CN204994693U - Brush scalds and bores all -in -one - Google Patents

Brush scalds and bores all -in -one Download PDF

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Publication number
CN204994693U
CN204994693U CN201520717960.XU CN201520717960U CN204994693U CN 204994693 U CN204994693 U CN 204994693U CN 201520717960 U CN201520717960 U CN 201520717960U CN 204994693 U CN204994693 U CN 204994693U
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CN
China
Prior art keywords
brush
plastic paper
rhinestone
cylinder
platform
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Withdrawn - After Issue
Application number
CN201520717960.XU
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Chinese (zh)
Inventor
徐晓澎
范林飞
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Hangzhou Congzhong Machinery Co Ltd
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Hangzhou Congzhong Machinery Co Ltd
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Priority to CN201520717960.XU priority Critical patent/CN204994693U/en
Application granted granted Critical
Publication of CN204994693U publication Critical patent/CN204994693U/en
Withdrawn - After Issue legal-status Critical Current
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Abstract

The utility model provides a brush scalds and bores all -in -one belongs to the tailoring field, include to brush and bore device, boiling hot device, plastic paper supply recovery mechanism, frame and the electric cabinet of boring, possess and arrive the function on the appointed material with processing ornamental material adhesions such as water brills. This set of device has integrateed, and the brill is brushed to the template, brill, the boiling hot brill of hot pressing and functions such as plastic paper supply and recovery are got to the plastic paper, has simplified ornamental material's such as water brill adhesion process greatly for brush scalds and bores all -in -one can be not just can not accomplish the overall process of ornamental material adhesions such as water brill to the material with the help of other equipment.

Description

Brush rhinestone all-in-one
Technical field
The utility model relates to clothes manufacture field, in particular to brush rhinestone all-in-one.
Background technology
Along with improving constantly of living standards of the people, technological level is constantly perfect, and fabric decoration is day by day exquisite.Ornament (as: crystal drilling, glass drill, aluminium flake, abnormity bore) above the ornament materials such as current clothes, shoes and hats, packaging, be by after map brushing and bonding or row figure, transfer on pressing machine (bonder, Pyrograph machine etc.) and complete.Wherein the process of map brushing and bonding is: by brush rig (map brushing machine, brace machine), simulate the process of artificial map brushing, and the automatic map brushing of the equipment that realizes, artificial paster bonding, the pattern of multiple color needs to have come through multiple working procedure.Row figure process: by row figure machine, ornament is arranged in required pattern, is then bonded on plastic paper.
Inventor finds under study for action, has significant limitation in prior art, and the equipment related in process is more, and middle manual process is more, and working (machining) efficiency is very low.
Utility model content
The purpose of this utility model is to provide a kind of brush rhinestone all-in-one, adheres to working (machining) efficiency on material and crudy to improve the ornament materials such as water drilling.
For convenience of expressing, using water drilling as the representative of the processing materials of brush rhinestone all-in-one, but not representing that brush rhinestone all-in-one can only process water drilling.
The utility model is achieved in that
A kind of brush rhinestone all-in-one, comprises brush boring device, rhinestone device, plastic paper supply recovering mechanism, frame and electric cabinet;
Described frame is provided with at least one brush and bores platform, described brush bores platform for placing template, and described brush boring device, described rhinestone device are all connected with described frame with described electric cabinet;
Described brush boring device comprises brush and bores motor, brush group and displacement mechanism, described brush group comprises brush connector and at least one brush, institute's displacement mechanism comprises brush guide rail and brush bores motor, described brush guide rail is arranged on described brush and bores on platform, and described brush bores motor and moves along described brush guide rail for driving described brush group;
Described rhinestone device comprises rhinestone platform, pressure head assembly and the first guide assembly, described rhinestone platform is connected with described frame, described first guide assembly comprises the first guide rail and the first drive motors, described first guide rail is arranged in described frame, described first guide rail is provided with the first slide block, described pressure head assembly comprises fixed head, hold-down mechanism, heating arrangements and plastic paper supply recovering mechanism, described fixed head is connected with described first slide block, described pressure head assembly can move on described first guide rail, described pressure head assembly can bore above platform and described rhinestone platform at described brush and move, described hold-down mechanism is all connected with described fixed head with described heating arrangements, described hold-down mechanism is for adjusting the distance between the bottom of described pressure head assembly and described rhinestone platform,
Described plastic paper supply recovering mechanism is connected with described fixed head, and described plastic paper supply recovering mechanism is used for bottom plastic paper being laid in described heating arrangements, and described plastic paper is adhesive faces near the side of rhinestone platform;
Described electric cabinet bores motor and described pressure head assembly is electrically connected with described brush respectively.
When brush bores, ornament materials is filled in the template on brush brill platform by brush group, when getting brill, pressure head assembly is moved to each brush with plastic paper and bores the top of the template on platform and declined by hold-down mechanism, is attached to by ornament materials on plastic paper, during rhinestone, pressure head assembly moves to after on rhinestone platform and presses down, by heating arrangements, the ornament materials on plastic paper is sticked on the material on rhinestone platform, completes processing.The structured set of brush rig, row figure machine, diamond ironing machine is integrated by brush rhinestone all-in-one, makes a machine just can realize the function be connected to by the ornament materials such as water drilling on material.
Further, described brush guide rail comprises the Y-direction guide rail and X direction guiding rail that arrange along the length direction of described frame and width, described X direction guiding rail is fixedly connected with described frame, described Y-direction guide rail is provided with movable sliding block, described brush group is connected with described slide block, described Y-direction guide rail is fixed on Mobile base, and described Mobile base and described X direction guiding rail are slidably connected.
