CN206953544U - One kind carrier band fully automatic forming machine - Google Patents

Abstract

The utility model discloses one kind to carry fully automatic forming machine, including board, first carrier band delivery track, second carrier band delivery track, it is arranged at the automatic charging device of board front end, it is arranged at the automatic cutting device and automatic collecting device of board rear end, and it is sequentially arranged in the automatic hot apparatus device on board, device for automatically molding, automatic punching device and auto-translating device, first carrier band delivery track is sequentially passed through in automatic hot apparatus device and device for automatically molding, and offer the first bar shaped set along the first carrier band delivery track length direction on the first carrier band delivery track and carry delivery chute；Second carrier band delivery track offers the second bar shaped set along the second carrier band delivery track length direction on the second carrier band delivery track and carries delivery chute through in auto-translating device.The utility model can realize that time processing goes out a plurality of slitting carrier band, and each technique is full-automatic process, and automation Chengdu is high, and production efficiency significantly improves, and output capacity is high, cost-effective.

Description

One kind carrier band fully automatic forming machine

Technical field

It the utility model is related to a kind of forming machine, more particularly to a kind of carrier band fully automatic forming machine.

Background technology

Carrier band is typically the strap for being used for the device such as packaging electronic components, and it is to process multiple to be used to load on material strip The die cavity of electronic component, electronic component such as LED, electric capacity, inductance, resistance etc.；Existing carrier band forming machine its be typically only capable to One-shot forming wall scroll carries, and automaticity is low, and low production efficiency, output capacity is not high, and cost performance is low.

Utility model content

For above-mentioned deficiency, the purpose of this utility model is to provide a kind of carrier band fully automatic forming machine, can be achieved once A plurality of slitting carrier band is processed, and each technique is full-automatic process, automation Chengdu is high, and production efficiency significantly improves, and produces Extracting rate is high, cost-effective.

The utility model is that technical scheme is used by reaching above-mentioned purpose：

One kind carrier band fully automatic forming machine, including board, it is characterised in that also including the first carrier band delivery track, second Carrier band delivery track, be arranged at the automatic charging device of board front end, be arranged at the automatic cutting device of board rear end with it is automatic Material collecting device and the automatic hot apparatus device being set in turn in from left to right on board, device for automatically molding, automatic punching device with Auto-translating device, wherein, the first carrier band delivery track is sequentially passed through in automatic hot apparatus device and device for automatically molding, And offer the first bar shaped set along the first carrier band delivery track length direction on the first carrier band delivery track and carry conveying Groove；The second carrier band delivery track in auto-translating device, and on the second carrier band delivery track through offering along the The second bar shaped carrier band delivery chute that two carrier band delivery track length directions are set.

As further improvement of the utility model, the automatic charging device include be connected to board feed frame, The feeding rotating circular disc that is arranged on feed frame, the disk motor electrically connected with feeding rotating circular disc, it is connected to disk Feeding rotary shaft between motor and feeding rotating circular disc and the disk controller electrically connected with disk motor.

As further improvement of the utility model, the automatic hot apparatus device includes the hot pressing base being arranged on board Seat and the automatic hot apparatus mechanism being arranged on hot pressing pedestal, wherein, the automatic hot apparatus mechanism includes conveying positioned at the first carrier band Hot pressing upper substrate above track, the hot pressing infrabasal plate below the first carrier band delivery track, it is arranged on hot pressing upper substrate The upper hot pressboard frame at end, it is arranged at motor in the hot pressing of upper hot pressboard frame upper end, is arranged under hot pressing infrabasal plate lower end Hot pressing grillage and motor under the hot pressing of lower hot pressing board frame lower end is arranged at, wherein, the upper hot pressboard frame in hot pressing with driving Axis connection is driven by a hot pressing respectively between motor between motor and under lower hot pressing board frame and hot pressing, base in the hot pressing Plate in hot pressing infrabasal plate with being respectively arranged with an electrothermal tube.

As further improvement of the utility model, the device for automatically molding includes the shaping base being arranged on board Seat, be arranged on forming pedestal mould, connected with mould blowing mould, be arranged at mould upper end into Motor and motor under the shaping of mould lower end is arranged in type.

