33results about How to "Fast strapping" patented technology

The invention discloses an installation tooling of a condenser. The condenser is a parallel flow condenser which comprises a core and two collector tubes located on two sides of the core. The installation tooling of the condenser comprises a core pressing unit and plug cap installation units located on two sides of the core pressing unit. The core pressing unit comprises a platform for positioning and placing the core, a press plate slidably arranged on the platform and extruding the core in the extending direction of the collector tubes and a pressing cylinder used for driving the press plate to move. Each plug cap installation unit comprises a positioning seat used for positioning the collector tubes, a plug cap installation seat arranged on the positioning seat and a pushing portion used for pushing the collector tubes towards the plug cap installation seat. The installation tooling is simple and compact in structure due to the core pressing unit and the plug cap installation units, can fast bundle the core and install plug caps, is low in cost, and is applicable to automobile manufacture enterprises for assembling the parallel flow condenser.

The invention relates to a binding steel belt storage rack. A square bottom plate is fixedly mounted to a base; separation plates are fixedly, vertically and uniformly mounted on the bottom plate at intervals; the two sides of the separation plates are connected via baffles; the bottom portions of the two side edges of each separation plate are provided with grooves in mirror symmetry; rolling shafts in mirror symmetry are connected with the separation plates after penetrating the grooves; rollers are arranged between the separation plates and on the rolling shafts; the two ends of each rolling shaft are fastened via nuts; binding steel belts are arranged between every two adjacent separation plates, located on the rollers and supported by the rollers. The binding steel belt storage rack is compact in design, enables a plurality of bundles of binding steel belts to be stored and used at the same time, can store binding belts of different models, facilitates use of operators and reduces the binding belt replacing efficiency.

The invention provides an energy-saving type structural steel bundling device. The energy-saving type structural steel bundling device comprises a bundling frame, a support moving device and a jackingpushing device. The support moving device is arranged at the bottom of the bundling frame. The jacking pushing device comprises a plurality of jacking pushing mechanisms which are arranged in the bundling frame and are arranged in the same vertical plane in the circumferential direction. Each jacking pushing mechanism comprises a jacking pushing rod and a jacking pushing block arranged at the endportion of the jacking pushing rod, and the vertical plane is perpendicular to the bundling frame moving direction. The jacking pushing directions of the jacking pushing rods face the center of the bundling frame. According to the energy-saving type structural steel bundling device, structural steel packaging is fast, tidiness and attractiveness are achieved, and the work efficiency is improved.

A portable cable binding fixer, belonging to the technical field of cable laying, comprising a housing, in which an iron wire transmission channel is provided, a forward conveying device is provided in the middle of the iron wire transmission channel, a cutter is provided at the front of the iron wire transmission channel, and the iron wire transmission channel There is a binding disc at the front end of the channel, a trigger is installed in the housing, and the trigger is connected to a transmission rod. The transmission rod is connected to the forward conveying device through the forward transmission mechanism. The transmission rod is connected to the binding disc through the binding transmission mechanism. connect. The trigger drives the transmission rod to slide, the forward transmission mechanism drives the forward conveying device, and the iron wire is conveyed forward; the transmission rod drives the binding plate through the binding transmission mechanism to realize the bundling of cables, and the transmission rod drives the cutter through the connecting rod to cut the iron wire. The structure is simple , easy to use, high bundling efficiency, through the fixed mechanical transmission action, the bundling force is consistent, to ensure that the cables are not damaged during bundling, and the construction quality is guaranteed.

The invention discloses a building material bundling device, and relates to the technical field of building material bundling tools. The building material bundling device comprise a tray, and furthercomprises a bottom suspending frame for allowing the tray to be mounted and two inserted supporting rods. Side protection hanging bars are rotationally mounted on the four sides of the upper surface of the bottom suspending frame through two hinge seats correspondingly. Every two circumferential adjacent side protection hanging bars are connected through inserted link pins. The bottom suspending frame comprises a rectangular frame with four aequilate edges. Five rectangular through holes penetrating to the outer side face of the other side of the rectangular frame are evenly distributed and formed in one side face of the rectangular frame. Two rectangular containing through holes for containing the inserted supporting rods are formed in the positions, on side frames at the two ends, of thesame side face of the rectangular frame. According to the building material bundling device, a supporting plate and the bottom suspending frame are fast connected through the two inserted supportingrods, building materials on the supporting plate are tied and bundled through two crossed elastic tighteners, and the building materials are prevented from falling off through the four side protectionhanging bars.

