CN106335785A - Plastic glove making and automatic folding and packaging assembly line equipment - Google Patents

Plastic glove making and automatic folding and packaging assembly line equipment Download PDF

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Publication number
CN106335785A
CN106335785A CN201510402967.7A CN201510402967A CN106335785A CN 106335785 A CN106335785 A CN 106335785A CN 201510402967 A CN201510402967 A CN 201510402967A CN 106335785 A CN106335785 A CN 106335785A
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CN
China
Prior art keywords
glove
cylinder
line equipment
auto
plastic gloves
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Granted
Application number
CN201510402967.7A
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Chinese (zh)
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CN106335785B (en
Inventor
苏宗球
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SHANGHAI SHENGDA MEDICAL APPLICATIONS CO Ltd
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SHANGHAI SHENGDA MEDICAL APPLICATIONS CO Ltd
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Priority to CN201510402967.7A priority Critical patent/CN106335785B/en
Publication of CN106335785A publication Critical patent/CN106335785A/en
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Publication of CN106335785B publication Critical patent/CN106335785B/en
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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65GTRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/74Feeding, transfer, or discharging devices of particular kinds or types
    • B65G47/90Devices for picking-up and depositing articles or materials
    • B65G47/91Devices for picking-up and depositing articles or materials incorporating pneumatic, e.g. suction, grippers
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B5/00Packaging individual articles in containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, jars
    • B65B5/04Packaging single articles
    • B65B5/045Packaging single articles in bags
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B63/00Auxiliary devices, not otherwise provided for, for operating on articles or materials to be packaged
    • B65B63/04Auxiliary devices, not otherwise provided for, for operating on articles or materials to be packaged for folding or winding articles, e.g. gloves or stockings

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Auxiliary Devices For And Details Of Packaging Control (AREA)
  • Containers And Plastic Fillers For Packaging (AREA)

Abstract

The invention discloses plastic glove making and automatic folding and packaging assembly line equipment. The plastic glove making and automatic folding and packaging assembly line equipment comprises an automatic plastic glove making, leftover material removing, grabbing and placing device, an assembly line equipment body used for automatically folding plastic gloves and an automatic folding device for glove shaping and reversing. The automatic plastic glove making, leftover material removing, grabbing and placing device is arranged at the front end of the whole assembly line, and used for bearing a glove hot press making device and removing leftover materials on gloves with the leftover materials through tearing and dragging, and meanwhile the gloves are transported to the assembly line equipment body through a clamping mechanism, wherein the gloves are output by the glove hot press making device, and the assembly line equipment body is used for automatically folding the plastic gloves. The assembly line equipment body used for automatically folding the plastic gloves transports the gloves placed on the assembly line equipment body and meanwhile folds the gloves into a rectangular sheet shape through the manner that in the horizontal moving process of sliding block assemblies, finger-like plates on the sliding block assemblies do the up-and-down and horizontal movement motions, and then the assembly line equipment body conveys the gloves to the automatic folding device for glove shaping and reversing, wherein the automatic folding device is located at the tail end. The automatic folding device for glove shaping and reversing finally pushes the folded gloves to the fixed-size small packaging bags through precise positioning, and the whole process of leftover material removing, transporting, folding and packaging of the gloves is finished.

Description

Plastic gloves are made and auto-folder packaging line equipment
Technical field
The present invention relates to mechanical automation, make particularly to a kind of plastic gloves and auto-folder packaging line equipment.
Background technology
Currently, disposably become cumulative year after year trend with the demand of glove for plastic cement beauty treatment.In the middle of prior art, the preparation for this plastic cement beautification glove mainly includes producing and encapsulates two links, is all to adopt machinery production in the past, manually the form of manual encapsulation.Because in encapsulation link, by the way of artificial, due to encapsulation, workman profile is uneven, leads to inefficient.
Certainly, for this problem, if can be by plant equipment and Automatic Control technology, removal leftover pieces after glove after hot pressing is made, folded package fills in these conventional operations passing through to be accomplished manually of packaging bag, completed by the streamline of automatization, that not only can improve the production efficiency of whole product it is also possible to save labour cost.
Content of the invention
In view of above-mentioned technical problem, the invention provides a kind of plastic gloves are made and auto-folder packaging line equipment.This equipment is undertaken in the outfan of plastic cement beautification glove thermoplastic machine, by the semi-finished product glove of output on thermoplastic machine are removed leftover pieces, then transport on streamline, complete one by one to fold while transport, and be finally accurately encapsulated in the packaging bag specified, thus complete the process of whole mechanical encapsulation.