As further improvement of the utility model, the mould includes first base and is fixedly installed on first First time mould below delivery track is carried on base and positioned at first and is movably set on first time mould and is carried positioned at first With mould on first above delivery track, wherein, by the first shaping between mould and the upper motor of shaping on described first Axis connection is driven, and this offers some first gas holes being connected with blowing mould in mould upper surface on first, this is on first Mould lower surface is provided with some first raised, mould lower surface and being offered positioned at the first raised surrounding is blown at this with first on first Some upper vent holes that stomata is connected；Pass through the lower drive shaft of the first shaping between first time mould and the lower motor of shaping Connection, and first time mould upper surface offers some first die cavities to match with the first projection, the first die cavity inner bottom part Some lower passages are offered, and first time mould side is provided with some first row stomatas to match with lower passage；Institute State the first raised two relative sides and be respectively arranged with one first trapezoidal projection, divide on two relative madial walls of first die cavity The first trapezoidal groove to match with the first trapezoidal projection is not offered.

As further improvement of the utility model, the mould includes second base and is fixedly installed on second Second time mould below delivery track is carried on base and positioned at first and is movably set on second time mould and is carried positioned at first With mould on second above delivery track, wherein, some second to be connected with blowing mould are offered in the second base Gas hole, axis connection, and second time mould are driven by the way that the second shaping is lower between second time mould and the lower motor of shaping Upper surface offers some second die cavities, and the Second-Type intracavitary bottom offers a big passage, and second gas hole with it is big Passage is connected；By driving axis connection in the second shaping between mould and the upper motor of shaping on described second, and this Mould lower surface is provided with two matches some second raised with the second die cavity, and this offers some second in mould side on second Steam vent, this on second mould lower surface and being offered positioned at the second raised surrounding be connected with second row stomata it is some small logical Stomata；The second raised two relative sides are respectively arranged with one second trapezoidal projection, second die cavity it is relative two in The second trapezoidal groove to match with the second trapezoidal projection is offered in side wall respectively.

As further improvement of the utility model, the automatic punching device includes the punching base being arranged on board Seat and the automatic punching mechanism being arranged on punching pedestal, wherein, the automatic punching mechanism includes punching infrabasal plate, set In the punching assembly on punching infrabasal plate and the punching drive component of punching assembly upper end is arranged at, wherein, base under the punching Plate upper surface offer for carrier band through strip groove；The punching assembly includes punching guide plate, is arranged at punching guiding Punching upper substrate on plate, some leads being connected between punching upper substrate and punching guide plate and it is connected in punching Some punching shanks between substrate and punching guide plate, wherein, offer what is passed through for punching shank on the punching guide plate Some pilot holes；The punching drive component includes punching motor and is connected to punching motor and punching upper substrate Between punching drive shaft.

As further improvement of the utility model, the auto-translating device includes being arranged at the second carrier band delivery track The translation base of lower end, the prelocalization mechanism being set up on the second carrier band delivery track, it is set up on the second carrier band delivery track Rear detent mechanism, the translation that is arranged between prelocalization mechanism and rear detent mechanism and is set up on the second carrier band delivery track Mechanism and the contraposition light for being arranged between prelocalization mechanism and translation mechanism and being set up in above the second carrier band delivery track side Fibre, wherein, the prelocalization mechanism includes determining positioned at the second prelocalization clamping part for carrying delivery track side and before being arranged at The prelocalization cylinder of position clamping part upper end；Detent mechanism includes the rear locating clip positioned at the second carrier band delivery track side after described Hold portion and be arranged at the rear positioning cylinder of rear positioning clamping portion upper end；The translation mechanism includes being arranged at translation base rear end Guided in translation component, be arranged at the translation clamping part of the second carrier band delivery track side and be arranged at translation clamping part upper end Stepper motor, wherein, the guided in translation component include preceding guided in translation block, rear guided in translation block, be connected to preceding guided in translation Some guided in translation bars and slip cap between block and rear guided in translation block are on the outside of guided in translation bar and with translating clamping part The guided in translation seat being fixedly connected.

As further improvement of the utility model, the automatic cutting device includes cutting frame, is arranged at cutting machine Cutting fixed pedestal on frame, the cutting motor being arranged in cutting frame and it is arranged at cutting fixed pedestal front end simultaneously For carry through passage, wherein, it is described cutting motor and cutting fixed pedestal rear end face between pass through some connecting shafts Connection, and rotating shaft on one is connected between the cutting motor and cutting fixed pedestal rear end face, it is provided with this in rotating shaft One gear, and a lower rotary shaft is provided with the cutting fixed pedestal rear end face and below upper rotating shaft, on the lower rotary shaft The lower gear being meshed with gear is provided with, on the cutting fixed pedestal front end face and is provided with one and divides positioned at passage side Component and lower cutting component are cut, cutting component includes the upper cutting axle being connected with upper rotating shaft and was located on upper cutting axle week on this Some annular slitting blades enclosed, the lower cutting component include the lower cutting axle being connected with lower rotary shaft and are located on lower cutting Axial some lower annular slitting blades, and annular slitting blade mutually suits with lower annular slitting blade edge on this.

