and convenient to disassemble and maintain.

The invention discloses a lightweight rigid self-lubricating composite rope and a preparation method thereof, and relates to the field of ropes. The lightweight rigid self-lubricating composite rope comprises a rope core (1), a wrapping layer (2) and a plastic-coated layer (3), wherein the rope core (1) is of a multilayer helical structure with a circular cross section formed by spirally interweaving ultrahigh-molecular-weight polyethylene fiber rope yarn, layers are spirally and reversely arranged, the outer portion of parallel rope yarn of each layer is provided with a composite finishing coating, the ingredients in a composite finishing liquid on the cross section of the rope core (1) account for 10-30%, the outer portion of the rope core (1) is provided with the wrapping layer (2), andthe outer portion of the wrapping layer (2) is provided with the plastic-coated layer (3). The lightweight rigid self-lubricating composite rope and the preparation method thereof have the advantagesthat the cross section of the rope is circular, the strength-to-weight ratio is high, and the rope can completely replace a steel wire rope in the fields of huge weight hoisting and well drilling exploration.

The invention provides a square winder variable-speed winding system and a method. The square winder variable-speed winding system comprises a servomotor module, a coding module, an acquisition module and a control module, the servomotor module comprises a winding pin-driving unit and a pulse generator unit, and the pulse generator unit outputs the working pulses of the servomotor module; the coding module adopts a coder unit to periodically interrupt and output feedback pulses; the acquisition module simultaneously acquires the working pulses and the feedback pulses; the control module comprises a central processor unit, a memory unit and a control unit, the central processor unit is used for calculating the winding speed corresponding to the feedback pulses and storing the corresponding relation between the winding speed, the working pulses and the feedback pulses into the memory unit, and the control unit changes the winding speed of the system according to the corresponding relation between the working pulses and the corresponding relation.

The invention discloses a winding machine, in particular a winding machine capable of winding wires uniformly. A swing arm capable of partially extending into or extending out of an enclosure back and forth is arranged on the enclosure of the winding machine; a lead hole is formed in one end of the swing arm, which is positioned outside the enclosure, and suspended outside a rotating trace of a first winding rod and a second winding rod; and the swing arm is positioned in the enclosure and connected with a driving motor through a gear component. The winding machine has the advantages that: a coil passes through the lead hole in the swing arm; due to back and forth motion of the swing arm, of which the moving frequency is matched with the rotating frequency of the first winding rod and the second winding rod, the coil can be uniformly wound on the first winding rod and the second winding rod, and looks tidy, uniform and attractive; and furthermore, the coil is very firmly wound, and cannot get loose during storage and movement.

The invention discloses a transformer of a small power supply. The transformer comprises skeletons, wherein each skeleton comprises a first platform and a second platform, a conducting wire is wound between the first platform and the second platform, a communicating pipe for accommodating an iron core is connected between the first platform and the second platform, a first convex column for wire hanging is arranged on the first platform, the head of the first convex column extends in the direction away from the second platform to form a first blocking rib, a second convex column for wire hanging is arranged on the second platform, a second blocking rib is arranged on the head of the second convex column, a pin is arranged at the bottom of the second platform, the pin is a columnar square pin, and the iron core comprises an upper U-shaped iron core and a lower U-shaped iron core; the number of the skeletons is two; two ends of the upper iron cores are inserted into the communicating pipes of the two skeletons, two ends of the lower iron cores are inserted into the communicating pipes of the two skeletons, and the two ends of the upper irons cores and the two ends of the lower iron cores are spliced in the communicating pipes. The transformer has the advantage that the transformer is more convenient to wind, a wound coil is more regular, and the transformer is safer.

The invention relates to an automatic counting winding and cutting machine which comprises an electronic control system, a braid winding mechanism, a receiving disc lifting table, a braid guide rollerset, a fusing mechanism, a limiting assembly and a traction mechanism, the braid guide roller set, the fusing mechanism, the limiting assembly and the traction mechanism are sequentially arranged inthe braid running direction, the center of a braid winding station of the braid winding mechanism is located on any one of the left and right sides of a fusing station, the limiting assembly is located under the fusing station and is provided with a braid walking space, the receiving disc lifting table is correspondingly arranged under the braid winding station, a meter counting wheel and a photoelectric detector are electrically connected with the signal input end of the electronic control system. By means of the automatic counting winding and cutting machine, the inclined angle between a braid and the vertical line can be smaller during full winding, fusion is facilitated, the braid descending angle is limited, and accidental fusion is avoided; and a pneumatic rolling shaft is tightly attached to a traction roller to enable the braid to keep appropriate tension force without corrugation or displacement, and the smooth implementation of braid winding and orderly and attractive braid discs are guaranteed. According to the automatic counting winding and cutting machine, the braid can be automatically cut off and rolled into a disc cake shape according to the set length, the accuracyis high, and the load weight is large.

The invention relates to a high-efficiency cloth inspection machine, which comprises a rack, a cloth unwinding assembly, a cloth guide assembly and a winding assembly, wherein the cloth guide assemblycomprises a plurality of cloth guide rollers; the winding assembly comprises a winding frame, winding rollers and a drive member; two groups of silk thread loops, two groups of clamping assemblies and two groups of gluing assemblies are arranged on the rack; and one thread cutting assembly is arranged between the cloth guide assembly and one group of gluing assemblies. During first cloth inspection, firstly, silk threads bypass all cloth guide rollers in turn and are glued to one winding roller; cloth and the silk threads are clamped through the clamping assemblies and the silk threads are wound to make the cloth move through the winding roller; and after the clamping assemblies move and pass through the thread cutting assemblies, the silk threads are cut off through the thread cutting assemblies. During second cloth inspection and subsequent cloth inspection, the silk threads on the thread cutting assemblies are glued to another new winding roller through the gluing assemblies, and then new cloth and the silk threads in the silk thread loops are clamped through the clamping assemblies, so that cloth inspection and winding operations of the new cloth can be carried out. Accordingto the high-efficiency cloth inspection machine, the cloth inspection efficiency is greatly improved.

