CN108382629B - The enlacement packaging method of logistics transportation part - Google Patents

The enlacement packaging method of logistics transportation part Download PDF

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Publication number
CN108382629B
CN108382629B CN201810239777.1A CN201810239777A CN108382629B CN 108382629 B CN108382629 B CN 108382629B CN 201810239777 A CN201810239777 A CN 201810239777A CN 108382629 B CN108382629 B CN 108382629B
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China
Prior art keywords
gear
power
power output
spring
handle
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CN201810239777.1A
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Chinese (zh)
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CN108382629A (en
Inventor
魏大平
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Luan Hengwei Logo Co., Ltd.
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Luan Hengwei Logo Co Ltd
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Priority to CN201810239777.1A priority Critical patent/CN108382629B/en
Publication of CN108382629A publication Critical patent/CN108382629A/en
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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B13/00Bundling articles
    • B65B13/18Details of, or auxiliary devices used in, bundling machines or bundling tools
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B13/00Bundling articles
    • B65B13/02Applying and securing binding material around articles or groups of articles, e.g. using strings, wires, strips, bands or tapes
    • B65B13/04Applying and securing binding material around articles or groups of articles, e.g. using strings, wires, strips, bands or tapes with means for guiding the binding material around the articles prior to severing from supply
    • B65B13/06Stationary ducts or channels
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B59/00Arrangements to enable machines to handle articles of different sizes, to produce packages of different sizes, to vary the contents of packages, to handle different types of packaging material, or to give access for cleaning or maintenance purposes

Abstract

Packing method is lashed the present invention provides logistics transportation part, its step is: sleeve joint device is sheathed on the outside of logistics transportation part, the sleeve joint device includes hand-held part and socket part, hand-held part is used for the gripping of user, socket part is for being socketed logistics transportation part, hand-held part and socket part, which fix as one and lash device, to be rotatably dispose on socket part, power device is set to the inside of sleeve joint device and power output end extends to the outside of sleeve joint device and connect with the power intake for lashing device, when user uses, both hands hold hand-held part and logistics transportation part are socketed in socket part, by power device driving lash device to logistics transportation part carry out packaging lash processing.

Description

The enlacement packaging method of logistics transportation part
Technical field
The present invention relates to a kind of logistics transportation part packing technique fields, and in particular to the bundle of logistics transportation component to be lashed Prick packing method.
Background technique
Packaging facilities is commonly called as binder, is using lashing band winding product or package, and binder, which makes to lash band, to be close to In the surface for being lashed package, guarantee that package is not scattered in transport, storage because lashing loosely, binder is that one kind is answered With very extensive mechanical equipment, it is used to the single product that production finishes carrying out batch to lash packaging, completes the production lashed Product component is readily transported and stores, and also occurs a large amount of binder, including manual binder, semi-automatic bundle currently on the market Bundle machine and full-automatic binder, but structure is complicated, volume weight is larger, production cost is higher for existing binder, is difficult Popularization and application lashes process in packaging in small-sized manufacturing enterprise, current small-sized manufacturing enterprise, it is still desirable to be completed by manual work The packaging of production product lashes, and not only productive labor low efficiency but also wastes a lot of manpower and material resources, therefore design a kind of knot Structure is simple, the logistics transportation part low in cost, easy to use and can be widely applied for small and medium-sized manufacturing enterprises that is applied to is tied up Packaging facilities seem most important.
Summary of the invention
To solve the deficiencies in the prior art, the object of the present invention is to provide a kind of of simple structure and low cost, easy to use And the enlacement packaging method of the logistics transportation that can be widely applied for small and medium-sized manufacturing enterprises component to be lashed.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
The enlacement packaging method of logistics transportation part, step are:
(1) it is socketed the stage:
S1: sleeve joint device is sheathed on the outside of logistics transportation part, and the sleeve joint device includes hand-held part and socket part, Hand-held part is used to be socketed logistics transportation part for the gripping of user, socket part, and hand-held part fixes as one and pricks with socket part Bundled set is rotatably dispose on socket part, and user is in use, both hands hold hand-held part and logistics transportation part is socketed on socket In portion, by power device driving lash device to logistics transportation part carry out packaging lash processing;
The hand-held part includes handle body, and handle body is composed of the rectangle lid of arrangement symmetrical above and below, on Under the rectangle lid that is arranged symmetrically be arranged to clamp-close type close fit, be provided with switch simultaneously positioned at the upper surface of upside rectangle lid And switch, for controlling power device to the driving process for lashing device, the outside of the handle body is symmetrically arranged and has hand Handle, handle includes handle one on the left of the handle body and the handle two on the right side of handle body, the switch include Switch one and switch two, switch one is set on handle one, switch two is set on handle two, and switch one and switch two It is capable of the starting and closing of independent control power device;
The socket part includes the lantern ring for being arranged to hollow structure, and lantern ring is circumferentially arranged to be had for being socketed logistics transportation The notch H of part, the outside of lantern ring radially is fixedly connected with the one end of handle body along its length and junction is close to scarce Mouth H, lantern ring upper surface are coaxially arranged with the circular groove for covering entire lantern ring, lash device and be rotatably dispose on groove, prick When tying operation, logistics transportation part is inserted in socket by notch H by operating personnel's left hand grip handle one, right hand gripping handles two It portion and is in logistics transportation part at the center of lantern ring, turns on the switch one or switch two at this time, power device is defeated by power Send to lashing device and drive and lash device and rotated coaxially around circular groove, in the process, lash device around The outside of logistics transportation part, which rotates and carries out packaging to logistics transportation part, lashes processing;
(2) stage is lashed:
S2: power device driving lash device to socket complete logistics transportation part carry out packaging lash processing, it is described The outside that device is set to sleeve joint device is lashed, the power device is set to the inside of sleeve joint device and power output end The outside for extending to sleeve joint device is connect with the power intake for lashing device, it is described lash device include sliding component and The film component being set on sliding component, film component is for lashing logistics transportation part, and sliding component is for driving Film component is rotated around logistics transportation, and while film component is rotated around logistics transportation part, film component is complete At lashing processing to the winding of logistics transportation part;
The power device includes the first power output part, the second power output part and use for output power In receiving rotary force and rotary force be transferred to the power input unit of the first power output part, the second power output part Part, the first power output part, the second power output part and power input part are that rotation fortune can be done around respective axis Dynamic component, the first power output part are set in the connecting pin of lantern ring and handle body, the setting of the second power output part In the other end of lantern ring, power input part is set in handle body, the first power output part and the second power output portion The central axis of part is parallel to each other and disposes the central axis with power input part, the first power output part and second The central axis of power output part is each perpendicular to the central axis of lantern ring, the central axis and handle body of power input part Length direction it is parallel, the first power output part and the second power output part rotate synchronously common driving sliding component around The circumferential direction of lantern ring makes rotating motion;
The power device further includes the dynamic component being set in handle body, is set to lantern ring and handle body company First transmission parts at the place of connecing and the second transmission parts being set to inside lantern ring, the input terminal and power of the first transmission parts Input part connection, the output end of the first transmission parts are connect with the first power output part, at this point, power input part is to drive Dynamic component, the first power output part are slave unit;The input terminal of second transmission parts is connect with the first power output part, The output end of second transmission parts is connect with the second power output part, at this point, the first power output part is driving part, the Two power output parts are slave unit;