As further improvement of the utility model, the automatic collecting device includes rewinding frame, is arranged at collecting machine The vertical slideway mechanism of frame and automatic cutting device side, it is arranged at some receiving mechanisms of rewinding frame side and is arranged at In rewinding frame and positioned at the carrier band haulage gear of receiving mechanism side, wherein, offered on the vertical slideway mechanism some Vertical slideway and the pulley being slideably positioned on vertical slideway, the pulley moves up and down for drawing carrier band, in the vertical slideway Bottom is provided with a rewinding detection fiber；The carrier band haulage gear includes traction substrate, the traction being arranged in rewinding frame Support, the traction rotating shaft being connected between traction substrate and towing bracket and the traction being respectively arranged on traction substrate end-face Rotating wheel and traction briquetting, wherein, the traction briquetting upper surface offers a traction grooved, and some limits are provided with the traction grooved Position block；The receiving mechanism includes disk for collecting material and for driving disk for collecting material to rotate and being electrically connected to rewinding detection fiber Drive component, the disk for collecting material edge ring be provided be used for wind carrier band rewinding annular groove, the drive component include upper mounting bracket, The lower mounting bracket that is arranged in rewinding frame, some sliding axles being horizontally placed in lower mounting bracket, it is arranged at mounting bracket Lower surface and the driving for supplying some sleeves of sliding axle insertion, being horizontally placed in mounting bracket and being connected to disk for collecting material central shaft Axle, the motor being arranged in mounting bracket, the limiting section being arranged at below drive shaft and it is horizontally placed in mounting bracket Screw rod, wherein, be respectively arranged with a sliding nut on the screw rod and positioned at limiting section both sides；The motor end set There is rotating wheel on one, the driveshaft end is provided with rotating wheel, passes through a power between rotating wheel and lower rotating wheel on this It is driven band connection；The sliding axle, drive shaft and screw rod are arranged in parallel.

The beneficial effects of the utility model are：By automatic charging device, automatic hot apparatus device, device for automatically molding, from Dynamic hole punched device, auto-translating device, automatic cutting device and automatic collecting device Collaboration, it is a plurality of to realize that time processing goes out Slitting carries, and each technique is full-automatic process, and automation Chengdu is high, and production efficiency significantly improves, and output capacity is high, sexual valence Than high.

Above-mentioned is the general introduction of utility model technical scheme, below in conjunction with accompanying drawing and embodiment, to the utility model It is described further.

Brief description of the drawings

Fig. 1 is part-structure schematic diagram of the present utility model；

Fig. 2 is the structural representation of the utility model automatic charging device；

Fig. 3 is a structural representation of the utility model mould；

Fig. 4 is another structural representation of the utility model mould；

Fig. 5 is the structural representation of the utility model automatic punching device；

Fig. 6 is the part-structure schematic diagram of the utility model auto-translating device；

Fig. 7 is the structural representation of the utility model guided in translation component；

Fig. 8 is a structural representation of the utility model automatic cutting device；

Fig. 9 is the another structural representation of the utility model automatic cutting device；

Figure 10 is the part-structure schematic diagram of the utility model automatic collecting device；

Figure 11 is the structural representation that the utility model carries haulage gear；

Figure 12 is the structural representation of the utility model drive component.

Embodiment

Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose taken, below in conjunction with Accompanying drawing and preferred embodiment, specific embodiment of the present utility model is described in detail.

It refer to Fig. 1 to Figure 12, the utility model embodiment provides a kind of carrier band fully automatic forming machine, including board 1, the One carrier band delivery track 2, second carries delivery track 3, is arranged at the automatic charging device 4 of the front end of board 1, is arranged at board 1 The automatic cutting device 5 of rear end and automatic collecting device 6 and the automatic hot apparatus device being set in turn in from left to right on board 1 7th, device for automatically molding 8, automatic punching device 9 and auto-translating device 10, wherein, the first carrier band delivery track 2 is successively Through in automatic hot apparatus device 7 and device for automatically molding 8, and offered on the first carrier band delivery track 2 along the first carrier band The first bar shaped carrier band delivery chute 21 that the length direction of delivery track 2 is set；The second carrier band delivery track 3 is put down through automatic In moving device 10, and second set along the second carrier band delivery track 3 length direction is offered on the second carrier band delivery track 3 Bar shaped carries delivery chute.