The invention discloses a lens support, a lens driving device, a camera and electronic equipment. The lens support comprises a lens support body, the upper end and the lower end of the lens support body are respectively provided with an upper flange part and a lower flange part, a coil winding part is arranged between the upper flange part and the lower flange part, and a coil is wound on the coilwinding part; a protruding part is arranged on the outer edge of the lower flange part, the protruding part is in a rectangular column shape, a rectangular blocking part is arranged at the tail end of the protruding part, the blocking part is used for preventing a lead wound on the protruding part from disengaging, and a lead groove is formed in the position, close to the protruding part, of thelower flange part. According to the lens support with the lead wire groove, the coil can be wound more orderly, the height of the coil winding part can be reduced on the premise that the lens supportwith the lead wire groove in the scheme obtains the same using effect, and the size of the whole lens driving device can be reduced.

The invention discloses a fire hydrant cabinet with a water hose convenient to wind. The fire hydrant cabinet comprises a cabinet body and a water hose winding device. The water hose winding device comprises a winding center shaft which is in vertical pivot joint to the rear side wall of the cabinet body; a rear blocking disk is fixed to the rear part of the winding center shaft; a center partition column and a pair of roller center columns which are evenly distributed up and down are formed at the position, on the lower right portion of the rear blocking disk, of the rear side wall of the cabinet body; the pair of roller center columns are arranged in a longitudinal symmetry mode with respect to the center partition column; a penetrating hole which is through left and right is formed in the position, right facing the center partition column and the pair of roller center columns, of the right side wall of the cabinet body; the front end of the penetrating hole is not sealed; a left supporting plate and a right supporting plate which are in bilateral symmetry are formed at the middle parts of the left side wall and the right side wall of the cabinet body; a front blocking plate is arranged slidable front-and-back between the left supporting plate and the right supporting plate; and when the front blocking plate is placed at the forefront end, the front blocking plate is hinged between the left supporting plate and the right supporting plate. The fire hydrant cabinet is simple in structure and convenient to operate, and the water hose is wound neatly.

The invention relates to production equipment of rubber conveying belts, in particular to a belt core formation device for the conveying belts. The belt core formation device comprises a coiled material uncoiling device, a padding cloth trimming device and a padding cloth coiling device, and further comprises an upper conveyer belt and a lower conveyer belt, wherein a cutting device I is arranged at the inlet position of the upper conveyer belt; a plurality of fitted pressure roller groups are arranged on the upper conveyer belt and before the cutting device I; height rack devices and a height adjusting rack device are arranged on the upper conveyer belt at intervals; a plurality of clamping roller groups are arranged at the tail end of the upper conveyer belt; a cutting device II is arranged between two of the clamping roller groups; a belt core coiling device and a padding cloth uncoiling device are arranged on the outer side at the tail end of the upper conveyer belt. Due to matched arrangement of the height rack devices and the height adjusting rack device, the belt core formation device has the advantages that production of relatively longer belt cores can be realized; no joints is formed in the production process.

The invention discloses a cloth winding machine capable of automatically adjusting the tightness degree to avoid wrinkles. The cloth winding machine capable of automatically adjusting the tightness degree to avoid the wrinkles comprises a winding machine body, a winding cavity is formed in the winding machine body in a left-right penetrating mode, a winding device is arranged in the winding cavity, and the winding device comprises limiting cavities which are symmetrical front and back and communicate with the front wall and the rear wall of the winding cavity; a first supporting block is rotationally arranged between the upper wall and the lower wall of the limiting cavity in the front side, a second supporting block is arranged in the limiting cavity in the rear side, a first rotating shaft is rotationally arranged between the first supporting block and the second supporting block, an induction device is arranged between a driven rotating drum and a driving rotating drum, and a linkage device is arranged in the induction device. In the process of rewinding cloth before warehousing, the position of the driven rotary drum can be automatically adjusted to tension the cloth accordingto the tightness state of the cloth when the cloth is wound, the situation that the wrinkles exist in the cloth winding process due to the fact that one side of the cloth is inclined and loosened is avoided, and the adjustment does not need to be conducted through cloth switching and other modes, and the winding efficiency before warehousing is improved.

The invention relates to a warp-direction winding inspecting machine. The warp-direction winding inspecting machine comprises a machine frame, a plurality of cloth guiding rollers, a driving roller and a driving motor. An output shaft of the driving motor is fixedly connected to the driving roller. The machine frame is provided with a moving frame and a pushing part, and the moving frame is provided with a rotating roller and a rotating motor. When the pushing part drives the moving frame to be away from the driving roller, a falling cavity is formed by enclosing the driving roller and the rotating roller; and the machine frame is further provided with a storage box, a feeding inlet and a discharging outlet are separately formed in the upper side and the lower side of the storage box, thestorage box is further provided with a closing plate and a driving part. When a paper cylinder wound with cloth needs to be discharged, firstly the moving frame is driven to move through the pushing part, so that the paper cylinder wound with the cloth falls from the falling cavity to the lower part; then the moving frame is driven to move and reset through the pushing part, and the driving part drives a closing plate to move, so that the paper cylinder is discharged through the discharging outlet; and the paper cylinder located on the lowermost side of inside of the storage box moves throughthe closing plate and falls onto the driving roller and the rotating roller. The winding efficiency of the cloth is greatly improved.