The dynamic component includes being set to the driving motor of close lantern ring one end in handle body, being set to handle sheet The control panel for deviating from the power supply of lantern ring one end in vivo and being set between driving motor power supply, between power supply and control panel For electrical connection, it is electrically connected between control panel and driving motor, is electricity between control panel and switch one and switch two Connection, the main shaft of driving motor is along the length direction arrangement of handle body and the output end and power input part of driving motor Connection, driving motor generate the rotary force for rotating power input part, and power input part will be driven by the first transmission parts The rotary force that dynamic motor generates is transferred to the first power output part, and the first power output part will be moved by the second transmission parts Power is transferred to the second power output part;
The power input part is helical gear one, and helical gear one is fixedly installed on the main shaft of driving motor, first Transmission parts are gear transmission part, the first transmission parts be rotatably dispose in power input part and the first power output part it Between, the first transmission parts are gear transmission part comprising the helical gear two that engages with helical gear one is coaxially set with helical gear two The first gear set and rotated synchronously, the first power output part include the second tooth that is coaxially arranged up and down and rotating synchronously Wheel and third gear, second gear are located at the lower section of third gear, second gear engaged with first gear and by power by First transmission parts are transferred to the second transmission parts, and third wheel and rack engages and for transmitting the first transmission parts Power is transferred to sliding component and sliding component is driven to make rotating motion around the circumferential direction of lantern ring;
Second transmission parts are gear belt wheel mixed synchronization transmission mechanism comprising the 4th tooth engaged with second gear Wheel, it is coaxially arranged with the 4th gear and synchronous rotation driving pulley, connect with the second power output part the 5th gear, Coaxially arranged and synchronous rotation the driven pulley with the 5th gear, driving pulley, driven pulley be located at the 4th gear, Below 5th gear, the belt for transmitting power, second driving section are provided between driving pulley and driven pulley Part further includes successively bypassing master along circumferentially several transition guide wheels between driving pulley and driven pulley, the belt of lantern ring Movable belt pulley, several transition guide wheels, driven pulley, several transition guide wheels finally constitute closed loop around to driving pulley, the Two power output parts include the 6th gear and the 7th gear that be coaxially arranged up and down and rotating synchronously, and the 6th gear is located at The lower section of 7th gear, the 7th wheel and rack engagement and the 6th gear is engaged with the 5th gear, the 7th gear is for by the The power of two transmission parts transmitting is transferred to sliding component and sliding component is driven to make rotating motion around the circumferential direction of lantern ring;
First gear, second gear, third gear, the 4th gear, the 5th gear, the 6th gear and the 7th tooth Wheel is straight spur gear, and helical gear one and helical gear two are helical gears, and the diameter of helical gear two is greater than helical teeth The diameter of wheel one, the diameter of helical gear two are greater than the diameter of first gear, second gear, third gear, the 4th gear, the 5th tooth The diameter of wheel, the 6th gear and the 7th gear is equal and is greater than the diameter of first gear, driving pulley and driven pulley Diameter it is equal;
The power device further includes being rotatably dispose in inside lantern ring and being located at third gear and the 7th gear along set The transition gear of the circumferentially intermediate position of ring, the first power output part replaces with the second power output part carries out sliding component Driving simultaneously carries out rack gear by the first power output part, the second power output part when racks turn is to indentation, there H Driving carries out driving to rack gear to transit to the first power defeated by the first power output part or the second power output part are independent During component and the second power output part simultaneously drive rack gear out, transition gear is meshed with rack gear;
S3: the sliding component includes the arc-shaped rack to match with circular groove and the teeth face outwards of rack gear Arrangement, rack gear lower end surface are provided with the sliding slot for covering entire rack gear, and the sliding component further includes being set to groove slot bottom Sliding rail, sliding slot and sliding rail circumferentially constitute slide-and-guide cooperation along lantern ring, and the perimeter of the rack gear is greater than arc surface where the H of vacancy Perimeter, rack gear connect with power device and by power device supply power-conversion at itself around logistics transportation progress The rotary force of rotation;
The film component is set to the medium position of upper end of the rack face circumferentially, and the rotation of sliding component will drive glue The synchronous rotation of component is rolled up, the film component includes the column for being vertically arranged at upper end of the rack face, is coaxially arranged on column There is film and film can be provided with roller component around the axial rotation setting of column between the column and film, it is described Roller component includes the sleeve of vertical arrangement and coaxial sleeve outside column, and sleeve can make rotating motion around column, institute It states and is provided with lubricating grease between column and sleeve, the lower end of the sleeve is fixedly installed the second position-arresting disk, the sleeve Upper end sliding be provided with the first position-arresting disk, the first position-arresting disk and sleeve along sleeve axis direction constitute slide-and-guide cooperation, Damping layer is provided between first position-arresting disk and sleeve, when operating personnel carries out packaging to logistics transportation part and lashes, by glue The open end of volume is bonded on logistics transportation part, is started switch, and power device drive rack rotates and sliding slot is sliding along sliding rail Dynamic, the film being set on rack gear is rotated around logistics transportation part, and film is completed to transport logistics in the course of rotation The packaging of defeated part lashes processing, and in the process, film is rotated around the axis of column, the column be located at film and rack gear it Between coaxial sleeve be equipped with limited block, the contact area of limited block and film is less than the cross-sectional area of film, and the column is located at glue The top coaxial sleeve of volume is equipped with limit plate, and limit plate is scurried out for limiting film from the upper end of the column;
The limit plate is arranged to float up and down, the upper end of the rack face be additionally provided with the stud arranged vertically and Stud and column spacing arrange that the both ends of the limit plate along its length are respectively the end M, N-terminal, the end the M coaxial sleeve of limit plate On column, the N-terminal coaxial sleeve of limit plate be set to stud on, the stud is located at the N-terminal of limit plate and the upper surface of rack gear Between coaxial sleeve be equipped with baffle, the stud is located between the N-terminal and baffle of limit plate coaxial sleeve equipped with spring one, spring one Elastic force is directed toward the N-terminal of limit plate by the upper surface of rack gear always, and the top of the stud is provided with matched adjusting spiral shell Mother, the stud are located at coaxial sleeve between the N-terminal and adjusting nut of limit plate and are equipped with spring two, and the elastic force of spring two is always by adjusting Save the N-terminal that nut is directed toward limit plate, when adjusting nut is fixed, the height of limit plate by spring one and spring two jointly constraint and Spring one is equal with the elastic force of spring two, and when using the film of the larger model of width, adjusting nut is revolved upwards along stud Turn, the elastic force of spring two reduces, at this point, the elastic force of spring one is greater than the elastic force of spring two, spring one overcomes the elastic force of spring two Limit plate is pushed up along stud, until spring one and the elastic force of spring two balance again, when use width is compared with ting model Film when, adjusting nut is rotated down along stud, the elastic force of spring two increases, at this point, the elastic force of spring one is less than bullet The elastic force of spring two, spring two overcome the elastic force of spring one to push down on limit plate along stud, until spring one and spring two Elastic force balance again.
The beneficial effect of the present invention compared with prior art is of simple structure and low cost, easy to use and can It is widely used in small and medium-sized manufacturing enterprises.
Detailed description of the invention
In order to illustrate the embodiments of the present invention more clearly, attached drawing needed in the embodiment will be done simply below It introduces, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill people For member, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of working condition of the present invention.
Fig. 2 is the structural schematic diagram of working condition of the present invention.
Fig. 3 is the structural schematic diagram of sleeve joint device.
Fig. 4 is the schematic diagram of internal structure of sleeve joint device hand-held part.