Brush group is connected with Y-direction guide rail by slide block, and Y-direction guide rail is connected with the Mobile base on X direction guiding rail, and X direction guiding rail is fixedly installed in frame.Brush group along Y-direction slide, also can be slided along X direction guiding rail together with Y-direction guide rail.By X direction guiding rail and Y-direction guide rail, brush can bore on platform at brush and move along the length direction of frame and width, makes brush can arrive each position on cage plate.
Further, described brush boring device also comprises X and controls motor to control motor and Y-direction, described X is fixedly installed in described frame to control motor, described Y-direction controls motor and is arranged on described Mobile base, described Y-direction controls motor and drives described brush group to move along Y-direction guide rail by the toggle be arranged on described Mobile base, and described X drives described brush group along X direction guiding rail to move by the X be arranged in described frame to Timing Belt or Chain conveyer to control motor.
Can drive brush head group be moved along guide rail by motor, brush group and Y-direction control to form crank and rocker mechanism by crank and oscillating bearing between motor and are connected.Brush in brush group can be moved back and forth along Y-direction on brush brill platform by the crank and rocker mechanism controlling driven by motor.X is comparatively large to the stroke range of movement, and X is moved to control motor by Timing Belt or the mode such as Chain conveyer or gear drive drive brush head group.
Further, described brush brill mesa base is provided with and strikes brill cylinder, described striking bores cylinder for knocking described brush brill platform, described rhinestone platform and described brush bore platform and are provided with proximity switch, and described proximity switch is parked in the assigned address of described rhinestone platform or described brush brill platform for controlling described pressure head assembly.
Proximity switch is used for positioning pressure head, pressure head is parked in aligned position that each brush bores platform or rhinestone platform, and cause error when avoiding getting brill, aligned position is the default initial position of pressure head on each platform, and as the starting point of subsequent movement; Strike brill cylinder and be arranged on brush brill mesa base, knock platform and the vibration of the water drilling in template is jumped up, guarantee that the water drilling in template can stick on plastic paper.
Further, described hold-down mechanism comprises press strip, the first connector and stroke cylinder, described stroke cylinder is fixed on described fixed head, described first connector is arranged on the below of described fixed head, the movable end of described stroke cylinder passes described fixed head and is connected with described first connector, relative fixing between described press strip with described first connector, described press strip is for being pressed on described rhinestone platform by material.
Hold-down mechanism is moved up and down by stroke cylinder, and pressure head and material can be made to compress further, and press strip is for being fixed on rhinestone platform by material.
Further, described heating arrangements comprises the second connector, heating plate and pressing cylinder, described second connector is arranged on the below of described first connector, described pressing cylinder is fixedly connected with described first connector, the movable end of described pressing cylinder passes described first connector and is connected with described second connector, described heating plate is arranged on the below of described second connector, and plastic paper and material compress for controlling described heating plate by described pressing cylinder.
Heating plate produces high temperature, plastic paper and material are compressed a period of time by pressing cylinder, the ornament materials such as water drilling are made to be attached on material, and come off from plastic paper when pressure head rises, in addition, add heat shield, heating plate is arranged in heat shield, the impact of heating plate on working environment can be reduced.
Further, described hold-down mechanism also comprises guide pillar and back-moving spring, described guide pillar runs through described fixed head, described back-moving spring is sheathed on the part that described guide pillar stretches out described fixed head, described guide pillar is provided with the telescopic spring regulating block of the upper surface for propping up described back-moving spring, and described telescopic spring regulating block can move along described guide pillar.
Back-moving spring can improve the reset effect of pressing cylinder, and make plastic paper depart from fabric, can play the effect of buffering, telescopic spring regulating block and guide pillar are threaded connection simultaneously.
Further, described plastic paper supply recovering mechanism comprises drive motors, the new cylinder of plastic paper, plastic paper recovery cylinder, bracing frame, conveying axis, upper clamp shaft and lower clamp shaft, the new cylinder of described plastic paper and described plastic paper recovery cylinder rotating support are on support frame as described above, described upper clamp shaft and described lower clamp shaft are arranged on the below of the new cylinder of described plastic paper, described upper clamp shaft and described lower clamp shaft are used for grip plastic paper, described conveying axis is arranged on the below of described plastic paper recovery cylinder, described drive motors is connected with the rotating shaft of described plastic paper recovery cylinder, described drive motors rotates for driving described plastic paper recovery cylinder, described plastic paper stretches out from the new cylinder of described plastic paper and walks around described upper clamp shaft successively, described lower clamp shaft and described conveying axis are also wrapped on the barrel of described plastic paper recovery cylinder.
Plastic paper supply recovering mechanism provides and uses new plastic paper, at plastic paper after the step of getting brill, rhinestone, is collected on plastic paper recovery cylinder.Through the experiment of inventor, new plastic paper can Reusability four, five times, after completing four rhinestone steps, then can change new plastic paper.
Further, described plastic paper supply recovering mechanism also comprises encoder, encoder turning cylinder and conveying asessory shaft, described encoder turning cylinder is arranged on above described conveying axis, described conveying asessory shaft to be arranged on above described encoder turning cylinder and to be positioned at the below of described plastic paper recovery cylinder, described encoder is connected to one end of described encoder turning cylinder, described encoder is electrically connected with described drive motors, described conveying asessory shaft and the projection in the horizontal plane of described conveying axis are positioned at the same side of described encoder turning cylinder, described plastic paper stretches out from the new cylinder of described plastic paper and walks around described upper clamp shaft successively, described lower clamp shaft, described conveying axis, described encoder turning cylinder and described conveying asessory shaft are also wrapped on the barrel of described plastic paper recovery cylinder.