The concrete technical scheme of the present invention is as follows:
Plastic gloves are made and auto-folder packaging line equipment, automatically make trimming pick-and-place device, the pipelining equipment for auto-folder plastic gloves and glove sizing commutation automatic folding device including plastic gloves;It is characterized in that, described plastic gloves make the front end that trimming pick-and-place device is placed in whole piece streamline automatically, for accepting glove hot pressing preparation facilitiess, and the glove with leftover pieces that will be exported by this glove hot pressing preparation facilities, drag removal leftover pieces and be carried on pipelining equipment by clamping device simultaneously by tearing;The glove that each is placed on above it the described pipelining equipment for auto-folder plastic gloves pass through slide block assembly during moving horizontally, class fingerboard above it mutually does dipping and heaving and horizontal translating movement, complete rectangular for glove fold lamellar while transporting glove, be then sent to the glove sizing commutation automatic folding device of end;Described glove sizing commutation automatic folding device pass through to be accurately positioned the encapsulation pouch that the glove after folding finally are pushed to each fixed size complete every a pair of gloves from except leftover pieces, transport, fold up to the whole process encapsulating.
In such scheme, described plastic gloves automatically make trimming pick-and-place device include in a frame dispose rim charge separation assembly, lower rim charge assembly and automatically capture jaw components;It is characterized in that, described rim charge separation assembly is placed in the top of frame one end by bracing frame, and its underpart correspondence is installed on rim charge assembly, and the top board in rim charge separation assembly can machinery be overlapped with the lower bolster in lower rim charge assembly;Described automatic crawl claw is provided with clamping device, brings realization to be moved back and forth in frame entirely through the driven wheel being arranged on frame two ends and transmission.
In such scheme, described rim charge separation assembly includes cylinder, top board, air jet pipe;Described cylinder passes through linear axis, connects the top board of its underpart, in order to drive top board to move up and down;Open Side Down is vertically arranged in the top of top board for described air jet pipe;In the middle part of described top board, hollow out, openings at one side form glove settlement.
In such scheme, described rim charge separation assembly is located in the glove settlement of top board and is installed on a hairbrush.
In such scheme, described lower rim charge assembly includes lower bolster, lower turnover panel;Described lower turnover panel is built in lower bolster, can be downward-sloping by side chain connection;Lower turnover panel bottom is provided with chute, and this chute passes through pulley and stop connects driving cylinder, and this driving cylinder controls lower turnover panel horizontally or diagonally to be moved.
In such scheme, described automatic crawl jaw components include the lower holding piece being fixed on base plate and two rotating shaft mounting blocks;It is mounted with rotating shaft, fixed in position has a moving cylinder respectively in outside between described two rotating shaft mounting blocks;Described moving cylinder drives rotating shaft rotation by spherical plain bearing rod end;It is mounted with holding piece, on this, holding piece and lower holding piece constitute clamping device in described rotating shaft.
In such scheme, the described pipelining equipment for auto-folder plastic gloves includes production line operating platform, and described production line operating platform is provided with plural groups slide block assembly;Described slide block assembly top is provided with the class fingerboard for Folding gloves;Described slide block assembly is serially connected by chain;And slide block assembly is driven towards the motion of a logical direction by Motor drive chain;On described production line operating platform, the also parallel riser guide being provided with the tortuous height fluctuating of two tracks will be so that the aggregate motion up and down that each slide block assembly passes through the class fingerboard on its top when moving in one direction will spread the glove fold growth bar shaped on flap assembly.
In such scheme, described slide block assembly is concatenated side by side by linear axis and is formed by left folding board component, middle flap assembly and right folding board component;Described left folding board component, middle flap assembly and right folding board component top are all mounted with class fingerboard.
In such scheme, described middle flap assembly is provided with the glove fold leading truck being fixedly mounted on linear axis, and this glove fold guiding top of the trellis is provided with class fingerboard.
In such scheme, described left folding board component and right folding board component are provided with lifting shaft, and multi-directional ball and riser guide contact slide are passed through in this lifting shaft bottom;Described lifting shaft peace is connected to the cross slide for making left folding board component and right folding board component moves left and right, and this cross slide is socketed on linear axis;It is socketed with lower slider on described lifting shaft;Described upper and lower slide top is provided with class fingerboard.
In such scheme, described glove sizing commutation automatic folding device includes packaging bag connecting gear, setting-in component body and plate transmission mechanism;Described packaging bag connecting gear is spliced for transmitting packaging bag row with setting-in component body level;Plate transmission mechanism is located at the surface of setting-in component body, by plate will positioned at streamline on fold after plastic cement beautification glove vertically send into setting-in component body, and be finally sent to the encapsulation pouch that each of packaging bag row are specified after being folded again by the plastic cement beautification glove that this setting-in component body is admitted to the most at last.
In such scheme, described packaging bag connecting gear is made up of pressure roller conveying assembly and transfer assembly;Described transfer assembly is made up of driving shaft, driven shaft and transmission belt;Described driving shaft is a drive roller shaft, and one end connects motor by motor synchronous belt and drives, and the other end is mounted with a main drive gear;Described press roll component is arranged on the top of transfer assembly, is provided with one and carries the pressure roller shaft being transmitted gear, this pressure roller shaft to drive pressure roller transmission belt by being transmitted gear with engaging of main drive gear in press roll component;The laminating of described drive roller shaft front end is mounted with rim charge pinch roller;It is additionally provided with an autogenous cutting knife system, the blade in this autogenous cutting knife system fits with roll shaft to cut the edge of plastic seal pack above described drive roller shaft.