Fig. 5 is the schematic diagram of internal structure of sleeve joint device.
Fig. 6 is the partial structural diagram of power device.
Fig. 7 is the structural schematic diagram of power part.
Fig. 8 is the structural schematic diagram of the first transmission parts.
Fig. 9 is the connection figure of power input part and the first power output part.
Figure 10 is the structural schematic diagram of the second transmission parts.
Figure 11 is the connection figure of the first power output part and the second power output part.
Figure 12 is power output part and the connection figure for lashing device.
Figure 13 is the structural schematic diagram of transition gear.
Figure 14 is the partial structural diagram for lashing device.
Figure 15 is the partial structural diagram for lashing device.
Figure 16 is the partial structural diagram for lashing device.
Figure 17 is the structural schematic diagram of film component.
Figure 18 is the structural schematic diagram of roller component.
It is denoted as in figure:
100, sleeve joint device;110, hand-held part;111, rectangle lid;112a, handle one;112b, handle two;113a, it opens Guan Yi;113b, switch two;120, socket part;121, lantern ring;122, groove;
200, power device;210, power part;211, driving motor;212, power supply;213, control panel;220, power Input part;230, the first transmission parts;231, helical gear two;232, first gear;240, the first power output part;241, Second gear;242, third gear;250, the second transmission parts;251, the 4th gear;252, driving pulley;253, the 5th tooth Wheel;254, driven pulley;255, belt;256, transition guide wheel;260, the second power output part;261, the 6th gear;262, 7th gear;270, transition gear;
300, device is lashed;310, sliding component;311, rack gear;312, sliding rail;313, sliding slot;320, film component; 321, column;322, film;323, limited block;234, limit plate;325, stud;326, spring one;327, spring two;328, it adjusts Save nut;330, roller component;331, sleeve;332, the first position-arresting disk;333, the second position-arresting disk;
500, logistics transportation part.
Specific embodiment
With reference to the attached drawing in the embodiment of the present invention, technical solution in the embodiment of the present invention carries out clear, complete Ground description, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole embodiments.Based on this hair Embodiment in bright, those skilled in the art without making creative work, every other embodiment obtained, Belong to the scope of the present invention.
Fig. 1-18 is participated in, applied to the packaging facilities that logistics transportation part is tied up, including for being socketed logistics transportation part 500 Sleeve joint device 100, for complete socket logistics transportation part 500 carry out packaging lash lash device 300 and for driving The dynamic device 300 that lashes carries out logistics transportation part 500 to pack the power device 200 lashed, and the device 300 that lashes is set to The outside of sleeve joint device 100, the power device 200 is set to the inside of sleeve joint device 100 and power output end extends It is connect to the outside of sleeve joint device 100 with the power intake for lashing device 300.
Referring to Fig. 3, the sleeve joint device 100 includes hand-held part 110 and socket part 120, and hand-held part 110 is used for user Gripping, socket part 120 for being socketed logistics transportation part 500, hand-held part 110 fixes as one and lashes with socket part 120 Device 300 is rotatably dispose on socket part 120, and user is in use, both hands hold hand-held part 110 and by logistics transportation part 500 Be socketed in socket part 120, by power device 200 driving lash device 300 to logistics transportation part 500 carry out packaging lash Reason.
Specifically, the hand-held part 110 include handle body, handle body by arrangement symmetrical above and below rectangle lid 111 are composed, and for the ease of the dismounting of handle body, it is closed that the rectangle lid 111 of arrangement symmetrical above and below is arranged to clamp-close type Cooperation, positioned at the upper surface of upside rectangle lid 111 be provided with switch and switch for control power device 200 to lash dress 300 driving process is set, the socket part 120 includes the lantern ring 121 for being arranged to hollow structure, and lantern ring 121 is circumferentially arranged There are the notch H for being socketed logistics transportation part 500, the outside of lantern ring 121 radially and the one end of handle body along its length It is fixedly connected and junction is close to notch H, 121 upper surface of lantern ring is coaxially arranged with the arc-shaped recessed of the entire lantern ring 121 of covering Slot 122 lashes device 300 and is rotatably dispose on groove 122, and operating personnel transports logistics in use, hands grasping handle body Defeated part 500 is inserted in socket part 120 by notch H and is in logistics transportation part 500 at the center of lantern ring 121, starts at this time Switch, power device 200 is by power transmission to lashing device 300 and drive that lash device 300 same around circular groove 122 Axis rotation lashes device 300 around the external rotation of logistics transportation part 500 and to logistics transportation part 500 in the process It carries out packaging and lashes processing, when socket part 120 is socketed, being located at logistics transportation part 500 at the center of lantern ring 121 is to control It lashes device 300 and keeps appropriately distance with logistics transportation part 500 always during rotation, it is right in order to lash device 300 Logistics transportation part 500, which steadily pack, lashes processing.
As the scheme that the present invention more optimizes, for the ease of the gripping of operating personnel, it is preferred that the handle body Outside, which is symmetrically arranged, handle, and handle includes one 112a of handle on the left of the handle body and to be located at handle body right Two 112b of handle of side, when lashing operation, one 112a of operating personnel's left hand grip handle, two 112b of right hand gripping handles, by object Stream transportation 500 is sheathed at 120 center of socket part, is carried out packaging to logistics transportation part 500 and is lashed, takes this programme, operation The cooperation of personnel's both hands, can guarantee the stability of handle body, and logistics transportation part 500 is made to be in the center of socket part 120 always Place, in order to lash device 300 can continuous-stable to logistics transportation part carry out packaging lash processing.
The scheme more perfect as the present invention, for the ease of the manipulation of operating personnel, it is preferred that the switch includes opening Two 113b of a 113a and switch is closed, one 113a of switch is set on one 112a of handle, two 113b of switch is set to handle two On 112b, and one 113a of switch and two 113b of switch are capable of the starting and closing of independent control power device 200, take we Case, operating personnel can arbitrarily select to grasp power device 200 by left hand or the right hand according to the operating habit of itself Control, not only adds the manipulation enjoyment of operating personnel, but also improve the user experience of operating personnel.
Referring to Fig. 3, Figure 14-18, the described device 300 that lashes includes sliding component 310 and is set to sliding component 310 On film component 320, film component 320 is for lashing logistics transportation part 500, and sliding component 310 is for driving glue Component 320 is rolled up to rotate around logistics transportation 500, while film component 320 is rotated around logistics transportation part 500, Film component 320, which is completed, lashes processing to the winding of logistics transportation part 500.
The sliding component 310 includes the arc-shaped rack 311 to match with circular groove 122 and rack gear 311 Teeth face outwards arrangement, 311 lower end surface of rack gear is provided with the sliding slot 313 for covering entire rack gear 311, the sliding component 310 It further include the sliding rail 312 for being set to 122 slot bottom of groove, sliding slot 313 is matched with sliding rail 312 along the circumferential slide-and-guide that constitutes of lantern ring 121 It closes, in order to ensure sliding slot 313 can be continuously slipping around vacancy H along sliding rail 312, the perimeter of the rack gear 311 is greater than sky The perimeter of arc surface, the power-conversion that rack gear 311 connect with power device 200 and supplies power device 200 where lacking place H The rotary force that logistics transportation 500 is rotated is surrounded at itself.