The rotation number of turns of coding power transmission shaft feeds back to encoder, encoder is by record data, the rotational travel size of plastic paper can be learnt, conveying asessory shaft and conveying axis are separately positioned on above and below coding power transmission shaft, the line of coding power transmission shaft and conveying axis is " V " shape with coding power transmission shaft and the line of conveying asessory shaft, make the contact area between plastic paper and coding power transmission shaft larger, and plastic paper contacts with described coding power transmission shaft with the one side of adhesion, avoid skidding between coding power transmission shaft and coding power transmission shaft, ensure that the record result of encoder is accurate.
Further, described rhinestone platform is connected by turnover mechanism with described frame, described turnover mechanism comprises turnover cylinder, bearing mounting base, turnover fixture and turnover rotating shaft, described rhinestone platform is connected with described turnover rotating shaft, the cylinder body of described turnover cylinder and piston respectively with described frame and described turnover fixture hinged, described bearing mounting base is connected with described frame, be rotationally connected by bearing between described turnover rotating shaft and described bearing mounting base, described turnover fixture is connected with described turnover rotating shaft, described rhinestone platform is fixedly connected with described turnover fixture.
Rhinestone platform is set to foldable structure, is beneficial to and the ornament materials sticked in process on pressure head assembly is taken out, be convenient to cleaning equipment.
The beneficial effects of the utility model are: the brush that brush rhinestone all-in-one achieves for ornament materials such as water drillings bores, gets the integrated of four operations such as brill, rhinestone and plastic paper recovery.When brush bores, ornament materials is filled in the template on brush brill platform by brush group, when getting brill, pressure head assembly moves to plastic paper the top that each brush bores the template on platform, cylinder shock brush brill platform is bored by striking, ornament materials is made to be attached on plastic paper, during rhinestone, pressure head assembly moves on rhinestone platform, pass through heating arrangements, ornament materials on plastic paper is sticked on the material on rhinestone platform, complete processing, plastic paper is after too much wheel uses, by the plastic paper that plastic paper supply recovering mechanism more renews again, brush rhinestone all-in-one is by brush rig, row figure machine, diamond ironing machine, four kinds of function set of plastic paper dispenser device are integrated, make brush rhinestone all-in-one equipment just can realize the function adhered to by the ornament materials such as water drilling on material.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the utility model embodiment, be briefly described to the accompanying drawing used required in embodiment below, be to be understood that, the following drawings illustrate only some embodiment of the present utility model, therefore the restriction to scope should be counted as, for those of ordinary skill in the art, under the prerequisite not paying creative work, other relevant accompanying drawings can also be obtained according to these accompanying drawings.
The structural representation of a kind of brush rhinestone all-in-one that Fig. 1 provides for the utility model embodiment one;
Fig. 2 is the assembling schematic diagram of brush boring device;
Fig. 3 is the assembling schematic diagram that brush bores platform;
Fig. 4 is the assembling schematic diagram of pressure head assembly;
The side view of Fig. 5 Fig. 4;
Fig. 6 is the schematic diagram of plastic paper supply recovering mechanism in Fig. 4;
Fig. 7 is the turnover mechanism schematic diagram in the utility model embodiment two.
Reference numeral gathers:
Frame 100; Brush bores platform 101; Electric cabinet 103; Observe lid 104; Dump skip 105; Discharging drawer 106; Brush 107; Brush connector 108; Y-direction guide rail 109; X direction guiding rail 110; X is to Timing Belt 111; Y-direction controls motor 112; X is to control motor 113; First synchronizing shaft 114; Crank 115; Strike and bore cylinder 116; Proximity switch 117; Pressure head assembly 200; Pressure head assembly mobile motor 201; Second synchronizing shaft 202; Fixed head 203; First connector 204; Second connector 205; Stroke cylinder 206; Pressing cylinder 207; Guide pillar 208; Caging bolt 209; Heating plate 210; Rhinestone platform 211; First guide rail 212; Upper clamp shaft 213; Lower clamp shaft 214; Press strip 215; Clamping cylinder 216; Back-moving spring 217; The new cylinder 218 of plastic paper; Plastic paper recovery cylinder 220; Conveying asessory shaft 221; Encoder 222; Encoder turning cylinder 223; Conveying axis 224; Paper web motor 225; Bracing frame 226; Turnover cylinder 227; Bearing mounting base 228; Turnover fixture 229; Turnover rotating shaft 230; Plastic paper 300.
Detailed description of the invention
In existing technology, for the ornaments such as water drilling be by map brushing, get brill and rhinestone three steps stick on unclassified stores.Each step has different equipment and operation, comprise the equipment such as map brushing machine, brace machine, bonder, Pyrograph machine and manually put, handling material, the operation such as to align.Cause that operation is many, efficiency is low, scene is chaotic.
Given this, the utility model provides a kind of brush rhinestone all-in-one comprising brush drill jig block, pressing module and plastic paper supply recycling module, carry out brush by the brush group of mobile brush drill jig block to bore, mobile get drill jig block pressure head and carry out extruding and make water drilling stick on plastic paper, water drilling is finally fixed on material by heating pressurization by last pressing module, completes all process steps, does not need manually to align, do not need to change other equipment substep operations, efficiency is higher.