In such scheme, described motor is placed in the lower section of transfer assembly.
In such scheme, described press roll component is additionally provided with a plurality of pressure roller transmission guide wheels.
In such scheme, described setting-in component body by plug-in board box, laterally urge cylinder, upper press mold cylinder, lower pressed film cylinder, glove anti-pumpback cylinder and plug-in board box anti-pumpback cylinder and form;There is upper press mold cylinder the upper end of described plug-in board box side by connecting top board seat fixed in position, and lower end is mounted with a lower pressed film cylinder by connecting lower air cylinder seat;The bottom of described plug-in board box opposite side is passed through the connection of guide groove fixed plate and is mounted with a plug-in board box anti-pumpback cylinder;The anti-pumpback cylinder of described glove is placed in the one side with upper press mold cylinder same level position by connecting installing rack;The described cylinder that laterally urges connects a horizontal plate;In the middle part of described plug-in board box, both sides correspondence has interspersed mouth, and this interspersed mouth is used for interting horizontal plate;Described plug-in board box bottom has anti-pumpback perforation with respect to the side of plug-in board box anti-pumpback cylinder;The bottom of described upper press mold cylinder pass through to connect upper movable pressing board so that upper movable pressing board in the presence of upper press mold cylinder with press fixed plate to be engaged fixation;Described lower pressed film cylinder head is passed through connection and is pushed portable plate so that being arranged on the lower platen pushing portable plate top to be engaged fixation in the presence of lower pressed film cylinder with setter plate;The anti-pumpback cylinder of described plug-in board box passes through to connect presser feet so that this presser feet can penetrate anti-pumpback perforation.
In such scheme, the anti-pumpback cylinder bottom of described glove is provided with anti-pumpback pressing plate.
In such scheme, described setter plate is arranged on and pushes in fixed plate, pushes fixed plate and is arranged on and pushes on portable plate.
In such scheme, described cursor sensor is placed in the side of setting-in component body.
In such scheme, described plate transmission mechanism includes a support comprising a crosspiece being fixed on the setting-in positive top of component body;Described a fixed plate is vertically fixed by crosspiece and support, fixed plate is mounted with two axis of guides;Described slide can be slided up and down by this two axis of guides, and the bottom of slide connects a strip plate, and top is connected with a bounce cylinder.
Plastic gloves of the present invention are made and auto-folder packaging line equipment passes through for the semi-finished product glove of output on thermoplastic machine to remove leftover pieces, then transport on streamline, complete one by one to fold while transport, and be finally accurately encapsulated in the packaging bag specified, thus complete the process of whole mechanical encapsulation.This equipment has overturned this operation that can only have been manually done glove removal leftover pieces in the past and then be encapsulated into bag, breakthrough carrys out the whole encapsulation process completing every a pair of gloves using machinery equipment, packaging efficiency is high, and error rate is low, not only save human cost, more change the industrial structure of whole factory, technically achieve important breakthrough.
Brief description:
To further illustrate the present invention below in conjunction with the drawings and specific embodiments.
Fig. 1 is the overall structure figure that in the present invention, plastic gloves make trimming pick-and-place device automatically.
Fig. 2 is the overall overlooking structure figure that in the present invention, plastic gloves make trimming pick-and-place device automatically.
Fig. 3 is that in the present invention, plastic gloves make trimming pick-and-place device rim charge separation assembly structure chart automatically.
Fig. 4 is that in the present invention, plastic gloves make trimming pick-and-place device rim charge separation assembly overlooking structure figure automatically.
Fig. 5 is that in the present invention, plastic gloves make rim charge assembly assumption diagram under trimming pick-and-place device automatically.
Fig. 6 is that in the present invention, plastic gloves make the structure chart that trimming pick-and-place device captures jaw components automatically automatically.
Fig. 7 makes, for plastic gloves of the present invention, the overlooking structure figure that trimming pick-and-place device captures jaw components automatically automatically.
Fig. 8 is the overall structure figure of the pipelining equipment in the present invention for auto-folder plastic gloves.
Fig. 9 is the overlooking structure figure of the pipelining equipment in the present invention for auto-folder plastic gloves.
Figure 10 is the overall structure figure in the present invention for slide block assembly in the pipelining equipment of auto-folder plastic gloves.
Figure 11 is the overlooking structure figure in the present invention for slide block assembly in the pipelining equipment of auto-folder plastic gloves.
Figure 12 is the overall structure figure of glove sizing commutation automatic folding device in the present invention.
Figure 13 is the front view structure figure of packaging bag connecting gear in glove sizing commutation automatic folding device.
Figure 14 is the overlooking structure figure of packaging bag connecting gear in glove sizing commutation automatic folding device.
Figure 15 is the side block diagram of packaging bag connecting gear in glove sizing commutation automatic folding device.
Figure 16 is the structure chart of autogenous cutting knife system in packaging bag connecting gear in glove sizing commutation automatic folding device.
Figure 17 is setting-in component body upper end unitary construction structural front view in glove sizing commutation automatic folding device.
Figure 18 is embedded in component body unitary construction structure top view in glove sizing commutation automatic folding device.
