CN101611954B - Automatic star badge loading machine - Google Patents
Automatic star badge loading machine Download PDFInfo
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- CN101611954B CN101611954B CN2009101485723A CN200910148572A CN101611954B CN 101611954 B CN101611954 B CN 101611954B CN 2009101485723 A CN2009101485723 A CN 2009101485723A CN 200910148572 A CN200910148572 A CN 200910148572A CN 101611954 B CN101611954 B CN 101611954B
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- epaulet
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Abstract
The invention discloses an automatic star badge loading machine. An epaulet is a dress product, and a star badge can be arranged on the epaulet through a plurality of working procedures. The automatic star badge loading machine is a machine formed by fixing a bottom plate with a dovetail groove on a rectangular working table and arranging six devices such as an epaulet negative device, a punching device and the like on the bottom plate. A principle of the machine comprises the steps of: utilizing a cylinder to take out epaulet negatives from the epaulet negative device one by one, and sending the epaulet negatives to the position between a rotary transmission wheel and a fixed bottom die; urging the epaulet negatives to be transmitted forward by means of the friction force produced by the rotating of a rotating wheel when the transmission wheel rotates; punching the epaulet negatives by a punching head when the epaulet negatives are transferred to a certain position; then continuing to transfer the epaulet negatives; driving a convex mold and a firing pin by the cylinder to make pinning wires pass through a hole of each epaulet negative and make the two pinning wires separated when the epaulet negatives automatically fall into a low-position mobile bottom die from a high-position fixed bottom die; then ensuring that star badges and the epaulet negatives are firmly fixed through the stamping of the punching head; and finally utilizing a gas clip driven by the cylinder to remove epaulets and load the epaulets into a fixed device to realize the aim that the epaulets are automatically loaded with the star badges.
Description
Technical field:
The present invention relates to the clothing products epaulet, specially refer to the machine of epaulet automatic star badge loading.
Background technology:
Epaulet is made up of epaulet egative film and star emblem.The epaulet egative film is to be pulled through after the processing by base fabric, lining, glued membrane and plastics, becomes to have the be rectangle epaulet egative film of type shape of certain lonely degree.The star emblem is to be processed by metal material, and the surface is the five-pointed star shape of convex surface, and the back side is the plane, and has and place two of five-pointed star center to sew silk individually.The star emblem in the requirement of installing on the epaulet egative film is: at first on the epaulet egative film, by do not sew silk directly through carrying out punching, then sew silk to two of star emblem individually and penetrate in this hole; Sew silk to two individually separately again; At last star emblem and the fixation of epaulet egative film, and require one jiao of the star emblem must be in the center of epaulet egative film, a plurality of stars emblem must be vertical; Spacing must be identical, not the damage in process of production of the surface of star emblem.
The known star emblem of on the epaulet egative film, installing is undertaken by following operating procedure by manual work.
One, punching: operating personnel pick up a slice epaulet egative film; Send under the drift of forcing press, depress the operating grip of forcing press again, the epaulet egative film is carried out punching (in punch process; The scrap of the epaulet egative film that gets off owing to liquidate does not reclaim, and scrap influences working environment).
Two, penetrate the silk of not sewing of star emblem in the hole of epaulet egative film: operating personnel pick up the epaulet egative film that a slice has been dashed the hole, pick up a star emblem again, sew silk to two of star emblem individually and together penetrate in the hole of epaulet egative film.
Three, separately do not sew silk: operating personnel pick up screwdriver, 2 of star emblem are not sewed silk separately, and press to the epaulet egative film, make not sew silk and conform to the epaulet egative film.
Four, adjustment star emblem angle: operating personnel pick up the epaulet egative film that penetrates the star emblem, with a jiao of sight observation star emblem whether in the center of epaulet egative film, if a plurality of stars emblem; Also to observe the star emblem whether vertical each other; Whether spacing is identical, if undesirable, adjusts.