For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.The assembly of the utility model embodiment describing and illustrate in usual accompanying drawing herein can be arranged with various different configuration and design.Therefore, below to the detailed description of the embodiment of the present utility model provided in the accompanying drawings and the claimed scope of the present utility model of not intended to be limiting, but selected embodiment of the present utility model is only represented.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
In description of the present utility model, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end " " interior ", " outward ", " clockwise ", orientation or the position relationship of the instruction such as " counterclockwise " are based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the equipment of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.
In addition, term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance or imply the quantity indicating indicated technical characteristic.Thus, be limited with " first ", the feature of " second " can express or impliedly comprise one or more these features.In description of the present utility model, the implication of " multiple " is two or more, unless otherwise expressly limited specifically.
In the utility model, unless otherwise clearly defined and limited, the term such as term " installation ", " being connected ", " connection ", " fixing " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or integral; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals or the interaction relationship of two elements.For the ordinary skill in the art, the concrete meaning of above-mentioned term in the utility model can be understood as the case may be.
In the utility model, unless otherwise clearly defined and limited, fisrt feature second feature it " on " or D score can comprise the first and second features and directly contact, also can comprise the first and second features and not be directly contact but by the other characterisation contact between them.And, fisrt feature second feature " on ", " top " and " above " comprise fisrt feature directly over second feature and oblique upper, or only represent that fisrt feature level height is higher than second feature.Fisrt feature second feature " under ", " below " and " below " comprise fisrt feature immediately below second feature and tiltedly below, or only represent that fisrt feature level height is less than second feature.
The structural representation of a kind of brush rhinestone all-in-one that Fig. 1 provides for the utility model embodiment one; Fig. 2 is the assembling schematic diagram of brush boring device; Fig. 3 is the assembling schematic diagram that brush bores platform; Fig. 4 is the assembling schematic diagram of pressure head assembly; The side view of Fig. 5 Fig. 4; Fig. 6 is the schematic diagram of plastic paper supply recovering mechanism in Fig. 4;
Refer to Fig. 1 to Fig. 6, the utility model embodiment one provides a kind of brush rhinestone all-in-one, comprises brush boring device, rhinestone device, plastic paper supply recovering mechanism, frame 100 and electric cabinet 103.
Brush boring device, rhinestone device, plastic paper supply recovering mechanism is all electrically connected with electric cabinet 103, realizes the automation that brush bores, gets the replacing of brill, rhinestone and plastic paper, avoids the mismachining tolerance because manual operation produces.
The ornament materials such as the water drilling step be attached on unclassified stores is roughly divided into brush and bores, gets brill, rhinestone three step.Wherein, brush bores step by being moved on work top by brush, water drilling dispersion is sprinkled in template, and forms the pattern preset; Get brill step, by moving on the upside of template by plastic paper, plastic paper sticking faces down, and makes water drilling be attached on plastic paper; Rhinestone step, is fixed on material below pressure head, and plastic paper to be pressed in above material and to heat by pressure head, water drilling is sticked on material, and departs from from plastic paper.
Refer to Fig. 1 and Fig. 2, the erecting in the utility model embodiment one is equipped with three brushes and bores platform and a rhinestone platform.
Frame 100 is provided with and observes lid 104, observe between lid 104 and frame 100 and be rotationally connected by hinge, observe in the middle of lid 104 and be provided with transparent heat resistant glass, observe inner case for operator.
Three brushes bore platform 101 and are respectively provided with template, template are provided with the figure connected in star of design, are convenient to water drilling and fall into the pattern of groove also required for formation.
Brush boring device comprises brush and bores motor, brush group and displacement mechanism.
Brush group is made up of three brushes 107 and brush connector 108, and each brush 107 is provided with brush groove, and water drilling is fallen on cage plate by brush groove.Multiple brush 107 is connected into a mobile unit by brush connector 108.
Each brush bores platform 101 correspondence and is provided with a brush 107, and brush 107 is provided with through groove, so that water drilling drops down onto brush from brush 107 bore platform 101.
Brush brill platform 101 is provided with the dump skip 105 for discharging water drilling, and frame 100 is provided with the discharging drawer 106 that can take out, discharging drawer 106 is located at below the opening of dump skip 105.
The dump skip 105 that unnecessary water drilling bores platform 101 from brush leaks down, and concentrates in discharging drawer 106, and person easy to use is collected.
Displacement mechanism comprises the Y-direction guide rail 109 that the length direction along described frame 100 is arranged and the X direction guiding rail 110 arranged along the width of described frame 100, and brush bores motor and comprises X and control motor 112 to control motor 113 and Y-direction.
Here X is to being not absolute probability with Y-direction, but the auxiliary vacabulary of making for convenience of description.
Y-direction guide rail 109 is provided with slide block, and brush group, by being connected with slide block, can move along Y-direction guide rail 109.X direction guiding rail 110 is provided with Mobile base, and Y-direction guide rail 109 is fixed on Mobile base, and Y-direction guide rail 109, slide block, brush 107 can be moved along X direction guiding rail 110 by Mobile base as a sliding unit with brush connector 108.
Same, also can be fixed in frame 100 by Y-direction guide rail 109, X direction guiding rail 110 is slidably arranged on Y-direction guide rail 109.
In the present embodiment one, the movement on Y-direction guide rail 109 is realized by the slider-crank mechanism of crank 115, oscillating bearing and slide block composition, and the movement on X direction guiding rail 110 is realized to Timing Belt 111 by X.Y-direction controls motor 113 driving crank 115, X and drives X to Timing Belt 111 to control motor 112.