Figure 19 is setting-in component body lower end unitary construction texture edge figure in glove sizing commutation automatic folding device.
Figure 20 is the side structure schematic diagram of glove sizing commutation automatic folding device centerboard transmission mechanism.
Specific embodiment:
In order that technological means, creation characteristic, reached purpose and effect that the present invention realizes are easy to understand, with reference to being specifically illustrating, the present invention is expanded on further.
Plastic gloves of the present invention are made and auto-folder packaging line equipment, and the main plastic gloves that include make trimming pick-and-place device, the pipelining equipment for auto-folder plastic gloves and glove sizing commutation automatic folding device automatically.
Wherein, plastic gloves make the front end that trimming pick-and-place device is placed in whole piece streamline automatically, for accepting glove hot pressing preparation facilitiess, and the glove with leftover pieces that will be exported by this glove hot pressing preparation facilities, drag removal leftover pieces and be carried on pipelining equipment by clamping device simultaneously by tearing.
The glove each being placed on above it for the pipelining equipment of auto-folder plastic gloves pass through slide block assembly during moving horizontally, class fingerboard above it mutually does dipping and heaving and horizontal translating movement, complete rectangular for glove fold lamellar while transporting glove, be then sent to the glove sizing commutation automatic folding device of end.
Glove sizing commutation automatic folding device pass through be accurately positioned by fold after glove finally push to each fixed size encapsulation pouch complete every a pair of gloves from except leftover pieces, transport, fold up to encapsulate whole process.
In detail below all parts are described in detail.
As depicted in figs. 1 and 2, plastic gloves make trimming pick-and-place device automatically, and it includes rim charge separation assembly 100, lower rim charge assembly 200 and the automatic crawl jaw components 300 disposing in a frame.Rim charge separation assembly 100 is placed in the top of frame 500 one end by bracing frame 400, and its underpart correspondence is installed on rim charge assembly 200, and the top board 101 in rim charge separation assembly 100 can machinery be overlapped with the lower bolster 201 in lower rim charge assembly 200;Automatically crawl claw is provided with clamping device 310, entirely through the driven wheel (600 being arranged on frame two ends;700) and conveyer belt 800 is realized being moved back and forth in frame under the driving of servomotor 900.
As shown in Figure 3 and Figure 4, rim charge separation assembly includes cylinder 102, top board 101, air jet pipe 103.Cylinder 102 connects the top board 101 of its underpart by linear axis 104, in order to drive top board to move up and down.Open Side Down is vertically arranged in the top of top board 101 for air jet pipe 103;In the middle part of described top board, hollow out, openings at one side form glove settlement 105.In addition, be located in the glove settlement of top board being installed on a hairbrush 106.
As shown in figure 5, lower rim charge assembly includes lower bolster 201, lower turnover panel 202.Lower turnover panel 202 is built in lower bolster 201, can be downward-sloping by side chain connection;Lower turnover panel 202 bottom is provided with chute 203, and this chute 203 passes through pulley 204 and stop 205 connects driving cylinder 206, and this driving cylinder 206 controls lower turnover panel horizontally or diagonally to be moved.
As shown in Figure 6 and Figure 7, automatically crawl jaw components include being fixed on base plate 301 lower holding piece 302 and two rotating shaft mounting blocks 303.It is mounted with rotating shaft 304, fixed in position has a moving cylinder 305 respectively in outside between two rotating shaft mounting blocks 303.Moving cylinder 305 drives rotating shaft rotation by spherical plain bearing rod end 306.Holding piece 307 is mounted with rotating shaft 304, on this, holding piece and lower holding piece constitute clamping device.
The present invention is operationally, automatically crawl jaw components first pass through clamping device and are not removed the just hot-forming complete semi-finished product glove clamping of leftover pieces and are moved at the lower turnover panel of lower rim charge assembly, now top board is overlapped with lower bolster by rim charge separation assembly using cylinder, just fixes semi-finished product glove.Then the semi-finished product fixing glove are pulled by crawl jaw components by clamping device automatically, leftover pieces moment outside palm outer contour on semi-finished product glove is removed, on auto-folder streamline after the finished product glove having torn aftershaping being moved and are placed into simultaneously, and now descend rim charge assembly to drive lower turnover panel downward-sloping by moving cylinder, air jet pipe is blown downwards simultaneously, just deliver in the waste material collection box being placed on below lower turnover panel by tearing the leftover pieces getting off, whole release since then.
It is pointed out that this device can together process the torn edges corner material of multiple glove and the operation moving position when completing one-off, you can process the semi-finished product glove of multiple stackings simultaneously.
Shown in Fig. 8 to Figure 11, for auto-folder plastic gloves pipelining equipment it include production line operating platform 100 '.Wherein, production line operating platform is provided with plural groups slide block assembly 200 '.Slide block assembly 200 ' top is provided with the class fingerboard 210 ' for Folding gloves.Slide block assembly 200 ' is serially connected by chain 101 ';And slide block assembly is driven towards the motion of a logical direction by motor 102 ' drive chain 101 '.The upper also parallel riser guide 103 ' being provided with the tortuous height fluctuating of two tracks of production line operating platform 100 ' will be so that the aggregate motion up and down that each slide block assembly 200 ' passes through the class fingerboard 210 ' on its top when moving in one direction will spread the glove fold growth bar shaped on flap assembly.