Five, the fixation of star emblem: operating personnel pick up the epaulet egative film of adjustment back band star emblem, and the surface of star emblem is placed on the felt pan of workbench, and two sew one of silk individually faces up, then with hammer sewing thread and the epaulet egative film is not pounded firmly, become epaulet at last.
Above operating procedure, each link all need be by artificial manual operationss, and technology falls behind, and production efficiency is low, and with the vertical and spacing of sight observation star emblem, can not guarantee its accuracy.
Goal of the invention and technical scheme:
Render a service in order to improve work, in order to improve the quality of products, in order to improve the automaticity in the production process, the present invention provides a kind of epaulet automatic star badge loading machine.Its technical scheme that adopts is:
On a rectangular work top, the base plate of a band dovetail groove is set, foremost at base plate; A front apron and backboard are set,, a fixing bed die are arranged in the bottom of front and rear baffle; A cylinder is arranged in the bed die, and cylinder drives one and passes plate, and what place in the middle of the front and rear baffle is the epaulet egative film that needs processing; They are formed this machine and supply epaulet egative film device automatically, and its effect is to deposit a plurality of epaulet egative films, and sends into the epaulet egative film in the hole punched device one by one.On the base plate of front apron position, fixing forcing press is provided with a fixing bed die in the dovetail groove of forcing press below base plate; This bed die is an one with the bed die that supplies epaulet egative film device automatically, and fixedly there is mobilizable support of motor the both sides of bed die; Support of motor is provided with multiple motors and transfer wheel; They form the hole punched device of this machine, and its effect is that the epaulet egative film is transmitted, and carry out punching to the epaulet egative film that is sent under the forcing press.On the base plate of support of motor one end; A star emblem means for correcting fixed support is set; Be fixed with star emblem means for correcting on the support, its effect is to penetrate the silk of not sewing of star emblem in the hole that the epaulet egative film dashed, and sews individually and thread separate penetrating epaulet egative film two of the emblem of broadcasting TV programs by satellite.On the base plate close with means for correcting; Two manipulator supports are set; Be fixed with the parallel bar that slides on the support with servomotor control; Parallelly slide that vertical fixing has cylinder, gas folder below the bar, their form the robot device of this machine, and its effect is the epaulet of taking away on the removable bed die through band star emblem after the punching press.Said robot device is made up of manipulator support, parallel slide bar, cylinder, gas folder and cylinder, gas folder support, and manipulator support is a rectangle 90 degree supports, and the strut angle of band spill radian is arranged at support top; Be fixed with the parallel bar that slides on the support, the parallel bar that slides slides coupling, and it connects with cylinder, gas folder support; Cylinder, gas folder support are cuboids, and it divides the upper and lower, and four slotted holes are arranged around the top; The tail end on top has four circular holes, can connect with coupling, and respectively there is a circular hole at the center of tail end and middle-end; Be used for fixing cylinder, the both sides, bottom are leptoprosopy, and are T-shaped; The gas folder connects through cylinder, gas is clipped in 2 T-slots moves up and down.Rear end at base plate; A forcing press is set, and forcing press drives a drift, in the dovetail groove of forcing press below base plate; There are a cylinder, cylinder to drive a mobile bed die that can move forward and backward along dovetail groove; They constitute the decompressor of this machine, and its effect is to being with the epaulet egative film of star emblem to carry out punching press on the removable bed die, making the star emblem fixation on the epaulet sheet; Wherein, cylinder is fixed in the tail swallow groove.Bottom at workbench is provided with control cabinet, and Programmable Logic Controller is installed in the control cabinet, relay, pneumatic element, and they form the electrical equipment control and the air control unit of this machine, and their effect is whole courses of work of this machine of control.
Its course of work and principle are:
At first, be placed in a certain order in the device of automatic confession epaulet egative film, start the motor of hole punched device and decompressor, restart the multiple motors on the hole punched device support of motor, and delivery wheel is rotated a plurality of epaulet egative films.More than get ready for the broadcast TV programs by satellite transmission of emblem punching press, epaulet egative film of the punching of epaulet egative film, epaulet egative film.
