CN203317466U - Ornament blanking device for hot fixing rhinestone automatic assembly machine - Google Patents
Ornament blanking device for hot fixing rhinestone automatic assembly machine Download PDFInfo
- Publication number
- CN203317466U CN203317466U CN2013203280132U CN201320328013U CN203317466U CN 203317466 U CN203317466 U CN 203317466U CN 2013203280132 U CN2013203280132 U CN 2013203280132U CN 201320328013 U CN201320328013 U CN 201320328013U CN 203317466 U CN203317466 U CN 203317466U
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- stamping
- punch die
- plate
- push rod
- blanking
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Abstract
The utility model belongs to the technical field of blanking equipment, in particular to an ornament blanking device for a hot fixing rhinestone automatic assembling machine. The ornament blanking device comprises a blanking assembly, a blanking support frame, a support frame, a blanking mold controller and an ejection rod controller, wherein the blanking assembly is provided with a material feeding passage and comprises a blanking mold, the blanking mold is arranged in a direction vertical to the material feeding passage and is provided with a through hole, a blanking mold fastening device, an ejection rod and an ejection rod fastening device, the through hole extends in the axial direction of the blanking mold, the blanking mold fastening device is arranged between the support frame and the upper side surface of the blanking assembly, the ejection rod extends into the through hole of the blanking mold, the ejection rod fastening device is arranged between the support frame and the blanking mold fastening device, the blanking support frame supports the blanking assembly, the support frame is covered and arranged on the blanking assembly, the blanking mold controller is arranged on the support frame and is fixedly connected with the blanking mold fastening device, the ejection rod controller is arranged on the support frame and is fixedly connected with the ejection rod fastening device, the ejection rod is arranged in the blanking mold through hole, materials pasted on the blanking mold can be ejected down, and the materials are prevented from being pasted on the blanking mold. The ornament blanking device solves the problems that ornaments are very thin and can easily generate the electrostatic effect, so the ornaments can be easily pasted on the blanking mold after the blanking, and the work efficiency is influenced.
Description
Technical field
The utility model belongs to the blanking equipment technical field, relates in particular to a kind of rhinestone automatic assembling machine stamping-out spike device.
Background technology
Rhinestone is that clothes, bag etc. are decorated a kind of of auxiliary materials, by be bonded at boiling hot paper on the back side stick on clothes, bag etc. above, can be combined into various patterns, very attractive in appearance.Normally with scalding the machine hot pressure, on the surface of clothes, bag etc., complete, also available rhinestone device is put and is scalded, or also can complete with mini rhinestone flatiron.
Due to very thin of spike, be easy to static electrification, after stamping-out, be very easy to be bonded on punch die, affect operating efficiency.
The utility model content
The purpose of this utility model is to provide a kind of rhinestone automatic assembling machine stamping-out spike device, is intended to solve because spike thin being easy to very is very easy to be bonded on punch die the problem that affects operating efficiency after the static electrification stamping-out.
The utility model is achieved in that a kind of rhinestone automatic assembling machine stamping-out spike device, and described rhinestone automatic assembling machine stamping-out spike device comprises: the stamping-out assembly, and the bottom of described stamping-out assembly is provided with level and walks to expect passage; Described stamping-out assembly comprises vertical described some punch dies of walking to expect channel setting, some described punch dies walk to expect that along described level the width of passage sets in a row, be provided with the through hole extended along its axis direction in each described punch die, the top of some described punch dies links together by the punch die fastener, and described punch die fastener is fixedly connected with the punch die control device for controlling the punch die lifting; The push rod that stretches into each described punch die through hole and can stretch out from its bottom, the top of some described push rods links together by the push rod fastener, and described push rod fastener is fixedly connected with the push rod control device for controlling the push rod lifting.
As a kind of improvement, the lower horizontal of described stamping-out assembly is provided with the first stamping-out plate, the plate body face of described the first stamping-out plate downside is provided with the groove that connects plate body, described the first stamping-out plate is provided with some the first stamping-out plate through holes that pass for described punch die, and the setting party of some described the first stamping-out plate through holes is identical with described punch die to reaching quantity;
The below of described the first stamping-out plate be provided be mated the second stamping-out plate, on described the second stamping-out plate, corresponding each described first stamping-out plate through hole is equipped with the second stamping-out plate through hole passed for described punch die, and the groove on the upper face of described the second stamping-out plate and described the first stamping-out plate jointly surrounds the described level of feed strip walking and walks to expect passage.
As a kind of improvement, vertically be provided with two stamping-out leads on the plate body face of the upside of described the first stamping-out plate, described punch die fastener is set on two described stamping-out leads.