It is pointed out that slide block assembly 200 ' is concatenated side by side by linear axis 250 ' and is formed by left folding board component 220 ', middle flap assembly 230 ' and right folding board component 240 '.Left folding board component 220 ', middle flap assembly 230 ' and right folding board component 240 ' top are all mounted with class fingerboard 210 '.Middle flap assembly 230 is provided with the glove fold leading truck 231 ' being fixedly mounted on linear axis, and this glove fold leading truck 231 ' top is provided with class fingerboard 210.Left folding board component 220 ' and right folding board component 240 ' are provided with lifting shaft 260 ', and multi-directional ball 261 ' and riser guide 103 ' contact slide are passed through in this lifting shaft 260 ' bottom.Lifting shaft 260 ' is provided with the cross slide 270 ' for making left folding board component 220 ' and right folding board component 240 ' move left and right, and this cross slide 270 is socketed on linear axis 250 '.Lower slider 262 ' is socketed with lifting shaft 260 '.Upper lower slider 262 ' top is provided with class fingerboard 210 '.
As shown in figure 12, glove of the present invention sizing commutation automatic processing device, it includes packaging bag connecting gear 100 ", setting-in component body 200 " and plate transmission mechanism 300 ".Packaging bag connecting gear 100 " and setting-in component body 200 " level is spliced for transmitting packaging bag row;Plate transmission mechanism 300 " be located at setting-in component body 200 " surface, by plate will positioned at streamline on fold after plastic cement beautification glove vertically send into setting-in component body, and be finally sent to the encapsulation pouch that each of packaging bag row are specified after being folded again by the plastic cement beautification glove that this setting-in component body is admitted to the most at last.
As shown in Figure 13 to Figure 16, packaging bag connecting gear 100 " is by pressure roller conveying assembly 110 " and transfer assembly constitute 120 ".Wherein, transfer assembly 120 " are by driving shaft 121 ", driven shaft 122 " and transmission belt 123 " constitute.Driving shaft 121 " is a drive roller shaft, and motor synchronous belt 130 is passed through in one end " connect be placed in motor 140 below transfer assembly " driving, the other end is mounted with a main drive gear 124 ".Press roll component 110 " is arranged on transfer assembly 120 " top, be provided with a plurality of pressure rollers transmission guide wheels 111 ".Be provided with press roll component one carry be transmitted gear 112 " pressure roller shaft 113 ", this pressure roller shaft 113 " by being transmitted gear 112 " with main drive gear 124 " engage to drive pressure roller transmission belt 114 ".
In addition, the drive roller shaft front end laminating that plastic packaging bag is automatically positioned trimming mechanism is mounted with rim charge pinch roller 150 ".It is additionally provided with an autogenous cutting knife system 160 above the drive roller shaft of trimming mechanism ", the blade 161 in this autogenous cutting knife system " fit to cut the edge of plastic seal pack with roll shaft.
As shown in Figures 17 to 19, setting-in component body 200 " and cursor sensor 400 " constitutes end positioner, wherein, be embedded in assembly 200 " body is by plug-in board box 210 ", laterally urge cylinder 220 ", upper press mold cylinder 230 ", lower pressed film cylinder 240 ", glove anti-pumpback cylinder 250 " and plug-in board box anti-pumpback cylinder 260 " form;The upper end of described plug-in board box 210 " side is by connecting top board seat 231 " fixed in position has upper press mold cylinder 230 ", lower end is passed through to connect lower air cylinder seat 241 " it is mounted with a lower pressed film cylinder 240 ";The bottom of described plug-in board box 210 " opposite side pass through guide groove fixed plate 261 " connect be mounted with a plug-in board box anti-pumpback cylinder 260 ";The anti-pumpback cylinder 250 of described glove " is by connecting installing rack 251 " be placed in and upper press mold cylinder 230 " one side of same level position;Described laterally urge cylinder 220 " connect a horizontal plate 221 ";In the middle part of described plug-in board box 210 ", both sides correspondence has interspersed mouth 211 ", this interspersed mouth 211 " be used for interting horizontal plate 221 ";Described plug-in board box 210 " bottom is with respect to plug-in board box anti-pumpback cylinder 260 " side have anti-pumpback perforation 212 ";The bottom of described upper press mold cylinder 230 " is passed through to connect upper movable pressing board 232 " so that upper movable pressing board 232 " in the presence of upper press mold cylinder with pressure fixed plate 233 " be engaged fixation;Described lower pressed film cylinder 240 " top pushes portable plate 242 by connection " push portable plate 242 so that being arranged on " lower platen 243 on top " and in the presence of lower pressed film cylinder with setter plate 270 " be engaged fixation;The anti-pumpback cylinder 260 of described plug-in board box " is by connecting presser feet 261 " so that this presser feet 161 " anti-pumpback perforation 212 can be penetrated ".