After above preparation is accomplished, start the cylinder of decompressor, the mobile bed die of this cylinder drive is moved, wherein along the dovetail groove of base plate to the fixedly bed die of hole punched device; Fixedly bed die and removable bed die all are arranged in the dovetail groove of base plate, and fixedly bed die is higher than mobile bed die, after mobile bed die arrives fixedly the bed die position, the cylinder in the automatic confession epaulet egative film device are moved; Because the passing plate that this cylinder drives is passed plate the epaulet egative film is passed forward, when the epaulet egative film is pushed to the delivery wheel of rotation and fixedly between the bed die time, the epaulet egative film is because of being rubbed; Impel the epaulet egative film to forward, after being sent to certain position, be fixed on the optoelectronic switch on the support of motor; Detect after the epaulet egative film, swiveling wheel stops operating, at this moment; The electromagnet of hole punched device is inhaled down, and electromagnet drives the press operation handle, makes forcing press carry out punching to the epaulet egative film; After punching was accomplished, swiveling wheel continued rotation, made the epaulet egative film continue to transmit forward.After the epaulet egative film was sent to last delivery wheel, the epaulet egative film dropped on automatically on the mobile bed die of this wait owing to placed the star emblem on the bed die, and the star emblem do not sew silk up, make the hole of epaulet egative film, what just in time penetrate the star emblem does not sew silk.Do not penetrate in the hole of epaulet egative film and make epaulet egative film firm when proofreading and correct the star emblem in order to ensure sewing silk, proofread and correct the convex type mould of star emblem device and at first depress the epaulet egative film; And the cylinder action of the cylinder of the interior both sides of rearward recess and top is intersected in some pushing plate, striker, guarantees 2 centre positions of not sewing silk in epaulet egative film hole; Make 2 not sew silk separately again, after not sewing silk and being separated, mobile bed die automatically returns to below the drift of decompressor; At this moment; The electromagnet of decompressor is inhaled down, and electromagnet is inhaled the operating grip of drive forcing press down, makes drift carry out punching press to moving the silk of not sewing that separates on the bed die; Through punching press, make star emblem and epaulet egative film firmly fixing.After punching press was accomplished, mobile bed die moved forward, after moving to certain position; Mobile bed die stops, and this moment, manipulator moved forward, after manipulator moves to the bed die position; Gas picks up the epaulet sheet; Make the manipulator reposition, after the manipulator reposition, unclamp the gas folder, make in the cartonning of epaulet slabbing.After manipulator picks up the epaulet sheet; Operating personnel are placed on the star emblem in the locating hole of the star emblem bed die that moves bed die, and after manipulator turned back to initial point, mobile bed die moved forward to fixedly bed die position; And startup supplies the cylinder of epaulet egative film device automatically; The 2nd epaulet egative film moved forward (moving the arrival that bed die is waited for the 2nd epaulet egative film this moment), when second epaulet egative film is moved to the delivery wheel of rotation and fixedly between the bed die time, repeats the action of above first epaulet egative film; Continue to accomplish further work, reach epaulet automatic star badge loading purpose.
Automatically removing scrap is that fixedly bed die is provided with except that the scrap hole, and it is to utilize the epaulet egative film in forwarding process, and the scrap on the fixing bed die is stayed in punching later on, shifts onto in the scrap hole, blows with the scrap centralized collection together in the hole with cylinder again.
In order to ensure the accurate position of star emblem on the epaulet egative film, the measure of taking is to move on the bed die, and position and requirement according to install on the epaulet egative film size, shape and the star emblem of star emblem are provided with star emblem locating hole, have guaranteed its degree of accuracy and uniformity.
In order not injure star emblem surface, on the star emblem bed die that moves on the bed die, adopted rubberized, when being contacted with mobile bed die, surface, star emblem do not damage because of the friction of metal and metal covering.