As shown in Fig. 2 the automatic charging device 4 includes being connected to the feed frame 41 of board 1, is arranged at feed frame Feeding rotating circular disc 42 on 41, the disk motor 43 electrically connected with feeding rotating circular disc 42, it is connected to disk driving electricity Feeding rotary shaft 44 between machine 43 and feeding rotating circular disc 42 and the disk controller electrically connected with disk motor 43 45。

As shown in figure 1, the automatic hot apparatus device 7 includes the hot pressing pedestal 71 being arranged on board and is arranged at hot pressing Automatic hot apparatus mechanism 72 on pedestal 71, wherein, the automatic hot apparatus mechanism 72 is included positioned at the top of the first carrier band delivery track 2 Hot pressing upper substrate 721, the hot pressing infrabasal plate 722 positioned at the first carrier band delivery track 2 lower section, be arranged at hot pressing upper substrate 721 The upper hot pressboard frame of upper end, it is arranged at motor 724 in the hot pressing of upper hot pressboard frame upper end, is arranged at hot pressing infrabasal plate 722 The lower hot pressing board frame of lower end and motor under the hot pressing of lower hot pressing board frame lower end is arranged at, wherein, the upper hot pressboard frame and heat Axis connection is driven by a hot pressing respectively between motor 724 and under lower hot pressing board frame and hot pressing between motor in pressure, The hot pressing upper substrate 721 in hot pressing infrabasal plate 722 with being respectively arranged with an electrothermal tube.

As shown in figure 1, the device for automatically molding 8 include be arranged on board 1 forming pedestal 81, be arranged at shaping base Seat 81 on mould 82, connected with mould 82 blowing mould, be arranged in the shaping of the upper end of mould 82 and drive Move motor 83 and be arranged at motor under the shaping of the lower end of mould 82.In the present embodiment, mould 82 can use Two kinds of different structures, are illustrated in particular embodiments below.

As shown in figure 3, the one of which embodiment as the present embodiment mould 82, the mould 82 Including first base 821 and it is fixedly installed in first base 821 and under the first of the lower section of the first carrier band delivery track 2 Mould 822 and it is movably set on first time mould 822 and the mould 823 on the first of the top of the first carrier band delivery track 2, wherein, By driving axis connection in the first shaping between mould 823 and the upper motor 83 of shaping on described first, and the mould 823 on first Upper surface offers some first gas holes being connected with blowing mould, and this is provided with some in the lower surface of mould 823 on first One projection 8232, lower surface of mould 823 and being offered positioned at the first raised 8232 surroundings it is connected at this with the first gas hole on first Logical some upper vent holes 8233；Pass through the lower drive shaft of the first shaping between first time mould 822 and the lower motor of shaping Connection, and the upper surface of first time mould 822 offers some first die cavities 8221 to match with the first projection 8232, this first The inner bottom part of die cavity 8221 offers some lower passages, and the side of first time mould 822 is provided with what is matched with lower passage Some first row stomatas 8223；Described first raised 8,232 two relative sides are respectively arranged with one first trapezoidal projection 82321, offer what is matched with the first trapezoidal projection 82321 respectively on two relative madial walls of first die cavity 8221 First trapezoidal groove 82211.

As shown in figure 4, another embodiment as the present embodiment mould 82, the mould 82' Including second base 824 and it is fixedly installed in second base 824 and under the second of the lower section of the first carrier band delivery track 2 Mould 825 and it is movably set on second time mould 825 and the mould 826 on the second of the top of the first carrier band delivery track 2, wherein, Offer some second gas holes 8241 being connected with blowing mould in the second base 824, second time mould 825 with By the lower driving axis connection of the second shaping between the lower motor of shaping, and the upper surface of second time mould 825 offers some the Two die cavities 8251, the inner bottom part of the second die cavity 8251 offer a big passage, and second gas hole 8241 and big passage It is connected；By driving axis connection in the second shaping between mould 826 and the upper motor 83 of shaping on described second, and this second The upper lower surface of mould 826 is provided with some second projections 8261 to match with the second die cavity 8251, the side of mould 826 on second Offer some second row stomatas 8262, this on second the lower surface of mould 826 and positioned at the second raised 8261 surroundings offer with Some small passages 8262 that second row stomata 8262 is connected；Described second raised 8,261 two relative sides are respectively arranged with One second trapezoidal projection 82611, offer respectively and the second trapezoidal projection on two relative madial walls of second die cavity 8251 82611 the second trapezoidal grooves 82511 to match.