In addition, glove anti-pumpback cylinder 250 " bottom is provided with anti-pumpback pressing plate 252 ".Setter plate 270 " is arranged on and pushes 244 in fixed plate ", push fixed plate 244 " be arranged on push portable plate 242 " on.Cursor sensor 400 " be placed in setting-in component body 200 " side.
As shown in Figure 12 and Figure 20, plate transmission mechanism 300 " include one be fixed on the setting-in positive top of component body comprise a crosspiece 301 " support 302 ".By crosspiece 301 " and support 302 " be vertically fixed a fixed plate 303 ", fixed plate is mounted with two axis of guides 304 ".Slide 305 " pass through this two axis of guides 304 " can slide up and down, slide 305 " and bottom connect a strip plate 306 ", top is connected with a bounce cylinder 307 ".
In addition, support 302 " on be additionally provided with main transmission alignment sensor 308 ".The side of support 302 " is additionally provided with glove detection sensor 309 ".
As shown from the above technical solution, when whole device operationally, first the packaging bag with " one " labelling is laid in setter plate.This packaging bag is equal to by a plurality of sizes and independent rectangular strip encapsulates the packaging bag row that pouch forms a strip side by side.The opening of packaging bag row, towards insert box plate, is directed at the interspersed mouth on plug-in board box.The both sides of packaging bag row opening are respectively by upper pressure fixed plate with push fixed plate and strut.Encapsulation pouch in packaging bag row during beginning passes sequentially through the transmission of packaging bag connecting gear through cursor sensor, when cursor sensor passes through " one " labelling that scanning detects on encapsulation pouch, transporter stops the movement of packaging bag row, in the presence of upper press mold cylinder, upper movable pressing board is together with the opening upper edge of upper pressure fixed plate occlusion fixing encapsulation pouch, lower pressed film air cylinder driven pushes portable plate simultaneously, drive lower platen so that lower platen is together with the fixing opening lower edge encapsulating pouch of setter plate occlusion.Now just one of packaging bag row encapsulation its opening of pouch is directed at the interspersed mouth of plug-in board box.Then, plug-in board box top can from up to down be transported to plug-in board box bottom by a strip plate being derived from plate transmission mechanism by having folded rectangular glove.Now, plug-in board box anti-pumpback cylinder is by heading into presser feet so that when conveying plate returns up, retention stops set so that glove are taken in plug-in board box.Then, plug-in board box anti-pumpback cylinder drives presser feet to return, and finally, glove are penetrated the interspersed mouth of plug-in board box by laterally urging cylinder by horizontal plate, accurately will be sent into now the encapsulation pouch of the just interspersed mouth of opening be aligned after the glove doubling in plug-in board box simultaneously.Meanwhile, glove anti-pumpback cylinder pushes anti-pumpback pressing plate, extracts out when horizontal plate and return in situ from encapsulation pouch, and the glove now folding just intactly are admitted to and are deposited in encapsulation pouch and suffer.Glove anti-pumpback cylinder drives anti-pumpback pressing plate to lift, and so completes the process of whole positioning package at last.Afterwards, transporter is again started up packaging bag row and continues to move to, and cursor sensor scans " one " labelling of being printed on each encapsulation pouch, then repeat the above steps again.
Ultimate principle and principal character and the advantages of the present invention of the present invention have been shown and described above.It should be understood by those skilled in the art that; the present invention is not restricted to the described embodiments; merely illustrating the principles of the invention described in above-described embodiment and description; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements both fall within scope of the claimed invention.Claimed scope is by appending claims and its equivalent thereof.

Claims (19)

1. plastic gloves are made and auto-folder packaging line equipment, automatically make trimming pick-and-place device, the pipelining equipment for auto-folder plastic gloves and glove sizing commutation automatic folding device including plastic gloves;It is characterized in that, described plastic gloves make the front end that trimming pick-and-place device is placed in whole piece streamline automatically, for accepting glove hot pressing preparation facilitiess, and the glove with leftover pieces that will be exported by this glove hot pressing preparation facilities, drag removal leftover pieces and the pipelining equipment for auto-folder plastic gloves is carried to by clamping device simultaneously by tearing;The glove that each is placed on above it the described pipelining equipment for auto-folder plastic gloves pass through slide block assembly during moving horizontally, class fingerboard above it mutually does dipping and heaving and horizontal translating movement, complete rectangular for glove fold lamellar while transporting glove, be then sent to the glove sizing commutation automatic folding device of end;Described glove sizing commutation automatic folding device pass through to be accurately positioned the encapsulation pouch that the glove after folding finally are pushed to each fixed size complete every a pair of gloves from except leftover pieces, transport, fold up to the whole process encapsulating.
2. plastic gloves according to claim 1 are made and auto-folder packaging line equipment, it is characterized in that, described plastic gloves automatically make trimming pick-and-place device include in a frame dispose rim charge separation assembly, lower rim charge assembly and automatically capture jaw components;It is characterized in that, described rim charge separation assembly is placed in the top of frame one end by bracing frame, and its underpart correspondence is installed on rim charge assembly, and the top board in rim charge separation assembly can machinery be overlapped with the lower bolster in lower rim charge assembly;Described automatic crawl claw is provided with clamping device, brings realization to be moved back and forth in frame entirely through the driven wheel being arranged on frame two ends and transmission.