As a kind of improvement, described punch die fastener comprises the punch die supporting plate, on described punch die supporting plate, corresponding each described first stamping-out plate through hole is equipped with punch die supporting plate ladder hole, the small end of described punch die supporting plate ladder hole at lower large end upper, some described punch dies are separately positioned in described punch die supporting plate ladder hole, the punch die pressing plate that also comprises on the upper face that is arranged at described punch die supporting plate and be fixedly connected with it, on described punch die pressing plate, corresponding each described first stamping-out plate through hole is equipped with the punch die pressing plate through hole passed for described push rod.
As a kind of improvement, described push rod fastener comprises the push rod supporting plate, on described push rod supporting plate, corresponding each described punch die pressing plate through hole is equipped with push rod supporting plate ladder hole, the small end of described push rod supporting plate ladder hole at lower large end upper, some described push rods are separately positioned in described push rod supporting plate ladder hole, also comprise
Be arranged on the upper face of described push rod supporting plate and the push rod pressing plate be fixedly connected with it.
As a kind of improvement, described punch die control device is the punch die cylinder, and described push rod control device is the push rod cylinder.
Owing to having adopted technique scheme, the obtained beneficial effect of the utility model is: punch die is provided with the punch die through hole, and push rod stretches in the punch die through hole, during use, punch die falls the stamping-out material, after the push rods such as punch die fall, mention again, push rod will avoid the material roof fall be bonded on punch die material to be bonded on punch die like this, has solved because spike thin being easy to very is very easy to be bonded on punch die the problem that affects operating efficiency after the static electrification stamping-out.
The accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the stamping-out general assembly of the rhinestone automatic assembling machine stamping-out spike device that provides of the utility model;
Fig. 2 is the plan structure schematic diagram of Fig. 1;
Fig. 3 analyses and observe the structure for amplifying schematic diagram along the A-A line in Fig. 2;
Fig. 4 is the enlarged drawing at A place in Fig. 3;
Fig. 5 is the perspective view of Fig. 1;
Fig. 6 is the perspective view of the rhinestone automatic assembling machine that provides of the utility model;
Wherein: 1, main frame, 2, feeding device, 21, the material loading support, 22, rotating wheel disk, 3, the stamping-out assembly, 301, the stamping-out support, 302, the first stamping-out plate, 3021, groove, 303, the second stamping-out plate, 3031, the second stamping-out plate through hole, 304, the stamping-out lead, 305, the punch die supporting plate, 3051, punch die supporting plate ladder hole, 306, punch die, 307, the punch die pressing plate, 3071, punch die pressing plate through hole, 308, bracing frame, 309, the push rod supporting plate, 3091, push rod supporting plate ladder hole, 310, push rod, 311, the push rod pressing plate, 312, the punch die control device, 313, the push rod control device, 314, auxiliary feeding device, 315, the garbage collection servicing unit, 4, inhale discharging device, 41, inhale the blowing bracing frame, 42, inhale the blowing slide rail, 43, inhale blowing slide rail fixed block, 44, the elevating control cylinder, 45, the translation control cylinder, 5, track, 51, turn to control cylinder, 6, the flitch conveying device, 61, power set, 62, conveyer slideway, 63, the conveyer slideway fixed block, 64, the flitch support platform, 65, drive link, 66, adjusting cylinders, 7, the plate that connects material, 71, the groove that connects material, 8, waste material collection device, 9, the blowing platform.
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
From Fig. 1 to Fig. 6, this rhinestone automatic assembling machine stamping-out spike device comprises: stamping-out assembly 3, support the stamping-out support 301 of stamping-out assembly 3, be located at the bracing frame 308 on stamping-out assembly 3, be fixedly installed on respectively two punch die control device 312 on bracing frame 308 two ends, in the utility model, punch die control device 312 is the punch die cylinder, and be arranged on the push rod control device 313 on bracing frame 308 and between two punch die control device 312, in the utility model, push rod control device 313 is the push rod cylinder.