As shown in figure 5, the automatic punching device 9 includes the punching pedestal 91 being arranged on board 1 and is arranged at punching Automatic punching mechanism 92 on pedestal 91, wherein, the automatic punching mechanism 92 includes punching infrabasal plate 921, is arranged at punching Punching assembly 922 on infrabasal plate 921 and the punching drive component 923 for being arranged at the upper end of punching assembly 922, wherein, the punching The upper surface of hole infrabasal plate 921 offer for carrier band through strip groove；The punching assembly 922 includes punching guide plate 9221st, the punching upper substrate 9222 that is arranged on punching guide plate 9221, punching upper substrate 9222 and punching guide plate are connected to Some leads 9223 between 9221 and some punchings being connected between punching upper substrate 9222 and punching guide plate 9221 Hole shank 9224, wherein, some pilot holes passed through for punching shank 9224 are offered on the punching guide plate 9221；The punching Hole drive component 923 include punching motor 9231 and be connected to punching motor 9231 and punching upper substrate 9222 it Between punching drive shaft 9232.

As shown in Figures 6 and 7, the auto-translating device 10 includes being arranged at the flat of the lower end of the second carrier band delivery track 3 Move pedestal 101, the prelocalization mechanism 102 being set up on the second carrier band delivery track 3, be set up on the second carrier band delivery track 3 Rear detent mechanism 103, be arranged between prelocalization mechanism 102 and rear detent mechanism 103 and be set up in the second carrier band conveyor track Translation mechanism 104 on road 3 and it is arranged between prelocalization mechanism 102 and translation mechanism 104 and is set up in the conveying of the second carrier band Contraposition optical fiber 105 above the side of track 3, wherein, the prelocalization mechanism 102 is included positioned at the second carrier band delivery track 3 side The prelocalization clamping part 1021 on side and the prelocalization cylinder 1022 for being arranged at the upper end of prelocalization clamping part 1021；Positioned after described Mechanism 103 includes positioned at the rear positioning clamping portion 1031 of the second carrier band delivery track 3 side and is arranged at rear positioning clamping portion The rear positioning cylinder 1032 of 1031 upper ends；The translation mechanism 104 includes being arranged at the guided in translation group of the rear end of translation base 101 Part 1041, the translation clamping part 1042 for being arranged at the side of the second carrier band delivery track 3 and it is arranged at translation clamping part 1042 upper end Stepper motor 1043, wherein, the guided in translation component 1041 include preceding guided in translation block 10411, rear guided in translation block 10412nd, some guided in translation bars 10413 for being connected between preceding guided in translation block 10411 and rear guided in translation block 10412 and The guided in translation seat 10414 that slip cap is fixedly connected on the outside of guided in translation bar 10413 and with translation clamping part 1042.

As shown in Fig. 8 and Fig. 9, the automatic cutting device 5 includes cutting frame 51, point being arranged in cutting frame 51 Cut fixed pedestal 52, the cutting motor 53 being arranged in cutting frame 51 and be arranged at cutting fixed pedestal 52 front end simultaneously For carry through passage 54, wherein, it is described cutting motor 53 and cutting the rear end face of fixed pedestal 52 between by some Connecting shaft 55 connects, and is connected with rotating shaft 56 on one between the cutting motor 53 and the cutting rear end face of fixed pedestal 52, should A gear 561 is provided with upper rotating shaft 56, and on the rear end face of cutting fixed pedestal 52 and below upper rotating shaft 56 A lower rotary shaft is provided with, the lower gear being meshed with gear 561 is provided with the lower rotary shaft, the front end of cutting fixed pedestal 52 On face and be provided with positioned at the side of passage 54 on one and cut component 58 and lower cutting component 59, cut on this component 58 include with it is upper The upper cutting axle 581 of the connection of rotating shaft 56 and some annular slitting blades 582 being located on around cutting axle 581, this lower point Cutting component 59 includes the lower cutting axle 591 being connected with lower rotary shaft and some lower annular cuttings being located on around lower cutting axle 591 Blade 592, and annular slitting blade 582 mutually suits with the lower annular edge of slitting blade 592 on this.