The invention discloses a bismuth crystal production equipment. The crystal production equipment comprises a frame, a crucible, a heating device, a crystallization pot, a grain binding device and a controller. The crucible with a slider is hinged on the slider, a heating device is provided on the outer wall of the crucible, several crystallization pots are arranged side by side under the crucible, a fork frame is provided at the top of the crystallization pot, and a Die strapping device. The invention has a simple structure and can realize rapid crystallization of bismuth.

The invention provides a ribbon bundling heat sealing mechanism for an infusion set assembly machine, belongs to the technical field of medical instruments and solves the technical problems that an existing infusion set assembly machine is low in efficiency as an infusion set is manually bundled and the like. The ribbon bundling heat sealing mechanism for the infusion set assembly machine comprises a first clamping component, a second clamping component and a heating component, the first clamping component is capable of clamping one end of a ribbon, the second clamping component is capable of clamping the other end of the ribbon, the two ends of the ribbon can be fitted, abutted and fixedly connected in a heat sealing manner by the heating component, and the first clamping component and the second clamping component can move relatively, can be abutted and are parallel to the heating component. The infusion set can be rapidly and tightly bundled by the ribbon, automated assembly line production can be realized, and production efficiency is improved.

The invention relates to an intelligent palletizing machine for aluminum alloy door and window molding, which includes a placing plate, a supporting block, a positioning mechanism and a guiding mechanism, the supporting blocks are symmetrically installed on the lower end surface of the placing plate, and the positioning mechanism is installed at the front and rear ends of the placing plate , the left and right ends of the placement plate are equipped with guiding mechanisms; during the process of stacking and bundling the aluminum alloy anti-theft windows: it is necessary to slowly align the aluminum alloy anti-theft windows on the forklift with the aluminum alloy anti-theft windows that have been placed , Palletizing and stacking efficiency is low; the position of the aluminum alloy anti-theft window is easy to shift when it is placed, so that the corners of the aluminum alloy anti-theft window are easy to touch pedestrians or other anti-theft windows, and the position deviation is easy to cause the stacking after stacking Aluminum alloy anti-theft windows collapse, so there are quality and safety hazards; after the palletizing and stacking of aluminum alloy anti-theft windows, it is necessary to manually cooperate with throwing ropes to bundle the stacked aluminum alloy anti-theft windows, and the bundling efficiency is low.

The invention relates to the technical field of cable arrangement, in particular to a cable arrangement device provided with a branching assembly and used for an electronic connector and a method thereof, and aims to solve the problems that cables are easily wound together in a mess during use, and too much space is occupied due to the fact that the cables are very scattered during branching to affect the appearance. The device comprises: a cable arrangement box, a cover body and bus tightening assemblies, wherein the bus tightening assemblies are arranged at a first main wire hole and a first auxiliary wire hole respectively; an elastic band, wherein one end of the elastic band is connected with the interior of the cable arrangement box, and the other end of the elastic band is connected with the output end of the bus tightening assembly; a plurality of auxiliary wire tightening assemblies, wherein the plurality of auxiliary wire tightening assemblies are arranged in the cable arrangement box; and a plurality of auxiliary wire tightening driving pieces arranged in the cover body. According to the invention, by arranging the cable arrangement device, the tidiness of the cables is improved, branch lines are effectively processed, and disorder caused when the number of the cables is large is avoided.

The invention discloses a quantitative paper tube stacking and bundling device. The quantitative paper tube stacking and bundling device comprises a left side arc-shaped seat and a right side arc-shaped seat; the bottom ends of the two arc-shaped seats are in hinged connection; air cylinders are installed at the outer sides of the two arc-shaped seats; piston rods of the air cylinders are in hinged connection with the arc-shaped seats on two sides; arc-shaped clamping grooves are formed in the inner walls of the two arc-shaped seats; a motor wound with a rope is installed above the two arc-shaped seats; the rope winds across a fixed pulley in a traction mode, extends from the right side arc-shaped seat into the clamping groove of the left side arc-shaped seat, and the top end of the rope stretches out to the outside of the left side arc-shaped seat; after paper tubes enter the position between the two arc-shaped seats through a material guiding plate, the left side arc-shaped seat and the right side arc-shaped seat oppositely combine and form a circular shell body; the rope bundled on the paper tubes is disconnected in a fusing mode through a thermal cut-off; and a pushing plate driven by the air cylinder is arranged ahead and extends into the inner cavity of the circular shell body. The quantitative paper tube stacking and bundling device has the advantages that the structure is ingeniously designed; paper tubes are counted and quantitatively fed; the effect of fast stacking and bundling is achieved; the automation degree is high; time and labor are saved; and working efficiency is high.