The invention has the beneficial effects as follows:
This technology has replaced artificial when epaulet dress star emblem, numerous and diverse process hand-manipulated, once can accomplish continuously supply epaulet sheet, punching, dress star emblem, respectively sew silk, punching press star emblem, collect scrap, get multitrack operation program such as finished product epaulet; Realized the automation of epaulet dress star emblem; Improved the production efficiency of dress star emblem, improved the harness level in the production process, owing to adopted star emblem fixing hole; Guarantee the position of star emblem on the epaulet egative film, improved product quality.
Description of drawings:
Fig. 1 is a star emblem sketch map
Fig. 2 is an epaulet egative film sketch map
Fig. 3 is the epaulet sketch map of band star emblem
Fig. 4 is that work top is arranged sketch map
Fig. 5 supplies epaulet egative film schematic diagram of device automatically
Fig. 6 is the hole punched device schematic diagram
Fig. 7 is a star emblem means for correcting schematic diagram
Fig. 8 is a tool arm device schematic diagram
Fig. 9 is the decompressor schematic diagram
Figure 10 moves the bed die front view
Figure 11 moves the bed die profile
Figure 12 is a star emblem bed die front view
Figure 13 is a star emblem bed die profile
Figure 14 is fixing bed die front view
Figure 15 is fixing bed die side view
Figure 16 is fixing bed die profile
Figure 17 is the transfer wheel profile
Figure 18 is manipulator support figure
Figure 19 is support of motor figure
Figure 20 is base plate figure
Figure 21 is the base plate profile
Figure 22 is gas folder and cylinder fixed support front view
Figure 23 is gas folder and cylinder fixed support side view
Figure 24 is forward and backward baffle plate figure
Figure 25 is electric major loop control principle figure
Figure 26 is a programmable controller external cabling schematic diagram
Figure 27 is the course of action flow chart
Among the figure: 1, base plate; 2, cylinder; 3, decompressor forcing press fixing hole; 4, removable bed die; 5, dovetail groove; 6, manipulator support; 7, manipulator; 8, star emblem means for correcting; 9, motor; 10, transfer wheel; 11, hole punched device forcing press fixing hole; 12, mobilizable support of motor; 13, supply epaulet egative film device automatically; 14, work top; 15, slide bar; 16, servomotor; 17, slide block; 18, gas folder and cylinder fixed support; 19, cylinder; 20, gas folder; 21, epaulet egative film; 22, bed die movably; 23, star emblem bed die; 24, fixing bed die; 25, waste discharge bits hole; 26, punching liner; 27, near the switch fixing hole; 28, cylinder fixing hole; 29, optoelectronic switch hole; 30, rubber; 31, the rubber of band micelle; 32, screw fixing hole; 33, motor reel installing hole; 34, optoelectronic switch installing hole; 35, support of motor fixing hole; 36, place the epaulet film perforation; 37, fixed screw holes; 38, fixed screw holes; 39, near switch; 40, near switch; 41, limited post; 42, chip-removal hole; 43, chip-removal hole; 44, gas folder slideway; 45, cylinder fixing hole; 46, connecting pore; 47, front apron; 48, backboard; 49, pressing plate; 50, press arrangement; 51, cylinder; 52, fixed screw; 53, pushing plate; 54, drift; 55, cover plate; 56, operating mechanism; 57, operating grip; 58, column; 59, press arrangement; 60, operating mechanism; 61, operating grip; 62, column; 63, slide block; 64, drift; 65, slide block; 66, signal lamp; 67, strut angle; 68, cylinder fixing hole; 69 cylinders; 70, striker; 71, convex briquetting; 72, cylinder; 73, cylinder; 74, pushing plate; 75, do not sew silk; 76, pushing plate; 77, star emblem.