Refer to Fig. 2, in order to be reduced in X to mobile there is stuck situation, by being provided with four X direction guiding rails 110 and four X drive sliding unit to move to Timing Belt 111 jointly in the present embodiment, by arranging the first synchronizing shaft 114, and each X being enclosed within the sidewall of the first synchronizing shaft 114 to Timing Belt 111, the two ends of the first synchronizing shaft 114 are rotated by bearing and are arranged in frame 100.X is arranged on below the first synchronizing shaft 114 to control motor 113, and drives the first synchronizing shaft 114 to rotate by V belt translation.
Refer to Fig. 3, the below of brush brill platform 101 is provided with strikes brill cylinder, cylinder body and the frame 110 of striking brill cylinder are fixed, strike and bore cylinder operationally, piston rod ejects and hits brush and bores platform 101, make to brush the shutter vibration of boring on platform 101, the water drilling in template takeoffs, and is convenient to stick on plastic paper 300.
Each brush bores platform 101 and is provided with a proximity switch 117, and proximity switch 117 is for being parked in the aligned position of rhinestone platform 211 or brush brill platform 101 by pressure head assembly 200.
Proximity switch belongs to prior art, no longer repeats its structure and principle at this.
Rhinestone device comprises rhinestone platform 211, pressure head assembly 200 and the first guide rail 212, rhinestone platform 211 is connected with frame 100, pressure head assembly 200 can move to along the first guide rail 212 top that brush bores platform 101 and rhinestone platform 211, and rhinestone platform 211 bores platform 101 with brush and is set up in parallel.
Refer to Fig. 3, the first guide rail 212 is in the present embodiment provided with two, pressure head assembly mobile motor 201 rotates drive second synchronizing shaft 202 by band and rotates, second synchronizing shaft 202 is moved on the first guide rail 212 by V belt translation traction pressure head assembly 200, and pressure head assembly mobile motor 201 is electrically connected with electric cabinet 103.
Rhinestone platform 211 is connected with frame 100, rhinestone platform 211 can be welded on one end of frame 100, or is connected by one-body molded or bolt.
Rhinestone platform 211 is also provided with a proximity switch 117, and with brush the proximity switch 117 that bores on platform 101 generally within same axis, pressure head assembly 200 can be reacted to this batch of proximity switch 117 successively when the first guide rail 212 moves.
Refer to Fig. 4 and Fig. 5, pressure head assembly 200 comprises fixed head 203, hold-down mechanism, heating arrangements and plastic paper supply recovering mechanism.Hold-down mechanism, heating arrangements are all connected with fixed head 203 with plastic paper supply recovering mechanism, plastic paper supply recovering mechanism is used for plastic paper 300 to be laid in the bottom surface of described heating arrangements and plastic paper 300 sticking faces down, and hold-down mechanism is used for plastic paper 300 and the brush material bored on platform 101 or rhinestone platform 211 to compress.
Hold-down mechanism comprises press strip 215, first connector 204 and stroke cylinder 206, stroke cylinder 206 is fixed on fixed head 203, first connector 204 is arranged on the below of fixed head 203, the movable end of stroke cylinder 206 passes fixed head 203 and is connected with the first connector 204, relative fixing between press strip 215 with the first connector 204, press strip 215 is for being pressed on rhinestone platform 211 by material.
Heating arrangements comprises the second connector 205, heating plate 210 and pressing cylinder 207, second connector 205 is arranged on the below of the first connector 204, pressing cylinder 207 is fixedly connected with the first connector 204, the movable end of pressing cylinder 207 passes the first connector 204 and is connected with the second connector 205, heating plate 210 is arranged on the below of the second connector 205, and plastic paper 300 and material compress for controlling heating plate 210 by pressing cylinder 207.
Heating arrangements also comprises interpolation temperature-insulating cover, and heating plate 210 is arranged in temperature-insulating cover, to reduce the impact of heating plate 210 on environment.
Stroke cylinder 206 is for adjusting the height of the first connector 204 and the second connector 205 simultaneously, and pressing cylinder 207 for adjusting the position of the second connector 205 further, and then controls the height and position of the heating plate 210 be connected with the second connector 205.
Fixed head 203 can also add guide pillar 208 and back-moving spring 217, guide pillar 208 runs through fixed head 203, back-moving spring 217 is sheathed on the part that guide pillar 208 stretches out fixed head 203, guide pillar 208 is provided with the telescopic spring regulating block of the upper surface for propping up back-moving spring 217, and telescopic spring regulating block can move along guide pillar.
By threaded engagement between telescopic spring regulating block and guide pillar, spring regulating block rotates around guide pillar can regulate height, and then regulates the deformation quantity of back-moving spring 217.
Back-moving spring 217 can play the effect of buffering, can also provide power-assisted to the backhaul of cylinder simultaneously.
Caging bolt 209 is provided with between fixed head 203 and the first connector 204 and between the first connector 204 and the second connector 205, the head of caging bolt 209 arranges rubber layer, between fixed head 203, first connector 204 and the second connector 205 three, rigid collision occurs for preventing.
Inventor finds that plastic paper 300 is after using, and still has good viscosity, through the experiment repeatedly of inventor, finds that the viscosity of new plastic paper can support that about 5 times get bores rhinestone step.
Therefore, inventor has devised following plastic paper supply recovering mechanism, be convenient to repeatedly use plastic paper 300, improve the utilization ratio of plastic paper 300, cut down expenses.