Referring to Figure 14,16,17, the film component 320 is set to the medium position of 311 upper surface of rack gear circumferentially, The rotation of sliding component 310 will drive the synchronous rotation of film component 320, and the film component 320 includes being vertically arranged at The column 321 of 311 upper surface of rack gear, coaxial sleeve is equipped with film 322 on column 321 and film 322 can be around the axis of column 321 To rotation be arranged, operating personnel to logistics transportation part 500 carry out packaging lash when, the open end of film 322 is bonded in logistics In transportation 500, starting switch, 200 drive rack 311 of power device rotates and sliding slot 313 is slided along sliding rail 312, if The film 322 being placed on rack gear 311 is rotated around logistics transportation part 500, and the completion pair of film 322 in the course of rotation The packaging of logistics transportation part 500 lashes processing, and in the process, film 322 is rotated around the axis of column 321, in order to reduce When film 322 rotates and the frictional force of 311 upper surface of rack gear, the column 321 are coaxial between film 322 and rack gear 311 It is arranged with limited block 323, limited block 323 is less than the cross-sectional area of film 322 with the contact area of film 322, by adding Limited block 323 to generate interval spatially between 311 upper surface of film 322 and rack gear, enables film 322 more freely Around column 321 rotate simultaneously ensure that logistics transportation part 500 pack lash efficiency;Film 322 is around vertical in order to prevent In 321 rotation process of column, cause film 322 from column 321 since column 321 generates spiral lift straight up to film 322 Upper end is scurried out, for this purpose, the top coaxial sleeve that the column 321 is located at film 322 is equipped with limit plate 324, limit plate 324 is for limiting Glue volume 322 is scurried out from 321 upper end of column, ensure that film 322 packs the reliability lashed to logistics transportation part 500.
Referring to Figure 17, in order to adapt to the film 322 of different in width model, the limit plate 324 be arranged to can on float downward Dynamic, 311 upper surface of rack gear is additionally provided with the stud 325 arranged vertically and stud 325 and 321 spacing of column are arranged, institute State that limit plate 324 is the plate body for being bent into Z-type structure and both ends along its length are respectively the end M, N-terminal, limit plate 324 The end M coaxial sleeve is set on column 321, the N-terminal coaxial sleeve of limit plate 324 is set on stud 325, and the stud 325 is located at limit Coaxial sleeve is equipped with spring 1 between the N-terminal of plate 324 and the upper surface of rack gear 311, and the elastic force of spring 1 is always by rack gear The N-terminal of limit plate 324 is directed toward in 311 upper surface, and the top of the stud 325 is provided with matched adjusting nut 328, The stud 325 is located at coaxial sleeve between the N-terminal and adjusting nut 328 of limit plate 324 and is equipped with spring 2 327, spring 2 327 Elastic force is directed toward the N-terminal of limit plate 324 by adjusting nut 328 always, and when adjusting nut 328 is fixed, the height of limit plate 324 is by bullet Spring 1 constrains jointly with spring 2 327 and spring 1 is equal with the elastic force of spring 2 327, when relatively large using width Number film 322 when, adjusting nut 328 is rotated upwards along stud 325, the elastic force of spring 2 327 reduces, at this point, spring One 326 elastic force is greater than the elastic force of spring 2 327, and spring 1 overcomes the elastic force of spring 2 327 by limit plate 324 along spiral shell Column 325 pushes up, until spring 1 and the elastic force of spring 2 327 balance again, when the film using width compared with ting model When 322, adjusting nut 328 is rotated down along stud 325, the elastic force of spring 2 327 increases, at this point, the bullet of spring 1 Power is less than the elastic force of spring 2 327, and spring 2 327 overcomes the elastic force of spring 1 that limit plate 324 is downward along stud 325 It pushes, until spring 1 and the elastic force of spring 2 327 balance again, takes this programme, controlled and limited by adjusting nut 328 Position plate 324 floats up and down, to adapt to the film 322 of different in width model.
Referring to Figure 17, as the scheme that the present invention more optimizes, adjusting nut 328 is in adjustment process repeatedly, spring one The upper surface of 326 pairs of rack gears 311 causes to damage, for this purpose, the stud 325 be located at spring 1 and rack gear 311 upper surface it Between coaxial sleeve be equipped with baffle, the setting of baffle avoids the contact of spring 1 with rack gear 311, takes this programme not only structure Simply, low in cost, and the upper surface of one 326 pairs of rack gears 311 of spring can effectively be avoided to cause to damage.
Referring to Figure 18, the scheme more perfect as the present invention, in order to guarantee that film 322 can be steady around column 321 Rotation, for this purpose, being provided with roller component 330 between the column 321 and film 322, the roller component 330 includes vertical cloth Set and coaxial sleeve be set to column 321 outside sleeve 331, sleeve 331 can make rotating motion around column 321, in order to reduce Sleeve 331 and frictional force of the column 321 in relative rotational motion, are provided with lubrication between the column 321 and sleeve 331 The outer cover of rouge, the sleeve 331 is equipped with film 322, in order to enable film 322 to 500 continuous and stable packet of logistics transportation part Dress lashes, and the lower end of the sleeve 331 is fixedly installed the second position-arresting disk 333, in order to adapt to the film of different in width model 322, the upper end sliding of the sleeve 331 is provided with the first position-arresting disk 332, and the first position-arresting disk 332 is with sleeve 331 along sleeve 331 axis direction constitutes slide-and-guide cooperation, in order to make the first position-arresting disk 332 along any in 331 sliding process of sleeve Position is fixed, and is provided with damping layer (not shown) between first position-arresting disk 332 and sleeve 331, is taken this programme, is stood Roller component 330 is provided between column 321 and film 322, its significance lies in that, on the one hand guarantee that film 322 can be around column 321 smooth rotations, on the other hand the setting of the first position-arresting disk 332 and the second position-arresting disk 333 is to 322 shape of film during lashing At constraint, avoid film 322 crumple and itself bonding phenomenon, it is ensured that lashing to the packaging of logistics transportation part 500 can It is carried out continuously.
Referring to Fig. 5-12, the power device 200 include for output power the first power output part 240, Two power output parts 260 and for receiving rotary force and rotary force is transferred to the first power output part 240, second moving The power input part 220 of power output block 260, the first power output part 240, the second power output part 260 and dynamic Power input part 220 is the component that can be made rotating motion around respective axis, and the first power output part 240 is set to lantern ring 121 in the connecting pin of handle body, and the second power output part 260 is set to the other end of lantern ring 121, power input part 220 are set in handle body, and the central axis of the first power output part 240 and the second power output part 260 is mutually flat Row and the central axis for being each perpendicular to power input part 220, the first power output part 240 and the second power output part 260 central axis is each perpendicular to the central axis of lantern ring 121, the central axis of power input part 220 and handle body Length direction is parallel, and the first power output part 240 and the second power output part 260 rotate synchronously common driving sliding component 310 make rotating motion around the circumferential direction of lantern ring 121, particularly important, and the perimeter on 311 circumferencial direction of rack gear is greater than the first power The length being spaced in a circumferential direction between output block 240, the second power output part 260 need to guarantee that power device 200 mentions The power of confession continues to be transmitted to rack gear 311.
Referring to attached drawing 5,6, the power device 200 further includes the dynamic component 210 being set in handle body, setting The first transmission parts 230 in lantern ring 121 Yu handle body junction and the second transmission parts for being set to inside lantern ring 121 250, the input terminal of the first transmission parts 230 is connect with power input part 220, the output end of the first transmission parts 230 and One power output part 240 connection, at this point, power input part 220 be driving part, the first power output part 240 for from Dynamic component;The input terminal of second transmission parts 250 is connect with the first power output part 240, the output of the second transmission parts 250 End is connect with the second power output part 260, at this point, the first power output part 240 is driving part, the second power output portion Part 260 is slave unit.