Among the figure: the PLC Programmable Logic Controller; FV fuses device; The KA1-KA19 relay; JK0-JK9 is near switch; The K0-K4 switch; The SB1-SB5 button; The V rectifier power source; The HL signal lamp; The YA1-YA10 magnetic valve; The MD1-5 direct current generator; The MA1-2 alternating current generator; The DT1-2 electromagnet.
The specific embodiment:
Below in conjunction with accompanying drawing the present invention is further specified
Fig. 1 is the star emblem
Fig. 2 is the epaulet egative film
Fig. 3 is the star emblem of installing on the epaulet egative film
In enforcement figure shown in Figure 4, cylinder 2 is through fixed screw 65 and movably bed die 4 connections.
In enforcement figure shown in Figure 5, cylinder 51 embeds and is fixed on a fixedly end of bed die 24, passes plate 53 and through screw 52 both is connect; Front apron 47 is＜shape, and backboard 48 is] shape, link to each other in its bottom between the two; Certain space is arranged, and certain height is arranged, what placed in the space between the forward and backward baffle plate is epaulet egative film 21;＜shape baffle plate one end is fixed on the fixedly tail end of bed die ,] end of shape baffle plate and fixedly the bed die tail end certain space is arranged in dovetail groove; This space can make the epaulet egative film latter half of unsettled, and fixedly the passing plate that drives of the cylinder that is embedded in of bed die can move forward and backward in this space; When cylinder 51 action, drive and pass plate 53 epaulet egative film 21 is sent into fixedly between the bed die 24 and transfer wheel 10, when transfer wheel 10 rotated, epaulet egative film 21 received the frictional force of swiveling wheel 10 and impels epaulet egative film 21 to forward.
In enforcement figure shown in Figure 6; Press arrangement 50 in the dotted line hole is the original devices of forcing press; Drift 54 is installed in the slide block 65 of forcing press; Thereby control crank 57 control operating mechanisms 56 make slide block 65 drive drifts 54 upper and lower moving, and forcing press column 58 is installed among Fig. 4 in 11 the hole.What fixedly place in the bed die 24 is the epaulet egative film 21 that needs punching, and transfer wheel 10 is fixed on mobilizable support of motor 12.
In enforcement figure shown in Figure 7; Star emblem means for correcting is made up of convex mold and cylinder, pushing plate, striker, the spring of a band groove; The band groove the convex mold both sides and above, be provided with cylinder, pushing plate, striker, spring are arranged in the groove of this mould.Cylinder 69 drives striker 70, and cylinder 72, cylinder 73 connect with two pushing plates 74,76 respectively, and the star emblem 77 on the epaulet egative film 21 is placed in the groove that moves bed die 4, is not sew silk 75 in the middle of two pushing plates 74,76.
In enforcement figure shown in Figure 8, manipulator support 6 is fixed with and slides bar 15, slides bar 15 and drives slide block 17 under the driving of servomotor 16, makes slide block 17 front and back moving.Slide block 17 is fixed with cylinder, gas clamping fixed rack 18; The gas folder 20 that cylinder 19 drives is fixed in cylinder, the gas clamping fixed rack 18; When gas folder 20 moved to movably bed die 22 positions, gas folder 20 picked up epaulet egative film 21 and removes from bed die 22 positions movably.
In enforcement figure shown in Figure 9; In the frame of broken lines 59, be the original device of forcing press, drift 64 is installed in the slide block 63 of forcing press; Thereby control crank 61 control operating mechanisms 60 make slide block 63 drive drifts 64 upper and lower moving, and forcing press column 62 is installed among Fig. 4 in 3 the hole.What movably place in the bed die 22 is the epaulet egative film 21 that needs the band star emblem of punching press.
In Figure 10, enforcement figure shown in Figure 11, moving bed die 22 is a rectangle, and the bottom is dovetail shaped; Top is arcs of recesses, and this arc and epaulet egative film match, and has 1 semi arch elongated slot at least at cancave cambered surface; Its length is identical with mobile bed die; There is the block that is higher than the spill cambered surface two of the spill cambered surface and rear end, at the front end of spill cambered surface one＜shape block are arranged, and at mobile bed die 22 spill arcs middle part one rectangular through holes are arranged; Star emblem bed die 23 can be placed in this hole, and star emblem bed die 23 can be done with mobile bed die 22 and move forward and backward.