Refer to Fig. 6, plastic paper supply recovering mechanism comprises paper web motor 225, the new cylinder 218 of plastic paper, plastic paper recovery cylinder 220, bracing frame 226, conveying axis 224, upper clamp shaft 213, lower clamp shaft 214, encoder 222, encoder turning cylinder 223 and conveying asessory shaft 221, the new cylinder 218 of plastic paper and plastic paper recovery cylinder 220 are all rotationally connected with bracing frame 226, upper clamp shaft 213 and lower clamp shaft 214 are arranged on the below of the new cylinder 218 of described plastic paper, upper clamp shaft 213 and lower clamp shaft 214 can grip plastic paper 300 under the effect of clamping cylinder 216, conveying axis 224 is arranged on the below of plastic paper recovery cylinder 220, paper web motor 225 is connected with the rotating shaft of plastic paper recovery cylinder 220, paper web motor 225 rotates for driving plastic paper 300 recovery cylinder 220, encoder turning cylinder 223 is arranged on above conveying axis 224, conveying asessory shaft 221 to be arranged on above encoder turning cylinder 223 and to be positioned at the below of plastic paper 300 recovery cylinder 220, encoder 222 is connected to one end of encoder turning cylinder 223, encoder 222 is electrically connected with paper web motor 225.
Conveying asessory shaft 221 and conveying axis 224 projection are in the horizontal plane positioned at the same side of encoder turning cylinder 223, increase plastic paper 300 and the contact area of encoder turning cylinder 223, prevent from skidding.Plastic paper 300 is drawn from plastic paper new cylinder 218 and is walked around upper clamp shaft 213, lower clamp shaft 214, conveying axis 224, encoder turning cylinder 223 and conveying asessory shaft 221 successively and be wrapped on the sidewall of plastic paper recovery cylinder 220.
The sidewall of upper clamp shaft 213 and lower clamp shaft 214 is adjacent, and plastic paper 300 passes from the gap between upper clamp shaft 213 and the sidewall of lower clamp shaft 214, and is clamped with lower clamp shaft 214 by upper clamp shaft 213.
Upper clamp shaft 213 and lower clamp shaft 214 are controlled clamping by clamping cylinder 216 and are unclamped, when needs shift plastic paper 300 or change, and the clamping cylinder release of clamp shaft 213 and lower clamp shaft 214 in control; In normal work, clamping cylinder controls upper clamp shaft 213 and lower clamp shaft 214 grip plastic paper 300.Clamping cylinder is electrically connected with electric cabinet 103, accepts the programmed instruction of electric cabinet 103.
Conveying asessory shaft 221 and conveying axis 224 projection are in the horizontal plane positioned at the same side of encoder turning cylinder 223, improve the contact area of plastic paper 300 and encoder turning cylinder 223, thus avoid skidding between plastic paper 300 and encoder turning cylinder 223.
Skidding occurs between plastic paper 300 and encoder turning cylinder 223 can cause the counting of encoder 222 to make a mistake.Whether encoder 222 calculates the quantity delivered of plastic paper 300 by the data of meter record, close to control drive motors, and then realizes the accurate control to plastic paper 300.If recording of encoder 222 is wrong, the control effects of encoder 222 will be affected.
Plastic paper 300, after rhinestone completes, is not changed, until reclaim after Reusability 4-5 time, and new plastic paper 300 is placed in rhinestone position again.
To be on the safe side, plastic paper 300 is changed after use 4 is taken turns.
During use, plastic paper supply recovering mechanism is first set, face down sticking for plastic paper 300 one and be laid on the bottom surface of pressure head assembly 200, water drilling is added on each brush 107 of brush group, Y-direction controls motor 112 driving crank 115, X drives X to Timing Belt 111 to control motor 113, brush group is moved on brush brill platform 101 by X direction guiding rail 110 and Y-direction guide rail 109, at the volley, water drilling drains in the template on brush brill platform 101 from the brush groove that brush 107 is arranged, after brush group moves, X reverses to control motor 113, brush group is made to get back to initial position, pressure head assembly 200 to be bored near platform 101 by the first guide rail 212 brush moved to away from rhinestone platform 211 and is stopped by proximity switch 117, stroke cylinder 206 works, the bottom surface of pressure head is declined and close template, the striking brill cylinder 116 that brush bores bottom platform 101 works, clashing into template makes the water drilling on plank and plastic paper 300 adhere to each other, stroke cylinder 206 backhaul, go up in the bottom surface of pressure head, pressure head assembly 200 moves to next brush and bores platform 101, repeat stroke cylinder 206 to decline, strike brill cylinder 116 and clash into template, stroke cylinder 206 promotes, move to the step that next brush bores platform 101, until after plastic paper 300 adhered to the water drilling in all templates, start to enter rhinestone step, water drilling is placed on rhinestone platform 211 for the material adhered to, the stroke cylinder 206 of pressure head assembly 200 works, press strip 215 makes plastic paper 300 bottom pressure head assembly 200 near material, press strip 215 clamps material, pressing cylinder 207 works, compression reseting spring 217 and simultaneously drive heating plate 210 plastic paper 300 is pressed on material further, heating plate 210 generates heat, water drilling and plastic paper 300 is made to depart from and be attached on material, by the backhaul of pressing cylinder 207 and the effect of back-moving spring 217, the bottom surface of pressure head assembly 200 rises, plastic paper 300 and water drilling depart from.