Specifically, the dynamic component 210 includes the driving motor being set in handle body close to 121 one end of lantern ring 211, it is set to the power supply 212 for deviating from 121 one end of lantern ring in handle body and is set between 211 power supply 212 of driving motor Control panel 213 be between control panel 213 and driving motor 211 to be electrically connected between power supply 212 and control panel 213 Electrical connection, is to be electrically connected between control panel 213 and two 113b of one 113a of switch and switch, the main shaft of driving motor 211 Along the length direction arrangement of handle body and the output end of driving motor 211 is connect with power input part 220, driving motor 211 generate the rotary force for rotating power input part 220, and power input part 220 will driving by the first transmission parts 230 The rotary force that motor 211 generates is transferred to the first power output part 240, and the first power output part 240 passes through the second transmission Power is transferred to the second power output part 260 by component 250.
Referring to Fig. 8-9, due to the main-shaft axis direction of driving motor 211 and the central axis of the first power output part 240 Line direction is mutually perpendicular to, and in order to change the direction of transfer of power, the power input part 220 is helical gear one, helical gear One is fixedly installed on the main shaft of driving motor 211, and the first transmission parts 230 are gear transmission part, the first transmission parts 230 It is rotatably dispose between power input part 220 and the first power output part 240, the first transmission parts 230 are in transmission process In play the role of deceleration, promoted torsion, in the present embodiment, the first transmission parts 230 be gear transmission part comprising with The first gear 232 that the helical gear 2 231 and helical gear 2 231 that helical gear one engages are coaxially disposed and rotate synchronously, first Power output part 240 includes coaxially arranged up and down and the second gear 241 and third gear 242 of synchronous rotation, and second Gear 241 is located at the lower section of third gear 242, and second gear 241 is engaged with first gear 232 and by power by the first transmission Component 230 is transferred to the second transmission parts 250, and third gear 242 is engaged with rack gear 311 and is used for the first transmission parts The power of 230 transmitting is transferred to sliding component 310 and sliding component 310 is driven to make rotating motion around the circumferential direction of lantern ring 121.
In the present embodiment, the second transmission parts 250 are gear belt wheel mixed synchronization transmission mechanism comprising with second gear 4th gear 251 of 241 engagements, and the driving pulley 252 that rotates synchronously coaxially arranged with the 4th gear 251 and second are dynamic 5th gear 253 of the connection of power output block 260, coaxially arranged and synchronous rotation the driven pulley with the 5th gear 253 254, driving pulley 252, driven pulley 254 are located at the 4th gear 251, the lower section of the 5th gear 253, driving pulley 252 with The belt 255 for transmitting power is provided between driven pulley 254, since lantern ring 121 is hollow arc-shaped structure, in order to keep away Exempt from the friction between the opposite strap surface up and down of belt 255, second transmission parts 250 further include the week along lantern ring 121 To several transition guide wheels 256 being arranged between driving pulley 252 and driven pulley 254, belt 255 successively bypasses driving pulley 252, several transition guide wheels 256, driven pulley 254, several transition guide wheels 256 finally constitute closure around to driving pulley 252 and follow Loop back path, the second power output part 260 include the 6th gear 261 and the 7th tooth that be coaxially arranged up and down and rotating synchronously Wheel 262, the 6th gear 261 is located at the lower section of the 7th gear 262, and the 7th gear 262 is engaged with rack gear 311 and the 6th gear 261 engage with the 5th gear 253, and the 7th gear 262 is used to the power that the second transmission parts 260 transmit being transferred to sliding component 310 and sliding component 310 is driven to make rotating motion around the circumferential direction of lantern ring 121.
Preferably, Fig. 8-11, the first gear 232, second gear 241, third gear 242, the 4th gear are participated in 251, the 5th gear 253, the 6th gear 261 and the 7th gear 262 are straight spur gear, helical gear one and helical gear two 231 be helical gears, and the diameter of helical gear 2 231 is greater than the diameter of helical gear one, and the diameter of helical gear 2 231 is greater than The diameter of first gear 232, second gear 241, third gear 242, the 4th gear 251, the 5th gear 253, the 6th gear 261 And the 7th the diameter of gear 262 be equal and be greater than the diameter of first gear 232, driving pulley 252 and driven pulley 254 Diameter it is equal.
Referring to Figure 11, as the scheme that the present invention more optimizes, the first power output part 240 and the second power output portion Part 260 alternately drives sliding component 310, when rack gear 311 turns to indentation, there H, by the first power output part 240, the second power output part 260 simultaneously drives rack gear 311, moves by the first power output part 240 or the second Power output block 260 independently carries out driving to rack gear 311 and transits to the first power output part 240 and the second power output part During 260 simultaneously drive rack gear 311, prevent the circular runout due to gear from causing transition engagement failure, The power device 200 further includes being rotatably dispose in 121 inside of lantern ring and being located at third gear 242 and the 7th gear 262 Transition gear 270 along the circumferentially intermediate position of lantern ring 121, transition gear 270 are meshed with rack gear 311, ensure that power device 200 reliability.
The enlacement packaging method of logistics transportation part, step are:
(1) it is socketed the stage:
S1: sleeve joint device 100 is sheathed on the outside of logistics transportation part 500, and the sleeve joint device 100 includes hand-held part 110 and socket part 120, hand-held part 110, for being socketed logistics transportation part 500, is held for the gripping of user, socket part 120 Portion 110 and socket part 120, which fix as one and lash device 300, to be rotatably dispose on socket part 120, and user is in use, double It is hand-tight to hold hand-held part 110 and logistics transportation part 500 is socketed in socket part 120, device is lashed by the driving of power device 200 300 pairs of logistics transportation parts 500 carry out packaging and lash processing;
The hand-held part 110 include handle body, handle body by arrangement symmetrical above and below rectangle lid 111 combination and At the rectangle lid 111 of arrangement symmetrical above and below is arranged to clamp-close type close fit, positioned at the upper surface of upside rectangle lid 111 Be provided with switch and switch for controlling power device 200 to the driving process for lashing device 300, the handle body it is outer Portion, which is symmetrically arranged, handle, and handle includes being located at one 112a of handle on the left of handle body and being located on the right side of handle body Handle two 112b, the switch includes two 113b of one 113a of switch and switch, and one 113a of switch is set to one 112a of handle Upper, two 113b of switch is set on two 112b of handle, and one 113a of switch and two 113b of switch being capable of independent control power dress Set 200 starting and closing;
The socket part 120 includes the lantern ring 121 for being arranged to hollow structure, and lantern ring 121 is circumferentially arranged to be had for covering The notch H of logistics transportation part 500 is met, the outside of lantern ring 121 radially is fixedly connected with the one end of handle body along its length And junction, close to notch H, 121 upper surface of lantern ring is coaxially arranged with the circular groove 122 for covering entire lantern ring 121, pricks Bundled to set 300 and be rotatably dispose on groove 122, when lashing operation, one 112a of operating personnel's left hand grip handle, the right hand hold hand Logistics transportation part 500 is inserted in socket part 120 by notch H and logistics transportation part 500 is made to be in lantern ring 121 by two 112b of handle Center at, turn on the switch two 113b of a 113a or switch at this time, power device 200 is by power transmission to lashing device 300 And driving lashes device 300 and rotates coaxially around circular groove 122, in the process, lashes device 300 around logistics The outside of transportation 500, which rotates and carries out packaging to logistics transportation part 500, lashes processing;
(2) stage is lashed:
S2: power device 200 drives the logistics transportation part 500 for lashing 300 pairs of device socket completions to carry out packaging and lashes place Reason, the outside for lashing device 300 and being set to sleeve joint device 100, the power device 200 are set to sleeve joint device The outside that 100 inside and power output end extend to sleeve joint device 100 is connect with the power intake for lashing device 300, The film component 320 for lashing device 300 and including sliding component 310 and being set on sliding component 310, film component 320 for lashing logistics transportation part 500, and sliding component 310 is for driving film component 320 around logistics transportation 500 rotations, while film component 320 is rotated around logistics transportation part 500, film component 320 is completed to logistics The winding of transportation 500 lashes processing;