In Figure 12, enforcement figure shown in Figure 13, star emblem bed die 23 rectangles, the surface is used as glue 30 and is processed, and certain thickness is arranged, the bottom and around process with metal, the concavity mould of and a plurality of five-pointed stars can be made in rubber 30 surfaces.
In Figure 14, Figure 15, enforcement figure shown in Figure 16, fixedly bed die 24 is cuboids, and certain height is arranged; Its bottom is dovetail shaped, and top is concave arc shape, cancave cambered surface have at least one with the fixing consistent semi arch elongated slot of bed die 24 length; And through hole 25 arranged; Through hole 25 is cross with the semicircle elongated slot, and at one end has and can embed the hole 28 that cylinder is used, and the other end embeds the hole near switch 27 usefulness.
In enforcement figure shown in Figure 17, transfer wheel 10 is cams of band certain radian, and middle fluted, the surface is to be with granular rubber wheel 31, and this is taken turns also can make and is not with groove-like.
In enforcement figure shown in Figure 180, manipulator support 6 is a rectangle 90 degree supports, and the strut angle 67 of band spill radian is arranged at support top, and the fixing parallel screw hole 32 that slides bar is arranged on the support.
In enforcement figure shown in Figure 19, support of motor 12 that can upper and lower activity is rectangles, and its underpart has can make the up and down fixing hole of this support 35, and this hole is a rectangle.On this support and the motor reel installing hole 33 and optoelectronic switch installing hole 34 of constant transmissions wheel usefulness arranged.
In Figure 20, enforcement figure shown in Figure 21, base plate 1 is a rectangle, and the centre is a dovetail groove 5; It has certain thickness, and the length of dovetail groove is identical with floor length, in the both sides of dovetail groove; Respectively there are two at a distance of the circular holes of certain distance, 11 and circular hole 3,, 2 screw holes 37 and 38 arranged in order to fixing cylinder at an end of dovetail groove; 1 limited post 41 is arranged at the middle part of dovetail groove, have 2 in order to remove the through hole 42 and 43 of scrap, in dovetail groove, be provided with near switch 39 and 40 at the other end of dovetail groove.
In Figure 22, enforcement figure shown in Figure 23, cylinder, gas folder support 18 are cuboids that certain width is arranged; It divides the upper and lower; Have four slotted holes, the tail end on top that the connecting pore 46 of fixing this support is arranged around the top, there are a cylinder fixing hole 45 and 68 in the center of tail end and middle-end; The both sides, bottom are the T-shaped gas folder of leptoprosopy slideway 44, and the gas folder can be upper and lower mobile in gas presss from both sides slideway 44.
In enforcement figure shown in Figure 24, front apron 47 is＜type, backboard be] type.
In Figure 25, enforcement figure shown in Figure 26, detecting element is near switch appearance JK0-JK9, and K switch 1-K4 is installed in base plate and each device, and signal lamp HL, button SB1-5 are installed on the table top, and they realize that through being electrically connected circuit controls automatically.
Claims (10)
1. automatic star badge loading machine; It is by base plate; Supply epaulet egative film device, hole punched device, star emblem means for correcting, decompressor, robot device and electric and air control unit composition; It is characterized in that: supply to deposit a plurality of epaulet egative films, and can one by one the epaulet egative film be sent in the hole punched device in the epaulet egative film device; Hole punched device transmits and punching the epaulet egative film of sending here, and continued is delivered to the epaulet egative film in the means for correcting of star emblem; Star emblem means for correcting is not sewed silk with the star emblem and is through in the hole of epaulet egative film, and does not sew silk to 2 separately; Decompressor is to carry out punching press to star emblem and the epaulet egative film of separately not sewing silk, makes star emblem fix tightly on the epaulet egative film, and robot device is removed the epaulet after the punching press at last from bed die, and wherein bed die comprises fixedly bed die and mobile bed die; Electric and air control unit moves according to program each position that makes in steps of its setting, under their acting in conjunction, constitutes the epaulet automatic star badge loading machine.