This stamping-out assembly 3 comprises the first stamping-out plate 302 be fixedly connected with stamping-out support 301, the plate body face of these the first stamping-out plate 302 1 sides is provided with the groove 3021 that connects plate body, the width of this groove 3021 is greater than the width of material strip, some the first stamping-out plate through holes that vertical the first stamping-out plate 302 arranges, these some first stamping-out plate through holes are arranged in the width range of groove 3021 and along the width of groove 3021 and arrange, and the side that this first stamping-out plate 302 is provided with groove 3021 is fixedly connected with stamping-out support 301;
Be arranged on the second stamping-out plate 303 between the first stamping-out plate 302 and stamping-out support 301, on this second stamping-out plate 303, corresponding each first stamping-out plate through hole is equipped with the second stamping-out plate through hole 3031, and the groove 3021 on this second stamping-out plate 303 and the first stamping-out plate 302 surrounds material strip walking passage jointly;
Be fixedly installed on two stamping-out leads 304 on the first stamping-out plate 302, these two stamping-out leads 304 are positioned at away from the first stamping-out plate 302 and are provided with on a side of groove 3021;
Be set in two punch die fasteners on stamping-out lead 304, this punch die fastener is between bracing frame 308 and the first stamping-out plate 302, with the piston rod of two punch die control device 312, be fixedly connected with, this punch die fastener comprises punch die supporting plate 305, on this punch die supporting plate 305, corresponding each first stamping-out plate through hole is equipped with punch die supporting plate ladder hole 3051, the small end of this punch die supporting plate ladder hole 3051 arranges near the first stamping-out plate 302, and be fixedly connected with and be pressed on the punch die pressing plate 307 on the large nose end of punch die supporting plate ladder hole 3051 with punch die supporting plate 305, on this punch die pressing plate 307, corresponding each first stamping-out plate through hole is equipped with punch die pressing plate through hole 3071,
Be separately positioned on the some punch dies 306 in punch die supporting plate ladder hole 3051, this punch die 306 is provided with the punch die through hole extended along its length;
Be arranged on the push rod fastener between bracing frame 308 and punch die fastener, this push rod fastener is fixedly connected with the piston rod of push rod control device 313, this push rod fastener comprises push rod supporting plate 309, on this push rod supporting plate 309, corresponding each punch die pressing plate through hole 3071 place are equipped with push rod supporting plate ladder hole 3091, the small bore end of this push rod supporting plate ladder hole 3091 arranges near punch die pressing plate 307, and is fixedly connected with and is pressed on the push rod pressing plate 311 on the large nose end of push rod supporting plate ladder hole 3091 with push rod supporting plate 309; 310, one push rods 310 of some push rods that are separately positioned in push rod supporting plate ladder hole 3091 stretch in a punch die through hole.
Punch die is provided with the punch die through hole, and push rod stretches in the punch die through hole, during use, punch die falls the stamping-out material, after the push rods such as punch die fall, then mention, push rod will be the material roof fall be bonded on punch die like this, avoid material to be bonded on punch die, solved because spike thin being easy to very is very easy to be bonded on punch die the problem that affects operating efficiency after the static electrification stamping-out.
In the utility model, be provided with auxiliary feeding device 314 before the charging aperture of this rhinestone automatic assembling machine stamping-out spike device, this auxiliary feeding device 314 comprises two the first booms that have respectively an end to be fixed on the first stamping-out plate 302, and be set in parallel in the some first crossbeams between this two first boom, in the present embodiment, first crossbeam is set to two; Be provided with garbage collection servicing unit 315 after the waste outlet of rhinestone automatic assembling machine stamping-out spike device, this garbage collection servicing unit 315 comprises the second boom that has respectively an end to be fixed on the first stamping-out plate 302, and be set in parallel in the some second cross beams between this two second boom, in the present embodiment, second cross beam is set to one.Auxiliary feeding device 314 can be regulated the tensioner degree of material strip, guarantees that charging is smooth and easy, and garbage collection servicing unit 315 can guarantee scrap belt walking position and the smooth and easy discharge of scrap belt.