The power device 200 includes the first power output part 240 for output power, the second power output portion Part 260 and for receiving rotary force and rotary force being transferred to the first power output part 240, the second power output part 260 power input part 220, the first power output part 240, the second power output part 260 and power input part 220 be the component that can be made rotating motion around respective axis, and the first power output part 240 is set to lantern ring 121 and handle sheet In the connecting pin of body, the second power output part 260 is set to the other end of lantern ring 121, and power input part 220 is set to hand In handle ontology, the central axis of the first power output part 240 and the second power output part 260 is parallel to each other and disposes With the central axis of power input part 220, the central axis of the first power output part 240 and the second power output part 260 Line is each perpendicular to the central axis of lantern ring 121, and the central axis of power input part 220 and the length direction of handle body are flat Row, the first power output part 240 and the second power output part 260 rotate synchronously common driving sliding component 310 around set The circumferential direction of ring 121 makes rotating motion;
The power device 200 further include the dynamic component 210 being set in handle body, be set to lantern ring 121 with First transmission parts 230 of handle body junction and the second transmission parts 250 being set to inside lantern ring 121, first passes The input terminal of dynamic component 230 is connect with power input part 220, the output end and the first power output of the first transmission parts 230 Component 240 connects, at this point, power input part 220 is driving part, the first power output part 240 is slave unit;Second The input terminal of transmission parts 250 is connect with the first power output part 240, and the output end of the second transmission parts 250 and second moves Power output block 260 connect, at this point, the first power output part 240 be driving part, the second power output part 260 for from Dynamic component;
The dynamic component 210 includes being set to the driving motor 211 of close 121 one end of lantern ring in handle body, setting The control for deviating from the power supply 212 of 121 one end of lantern ring and being set between 211 power supply 212 of driving motor is placed in handle body Battery plate 213 is electrically connected between power supply 212 and control panel 213, is electrically connected between control panel 213 and driving motor 211 It connects, is to be electrically connected between control panel 213 and two 113b of one 113a of switch and switch, the main shaft of driving motor 211 is along hand The length direction of handle ontology is arranged and the output end of driving motor 211 is connect with power input part 220, driving motor 211 The rotary force for rotating power input part 220 is generated, power input part 220 will driving electricity by the first transmission parts 230 The rotary force that machine 211 generates is transferred to the first power output part 240, and the first power output part 240 passes through the second driving section Power is transferred to the second power output part 260 by part 250;
The power input part 220 is helical gear one, and helical gear one is fixedly installed on the main shaft of driving motor 211 On, the first transmission parts 230 are gear transmission part, and the first transmission parts 230 are rotatably dispose in power input part 220 and the Between one power output part 240, the first transmission parts 230 are gear transmission part comprising are engaged with helical gear one oblique Gear 2 231, the first gear 232 for being coaxially disposed and rotating synchronously with helical gear 2 231, the first power output part 240 It is located at third including second gear 241 that is coaxially arranged up and down and rotating synchronously and third gear 242, second gear 241 The lower section of gear 242, second gear 241 engage with first gear 232 and power are transferred to by the first transmission parts 230 Two transmission parts 250, third gear 242 is engaged with rack gear 311 and the power for transmitting the first transmission parts 230 transmits To sliding component 310 and sliding component 310 is driven to make rotating motion around the circumferential direction of lantern ring 121;
Second transmission parts 250 are gear belt wheel mixed synchronization transmission mechanism comprising the engaged with second gear 241 Four gears 251, and the driving pulley 252 that rotates synchronously coaxially arranged with the 4th gear 251 and the second power output part 5th gear 253 of 260 connections, coaxially arranged and synchronous rotation the driven pulley 254 with the 5th gear 253, main belt Wheel 252, driven pulley 254 are located at the 4th gear 251,253 lower section of the 5th gear, driving pulley 252 and driven pulley 254 Between be provided with belt 255 for transmitting power, second transmission parts 250 further include the circumferential cloth along lantern ring 121 Several transition guide wheels 256 being placed between driving pulley 252 and driven pulley 254, belt 255 successively around driving pulley 252, Several transition guide wheels 256, driven pulley 254, several transition guide wheels 256 finally constitute closed circulation around to driving pulley 252 and return Road, the second power output part 260 include the 6th gear 261 and the 7th gear that be coaxially arranged up and down and rotating synchronously 262, the 6th gear 261 is located at the lower section of the 7th gear 262, and the 7th gear 262 is engaged with rack gear 311 and the 6th gear 261 It is engaged with the 5th gear 253, the 7th gear 262 is used to the power that the second transmission parts 260 transmit being transferred to sliding component 310 And sliding component 310 is driven to make rotating motion around the circumferential direction of lantern ring 121;
The first gear 232, second gear 241, third gear 242, the 4th gear 251, the 5th gear 253, Six gears 261 and the 7th gear 262 are straight spur gear, and helical gear one and helical gear 2 231 are helical teeth Cylinder Gear Wheel, the diameter of helical gear 2 231 are greater than the diameter of helical gear one, and the diameter of helical gear 2 231 is greater than the straight of first gear 232 Diameter, second gear 241, third gear 242, the 4th gear 251, the 5th gear 253, the 6th gear 261 and the 7th gear 262 Diameter be equal and be greater than the diameter of first gear 232, driving pulley 252 is equal with the diameter of driven pulley 254;
The power device 200 further includes being rotatably dispose in 121 inside of lantern ring and being located at third gear 242 and the 7th Transition gear 270 of the gear 262 along the circumferentially intermediate position of lantern ring 121, the first power output part 240 and the second power output portion Part 260 alternately drives sliding component 310, when rack gear 311 turns to indentation, there H, by the first power output part 240, the second power output part 260 simultaneously drives rack gear 311, moves by the first power output part 240 or the second Power output block 260 independently carries out driving to rack gear 311 and transits to the first power output part 240 and the second power output part During 260 simultaneously drive rack gear 311, transition gear 270 is meshed with rack gear 311;
S3: the sliding component 310 includes the arc-shaped rack 311 to match with circular groove 122 and rack gear 311 teeth face outwards arrangement, 311 lower end surface of rack gear is provided with the sliding slot 313 for covering entire rack gear 311, the sliding component 310 further include the sliding rail 312 for being set to 122 slot bottom of groove, sliding slot 313 and sliding rail 312 along the circumferential composition slide-and-guide of lantern ring 121 Cooperation, the perimeter of arc surface, rack gear 311 are connect simultaneously with power device 200 where the perimeter of the rack gear 311 is greater than vacancy H And the power-conversion that power device 200 is supplied is surrounded into the rotary force that logistics transportation 500 rotates at itself;