As shown in Figure 10 to Figure 12, the automatic collecting device 6 includes rewinding frame 61, is arranged at rewinding frame 61 and oneself The vertical slideway mechanism 62 of the dynamic side of cutting device 5, it is arranged at some receiving mechanisms 63 of the side of rewinding frame 61 and is arranged at In rewinding frame 61 and positioned at the carrier band haulage gear 64 of the side of receiving mechanism 63, wherein, opened on the vertical slideway mechanism 62 Provided with some vertical slideways 621 and the pulley 622 being slideably positioned on vertical slideway 621, the pulley 622, which is used to draw, to be carried Move up and down, the vertical inner bottom part of slideway 621 is provided with a rewinding detection fiber；The carrier band haulage gear 64 includes traction base Plate 641, the towing bracket 642 being arranged in rewinding frame 61, it is connected to leading between traction substrate 641 and towing bracket 642 The traction rotating wheel 644 and traction briquetting 645 for drawing rotating shaft 643 and being respectively arranged on traction substrate 641 end face, wherein, this leads The upper surface of impulse block 645 offers a traction grooved 6451, and some limited blocks 6452 are provided with the traction grooved 6451；The receipts Expect that mechanism 63 includes disk for collecting material 631 and for driving disk for collecting material 631 to rotate and being electrically connected to the driving of rewinding detection fiber Component 632, the edge ring of disk for collecting material 631 are provided with the rewinding annular groove 6311 for being used for winding carrier band, and the drive component 632 includes upper Mounting bracket 6321, the lower mounting bracket 6322 being arranged in rewinding frame 61, be horizontally placed on it is some in lower mounting bracket 6322 Sliding axle 6323, some sleeves 6324 for being arranged at the lower surface of mounting bracket 6321 and being inserted for sliding axle 6323, it is horizontally placed on In upper mounting bracket 6321 and it is connected to the drive shaft 6325 of the central shaft of disk for collecting material 631, is arranged in mounting bracket 6321 Motor 6326, the spiral shell that is arranged at the limiting section 6327 of the lower section of drive shaft 6325 and is horizontally placed in mounting bracket 6321 Bar 6328, wherein, it is respectively arranged with a sliding nut 6329 on the screw rod 6328 and positioned at the both sides of limiting section 6327；The driving The end set of motor 6326 has rotating wheel 63261 on one, and the end set of drive shaft 6325 has rotating wheel 63251, on this Connected between rotating wheel 63261 and lower rotating wheel 63251 by a power transmission belt 6320；Sliding axle 6323, the drive shaft 6325 is arranged in parallel with screw rod 6328.

In the present embodiment, material transmission will be carried to the first carrier band delivery track 2 by automatic charging device 4, connect , by automatic hot apparatus device 7 to carrying material hot pressing, needs are molded on carrier band material by device for automatically molding 8 Die cavity, hole is formed in the die cavity side of carrier band by automatic punching device 9, will be taken shape in simultaneously by automatic cutting device 5 The carrier band disjunctor of one cuts into a plurality of slitting carrier band, carries a plurality of wall scroll by automatic collecting device 6 and carries out respectively individually Rewinding is handled, and realizes full-automatic production.

Emphasis of the present utility model essentially consists in, by automatic charging device, automatic hot apparatus device, device for automatically molding, Automatic punching device, auto-translating device, automatic cutting device and automatic collecting device Collaboration, it is more to realize that time processing goes out Bar slitting carries, and each technique is full-automatic process, and automation Chengdu is high, and production efficiency significantly improves, and output capacity is high, property Valency is than high.

It is described above, only it is preferred embodiment of the present utility model, not technical scope of the present utility model is made Any restrictions, therefore identical with the utility model above-described embodiment or approximate technical characteristic is used, and obtained other structures, Within the scope of protection of the utility model.

Claims (10)

1. one kind carrier band fully automatic forming machine, including board, it is characterised in that also carried including the first carrier band delivery track, second With delivery track, it is arranged at the automatic charging device of board front end, the automatic cutting device for being arranged at board rear end and automatic receipts Material device and be set in turn in from left to right on board automatic hot apparatus device, device for automatically molding, automatic punching device with from Dynamic translating device, wherein, the first carrier band delivery track is sequentially passed through in automatic hot apparatus device and device for automatically molding, and The first bar shaped set along the first carrier band delivery track length direction, which is offered, on the first carrier band delivery track carries delivery chute； The second carrier band delivery track is offered on the second carrier band delivery track and carried along second through in auto-translating device Delivery chute is carried with the second bar shaped that delivery track length direction is set；The auto-translating device includes being arranged at the second carrier band The translation base of delivery track lower end, the prelocalization mechanism being set up on the second carrier band delivery track, to be set up in the second carrier band defeated The rear detent mechanism on track is sent, is arranged between prelocalization mechanism and rear detent mechanism and is set up in the second carrier band delivery track On translation mechanism and be arranged between prelocalization mechanism and translation mechanism and be set up in above the second carrier band delivery track side Contraposition optical fiber.