Fig. 6 shows the perspective view of the rhinestone automatic assembling machine that the utility model provides, and as shown in Figure 6, this rhinestone automatic assembling machine comprises:
Main frame 1;
Be fixedly installed on the feeding device 2 on main frame 1 one ends, this feeding device 2 comprises the material loading support 21 that an end is fixedly connected with main frame 1, and the rotating wheel disk 22 that is arranged on these material loading support 21 other ends;
Be arranged on main frame 1 and be positioned at the stamping-out spike device of feeding device 2 rear stations;
Be arranged on the flitch conveying device 6 between the frame face of stamping-out assembly 3 and main frame 1, this flitch conveying device 6 comprises: be arranged on the power set 61 on main frame 1, in embodiments of the present invention, these power set 61 are servomotor; Be set in parallel in two conveyer slideways 62 on main frame 1; Be set in the conveyer slideway fixed block 63 that can slide along its length on these two conveyer slideways 62, this conveyer slideway fixed block 63 is provided with flitch support platform 64, and the two opposite sides of this flitch support platform 64 are provided with two alignment pins of vertical table-board; The some adjusting cylinders 66 that connect conveyer slideway fixed block 63 and flitch support platform 64; And the drive link 65 of connecting power device 61 and conveyer slideway fixed block 63, in embodiments of the present invention, this drive link 65 is leading screw;
Be arranged on the waste material collection device 8 of station after the punch die assembly, this waste material collection device 8 comprises: the garbage collection support that an end is fixedly connected with main frame 1, the other end of this garbage collection support is provided with the garbage collection wheel disc, and the motor of power is provided to this garbage collection wheel disc;
Be fixedly installed on the suction blowing assembly on main frame 1 the other end, this suction blowing assembly comprises: inhale discharging device 4; Connect the suction blowing bracing frame 41 of inhaling discharging device 4 and main frame 1, be set in parallel in two suction blowing slide rails 42 inhaling on blowing bracing frame 41, inhale blowing slide rail 42 for these two and be provided with the suction blowing slide rail fixed block 43 that can slide along its length, be fixedly installed on the elevating control cylinder 44 of inhaling on blowing slide rail fixed block 43, this elevating control cylinder 44 is vertical with the frame face of inhaling blowing bracing frame 41, and its axis of the piston is fixedly connected with suction discharging device 4; Translation control cylinder 45, this translation control cylinder 45 is along the length direction setting of inhaling blowing slide rail 42, and its axis of the piston is fixedly connected with inhaling blowing slide rail fixed block 43, between this translation control cylinder 45 and main frame 1, is connected with the cylinder fixed support;
The track 5 that connects flitch support platform 64, punch die assembly, suction blowing assembly, this track 5 and flitch support platform 64 are on same level, the one end closely is connected with flitch support platform 64, through the stamping-out assembly 3 of punch die assembly and suction discharging device 4 bottoms of inhaling the blowing assembly;
Some plates 7 that connect material, be equipped with some grooves 71 that connect material on each plate 7 that connects material, each plate 7 that connects material all can slide along track 5.
In the utility model, the rear station of inhaling discharging device 4 is provided with blowing platform 9, and this blowing platform 9 is arranged on same level with track 5, is connected with some blowing studdles between this blowing platform 9 and mainframe 1.
In the utility model, in order to shorten the length of whole equipment, the frame face of main frame 1 is set to " L " shape, track 5 moves towards corresponding and also is set to " L " shape so, one side of the bending place of this track 5 is provided with and turns to control cylinder 51, this turns to control cylinder 51 to change to connect material the transmission direction of plate 7, and the plate 7 that guarantees to connect material is along track 5 walkings.
In the utility model, be provided with auxiliary feeding device 314 between feeding device 2 and punch die assembly, this auxiliary feeding device 314 comprises two the first booms that have respectively an end to be fixed on the first stamping-out plate, and be set in parallel in the some first crossbeams between this two first boom, in the present embodiment, first crossbeam is set to two; Be provided with garbage collection servicing unit 315 between punch die assembly and waste material collection device 8, this garbage collection servicing unit 315 comprises the second boom that has respectively an end to be fixed on the first stamping-out plate, and be set in parallel in the some second cross beams between this two second boom, in the present embodiment, second cross beam is set to one.Auxiliary feeding device 314 can be regulated the tensioner degree of material strip, guarantees that charging is smooth and easy, and garbage collection servicing unit 315 can guarantee scrap belt walking position and the smooth and easy discharge of scrap belt.
For the ease of understanding, below provide operation principle and the step of the rhinestone automatic assembling machine that the embodiment of the present invention provides: at first material strip is placed on feeding device, and material strip is stretched into below the punch die of stamping-out assembly, the plate that connects material is placed on the flitch support platform, connect the source of the gas that connects cylinder, start the power set of conveying device, this rhinestone automatic assembling machine is started working.By the material under stamping-out assembly stamping-out, fallen in the groove that connects material on the plate that connects material, then by the plate that connects material along orbit transports to inhaling discharging device below, by inhaling discharging device, pick up, be transported on the blowing platform.So greatly improved operating efficiency, only needed workman's operation, reduced the required quantity of labour force, solved and adopted that manual mode bonds to boiling hot paper that efficiency on the back side of rhinestone is low, work under bad environment and waste a large amount of labours' problem.
The rhinestone automatic assembling machine stamping-out spike device that the utility model provides, punch die is provided with the punch die through hole, and push rod stretches in the punch die through hole, during use, punch die falls the stamping-out material, after the push rods such as punch die fall, mention again, push rod will avoid the material roof fall be bonded on punch die material to be bonded on punch die like this, has solved because spike thin being easy to very is very easy to be bonded on punch die the problem that affects operating efficiency after the static electrification stamping-out.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.