The film component 320 is set to the medium position of 311 upper surface of rack gear circumferentially, and sliding component 310 turns The dynamic synchronous rotation that will drive film component 320, the film component 320 include being vertically arranged at 311 upper surface of rack gear Column 321, coaxial sleeve is equipped with film 322 on column 321 and film 322 can be described around the axial rotation setting of column 321 Roller component 330 is provided between column 321 and film 322, the roller component 330 includes vertical arrangement and is coaxially arranged Sleeve 331 outside column 321, sleeve 331 can make rotating motion around column 321, the column 321 and sleeve 331 it Between be provided with lubricating grease, the lower end of the sleeve 331 is fixedly installed the second position-arresting disk 333, the upper end of the sleeve 331 Sliding is provided with the first position-arresting disk 332, and axis direction of first position-arresting disk 332 with sleeve 331 along sleeve 331 constitutes slide-and-guide Cooperation, is provided with damping layer, operating personnel wraps logistics transportation part 500 between first position-arresting disk 332 and sleeve 331 When dress lashes, the open end of film 322 is bonded on logistics transportation part 500, is started switch, 200 drive rack of power device 311 rotation and sliding slot 313 along sliding rail 312 slide, be set to the film 322 on rack gear 311 around logistics transportation part 500 Rotation, and the completion of film 322 lashes processing, in the process, glue to the packaging of logistics transportation part 500 in the course of rotation Volume 322 is rotated around the axis of column 321, and the column 321 coaxial sleeve between film 322 and rack gear 311 is equipped with limit The contact area of block 323, limited block 323 and film 322 is less than the cross-sectional area of film 322, and the column 321 is located at film 322 top coaxial sleeve is equipped with limit plate 324, and limit plate 324 is scurried out for limiting film 322 from 321 upper end of column;
The limit plate 324 is arranged to float up and down, and 311 upper surface of rack gear is additionally provided with the spiral shell arranged vertically Column 325 and stud 325 and 321 spacing of column arrange, the both ends of the limit plate 324 along its length are respectively the end M, N-terminal, The end the M coaxial sleeve of limit plate 324 is set on column 321, the N-terminal coaxial sleeve of limit plate 324 is set on stud 325, the stud 325, which are located at coaxial sleeve between the N-terminal of limit plate 324 and the upper surface of rack gear 311, is equipped with baffle, and the stud 325 is located at limit Coaxial sleeve is equipped with spring 1 between the N-terminal and baffle of plate 324, and the elastic force of spring 1 is always by the upper surface of rack gear 311 It is directed toward the N-terminal of limit plate 324, the top of the stud 325 is provided with matched adjusting nut 328, the stud 325 Between the N-terminal and adjusting nut 328 of limit plate 324 coaxial sleeve be equipped with spring 2 327, the elastic force of spring 2 327 always by Adjusting nut 328 is directed toward the N-terminal of limit plate 324, when adjusting nut 328 is fixed, the height of limit plate 324 by spring 1 with Spring 2 327 constrains jointly and spring 1 is equal with the elastic force of spring 2 327, when the film using the larger model of width When 322, adjusting nut 328 is rotated upwards along stud 325, the elastic force of spring 2 327 reduces, at this point, the bullet of spring 1 Power is greater than the elastic force of spring 2 327, and spring 1 overcomes the elastic force of spring 2 327 that limit plate 324 is upward along stud 325 It pushes, until spring 1 and the elastic force of spring 2 327 balance again, it, will when film 322 of the use width compared with ting model Adjusting nut 328 is rotated down along stud 325, and the elastic force of spring 2 327 increases, at this point, the elastic force of spring 1 is less than bullet The elastic force of spring 2 327, spring 2 327 overcome the elastic force of spring 1 to push down on limit plate 324 along stud 325, until Spring 1 and the elastic force of spring 2 327 balance again.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention; Various modifications to these embodiments will be readily apparent to those skilled in the art, defined in the present invention General Principle can be realized in other embodiments in the case where not departing from spirit or scope of the invention.Therefore, originally Invention will not be defined to the embodiments shown herein, and be to fit to and the principles and novel features disclosed herein Consistent widest scope.

Claims (1)

1. the enlacement packaging method of logistics transportation part, step are:
(1) it is socketed the stage:
S1: sleeve joint device is sheathed on the outside of logistics transportation part, and the sleeve joint device includes hand-held part and socket part, holds Portion is used to be socketed logistics transportation part for the gripping of user, socket part, and hand-held part and socket part fix as one and lash dress Set and be rotatably dispose on socket part, user in use, both hands hold hand-held part and logistics transportation part are socketed in socket part, By power device driving lash device to logistics transportation part carry out packaging lash processing;
The hand-held part includes handle body, and handle body is composed of the rectangle lid of arrangement symmetrical above and below, right up and down Claim the rectangle lid of arrangement to be arranged to clamp-close type close fit, is provided with positioned at the upper surface of upside rectangle lid and switchs and open It closes for controlling power device to the driving process for lashing device, the outside of the handle body is symmetrically arranged and has handle, Handle includes the handle one on the left of handle body and the handle two on the right side of handle body, and the switch includes switch One and switch two, switch one is set on handle one, switch two is set on handle two, and switch one and switch two can The starting and closing of independent control power device;
The socket part includes the lantern ring for being arranged to hollow structure, and lantern ring is circumferentially arranged to be had for being socketed logistics transportation part Notch H, the outside of lantern ring radially is fixedly connected with the one end of handle body along its length and junction is close to notch H, Lantern ring upper surface is coaxially arranged with the circular groove for covering entire lantern ring, lashes device and is rotatably dispose on groove, lashes work When industry, logistics transportation part is inserted in socket part simultaneously by notch H by operating personnel's left hand grip handle one, right hand gripping handles two And be in logistics transportation part at the center of lantern ring, turn on the switch one or switch two at this time, power device by power transmission extremely It lashes device and driving lashes device and rotates coaxially around circular groove, in the process, lash device around logistics The outside of transportation, which rotates and carries out packaging to logistics transportation part, lashes processing;
(2) stage is lashed:
S2: power device driving lash device to socket complete logistics transportation part carry out packaging lash processing, described lashes Device is set to the outside of sleeve joint device, and the power device is set to the inside of sleeve joint device and power output end extends It is connect to the outside of sleeve joint device with the power intake for lashing device, the device that lashes includes sliding component and setting In the film component on sliding component, film component is for lashing logistics transportation part, and sliding component is for driving film Component is rotated around logistics transportation, and while film component is rotated around logistics transportation part, film component is completed Processing is lashed to the winding of logistics transportation part;
The power device includes the first power output part for output power, the second power output part and for connecing The power input part of the first power output part, the second power output part is transferred to by rotary force and by rotary force, the One power output part, the second power output part and power input part are can be around the portion that respective axis makes rotating motion Part, the first power output part are set in the connecting pin of lantern ring and handle body, and the second power output part is set to lantern ring The other end, power input part is set in handle body, in the first power output part and the second power output part Mandrel line is parallel to each other and disposes the central axis with power input part, and the first power output part and the second power are defeated The central axis of component is each perpendicular to the central axis of lantern ring, the central axis of power input part and the length of handle body out Direction is parallel, and the first power output part and the second power output part rotate synchronously common driving sliding component around lantern ring Circumferentially make rotating motion;
The power device further includes the dynamic component being set in handle body, is set to lantern ring and handle body junction The first transmission parts and the second transmission parts for being set to inside lantern ring, the input terminal and power of the first transmission parts input Component connection, the output end of the first transmission parts are connect with the first power output part, at this point, power input part is driving portion Part, the first power output part are slave unit;The input terminal of second transmission parts is connect with the first power output part, and second The output end of transmission parts is connect with the second power output part, at this point, the first power output part is driving part, second moves Power output block is slave unit;