3. plastic gloves according to claim 2 are made and auto-folder packaging line equipment is it is characterised in that described rim charge separation assembly includes cylinder, top board, air jet pipe;Described cylinder passes through linear axis, connects the top board of its underpart, in order to drive top board to move up and down;Open Side Down is vertically arranged in the top of top board for described air jet pipe;In the middle part of described top board, hollow out, openings at one side form glove settlement.
4. plastic gloves according to claim 2 are made and auto-folder packaging line equipment is installed on a hairbrush it is characterised in that described rim charge separation assembly is located in the glove settlement of top board.
5. plastic gloves according to claim 2 are made and auto-folder packaging line equipment is it is characterised in that described lower rim charge assembly includes lower bolster, lower turnover panel;Described lower turnover panel is built in lower bolster, can be downward-sloping by side chain connection;Lower turnover panel bottom is provided with chute, and this chute passes through pulley and stop connects driving cylinder, and this driving cylinder controls lower turnover panel horizontally or diagonally to be moved.
6. plastic gloves according to claim 2 are made and auto-folder packaging line equipment is it is characterised in that described automatic crawl jaw components include the lower holding piece being fixed on base plate and two rotating shaft mounting blocks;It is mounted with rotating shaft, fixed in position has a moving cylinder respectively in outside between described two rotating shaft mounting blocks;Described moving cylinder drives rotating shaft rotation by spherical plain bearing rod end;It is mounted with holding piece, on this, holding piece and lower holding piece constitute clamping device in described rotating shaft.
7. plastic gloves according to claim 1 are made and auto-folder packaging line equipment is it is characterised in that the described pipelining equipment for auto-folder plastic gloves includes production line operating platform, and described production line operating platform is provided with plural groups slide block assembly;Described slide block assembly top is provided with the class fingerboard for Folding gloves;Described slide block assembly is serially connected by chain;And slide block assembly is driven towards the motion of a logical direction by Motor drive chain;On described production line operating platform, the also parallel riser guide being provided with the tortuous height fluctuating of two tracks will be so that the aggregate motion up and down that each slide block assembly passes through the class fingerboard on its top when moving in one direction will spread the glove fold growth bar shaped on flap assembly.
8. plastic gloves according to claim 7 are made and auto-folder packaging line equipment is it is characterised in that described slide block assembly is concatenated side by side by linear axis and formed by left folding board component, middle flap assembly and right folding board component;Described left folding board component, middle flap assembly and right folding board component top are all mounted with class fingerboard.
9. plastic gloves according to claim 8 are made and auto-folder packaging line equipment is it is characterised in that described middle flap assembly is provided with the glove fold leading truck being fixedly mounted on linear axis, and this glove fold guiding top of the trellis is provided with class fingerboard.
10. plastic gloves according to claim 8 are made and auto-folder packaging line equipment is it is characterised in that described left folding board component and right folding board component are provided with lifting shaft, and multi-directional ball and riser guide contact slide are passed through in this lifting shaft bottom;Described lifting shaft peace is connected to the cross slide for making left folding board component and right folding board component moves left and right, and this cross slide is socketed on linear axis;It is socketed with lower slider on described lifting shaft;Described upper and lower slide top is provided with class fingerboard.
11. plastic gloves according to claim 1 are made and auto-folder packaging line equipment is it is characterised in that described glove sizing commutation automatic folding device includes packaging bag connecting gear, setting-in component body and plate transmission mechanism;Described packaging bag connecting gear is spliced for transmitting packaging bag row with setting-in component body level;Plate transmission mechanism is located at the surface of setting-in component body, by plate will positioned at streamline on fold after plastic cement beautification glove vertically send into setting-in component body, and be finally sent to the encapsulation pouch that each of packaging bag row are specified after being folded again by the plastic cement beautification glove that this setting-in component body is admitted to the most at last.
12. plastic gloves according to claim 11 are made and auto-folder packaging line equipment is it is characterised in that described packaging bag connecting gear is made up of pressure roller conveying assembly and transfer assembly;Described transfer assembly is made up of driving shaft, driven shaft and transmission belt;Described driving shaft is a drive roller shaft, and one end connects motor by motor synchronous belt and drives, and the other end is mounted with a main drive gear;Described press roll component is arranged on the top of transfer assembly, is provided with one and carries the pressure roller shaft being transmitted gear, this pressure roller shaft to drive pressure roller transmission belt by being transmitted gear with engaging of main drive gear in press roll component;The laminating of described drive roller shaft front end is mounted with rim charge pinch roller;It is additionally provided with an autogenous cutting knife system, the blade in this autogenous cutting knife system fits with roll shaft to cut the edge of plastic seal pack above described drive roller shaft.
13. plastic gloves according to claim 12 are made and auto-folder packaging line equipment is it is characterised in that described motor is placed in the lower section of transfer assembly.