2. automatic star badge loading machine according to claim 1 is characterized in that: base plate has certain thickness, and the centre is a dovetail groove, and the length of dovetail groove is identical with floor length; In the both sides of dovetail groove, two circular holes at a distance of certain distance are respectively arranged, be used for fixing forcing press, at an end of dovetail groove; 2 screw holes are arranged,, limited post is arranged at the middle part of dovetail groove in order to fixing cylinder; The other end at dovetail groove has 2 through holes that are used for removing scrap, in the dovetail groove, has 2 at least near switch.
3. automatic star badge loading machine according to claim 1 is characterized in that: supply epaulet egative film device by one be＜shape and one is shape] front apron and backboard form, certain space is arranged between the two; And certain height arranged; The epaulet egative film can be placed in their space, and＜shape baffle plate one end is fixed on the fixedly tail end of bed die; ] shape baffle plate one end and fixedly the bed die tail end certain space is arranged in dovetail groove; This space makes the epaulet egative film latter half of unsettled, and fixedly the passing plate that drives of the cylinder that is embedded in of bed die can move forward and backward in this space.
4. automatic star badge loading machine according to claim 1; It is characterized in that: hole punched device is by forcing press, drift, fixedly bed die, support of motor, transfer wheel, motor are formed, and fixedly bed die is a rectangle, and certain height is arranged; Its bottom is dovetail shaped, and top is round concave arc shape; Cancave cambered surface has at least together and the semi arch elongated slot that fixedly bed die length is consistent, and through hole is arranged, and is cross with the semicircle elongated slot; At fixing bed die one end a slotted hole that can embed cylinder is arranged, the other end has the hole that can embed near switch, in the fixing both sides of bed die a support of motor is arranged respectively; There is transfer wheel centre at two support of motors; Be fixed with motor on the support, when the transfer wheel of rotation and when fixedly the epaulet egative film being arranged between the bed die, support of motor can upper and lower activity.
5. automatic star badge loading machine according to claim 1; It is characterized in that: star emblem means for correcting is made up of convex type mould and cylinder, pushing plate, striker, the spring of a band groove, the convex mold both sides of being with groove and above, be provided with cylinder; Pushing plate, striker, spring are arranged in the groove of this mould; Cylinder drives striker, pushing plate action, and after the cylinder of both sides and the action of the cylinder of top, the striker of its drive, pushing plate cross fourth a bit.
6. automatic star badge loading machine according to claim 1; It is characterized in that: decompressor is made up of forcing press, drift, cylinder, mobile bed die; Cylinder is fixed in the tail swallow groove, and the pusher rod of cylinder and mobile bed die connect, and mobile bed die can move forward and backward in dovetail groove; When bed die moves to cylinder one end, just in time make the center of bed die and drift perpendicular.
7. automatic star badge loading machine according to claim 4 is characterized in that: transfer wheel is the cam of band certain radian, and is middle fluted, or is not with groove, and its surface is with being with granular rubber to process, and rubber also has certain thickness.
8. automatic star badge loading machine according to claim 6 is characterized in that: mobile bed die is a rectangle, and the bottom is dovetail shaped; Top is half arcs of recesses, has 1 semi arch elongated slot at least at half cancave cambered surface, and there is the block that is higher than the spill cambered surface both sides of spill cambered surface and rear end; Front end in the spill cambered surface has one＜shape link stopper, in the middle part of moving bed die one microscler through hole is arranged, and star emblem bed die can be placed in this hole; Star emblem bed die can move forward and backward with mobile bed die, and process with rubber on bed die surface, star emblem, and rubber has certain thickness; Process with metal around reaching the bottom, and rubber surface has the concavity mould of a five-pointed star at least.