Plastic paper 300 region be positioned at bottom pressure head assembly 200 have passed through 4 take turns use after, need to change the bottom of new plastic paper 300 to pressure head assembly 200.Open the paper web motor 225 of plastic paper 300, plastic paper 300 shifts from the new cylinder 218 of plastic paper to plastic paper recovery cylinder 220, plastic paper 300 moves and drives encoder turning cylinder 223 to rotate, the rotation number of turns of encoder 222 record coding device turning cylinder 223, and after arrival preset value, control drive motors is closed, and plastic paper 300 completes and once shifts, and new plastic paper 300 is moved to the bottom of pressure head assembly 200.
Fig. 7 is the turnover mechanism schematic diagram of the rhinestone platform 211 in the utility model embodiment two.
The utility model embodiment two provides a kind of brush rhinestone all-in-one.
Refer to Fig. 7, the brush rhinestone all-in-one that embodiment two provides and the difference of embodiment one with, be connected by turnover mechanism between rhinestone platform 211 with frame 100.
Turning between rhinestone platform 211 and frame 100, rhinestone platform 211 can turn down downwards from horizontal level during work by operator, and then cleans out the water drilling remained on rhinestone platform 211.
Turnover mechanism between rhinestone platform 211 and frame 100 can be that hinge adds support bar, and rhinestone platform and frame are rotationally connected by hinge, and the two ends of support bar are connected with rhinestone platform and frame respectively.Support bar can be set to adjustable expansion link, by coordinating of locating hole and connecting pin, or threaded adjusting, or elasticity boss realizes the Telescopic of support bar, thus can the connection angle between rhinestone platform and frame be adjusted.
Same, the turnover mechanism between rhinestone platform 211 and frame 100 can be cylinder supports.
Refer to Fig. 7, what the present embodiment two adopted is cylinder supports, and turnover mechanism comprises turnover cylinder 227, bearing mounting base 228, turnover fixture 229 and turnover rotating shaft 230.
One end of turnover cylinder 227 fixes with frame 100 and the other end is connected with turnover fixture 229, bearing mounting base 228 is fixed on one end of frame 100, turnover rotating shaft 230 is rotationally connected by bearing and bearing mounting base 228, turnover fixture 229 is rotationally connected with bearing mounting base 228 by turnover rotating shaft 230, and rhinestone platform 211 is fixedly connected with turnover fixture 229.
As shown in Figure 7, turnover fixture 229 comprises turnover fixed head and bending member, bending member is " V " shape part, a limit of bending member is connected with turnover fixture, another side is connected with rhinestone platform, bending member is rotationally connected with bearing mounting base 228 by turnover rotating shaft 230, and turnover cylinder 227 is connected with turnover fixed head.
Be provided with four bending members in the present embodiment, ensure the rotatory force of rhinestone platform even and synchronous.Also can select the quantity of bending member according to actual conditions, not be restricted to four.
In addition, also turnover fixture directly can be designed to the compoboard that cross section is " V " shape, two lateral surfaces are connected with rhinestone platform and the piston rod turning down cylinder respectively.
Unless specifically stated otherwise, otherwise the parts of setting forth in these embodiments, step, numerical expression and numerical value do not limit scope of the present utility model.
The device that the utility model embodiment provides, its technique effect realizing principle and generation is identical with preceding method embodiment, is concise and to the point description, and the not mentioned part of device embodiment part can with reference to corresponding contents in preceding method embodiment.
In all examples be illustrated and described herein, any occurrence should be construed as merely exemplary, instead of as restriction, therefore, other examples of exemplary embodiment can have different values.
It should be noted that: represent similar terms in similar label and letter accompanying drawing below, therefore, once be defined in an a certain Xiang Yi accompanying drawing, then do not need to define further it and explain in accompanying drawing subsequently.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (10)

1. a brush rhinestone all-in-one, is characterized in that, comprises brush boring device, rhinestone device, plastic paper supply recovering mechanism, frame and electric cabinet;
Described frame is provided with at least one brush and bores platform, described brush bores platform for placing template, and described brush boring device, described rhinestone device are all connected with described frame with described electric cabinet;
Described brush boring device comprises brush and bores motor, brush group and displacement mechanism, described brush group comprises brush connector and at least one brush, institute's displacement mechanism comprises brush guide rail and brush bores motor, described brush guide rail is arranged on described brush and bores on platform, and described brush bores motor and moves along described brush guide rail for driving described brush group;
Described rhinestone device comprises rhinestone platform, pressure head assembly and the first guide assembly, described rhinestone platform is connected with described frame, described first guide assembly comprises the first guide rail and the first drive motors, described first guide rail is arranged in described frame, described first guide rail is provided with the first slide block, described pressure head assembly comprises fixed head, hold-down mechanism, heating arrangements and plastic paper supply recovering mechanism, described fixed head is connected with described first slide block, described pressure head assembly can move on described first guide rail, described pressure head assembly can bore above platform and described rhinestone platform at described brush and move, described hold-down mechanism is all connected with described fixed head with described heating arrangements, described hold-down mechanism is for adjusting the distance between the bottom of described pressure head assembly and described rhinestone platform,
Described plastic paper supply recovering mechanism is connected with described fixed head, and described plastic paper supply recovering mechanism is used for bottom plastic paper being laid in described heating arrangements, and described plastic paper is adhesive faces near the side of rhinestone platform;
Described electric cabinet bores motor and described pressure head assembly is electrically connected with described brush respectively.