The invention discloses a binding machine. The binding machine comprises a driving part, a binding part and a shearing part; the binding part is in driving connection with the driving part, the binding part further comprises a binding wire conveying piece, and the driving part drives a binding wire to pass through the binding wire conveying piece to the binding part to be wound to form binding coils; and the shearing part is in transmission connection with the driving part, and the binding coils are sheared off from the binding wire through the shearing part. The binding wire conveying piece is arranged in the binding part, so that the binding wire is conveniently conveyed to be wound to form the binding coils, so that the binding efficiency is improved; the binding diameter can be adjusted through the arranged binding part, and to-be-bound objects with different diameters can be rapidly adjusted and bound, so that the binding application range is wide; and the binding coils are sheared off from the binding wire through the shearing part, automatic shearing can be achieved, and the binding machine can be universally used.

The invention discloses a cutting, stacking and bundling device for quantitative paper tubes. The device comprises a paper tube cutting machine, a left arc-shaped seat and a right arc-shaped seat; a counting device is arranged on one side of a discharging port of the paper tube cutting machine; bottom ends of the two arc-shaped seats are in hinged connection; air cylinders are arranged on outer sides of the two arc-shaped seats; arc-shaped clamping grooves are formed in inner walls of the two arc-shaped seats; a motor with a rope winding around is arranged above the two arc-shaped seats; the rope is pulled to wind around a fixed pulley and then extends into the arc-shaped clamping groove in the left arc-shaped seat from the right arc-shaped seat; the top end of the rope extends out of the left arc-shaped seat; after the paper tubes enter the space between the two arc-shaped seats by the aid of a guiding plate, the left arc-shaped seat and the right arc-shaped seat are combined to form a round casing, ropes bundling the paper tubes are connected and fused by the aid of a thermal fuse; and push plates driven by the air cylinders are arranged on front sides and extend into an inner cavity of the round casing. The device is ingenious in structural design, capable of counting and quantitatively discharging the paper tubes and cutting, stacking and bundling the paper tubes quickly, high in automation degree, time-saving, effort-saving and high in working efficiency.

The invention provides an energy-saving and automatic profile steel packaging device. The device comprises a binding frame, a stacked-profile-steel conveying device, a clamp conveying device and a pushing device and is characterized in that the pushing device comprises a plurality of pushing rods and pushing blocks, the pushing rods are circumferentially arranged in the binding frame and located on the same vertical plane, the pushing blocks are arranged at the ends of the pushing rods, and the pushing direction of the pushing rod face the center of the binding frame; the bottom of the bindingframe is provided with a support platform for placing clamps; the stacked-profile-steel conveying device comprises conveying rollers passing the binding frame and a stacked-profile-steel conveying rack, the conveying rollers are vertical to the binding frame and penetrate the frame the clamp conveying device is arranged on one side of the vertical plane and comprises a clamp conveying box, a clamp conveying mechanism and a clamp box pushing mechanism, the clamp conveying box is located above the conveying rollers, and the bottom of the clamp conveying box is provided with a clamp conveying port. The energy-saving and automatic profile steel packaging device has the advantages that stacked profile steel can be continuously automatically bound, the stacked profile steel is neat and attractive, and high work efficiency is achieved.

The invention discloses a building material bundling device, and relates to the technical field of building material bundling tools. The building material bundling device comprise a tray, and furthercomprises a bottom suspending frame for allowing the tray to be mounted and two inserted supporting rods. Side protection hanging bars are rotationally mounted on the four sides of the upper surface of the bottom suspending frame through two hinge seats correspondingly. Every two circumferential adjacent side protection hanging bars are connected through inserted link pins. The bottom suspending frame comprises a rectangular frame with four aequilate edges. Five rectangular through holes penetrating to the outer side face of the other side of the rectangular frame are evenly distributed and formed in one side face of the rectangular frame. Two rectangular containing through holes for containing the inserted supporting rods are formed in the positions, on side frames at the two ends, of thesame side face of the rectangular frame. According to the building material bundling device, a supporting plate and the bottom suspending frame are fast connected through the two inserted supportingrods, building materials on the supporting plate are tied and bundled through two crossed elastic tighteners, and the building materials are prevented from falling off through the four side protectionhanging bars.