Claims (6)
1. rhinestone automatic assembling machine stamping-out spike device, is characterized in that, described rhinestone automatic assembling machine stamping-out spike device comprises: the stamping-out assembly, and the bottom of described stamping-out assembly is provided with level and walks to expect passage; Described stamping-out assembly comprises vertical described some punch dies of walking to expect channel setting, some described punch dies walk to expect that along described level the width of passage sets in a row, be provided with the through hole extended along its axis direction in each described punch die, the top of some described punch dies links together by the punch die fastener, and described punch die fastener is fixedly connected with the punch die control device for controlling the punch die lifting; The push rod that stretches into each described punch die through hole and can stretch out from its bottom, the top of some described push rods links together by the push rod fastener, and described push rod fastener is fixedly connected with the push rod control device for controlling the push rod lifting.
2. rhinestone automatic assembling machine stamping-out spike device according to claim 1, it is characterized in that, the lower horizontal of described stamping-out assembly is provided with the first stamping-out plate, the plate body face of described the first stamping-out plate downside is provided with the groove that connects plate body, described the first stamping-out plate is provided with some the first stamping-out plate through holes that pass for described punch die, and the setting party of some described the first stamping-out plate through holes is identical with described punch die to reaching quantity;
The below of described the first stamping-out plate be provided be mated the second stamping-out plate, on described the second stamping-out plate, corresponding each described first stamping-out plate through hole is equipped with the second stamping-out plate through hole passed for described punch die, and the groove on the upper face of described the second stamping-out plate and described the first stamping-out plate jointly surrounds the described level of feed strip walking and walks to expect passage.
3. rhinestone automatic assembling machine stamping-out spike device according to claim 2, is characterized in that, vertically be provided with two stamping-out leads on the plate body face of the upside of described the first stamping-out plate, described punch die fastener is set on two described stamping-out leads.
4. rhinestone automatic assembling machine stamping-out spike device according to claim 2, it is characterized in that, described punch die fastener comprises the punch die supporting plate, on described punch die supporting plate, corresponding each described first stamping-out plate through hole is equipped with punch die supporting plate ladder hole, the small end of described punch die supporting plate ladder hole at lower large end upper, some described punch dies are separately positioned in described punch die supporting plate ladder hole, also comprise
Be arranged on the upper face of described punch die supporting plate and the punch die pressing plate be fixedly connected with it, on described punch die pressing plate, corresponding each described first stamping-out plate through hole is equipped with the punch die pressing plate through hole passed for described push rod.
5. rhinestone automatic assembling machine stamping-out spike device according to claim 4, it is characterized in that, described push rod fastener comprises the push rod supporting plate, on described push rod supporting plate, corresponding each described punch die pressing plate through hole is equipped with push rod supporting plate ladder hole, the small end of described push rod supporting plate ladder hole at lower large end upper, some described push rods are separately positioned in described push rod supporting plate ladder hole, also comprise
Be arranged on the upper face of described push rod supporting plate and the push rod pressing plate be fixedly connected with it.
6. according to the described rhinestone automatic assembling machine of claim 1 to 5 any one stamping-out spike device, it is characterized in that, described punch die control device is the punch die cylinder, and described push rod control device is the push rod cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203280132U CN203317466U (en) | 2013-06-06 | 2013-06-06 | Ornament blanking device for hot fixing rhinestone automatic assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203280132U CN203317466U (en) | 2013-06-06 | 2013-06-06 | Ornament blanking device for hot fixing rhinestone automatic assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203317466U true CN203317466U (en) | 2013-12-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203280132U Expired - Fee Related CN203317466U (en) | 2013-06-06 | 2013-06-06 | Ornament blanking device for hot fixing rhinestone automatic assembly machine |
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| Country | Link |
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| CN (1) | CN203317466U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103317549A (en) * | 2013-06-06 | 2013-09-25 | 昌乐鼎诺电子自动化科技有限公司 | Ornament blanking device of automatic assembling machine for rhinestones |
-
2013
- 2013-06-06 CN CN2013203280132U patent/CN203317466U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103317549A (en) * | 2013-06-06 | 2013-09-25 | 昌乐鼎诺电子自动化科技有限公司 | Ornament blanking device of automatic assembling machine for rhinestones |
| CN103317549B (en) * | 2013-06-06 | 2015-05-20 | 潍坊华瑞电子科技有限公司 | Ornament blanking device of automatic assembling machine for rhinestones |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131204 Termination date: 20150606 |
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| EXPY | Termination of patent right or utility model |