39results about How to "Convenient pick-up work" patented technology

The invention relates to the field of fruit bagging devices, in particular to a multifunctional automatic fruit bagging device. The multifunctional automatic fruit bagging device comprises a water tank, a cleaning mechanism, a screening mechanism, a feeding mechanism, a fixing mechanism and a receiving mechanism. The cleaning mechanism is installed in the water tank, poured-in winter jujubes can be rotationally brushed, so that soil and chippings adhering to the outer skins of the winter jujubes can be thoroughly removed, and the quality of the packaged winter jujubes is guaranteed; when the cleaning mechanism conducts cleaning work, the screening mechanism can be synchronously driven to work, through work of the screening mechanism, large and small winter jujubes can be screened and cleaned in a classified mode, so that the large and small winter jujubes can be packaged in a classified mode; the cleaning mechanism can synchronously drive the feeding mechanism to work while conducting cleaning work, through work of the feeding mechanism, the cleaned winter jujubes can be circularly fed, and the cleaned winter jujubes can be automatically fished out from the interior of the water tank.

The invention provides a piece of improved type bridge equipment. The equipment comprises a containing box, the bottom part of the containing box is fixedly provided with a trolley, four corners of the bottom part of the trolley are provided with rollers at the same time, and the containing box is provided with a containing chamber with an upward notch and a pushing groove with a notch toward to the right below the containing chamber; a cover body is installed at the upper end of the containing chamber, a discharging port is arranged between the containing chamber and the pushing groove, a pushing member is slidely installed in the pushing groove, and the pushing member is provided with a containing groove with an upward notch; a straight plate which extends to the right is arranged at theright end of the bottom wall of the pushing groove, a first sliding groove with an upward groove is arranged at the bottom wall of the sliding groove and in the straight plate, the first sliding groove is slidely provided with a first sliding block, and a spiral rod is matched and installed in the first sliding block with spiral lines; the right end of the spiral rod is rotarily installed in theright end wall of the first sliding groove, the left end is connected to a motor which is fixedly installed in the left end wall of the first sliding groove, the front and back end wall of an outlet is provided with a guiding groove which extends from left to right, and the guiding groove is slidely provided with a sliding plate which extends back and forth.

The invention discloses a heat-insulating cushion folding and collecting device for building material processing. The heat-insulating cushion folding and collecting device for building material processing comprises a bottom frame, a work plate and a pressing plate; a box body is arranged on one side of the top of the bottom frame; supporting plates are arranged on the two sides of the box body correspondingly; the two supporting plates are vertical to the top surface of the bottom frame; a downward-pressing hydraulic rod in a downward-pressing hydraulic cylinder is controlled by the downward-pressing hydraulic cylinder to move towards the outer side of a cylinder body, so that one end of a downward-pressing block moves downwards, heat-insulating cushions at the bottom of the downward-pressing block are subjected to compressing and shaping work, the bundled heat-insulating cushions after compressing can move out of a discharging pipe, the material taking work is facilitated, the bundling volume after folding is reduced and the empty clamping phenomenon is avoided; and a first hydraulic rod in a first hydraulic cylinder is controlled by the first hydraulic cylinder to move towards the outer side of a cylinder body, so that the first hydraulic rod pushes a push plate to move towards the direction of the discharging pipe, the stacked cushions are processed and are pushed out of thedischarging pipe, the next step of processing is conducted, manual transportation by workers is not needed, cost is saved and working efficiency is improved.

The invention discloses a material splicing device of a polarizer production equipment, comprising a worktable, a support table is installed and fixed on the worktable, a turntable is rotatably installed on the support table, and a material receiving table is also arranged on the support table The material receiving assembly includes a support table and a material receiving box, two transport guide rails for transporting the material receiving box are also provided on the worktable, and the material receiving box is also provided with a transport guide rail for use Four sets of support rods are also installed and fixed on the worktable, and first electric guide rails are installed on the two sets of support rods parallel to the transport guide rails, which are slidably installed on the first electric guide rails. There is a fixing plate, several groups of hydraulic cylinders are arranged on the fixing plate, and a feeding plate is installed and fixed on the ejecting end of the hydraulic cylinder. The invention has novel structure and functions, and can effectively improve the production efficiency of polarizers.

The invention discloses novel bridge equipment which comprises a container, wherein a hand buggy is fixedly arranged at the bottom of the container; rollers are simultaneously arranged at four corners of the bottom of the hand buggy; a containing cavity with an upward notch and a translation groove which is positioned below the containing cavity and has a rightward notch are formed in the container; a cover body is mounted at the upper end of the containing cavity; an outlet is formed between the containing cavity and the translation groove; a translation piece is arranged in the translation groove in a sliding manner; a containing groove with an upward notch is formed in the translation piece; a straight plate extending to the right is arranged at the right end on the bottom wall of the translation groove; first sliding grooves with upward notches are formed in the bottom wall of the translation groove and in the straight plate; first sliding blocks are arranged in the first sliding grooves in a sliding manner; a spiral rod is spirally mounted in the first sliding blocks in a matched manner; the right end of the spiral rod is rotationally mounted in the right-end wall of the first sliding grooves; the left end of the spiral rod is connected with a motor which is fixedly arranged in the left-end wall of the first sliding grooves; a guide moving groove extending from the left to right is formed in the front and rear end walls of the outlet; and a sliding plate extending from the front to rear is arranged in the guide moving groove in a sliding manner.

The invention discloses novel bridge equipment which comprises a container, wherein a hand buggy is fixedly arranged at the bottom of the container; rollers are simultaneously arranged at four corners of the bottom of the hand buggy; a containing cavity with an upward notch and a translation groove which is positioned below the containing cavity and has a rightward notch are formed in the container; a cover body is mounted at the upper end of the containing cavity; an outlet is formed between the containing cavity and the translation groove; a translation piece is arranged in the translation groove in a sliding manner; a containing groove with an upward notch is formed in the translation piece; a straight plate extending to the right is arranged at the right end on the bottom wall of the translation groove; first sliding grooves with upward notches are formed in the bottom wall of the translation groove and in the straight plate; first sliding blocks are arranged in the first sliding grooves in a sliding manner; a spiral rod is spirally mounted in the first sliding blocks in a matched manner; the right end of the spiral rod is rotationally mounted in the right-end wall of the first sliding grooves; the left end of the spiral rod is connected with a motor which is fixedly arranged in the left-end wall of the first sliding grooves; a guide moving groove extending from the left to right is formed in the front and rear end walls of the outlet; and a sliding plate extending from the front to rear is arranged in the guide moving groove in a sliding manner.