2. carrier band fully automatic forming machine according to claim 1, it is characterised in that the automatic charging device includes connection Feed frame in board, the feeding rotating circular disc being arranged on feed frame, the disk that is electrically connected with feeding rotating circular disc drive Move motor, the feeding rotary shaft being connected between disk motor and feeding rotating circular disc and be electrically connected with disk motor The disk controller connect.

3. carrier band fully automatic forming machine according to claim 1, it is characterised in that the automatic hot apparatus device includes setting In the hot pressing pedestal on board and the automatic hot apparatus mechanism being arranged on hot pressing pedestal, wherein, the automatic hot apparatus mechanism includes Hot pressing upper substrate above the first carrier band delivery track, the hot pressing infrabasal plate below the first carrier band delivery track, set The upper hot pressboard frame of hot pressing upper substrate upper end is placed in, motor in the hot pressing of upper hot pressboard frame upper end is arranged at, is arranged at heat Depress the lower hot pressing board frame of substrate lower end and be arranged at motor under the hot pressing of lower hot pressing board frame lower end, wherein, hot pressing on this Pass through a hot pressing drive shaft on grillage and hot pressing between motor and under lower hot pressing board frame and hot pressing between motor respectively Connection, the hot pressing upper substrate in hot pressing infrabasal plate with being respectively arranged with an electrothermal tube.

4. carrier band fully automatic forming machine according to claim 1, it is characterised in that the device for automatically molding includes setting In the forming pedestal on board, the mould being arranged on forming pedestal, the blowing mould connected with mould, it is arranged at Motor and motor under the shaping of mould lower end is arranged in the shaping of mould upper end.

5. carrier band fully automatic forming machine according to claim 4, it is characterised in that the mould includes the first bottom Seat and it is fixedly installed in first base and first time mould below the first carrier band delivery track and is movably set in the Mould on first on mould and above the first carrier band delivery track once, wherein, mould is with driving electricity on described first in shaping By driving axis connection in the first shaping between machine, and this on first mould upper surface offer be connected with blowing mould it is some First gas hole, this on first mould lower surface be provided with it is some first raised, in the mould lower surface and convex positioned at first on first Play surrounding and offer some upper vent holes being connected with the first gas hole；Between first time mould and the lower motor of shaping By the lower driving axis connection of the first shaping, and first time mould upper surface offers some first types to match with the first projection Chamber, the first die cavity inner bottom part offers some lower passages, and first time mould side is provided with and matched with lower passage Some first row stomatas；Described first raised two relative sides are respectively arranged with one first trapezoidal projection, first type The first trapezoidal groove to match with the first trapezoidal projection is offered respectively on two relative madial walls of chamber.

6. carrier band fully automatic forming machine according to claim 4, it is characterised in that the mould includes the second bottom Seat and it is fixedly installed in second base and second time mould below the first carrier band delivery track and is movably set in the On two times moulds and positioned at first carrier band delivery track above second on mould, wherein, offer and blow in the second base Driven between the lower motor of some second gas holes that mould is connected, second time mould and shaping by the way that the second shaping is lower Axis connection, and second time mould upper surface offers some second die cavities, the Second-Type intracavitary bottom offers a big passage, And second gas hole is connected with big passage；By in the second shaping between mould and the upper motor of shaping on described second Drive axis connection, and this is provided with some second raised, the mould on second that matches with the second die cavity in mould lower surface on second Side offers some second row stomatas, mould lower surface and is offered at this positioned at the second raised surrounding and second exhaust on second Some small passages that hole is connected；Described second raised two relative sides are respectively arranged with one second trapezoidal projection, described The second trapezoidal groove to match with the second trapezoidal projection is offered respectively on two relative madial walls of second die cavity.