2. brush rhinestone all-in-one according to claim 1, it is characterized in that, described brush guide rail comprises the Y-direction guide rail and X direction guiding rail that arrange along the length direction of described frame and width, described X direction guiding rail is fixedly connected with described frame, described Y-direction guide rail is provided with movable sliding block, described brush group is connected with described slide block, and described Y-direction guide rail is fixed on Mobile base, and described Mobile base and described X direction guiding rail are slidably connected.
3. brush rhinestone all-in-one according to claim 2, it is characterized in that, described brush boring device also comprises X and controls motor to control motor and Y-direction, described X is fixedly installed in described frame to control motor, described Y-direction controls motor and is arranged on described Mobile base, described Y-direction controls motor and drives described brush group to move along Y-direction guide rail by the toggle be arranged on described Mobile base, and described X drives described brush group along X direction guiding rail to move by the X be arranged in described frame to Timing Belt or Chain conveyer to control motor.
4. brush rhinestone all-in-one according to claim 1, it is characterized in that, described brush brill mesa base is provided with and strikes brill cylinder, described striking bores cylinder for knocking described brush brill platform, described rhinestone platform and described brush bore platform and are provided with proximity switch, and described proximity switch is parked in the assigned address of described rhinestone platform or described brush brill platform for controlling described pressure head assembly.
5. brush rhinestone all-in-one according to claim 1, it is characterized in that, described hold-down mechanism comprises press strip, the first connector and stroke cylinder, described stroke cylinder is fixed on described fixed head, described first connector is arranged on the below of described fixed head, the movable end of described stroke cylinder passes described fixed head and is connected with described first connector, and relative fixing between described press strip with described first connector, described press strip is for being pressed on described rhinestone platform by material.
6. brush rhinestone all-in-one according to claim 5, it is characterized in that, described heating arrangements comprises the second connector, heating plate and pressing cylinder, described second connector is arranged on the below of described first connector, described pressing cylinder is fixedly connected with described first connector, the movable end of described pressing cylinder passes described first connector and is connected with described second connector, described heating plate is arranged on the below of described second connector, and plastic paper and material compress for controlling described heating plate by described pressing cylinder.
7. brush rhinestone all-in-one according to claim 5, it is characterized in that, described hold-down mechanism also comprises guide pillar and back-moving spring, described guide pillar runs through described fixed head, described back-moving spring is sheathed on the part that described guide pillar stretches out described fixed head, described guide pillar is provided with the telescopic spring regulating block of the upper surface for propping up described back-moving spring, and described telescopic spring regulating block can move along described guide pillar.
8. brush rhinestone all-in-one according to claim 1, it is characterized in that, described plastic paper supply recovering mechanism comprises drive motors, the new cylinder of plastic paper, plastic paper recovery cylinder, bracing frame, conveying axis, upper clamp shaft and lower clamp shaft, the new cylinder of described plastic paper and described plastic paper recovery cylinder rotating support are on support frame as described above, described upper clamp shaft and described lower clamp shaft are arranged on the below of the new cylinder of described plastic paper, described upper clamp shaft and described lower clamp shaft are used for grip plastic paper, described conveying axis is arranged on the below of described plastic paper recovery cylinder, described drive motors is connected with the rotating shaft of described plastic paper recovery cylinder, described drive motors rotates for driving described plastic paper recovery cylinder, described plastic paper stretches out from the new cylinder of described plastic paper and walks around described upper clamp shaft successively, described lower clamp shaft and described conveying axis are also wrapped on the barrel of described plastic paper recovery cylinder.
9. brush rhinestone all-in-one according to claim 8, it is characterized in that, described plastic paper supply recovering mechanism also comprises encoder, encoder turning cylinder and conveying asessory shaft, described encoder turning cylinder is arranged on above described conveying axis, described conveying asessory shaft to be arranged on above described encoder turning cylinder and to be positioned at the below of described plastic paper recovery cylinder, described encoder is connected to one end of described encoder turning cylinder, described encoder is electrically connected with described drive motors, described conveying asessory shaft and the projection in the horizontal plane of described conveying axis are positioned at the same side of described encoder turning cylinder, described plastic paper stretches out from the new cylinder of described plastic paper and walks around described upper clamp shaft successively, described lower clamp shaft, described conveying axis, described encoder turning cylinder and described conveying asessory shaft are also wrapped on the barrel of described plastic paper recovery cylinder.
10. brush rhinestone all-in-one according to claim 1, it is characterized in that, described rhinestone platform is connected by turnover mechanism with described frame, described turnover mechanism comprises turnover cylinder, bearing mounting base, turnover fixture and turnover rotating shaft, described rhinestone platform is connected with described turnover rotating shaft, the cylinder body of described turnover cylinder and piston respectively with described frame and described turnover fixture hinged, described bearing mounting base is connected with described frame, be rotationally connected by bearing between described turnover rotating shaft and described bearing mounting base, described turnover fixture is connected with described turnover rotating shaft, described rhinestone platform is fixedly connected with described turnover fixture.
CN201520717960.XU 2015-09-16 2015-09-16 Brush scalds and bores all -in -one Withdrawn - After Issue CN204994693U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105105373A (en) * 2015-09-16 2015-12-02 杭州从众机械设备有限公司 Rhinestone brushing and ironing integrated machine
CN109226130A (en) * 2018-09-26 2019-01-18 广州珂诚包装技术有限公司 A kind of composite soft tube impurity cleaning device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105105373A (en) * 2015-09-16 2015-12-02 杭州从众机械设备有限公司 Rhinestone brushing and ironing integrated machine
CN109226130A (en) * 2018-09-26 2019-01-18 广州珂诚包装技术有限公司 A kind of composite soft tube impurity cleaning device

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