The dynamic component includes being set to the driving motor of close lantern ring one end in handle body, being set in handle body Power supply away from lantern ring one end and the control panel that is set between driving motor power supply are electricity between power supply and control panel Connection is electrically connected between control panel and driving motor, is to be electrically connected between control panel and switch one and switch two, The main shaft of driving motor is along the length direction arrangement of handle body and the output end of driving motor is connect with power input part, Driving motor generates the rotary force for rotating power input part, and power input part passes through the first transmission parts for driving motor The rotary force of generation is transferred to the first power output part, and the first power output part is transmitted power by the second transmission parts To the second power output part;
The power input part is helical gear one, and helical gear one is fixedly installed on the main shaft of driving motor, the first transmission Component is gear transmission part, and the first transmission parts are rotatably dispose between power input part and the first power output part, First transmission parts are gear transmission part comprising the helical gear two and helical gear two engaged with helical gear one is coaxially disposed And the first gear rotated synchronously, the first power output part include second gear that is coaxially arranged up and down and rotating synchronously And third gear, second gear are located at the lower section of third gear, second gear is engaged with first gear and by power by One transmission parts are transferred to the second transmission parts, and third wheel and rack is engaged and moved for transmit the first transmission parts Power is transferred to sliding component and sliding component is driven to make rotating motion around the circumferential direction of lantern ring;
Second transmission parts are gear belt wheel mixed synchronization transmission mechanism comprising the 4th gear that engage with second gear and 4th gear is coaxially arranged and the driving pulley rotated synchronously, the 5th gear and the connecting with the second power output part Five gears are coaxially arranged and the driven pulley of synchronous rotation, and driving pulley, driven pulley are located at the 4th gear, the 5th Below gear, the belt for transmitting power is provided between driving pulley and driven pulley, second transmission parts are also Main belt is successively bypassed including circumferentially several transition guide wheels between driving pulley and driven pulley, the belt along lantern ring Wheel, several transition guide wheels, driven pulley, several transition guide wheels finally constitute closed loop around to driving pulley, and second is dynamic Power output block includes the 6th gear and the 7th gear that be coaxially arranged up and down and rotating synchronously, and the 6th gear is located at the 7th The lower section of gear, the 7th wheel and rack engages and the 6th gear is engaged with the 5th gear, and the 7th gear is used to pass second The power of dynamic component transmitting is transferred to sliding component and sliding component is driven to make rotating motion around the circumferential direction of lantern ring;
The first gear, second gear, third gear, the 4th gear, the 5th gear, the 6th gear and the 7th gear are equal For straight spur gear, helical gear one and helical gear two are helical gears, and the diameter of helical gear two is greater than helical gear one Diameter, the diameter of helical gear two is greater than the diameter of first gear, second gear, third gear, the 4th gear, the 5th gear, The diameter of 6th gear and the 7th gear is equal and is greater than the diameter of first gear, driving pulley and driven pulley it is straight Diameter is equal;
The power device further includes being rotatably dispose in inside lantern ring and being located at third gear and the 7th gear along lantern ring week To the transition gear in middle position, the first power output part replaces with the second power output part drives sliding component It is dynamic, when racks turn is to indentation, there H, rack gear is driven simultaneously by the first power output part, the second power output part It is dynamic, the first power output is transitted to independently carrying out driving to rack gear by the first power output part or the second power output part During component and the second power output part simultaneously drive rack gear, transition gear is meshed with rack gear;
S3: the sliding component includes the teeth face outwards cloth of the arc-shaped rack to match with circular groove and rack gear It sets, rack gear lower end surface is provided with the sliding slot for covering entire rack gear, and the sliding component further includes the cunning for being set to groove slot bottom Rail, sliding slot and sliding rail circumferentially constitute slide-and-guide cooperation along lantern ring, arc surface where the perimeter of the rack gear is greater than vacancy H Perimeter, rack gear connect with power device and are turned the power-conversion of power device supply around logistics transportation at itself Dynamic rotary force;
The film component is set to the medium position of upper end of the rack face circumferentially, and the rotation of sliding component will drive film structure The synchronous rotation of part, the film component include the column for being vertically arranged at upper end of the rack face, and coaxial sleeve is equipped with glue on column It rolls up and film can be provided with roller component, the roller around the axial rotation setting of column between the column and film Component includes the sleeve of vertical arrangement and coaxial sleeve outside column, and sleeve can make rotating motion around column, described vertical Be provided with lubricating grease between column and sleeve, the lower end of the sleeve is fixedly installed the second position-arresting disk, the sleeve it is upper End sliding is provided with the first position-arresting disk, the first position-arresting disk and sleeve and constitutes slide-and-guide cooperation along the axis direction of sleeve, described Damping layer is provided between first position-arresting disk and sleeve, when operating personnel carries out packaging to logistics transportation part and lashes, by film Open end is bonded on logistics transportation part, is started switch, and power device drive rack rotates and sliding slot is slided along sliding rail, if The film being placed on rack gear is rotated around logistics transportation part, and film is completed to logistics transportation part in the course of rotation Packaging lashes processing, and in the process, film is rotated around the axis of column, and the column is coaxial between film and rack gear It is arranged with limited block, the contact area of limited block and film is less than the cross-sectional area of film, and the column is located at the upper of film Square coaxial sleeve is equipped with limit plate, and limit plate is scurried out for limiting film from the upper end of the column;
The limit plate is arranged to float up and down, and the upper end of the rack face is additionally provided with the stud arranged vertically and stud Arrange that the both ends of the limit plate along its length are respectively the end M, N-terminal, and the end the M coaxial sleeve of limit plate is set to column spacing On column, the N-terminal coaxial sleeve of limit plate be set to stud on, the stud is located between the N-terminal of limit plate and the upper surface of rack gear Coaxial sleeve is equipped with baffle, and the stud is located at coaxial sleeve between the N-terminal and baffle of limit plate and is equipped with spring one, the elastic force of spring one Always the N-terminal of limit plate is directed toward by the upper surface of rack gear, the top of the stud is provided with matched adjusting nut, institute It states stud and is located between the N-terminal and adjusting nut of limit plate coaxial sleeve and be equipped with spring two, the elastic force of spring two is always by adjusting spiral shell Mother is directed toward the N-terminal of limit plate, and when adjusting nut is fixed, the height of limit plate is by spring one and the common constraint of spring two and spring One is equal with the elastic force of spring two, when using the film of the larger model of width, adjusting nut is rotated upwards along stud, bullet The elastic force of spring two reduces, at this point, the elastic force of spring one is greater than the elastic force of spring two, spring one overcomes the elastic force of spring two that will limit Plate is pushed up along stud, until spring one and the elastic force of spring two balance again, when the film using width compared with ting model When, adjusting nut is rotated down along stud, the elastic force of spring two increases, at this point, the elastic force of spring one is less than spring two Elastic force, spring two overcome the elastic force of spring one to push down on limit plate along stud, until the elastic force of spring one and spring two It balances again.
CN201810239777.1A 2018-03-22 2018-03-22 The enlacement packaging method of logistics transportation part Active CN108382629B (en)

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CN111559534A (en) * 2020-05-13 2020-08-21 崔卷厂 Coiling mechanism is used in stainless steel coil processing with automatic bundling structure

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