14. plastic gloves according to claim 12 are made and auto-folder packaging line equipment is it is characterised in that described press roll component is additionally provided with a plurality of pressure roller transmission guide wheels.
15. plastic gloves according to claim 11 are made and auto-folder packaging line equipment, it is characterized in that, described setting-in component body by plug-in board box, laterally urge cylinder, upper press mold cylinder, lower pressed film cylinder, glove anti-pumpback cylinder and plug-in board box anti-pumpback cylinder and form;There is upper press mold cylinder the upper end of described plug-in board box side by connecting top board seat fixed in position, and lower end is mounted with a lower pressed film cylinder by connecting lower air cylinder seat;The bottom of described plug-in board box opposite side is passed through the connection of guide groove fixed plate and is mounted with a plug-in board box anti-pumpback cylinder;The anti-pumpback cylinder of described glove is placed in the one side with upper press mold cylinder same level position by connecting installing rack;The described cylinder that laterally urges connects a horizontal plate;In the middle part of described plug-in board box, both sides correspondence has interspersed mouth, and this interspersed mouth is used for interting horizontal plate;Described plug-in board box bottom has anti-pumpback perforation with respect to the side of plug-in board box anti-pumpback cylinder;The bottom of described upper press mold cylinder pass through to connect upper movable pressing board so that upper movable pressing board in the presence of upper press mold cylinder with press fixed plate to be engaged fixation;Described lower pressed film cylinder head is passed through connection and is pushed portable plate so that being arranged on the lower platen pushing portable plate top to be engaged fixation in the presence of lower pressed film cylinder with setter plate;The anti-pumpback cylinder of described plug-in board box passes through to connect presser feet so that this presser feet can penetrate anti-pumpback perforation.
16. plastic gloves according to claim 15 are made and auto-folder packaging line equipment is it is characterised in that described glove anti-pumpback cylinder bottom is provided with anti-pumpback pressing plate.
17. plastic gloves according to claim 15 are made and auto-folder packaging line equipment is it is characterised in that described setter plate is arranged on pushes in fixed plate, push fixed plate and are arranged on and push on portable plate.
18. plastic gloves according to claim 15 are made and auto-folder packaging line equipment is it is characterised in that described cursor sensor is placed in the side of setting-in component body.
19. plastic gloves according to claim 11 are made and auto-folder packaging line equipment is it is characterised in that described plate transmission mechanism includes a support comprising a crosspiece being fixed on the setting-in positive top of component body;Described a fixed plate is vertically fixed by crosspiece and support, fixed plate is mounted with two axis of guides;Described slide can be slided up and down by this two axis of guides, and the bottom of slide connects a strip plate, and top is connected with a bounce cylinder.
CN201510402967.7A 2015-07-10 2015-07-10 Plastic gloves are made and auto-folder packaging line equipment Active CN106335785B (en)

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Publication number Priority date Publication date Assignee Title
CN107019273A (en) * 2017-05-05 2017-08-08 张家港博来珂橡塑制品有限公司 A kind of full-automatic plastic gloves torn edges device and its method of work
CN109956120A (en) * 2017-12-22 2019-07-02 上海生大医保股份有限公司 A kind of multiple-unit intelligence automatic packaging system
CN109969779A (en) * 2018-10-29 2019-07-05 湖北如日电气股份有限公司 LED lamp machine for producing tool hand
CN110561833A (en) * 2019-10-10 2019-12-13 廊坊中凤机械科技有限公司 high-speed bag making machine
CN111422444A (en) * 2020-04-28 2020-07-17 陈富威 Folding equipment of automatic folding equipment for packing of disposable gloves
CN113682541A (en) * 2021-07-08 2021-11-23 苏州拓晖腾机械设备有限公司 Automatic production equipment for disposable gloves

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CN103935821A (en) * 2014-03-21 2014-07-23 刘树鹏 Automatic PE glove folding machine
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107019273A (en) * 2017-05-05 2017-08-08 张家港博来珂橡塑制品有限公司 A kind of full-automatic plastic gloves torn edges device and its method of work
CN107019273B (en) * 2017-05-05 2018-08-24 张家港博来珂橡塑制品有限公司 A kind of full-automatic plastic gloves torn edges device and its working method
CN109956120A (en) * 2017-12-22 2019-07-02 上海生大医保股份有限公司 A kind of multiple-unit intelligence automatic packaging system
CN109956120B (en) * 2017-12-22 2021-03-19 上海生大医保股份有限公司 Multi-unit intelligent automatic packaging system
CN109969779A (en) * 2018-10-29 2019-07-05 湖北如日电气股份有限公司 LED lamp machine for producing tool hand
CN110561833A (en) * 2019-10-10 2019-12-13 廊坊中凤机械科技有限公司 high-speed bag making machine
CN111422444A (en) * 2020-04-28 2020-07-17 陈富威 Folding equipment of automatic folding equipment for packing of disposable gloves
CN113682541A (en) * 2021-07-08 2021-11-23 苏州拓晖腾机械设备有限公司 Automatic production equipment for disposable gloves

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