7. carrier band fully automatic forming machine according to claim 1, it is characterised in that the automatic punching device includes setting In the punching pedestal on board and the automatic punching mechanism being arranged on punching pedestal, wherein, the automatic punching mechanism includes Punching infrabasal plate, the punching assembly being arranged on punching infrabasal plate and the punching drive component for being arranged at punching assembly upper end, its In, the punching infrabasal plate upper surface offer for carrier band through strip groove；The punching assembly include punching guide plate, The punching upper substrate that is arranged on punching guide plate, some leads being connected between punching upper substrate and punching guide plate, And some punching shanks between punching upper substrate and punching guide plate are connected to, wherein, offer confession on the punching guide plate Some pilot holes that punching shank passes through；The punching drive component includes punching motor and is connected to punching driving electricity Punching drive shaft between machine and punching upper substrate.

8. carrier band fully automatic forming machine according to claim 1, it is characterised in that the prelocalization mechanism is included positioned at the The prelocalization clamping part of two carrier band delivery track sides and the prelocalization cylinder for being arranged at prelocalization clamping part upper end；After described Detent mechanism includes positioned at the rear positioning clamping portion of the second carrier band delivery track side and is arranged at rear positioning clamping portion upper end Positioning cylinder afterwards；The translation mechanism includes being arranged at the guided in translation component of translation base rear end, to be arranged at the second carrier band defeated Send the translation clamping part of track side and be arranged at the stepper motor of translation clamping part upper end, wherein, the guided in translation component bag Include preceding guided in translation block, rear guided in translation block, some translations for being connected between preceding guided in translation block and rear guided in translation block are led The guided in translation seat being fixedly connected to bar and slip cap on the outside of guided in translation bar and with translation clamping part.

9. carrier band fully automatic forming machine according to claim 1, it is characterised in that the automatic cutting device includes cutting Frame, the cutting fixed pedestal being arranged in cutting frame, it is arranged at the cutting motor cut in frame and is arranged at point Cut fixed pedestal front end and for carrier band through passage, wherein, the cutting motor and cutting fixed pedestal rear end face it Between by some connection axis connections, and the cutting motor and cutting fixed pedestal rear end face between be connected with rotating shaft on one, A gear is provided with this in rotating shaft, and is provided with the cutting fixed pedestal rear end face and below upper rotating shaft Rotating shaft, the lower gear being meshed with gear is provided with the lower rotary shaft, on the cutting fixed pedestal front end face and be located at passage Side, which is provided with one, cuts component and lower cutting component, cut on this component include the upper cutting axle that is connected with upper rotating shaft and The axial some annular slitting blades of cutting are located on, the lower cutting component includes the lower cutting being connected with lower rotary shaft Axle and the axial some lower annular slitting blades of lower cutting are located on, and annular slitting blade and lower annular carving knife on this Piece edge mutually suits.

10. carrier band fully automatic forming machine according to claim 1, it is characterised in that the automatic collecting device includes receiving If material frame, it is arranged at the vertical slideway mechanism of rewinding frame and automatic cutting device side, is arranged at rewinding frame side Dry receiving mechanism and it is arranged in rewinding frame and positioned at the carrier band haulage gear of receiving mechanism side, wherein, it is described vertical sliding Some vertical slideways and the pulley being slideably positioned on vertical slideway are offered in road mechanism, the pulley, which is used to draw, to be carried Lower movement, the vertical slideway inner bottom part are provided with a rewinding detection fiber；The carrier band haulage gear includes traction substrate, set In the towing bracket in rewinding frame, it is connected to the traction rotating shaft drawn between substrate and towing bracket and is respectively arranged at and lead Draw the traction rotating wheel and traction briquetting on substrate end-face, wherein, the traction briquetting upper surface offers a traction grooved, and this leads Some limited blocks are provided with approaching channel；The receiving mechanism includes disk for collecting material and for driving disk for collecting material to rotate and being electrically connected The drive component of rewinding detection fiber is connected to, the disk for collecting material edge ring is provided with the rewinding annular groove for being used for winding carrier band, the driving If component includes upper mounting bracket, the lower mounting bracket being arranged in rewinding frame, the dry-charged plates being horizontally placed in lower mounting bracket Axle, some sleeves for being arranged at mounting bracket lower surface and being inserted for sliding axle, it is horizontally placed in mounting bracket and is connected to The drive shaft of disk for collecting material central shaft, the motor being arranged in mounting bracket, the limiting section being arranged at below drive shaft, And the screw rod in mounting bracket is horizontally placed on, wherein, it is respectively arranged with a slip spiral shell on the screw rod and positioned at limiting section both sides It is female；The motor end set has rotating wheel on one, and the driveshaft end is provided with rotating wheel, and rotating wheel is with on this Pass through a power transmission band connection between rotating wheel；The sliding axle, drive shaft and screw rod are arranged in parallel.