9. automatic star badge loading machine according to claim 2 is characterized in that: fixedly bed die and mobile bed die, all be arranged in the dovetail groove of base plate, and fixedly bed die is higher than mobile bed die.
10. automatic star badge loading machine according to claim 1 is characterized in that: electric and pneumatic means are by Programmable Logic Controller, relay, forms near switch, magnetic valve, cylinder, and they connect through circuit, and the gas circuit connection reaches the purpose of automatic control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101485723A CN101611954B (en) | 2009-06-30 | 2009-06-30 | Automatic star badge loading machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101485723A CN101611954B (en) | 2009-06-30 | 2009-06-30 | Automatic star badge loading machine |
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| CN101611954A CN101611954A (en) | 2009-12-30 |
| CN101611954B true CN101611954B (en) | 2012-06-27 |
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| CN2009101485723A Active CN101611954B (en) | 2009-06-30 | 2009-06-30 | Automatic star badge loading machine |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109483218B (en) * | 2016-11-18 | 2021-06-08 | 际华三五四三针织服饰有限公司 | Star badge automatic installation system |
| CN108741478A (en) * | 2018-09-06 | 2018-11-06 | 重庆工业职业技术学院 | A kind of light-duty magnetic-type ring structure for screwing on equipment |
| CN110315766B (en) * | 2019-08-12 | 2024-01-26 | 际华三五四三针织服饰有限公司 | Star badge binding machine |
| CN116373031B (en) * | 2023-04-17 | 2023-10-27 | 东莞宏图实业有限公司 | Take shoulder strap numerical control hot cutting drilling equipment of location |
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| US2088872A (en) * | 1936-07-07 | 1937-08-03 | Abner A Ruben | Epaulet |
| GB563126A (en) * | 1942-11-28 | 1944-08-01 | John Coleman Nicholson | Improvements in and relating to the manufacture of thermoplastic articles |
| CA2031715A1 (en) * | 1990-12-06 | 1992-06-07 | Nabil Kamal | Method and apparatus for applying an adhesive substance at precise locations on a fabric piece or sheet-like material |
| CN2577642Y (en) * | 2002-11-01 | 2003-10-08 | 深圳市宝安区观澜耀文制品厂 | Household badge making device |
| CN2673166Y (en) * | 2004-02-16 | 2005-01-26 | 辛燕子 | Hundred change front garment badge machine |
| CN1750772A (en) * | 2003-02-14 | 2006-03-22 | 株式会社万代 | Batch production device, batch, and press form mounting method in batch production device |
| CN2838875Y (en) * | 2005-03-31 | 2006-11-22 | 郑宪和 | Epaulette and star emblem nail awl machine |
-
2009
- 2009-06-30 CN CN2009101485723A patent/CN101611954B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2088872A (en) * | 1936-07-07 | 1937-08-03 | Abner A Ruben | Epaulet |
| GB563126A (en) * | 1942-11-28 | 1944-08-01 | John Coleman Nicholson | Improvements in and relating to the manufacture of thermoplastic articles |
| CA2031715A1 (en) * | 1990-12-06 | 1992-06-07 | Nabil Kamal | Method and apparatus for applying an adhesive substance at precise locations on a fabric piece or sheet-like material |
| CN2577642Y (en) * | 2002-11-01 | 2003-10-08 | 深圳市宝安区观澜耀文制品厂 | Household badge making device |
| CN1750772A (en) * | 2003-02-14 | 2006-03-22 | 株式会社万代 | Batch production device, batch, and press form mounting method in batch production device |
| CN2673166Y (en) * | 2004-02-16 | 2005-01-26 | 辛燕子 | Hundred change front garment badge machine |
| CN2838875Y (en) * | 2005-03-31 | 2006-11-22 | 郑宪和 | Epaulette and star emblem nail awl machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101611954A (en) | 2009-12-30 |
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